pax_global_header00006660000000000000000000000064140361647720014524gustar00rootroot0000000000000052 comment=1d0bfe30d42c1d970f003c09cbf2b43ce9d3871e kalign-3.3.1/000077500000000000000000000000001403616477200127755ustar00rootroot00000000000000kalign-3.3.1/.github/000077500000000000000000000000001403616477200143355ustar00rootroot00000000000000kalign-3.3.1/.github/workflows/000077500000000000000000000000001403616477200163725ustar00rootroot00000000000000kalign-3.3.1/.github/workflows/ccpp.yml000066400000000000000000000016461403616477200200510ustar00rootroot00000000000000name: C/C++ CI on: [push] jobs: build: runs-on: ubuntu-latest steps: - uses: actions/checkout@v1 - name: autogen run: ./autogen.sh - name: configure run: ./configure --prefix $HOME - name: make run: make - name: make check run: make check - name: make distcheck run: make distcheck - name: make install run: make install - name: kalign version run: ~/bin/kalign -v build-mac: runs-on: macos-latest steps: - uses: actions/checkout@v1 - name: install build tools run: brew install automake - name: autogen run: ./autogen.sh - name: configure run: ./configure --prefix $HOME - name: make run: make - name: make check run: make check - name: make distcheck run: make distcheck - name: make install run: make install - name: kalign version run: kalign -vkalign-3.3.1/.github/workflows/codeql-analysis.yml000066400000000000000000000044451403616477200222140ustar00rootroot00000000000000name: "CodeQL" on: push: branches: [master] pull_request: # The branches below must be a subset of the branches above branches: [master] schedule: - cron: '0 2 * * 4' jobs: analyze: name: Analyze runs-on: ubuntu-latest strategy: fail-fast: false matrix: # Override automatic language detection by changing the below list # Supported options are ['csharp', 'cpp', 'go', 'java', 'javascript', 'python'] language: ['cpp'] # Learn more... # https://docs.github.com/en/github/finding-security-vulnerabilities-and-errors-in-your-code/configuring-code-scanning#overriding-automatic-language-detection steps: - name: Checkout repository uses: actions/checkout@v2 with: # We must fetch at least the immediate parents so that if this is # a pull request then we can checkout the head. fetch-depth: 2 # If this run was triggered by a pull request event, then checkout # the head of the pull request instead of the merge commit. - run: git checkout HEAD^2 if: ${{ github.event_name == 'pull_request' }} # Initializes the CodeQL tools for scanning. - name: Initialize CodeQL uses: github/codeql-action/init@v1 with: languages: ${{ matrix.language }} # If you wish to specify custom queries, you can do so here or in a config file. # By default, queries listed here will override any specified in a config file. # Prefix the list here with "+" to use these queries and those in the config file. # queries: ./path/to/local/query, your-org/your-repo/queries@main # Autobuild attempts to build any compiled languages (C/C++, C#, or Java). # If this step fails, then you should remove it and run the build manually (see below) - name: Autobuild uses: github/codeql-action/autobuild@v1 # ℹī¸ Command-line programs to run using the OS shell. # 📚 https://git.io/JvXDl # ✏ī¸ If the Autobuild fails above, remove it and uncomment the following three lines # and modify them (or add more) to build your code if your project # uses a compiled language #- run: | # make bootstrap # make release - name: Perform CodeQL Analysis uses: github/codeql-action/analyze@v1 kalign-3.3.1/.gitignore000066400000000000000000000004001403616477200147570ustar00rootroot00000000000000GPATH GRTAGS GTAGS *.o Makefile Makefile.in src/GPATH src/GRTAGS src/GTAGS src/build_ihmm src/build_model src/libihmm.a src/plot_model src/sim_seq INSTALL aclocal.m4 autom4te.cache/ compile configure configure.scan depcomp install-sh missing test-driver kalign-3.3.1/.gitmodules000066400000000000000000000000001403616477200151400ustar00rootroot00000000000000kalign-3.3.1/AUTHORS000066400000000000000000000000151403616477200140410ustar00rootroot00000000000000Timo Lassmannkalign-3.3.1/COPYING000066400000000000000000001045131403616477200140340ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The GNU General Public License is a free, copyleft license for software and other kinds of works. The licenses for most software and other practical works are designed to take away your freedom to share and change the works. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change all versions of a program--to make sure it remains free software for all its users. We, the Free Software Foundation, use the GNU General Public License for most of our software; it applies also to any other work released this way by its authors. You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for them if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs, and that you know you can do these things. To protect your rights, we need to prevent others from denying you these rights or asking you to surrender the rights. Therefore, you have certain responsibilities if you distribute copies of the software, or if you modify it: responsibilities to respect the freedom of others. For example, if you distribute copies of such a program, whether gratis or for a fee, you must pass on to the recipients the same freedoms that you received. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. Developers that use the GNU GPL protect your rights with two steps: (1) assert copyright on the software, and (2) offer you this License giving you legal permission to copy, distribute and/or modify it. For the developers' and authors' protection, the GPL clearly explains that there is no warranty for this free software. For both users' and authors' sake, the GPL requires that modified versions be marked as changed, so that their problems will not be attributed erroneously to authors of previous versions. Some devices are designed to deny users access to install or run modified versions of the software inside them, although the manufacturer can do so. This is fundamentally incompatible with the aim of protecting users' freedom to change the software. The systematic pattern of such abuse occurs in the area of products for individuals to use, which is precisely where it is most unacceptable. Therefore, we have designed this version of the GPL to prohibit the practice for those products. If such problems arise substantially in other domains, we stand ready to extend this provision to those domains in future versions of the GPL, as needed to protect the freedom of users. Finally, every program is threatened constantly by software patents. States should not allow patents to restrict development and use of software on general-purpose computers, but in those that do, we wish to avoid the special danger that patents applied to a free program could make it effectively proprietary. To prevent this, the GPL assures that patents cannot be used to render the program non-free. The precise terms and conditions for copying, distribution and modification follow. TERMS AND CONDITIONS 0. Definitions. "This License" refers to version 3 of the GNU General Public License. "Copyright" also means copyright-like laws that apply to other kinds of works, such as semiconductor masks. "The Program" refers to any copyrightable work licensed under this License. Each licensee is addressed as "you". "Licensees" and "recipients" may be individuals or organizations. To "modify" a work means to copy from or adapt all or part of the work in a fashion requiring copyright permission, other than the making of an exact copy. The resulting work is called a "modified version" of the earlier work or a work "based on" the earlier work. A "covered work" means either the unmodified Program or a work based on the Program. To "propagate" a work means to do anything with it that, without permission, would make you directly or secondarily liable for infringement under applicable copyright law, except executing it on a computer or modifying a private copy. Propagation includes copying, distribution (with or without modification), making available to the public, and in some countries other activities as well. To "convey" a work means any kind of propagation that enables other parties to make or receive copies. Mere interaction with a user through a computer network, with no transfer of a copy, is not conveying. An interactive user interface displays "Appropriate Legal Notices" to the extent that it includes a convenient and prominently visible feature that (1) displays an appropriate copyright notice, and (2) tells the user that there is no warranty for the work (except to the extent that warranties are provided), that licensees may convey the work under this License, and how to view a copy of this License. If the interface presents a list of user commands or options, such as a menu, a prominent item in the list meets this criterion. 1. Source Code. The "source code" for a work means the preferred form of the work for making modifications to it. "Object code" means any non-source form of a work. A "Standard Interface" means an interface that either is an official standard defined by a recognized standards body, or, in the case of interfaces specified for a particular programming language, one that is widely used among developers working in that language. The "System Libraries" of an executable work include anything, other than the work as a whole, that (a) is included in the normal form of packaging a Major Component, but which is not part of that Major Component, and (b) serves only to enable use of the work with that Major Component, or to implement a Standard Interface for which an implementation is available to the public in source code form. A "Major Component", in this context, means a major essential component (kernel, window system, and so on) of the specific operating system (if any) on which the executable work runs, or a compiler used to produce the work, or an object code interpreter used to run it. The "Corresponding Source" for a work in object code form means all the source code needed to generate, install, and (for an executable work) run the object code and to modify the work, including scripts to control those activities. However, it does not include the work's System Libraries, or general-purpose tools or generally available free programs which are used unmodified in performing those activities but which are not part of the work. For example, Corresponding Source includes interface definition files associated with source files for the work, and the source code for shared libraries and dynamically linked subprograms that the work is specifically designed to require, such as by intimate data communication or control flow between those subprograms and other parts of the work. The Corresponding Source need not include anything that users can regenerate automatically from other parts of the Corresponding Source. The Corresponding Source for a work in source code form is that same work. 2. Basic Permissions. All rights granted under this License are granted for the term of copyright on the Program, and are irrevocable provided the stated conditions are met. This License explicitly affirms your unlimited permission to run the unmodified Program. The output from running a covered work is covered by this License only if the output, given its content, constitutes a covered work. This License acknowledges your rights of fair use or other equivalent, as provided by copyright law. You may make, run and propagate covered works that you do not convey, without conditions so long as your license otherwise remains in force. You may convey covered works to others for the sole purpose of having them make modifications exclusively for you, or provide you with facilities for running those works, provided that you comply with the terms of this License in conveying all material for which you do not control copyright. Those thus making or running the covered works for you must do so exclusively on your behalf, under your direction and control, on terms that prohibit them from making any copies of your copyrighted material outside their relationship with you. Conveying under any other circumstances is permitted solely under the conditions stated below. Sublicensing is not allowed; section 10 makes it unnecessary. 3. Protecting Users' Legal Rights From Anti-Circumvention Law. No covered work shall be deemed part of an effective technological measure under any applicable law fulfilling obligations under article 11 of the WIPO copyright treaty adopted on 20 December 1996, or similar laws prohibiting or restricting circumvention of such measures. When you convey a covered work, you waive any legal power to forbid circumvention of technological measures to the extent such circumvention is effected by exercising rights under this License with respect to the covered work, and you disclaim any intention to limit operation or modification of the work as a means of enforcing, against the work's users, your or third parties' legal rights to forbid circumvention of technological measures. 4. Conveying Verbatim Copies. You may convey verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice; keep intact all notices stating that this License and any non-permissive terms added in accord with section 7 apply to the code; keep intact all notices of the absence of any warranty; and give all recipients a copy of this License along with the Program. You may charge any price or no price for each copy that you convey, and you may offer support or warranty protection for a fee. 5. Conveying Modified Source Versions. You may convey a work based on the Program, or the modifications to produce it from the Program, in the form of source code under the terms of section 4, provided that you also meet all of these conditions: a) The work must carry prominent notices stating that you modified it, and giving a relevant date. b) The work must carry prominent notices stating that it is released under this License and any conditions added under section 7. This requirement modifies the requirement in section 4 to "keep intact all notices". c) You must license the entire work, as a whole, under this License to anyone who comes into possession of a copy. This License will therefore apply, along with any applicable section 7 additional terms, to the whole of the work, and all its parts, regardless of how they are packaged. This License gives no permission to license the work in any other way, but it does not invalidate such permission if you have separately received it. d) If the work has interactive user interfaces, each must display Appropriate Legal Notices; however, if the Program has interactive interfaces that do not display Appropriate Legal Notices, your work need not make them do so. A compilation of a covered work with other separate and independent works, which are not by their nature extensions of the covered work, and which are not combined with it such as to form a larger program, in or on a volume of a storage or distribution medium, is called an "aggregate" if the compilation and its resulting copyright are not used to limit the access or legal rights of the compilation's users beyond what the individual works permit. Inclusion of a covered work in an aggregate does not cause this License to apply to the other parts of the aggregate. 6. Conveying Non-Source Forms. You may convey a covered work in object code form under the terms of sections 4 and 5, provided that you also convey the machine-readable Corresponding Source under the terms of this License, in one of these ways: a) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by the Corresponding Source fixed on a durable physical medium customarily used for software interchange. b) Convey the object code in, or embodied in, a physical product (including a physical distribution medium), accompanied by a written offer, valid for at least three years and valid for as long as you offer spare parts or customer support for that product model, to give anyone who possesses the object code either (1) a copy of the Corresponding Source for all the software in the product that is covered by this License, on a durable physical medium customarily used for software interchange, for a price no more than your reasonable cost of physically performing this conveying of source, or (2) access to copy the Corresponding Source from a network server at no charge. c) Convey individual copies of the object code with a copy of the written offer to provide the Corresponding Source. This alternative is allowed only occasionally and noncommercially, and only if you received the object code with such an offer, in accord with subsection 6b. d) Convey the object code by offering access from a designated place (gratis or for a charge), and offer equivalent access to the Corresponding Source in the same way through the same place at no further charge. You need not require recipients to copy the Corresponding Source along with the object code. If the place to copy the object code is a network server, the Corresponding Source may be on a different server (operated by you or a third party) that supports equivalent copying facilities, provided you maintain clear directions next to the object code saying where to find the Corresponding Source. Regardless of what server hosts the Corresponding Source, you remain obligated to ensure that it is available for as long as needed to satisfy these requirements. e) Convey the object code using peer-to-peer transmission, provided you inform other peers where the object code and Corresponding Source of the work are being offered to the general public at no charge under subsection 6d. A separable portion of the object code, whose source code is excluded from the Corresponding Source as a System Library, need not be included in conveying the object code work. A "User Product" is either (1) a "consumer product", which means any tangible personal property which is normally used for personal, family, or household purposes, or (2) anything designed or sold for incorporation into a dwelling. In determining whether a product is a consumer product, doubtful cases shall be resolved in favor of coverage. For a particular product received by a particular user, "normally used" refers to a typical or common use of that class of product, regardless of the status of the particular user or of the way in which the particular user actually uses, or expects or is expected to use, the product. A product is a consumer product regardless of whether the product has substantial commercial, industrial or non-consumer uses, unless such uses represent the only significant mode of use of the product. "Installation Information" for a User Product means any methods, procedures, authorization keys, or other information required to install and execute modified versions of a covered work in that User Product from a modified version of its Corresponding Source. The information must suffice to ensure that the continued functioning of the modified object code is in no case prevented or interfered with solely because modification has been made. If you convey an object code work under this section in, or with, or specifically for use in, a User Product, and the conveying occurs as part of a transaction in which the right of possession and use of the User Product is transferred to the recipient in perpetuity or for a fixed term (regardless of how the transaction is characterized), the Corresponding Source conveyed under this section must be accompanied by the Installation Information. But this requirement does not apply if neither you nor any third party retains the ability to install modified object code on the User Product (for example, the work has been installed in ROM). The requirement to provide Installation Information does not include a requirement to continue to provide support service, warranty, or updates for a work that has been modified or installed by the recipient, or for the User Product in which it has been modified or installed. Access to a network may be denied when the modification itself materially and adversely affects the operation of the network or violates the rules and protocols for communication across the network. Corresponding Source conveyed, and Installation Information provided, in accord with this section must be in a format that is publicly documented (and with an implementation available to the public in source code form), and must require no special password or key for unpacking, reading or copying. 7. Additional Terms. "Additional permissions" are terms that supplement the terms of this License by making exceptions from one or more of its conditions. Additional permissions that are applicable to the entire Program shall be treated as though they were included in this License, to the extent that they are valid under applicable law. If additional permissions apply only to part of the Program, that part may be used separately under those permissions, but the entire Program remains governed by this License without regard to the additional permissions. When you convey a copy of a covered work, you may at your option remove any additional permissions from that copy, or from any part of it. (Additional permissions may be written to require their own removal in certain cases when you modify the work.) You may place additional permissions on material, added by you to a covered work, for which you have or can give appropriate copyright permission. Notwithstanding any other provision of this License, for material you add to a covered work, you may (if authorized by the copyright holders of that material) supplement the terms of this License with terms: a) Disclaiming warranty or limiting liability differently from the terms of sections 15 and 16 of this License; or b) Requiring preservation of specified reasonable legal notices or author attributions in that material or in the Appropriate Legal Notices displayed by works containing it; or c) Prohibiting misrepresentation of the origin of that material, or requiring that modified versions of such material be marked in reasonable ways as different from the original version; or d) Limiting the use for publicity purposes of names of licensors or authors of the material; or e) Declining to grant rights under trademark law for use of some trade names, trademarks, or service marks; or f) Requiring indemnification of licensors and authors of that material by anyone who conveys the material (or modified versions of it) with contractual assumptions of liability to the recipient, for any liability that these contractual assumptions directly impose on those licensors and authors. All other non-permissive additional terms are considered "further restrictions" within the meaning of section 10. If the Program as you received it, or any part of it, contains a notice stating that it is governed by this License along with a term that is a further restriction, you may remove that term. If a license document contains a further restriction but permits relicensing or conveying under this License, you may add to a covered work material governed by the terms of that license document, provided that the further restriction does not survive such relicensing or conveying. If you add terms to a covered work in accord with this section, you must place, in the relevant source files, a statement of the additional terms that apply to those files, or a notice indicating where to find the applicable terms. Additional terms, permissive or non-permissive, may be stated in the form of a separately written license, or stated as exceptions; the above requirements apply either way. 8. Termination. You may not propagate or modify a covered work except as expressly provided under this License. Any attempt otherwise to propagate or modify it is void, and will automatically terminate your rights under this License (including any patent licenses granted under the third paragraph of section 11). However, if you cease all violation of this License, then your license from a particular copyright holder is reinstated (a) provisionally, unless and until the copyright holder explicitly and finally terminates your license, and (b) permanently, if the copyright holder fails to notify you of the violation by some reasonable means prior to 60 days after the cessation. Moreover, your license from a particular copyright holder is reinstated permanently if the copyright holder notifies you of the violation by some reasonable means, this is the first time you have received notice of violation of this License (for any work) from that copyright holder, and you cure the violation prior to 30 days after your receipt of the notice. Termination of your rights under this section does not terminate the licenses of parties who have received copies or rights from you under this License. If your rights have been terminated and not permanently reinstated, you do not qualify to receive new licenses for the same material under section 10. 9. Acceptance Not Required for Having Copies. You are not required to accept this License in order to receive or run a copy of the Program. Ancillary propagation of a covered work occurring solely as a consequence of using peer-to-peer transmission to receive a copy likewise does not require acceptance. However, nothing other than this License grants you permission to propagate or modify any covered work. These actions infringe copyright if you do not accept this License. Therefore, by modifying or propagating a covered work, you indicate your acceptance of this License to do so. 10. Automatic Licensing of Downstream Recipients. Each time you convey a covered work, the recipient automatically receives a license from the original licensors, to run, modify and propagate that work, subject to this License. You are not responsible for enforcing compliance by third parties with this License. An "entity transaction" is a transaction transferring control of an organization, or substantially all assets of one, or subdividing an organization, or merging organizations. If propagation of a covered work results from an entity transaction, each party to that transaction who receives a copy of the work also receives whatever licenses to the work the party's predecessor in interest had or could give under the previous paragraph, plus a right to possession of the Corresponding Source of the work from the predecessor in interest, if the predecessor has it or can get it with reasonable efforts. You may not impose any further restrictions on the exercise of the rights granted or affirmed under this License. For example, you may not impose a license fee, royalty, or other charge for exercise of rights granted under this License, and you may not initiate litigation (including a cross-claim or counterclaim in a lawsuit) alleging that any patent claim is infringed by making, using, selling, offering for sale, or importing the Program or any portion of it. 11. Patents. A "contributor" is a copyright holder who authorizes use under this License of the Program or a work on which the Program is based. The work thus licensed is called the contributor's "contributor version". A contributor's "essential patent claims" are all patent claims owned or controlled by the contributor, whether already acquired or hereafter acquired, that would be infringed by some manner, permitted by this License, of making, using, or selling its contributor version, but do not include claims that would be infringed only as a consequence of further modification of the contributor version. For purposes of this definition, "control" includes the right to grant patent sublicenses in a manner consistent with the requirements of this License. Each contributor grants you a non-exclusive, worldwide, royalty-free patent license under the contributor's essential patent claims, to make, use, sell, offer for sale, import and otherwise run, modify and propagate the contents of its contributor version. In the following three paragraphs, a "patent license" is any express agreement or commitment, however denominated, not to enforce a patent (such as an express permission to practice a patent or covenant not to sue for patent infringement). To "grant" such a patent license to a party means to make such an agreement or commitment not to enforce a patent against the party. If you convey a covered work, knowingly relying on a patent license, and the Corresponding Source of the work is not available for anyone to copy, free of charge and under the terms of this License, through a publicly available network server or other readily accessible means, then you must either (1) cause the Corresponding Source to be so available, or (2) arrange to deprive yourself of the benefit of the patent license for this particular work, or (3) arrange, in a manner consistent with the requirements of this License, to extend the patent license to downstream recipients. "Knowingly relying" means you have actual knowledge that, but for the patent license, your conveying the covered work in a country, or your recipient's use of the covered work in a country, would infringe one or more identifiable patents in that country that you have reason to believe are valid. If, pursuant to or in connection with a single transaction or arrangement, you convey, or propagate by procuring conveyance of, a covered work, and grant a patent license to some of the parties receiving the covered work authorizing them to use, propagate, modify or convey a specific copy of the covered work, then the patent license you grant is automatically extended to all recipients of the covered work and works based on it. A patent license is "discriminatory" if it does not include within the scope of its coverage, prohibits the exercise of, or is conditioned on the non-exercise of one or more of the rights that are specifically granted under this License. You may not convey a covered work if you are a party to an arrangement with a third party that is in the business of distributing software, under which you make payment to the third party based on the extent of your activity of conveying the work, and under which the third party grants, to any of the parties who would receive the covered work from you, a discriminatory patent license (a) in connection with copies of the covered work conveyed by you (or copies made from those copies), or (b) primarily for and in connection with specific products or compilations that contain the covered work, unless you entered into that arrangement, or that patent license was granted, prior to 28 March 2007. Nothing in this License shall be construed as excluding or limiting any implied license or other defenses to infringement that may otherwise be available to you under applicable patent law. 12. No Surrender of Others' Freedom. If conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot convey a covered work so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not convey it at all. For example, if you agree to terms that obligate you to collect a royalty for further conveying from those to whom you convey the Program, the only way you could satisfy both those terms and this License would be to refrain entirely from conveying the Program. 13. Use with the GNU Affero General Public License. Notwithstanding any other provision of this License, you have permission to link or combine any covered work with a work licensed under version 3 of the GNU Affero General Public License into a single combined work, and to convey the resulting work. The terms of this License will continue to apply to the part which is the covered work, but the special requirements of the GNU Affero General Public License, section 13, concerning interaction through a network will apply to the combination as such. 14. Revised Versions of this License. The Free Software Foundation may publish revised and/or new versions of the GNU General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies that a certain numbered version of the GNU General Public License "or any later version" applies to it, you have the option of following the terms and conditions either of that numbered version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of the GNU General Public License, you may choose any version ever published by the Free Software Foundation. If the Program specifies that a proxy can decide which future versions of the GNU General Public License can be used, that proxy's public statement of acceptance of a version permanently authorizes you to choose that version for the Program. Later license versions may give you additional or different permissions. However, no additional obligations are imposed on any author or copyright holder as a result of your choosing to follow a later version. 15. Disclaimer of Warranty. THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 16. Limitation of Liability. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. 17. Interpretation of Sections 15 and 16. If the disclaimer of warranty and limitation of liability provided above cannot be given local legal effect according to their terms, reviewing courts shall apply local law that most closely approximates an absolute waiver of all civil liability in connection with the Program, unless a warranty or assumption of liability accompanies a copy of the Program in return for a fee. END OF TERMS AND CONDITIONS How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively state the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . Also add information on how to contact you by electronic and paper mail. If the program does terminal interaction, make it output a short notice like this when it starts in an interactive mode: Copyright (C) This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an "about box". You should also get your employer (if you work as a programmer) or school, if any, to sign a "copyright disclaimer" for the program, if necessary. For more information on this, and how to apply and follow the GNU GPL, see . The GNU General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read . kalign-3.3.1/ChangeLog000066400000000000000000000073611403616477200145560ustar00rootroot000000000000002021-04-16 Timo Lassmann * version 3.3.1 - Bug Fix The previous version kalign checked the top 50 sequences in inputs to determine whether the sequences are aligned or not. If the first 50 sequences are not aligned, but following sequences contain gaps (or other characters!) kalign can crash. In this version (3.3.1) kalign checks all sequences, thereby avoiding this issue. To alert users to the situation described above and to warn users about the presence of odd characters, kalign now produces a warning message like this: [Date Time] : LOG : Start io tests. [Date Time] : LOG : reading: dev/data/a2m.good.1 [Date Time] : LOG : Detected protein sequences. [Date Time] : WARNING : -------------------------------------------- (rwalign.c line 505) [Date Time] : WARNING : The input sequences contain gap characters: (rwalign.c line 506) [Date Time] : WARNING : "-" : 36 found (rwalign.c line 510) [Date Time] : WARNING : BUT the sequences do not seem to be aligned! (rwalign.c line 514) [Date Time] : WARNING : (rwalign.c line 515) [Date Time] : WARNING : Kalign will remove the gap characters and (rwalign.c line 516) [Date Time] : WARNING : align the sequences. (rwalign.c line 517) [Date Time] : WARNING : -------------------------------------------- (rwalign.c line 518) 2020-11-06 Timo Lassmann * version 3.3 - Threading and more - Kalign now runs pairwise distance estimation, guide tree building and alignments in parallel. - Memory optimisations. - Optimised bi-sectional K-means algorithm. - added -clean option to check for sequences with identical names but different sequences. - fixed minor bug in alignment I/O module 2020-09-24 Timo Lassmann * version 3.2.7 - Development version - dynamic programming in now more modular. - fixed rare bug in alignment input / output - added gap parameters (--gpo, --gpe, --tgpe) - for protein alignment I now use the CorBLOSUM66_13plus matrix from: Hess M, Keul F, Goesele M, Hamacher K. Addressing inaccuracies in BLOSUM computation improves homology search performance. BMC bioinformatics. 2016 Dec 1;17(1):189. with the empirically derived gap penalties. 2020-04-22 Timo Lassmann * version 3.2.5 - Bug fix: when given long output named the first lines in msf output could be truncated. 2020-04-01 Timo Lassmann * version 3.2.4 - Fixed issue relating to stdin input on clusters. - Added more sanity checks 2020-03-16 Timo Lassmann * version 3.2.3 - replaced timing code with code from the easel lib. 2020-02-23 Timo Lassmann * version 3.2.2 - Fixed minor bug in rwaln test routine. It assumed that input alignments were correctly formatted (which was not true for one test case). The kalign executable was never affected by this. - Added a script to test a few alignments. 2020-02-22 Timo lassmann * version 3.2.1 minor bug fix removed "-lrt" required for old glibc versions and replaced with a search in configure.ac: AC_SEARCH_LIBS([clock_gettime],[rt]) 2020-02-15 Timo Lassmann * version 3.2.0 Added support for reading sequences from standard input: cat file.fasta | kalign -f fasta | .... Added support for combining multiple input files into one alignment: kalign sequencesA.fa sequencesB.fa > msa.fa Also works in combination: cat file.fasta | kalign sequencesA.fa sequencesB.fa > msa.fa Minor: - added m4 macros to enable / disable compiler flags - added m4 macro for valgrind. Now there is a make target called check-valgrind that run all tests through valgrind. kalign-3.3.1/INSTALL000066400000000000000000000366141403616477200140400ustar00rootroot00000000000000Installation Instructions ************************* Copyright (C) 1994-1996, 1999-2002, 2004-2016 Free Software Foundation, Inc. Copying and distribution of this file, with or without modification, are permitted in any medium without royalty provided the copyright notice and this notice are preserved. This file is offered as-is, without warranty of any kind. Basic Installation ================== Briefly, the shell command './configure && make && make install' should configure, build, and install this package. The following more-detailed instructions are generic; see the 'README' file for instructions specific to this package. Some packages provide this 'INSTALL' file but do not implement all of the features documented below. The lack of an optional feature in a given package is not necessarily a bug. More recommendations for GNU packages can be found in *note Makefile Conventions: (standards)Makefile Conventions. The 'configure' shell script attempts to guess correct values for various system-dependent variables used during compilation. It uses those values to create a 'Makefile' in each directory of the package. It may also create one or more '.h' files containing system-dependent definitions. Finally, it creates a shell script 'config.status' that you can run in the future to recreate the current configuration, and a file 'config.log' containing compiler output (useful mainly for debugging 'configure'). It can also use an optional file (typically called 'config.cache' and enabled with '--cache-file=config.cache' or simply '-C') that saves the results of its tests to speed up reconfiguring. Caching is disabled by default to prevent problems with accidental use of stale cache files. If you need to do unusual things to compile the package, please try to figure out how 'configure' could check whether to do them, and mail diffs or instructions to the address given in the 'README' so they can be considered for the next release. If you are using the cache, and at some point 'config.cache' contains results you don't want to keep, you may remove or edit it. The file 'configure.ac' (or 'configure.in') is used to create 'configure' by a program called 'autoconf'. You need 'configure.ac' if you want to change it or regenerate 'configure' using a newer version of 'autoconf'. The simplest way to compile this package is: 1. 'cd' to the directory containing the package's source code and type './configure' to configure the package for your system. Running 'configure' might take a while. While running, it prints some messages telling which features it is checking for. 2. Type 'make' to compile the package. 3. Optionally, type 'make check' to run any self-tests that come with the package, generally using the just-built uninstalled binaries. 4. Type 'make install' to install the programs and any data files and documentation. When installing into a prefix owned by root, it is recommended that the package be configured and built as a regular user, and only the 'make install' phase executed with root privileges. 5. Optionally, type 'make installcheck' to repeat any self-tests, but this time using the binaries in their final installed location. This target does not install anything. Running this target as a regular user, particularly if the prior 'make install' required root privileges, verifies that the installation completed correctly. 6. You can remove the program binaries and object files from the source code directory by typing 'make clean'. To also remove the files that 'configure' created (so you can compile the package for a different kind of computer), type 'make distclean'. There is also a 'make maintainer-clean' target, but that is intended mainly for the package's developers. If you use it, you may have to get all sorts of other programs in order to regenerate files that came with the distribution. 7. Often, you can also type 'make uninstall' to remove the installed files again. In practice, not all packages have tested that uninstallation works correctly, even though it is required by the GNU Coding Standards. 8. Some packages, particularly those that use Automake, provide 'make distcheck', which can by used by developers to test that all other targets like 'make install' and 'make uninstall' work correctly. This target is generally not run by end users. Compilers and Options ===================== Some systems require unusual options for compilation or linking that the 'configure' script does not know about. Run './configure --help' for details on some of the pertinent environment variables. You can give 'configure' initial values for configuration parameters by setting variables in the command line or in the environment. Here is an example: ./configure CC=c99 CFLAGS=-g LIBS=-lposix *Note Defining Variables::, for more details. Compiling For Multiple Architectures ==================================== You can compile the package for more than one kind of computer at the same time, by placing the object files for each architecture in their own directory. To do this, you can use GNU 'make'. 'cd' to the directory where you want the object files and executables to go and run the 'configure' script. 'configure' automatically checks for the source code in the directory that 'configure' is in and in '..'. This is known as a "VPATH" build. With a non-GNU 'make', it is safer to compile the package for one architecture at a time in the source code directory. After you have installed the package for one architecture, use 'make distclean' before reconfiguring for another architecture. On MacOS X 10.5 and later systems, you can create libraries and executables that work on multiple system types--known as "fat" or "universal" binaries--by specifying multiple '-arch' options to the compiler but only a single '-arch' option to the preprocessor. Like this: ./configure CC="gcc -arch i386 -arch x86_64 -arch ppc -arch ppc64" \ CXX="g++ -arch i386 -arch x86_64 -arch ppc -arch ppc64" \ CPP="gcc -E" CXXCPP="g++ -E" This is not guaranteed to produce working output in all cases, you may have to build one architecture at a time and combine the results using the 'lipo' tool if you have problems. Installation Names ================== By default, 'make install' installs the package's commands under '/usr/local/bin', include files under '/usr/local/include', etc. You can specify an installation prefix other than '/usr/local' by giving 'configure' the option '--prefix=PREFIX', where PREFIX must be an absolute file name. You can specify separate installation prefixes for architecture-specific files and architecture-independent files. If you pass the option '--exec-prefix=PREFIX' to 'configure', the package uses PREFIX as the prefix for installing programs and libraries. Documentation and other data files still use the regular prefix. In addition, if you use an unusual directory layout you can give options like '--bindir=DIR' to specify different values for particular kinds of files. Run 'configure --help' for a list of the directories you can set and what kinds of files go in them. In general, the default for these options is expressed in terms of '${prefix}', so that specifying just '--prefix' will affect all of the other directory specifications that were not explicitly provided. The most portable way to affect installation locations is to pass the correct locations to 'configure'; however, many packages provide one or both of the following shortcuts of passing variable assignments to the 'make install' command line to change installation locations without having to reconfigure or recompile. The first method involves providing an override variable for each affected directory. For example, 'make install prefix=/alternate/directory' will choose an alternate location for all directory configuration variables that were expressed in terms of '${prefix}'. Any directories that were specified during 'configure', but not in terms of '${prefix}', must each be overridden at install time for the entire installation to be relocated. The approach of makefile variable overrides for each directory variable is required by the GNU Coding Standards, and ideally causes no recompilation. However, some platforms have known limitations with the semantics of shared libraries that end up requiring recompilation when using this method, particularly noticeable in packages that use GNU Libtool. The second method involves providing the 'DESTDIR' variable. For example, 'make install DESTDIR=/alternate/directory' will prepend '/alternate/directory' before all installation names. The approach of 'DESTDIR' overrides is not required by the GNU Coding Standards, and does not work on platforms that have drive letters. On the other hand, it does better at avoiding recompilation issues, and works well even when some directory options were not specified in terms of '${prefix}' at 'configure' time. Optional Features ================= If the package supports it, you can cause programs to be installed with an extra prefix or suffix on their names by giving 'configure' the option '--program-prefix=PREFIX' or '--program-suffix=SUFFIX'. Some packages pay attention to '--enable-FEATURE' options to 'configure', where FEATURE indicates an optional part of the package. They may also pay attention to '--with-PACKAGE' options, where PACKAGE is something like 'gnu-as' or 'x' (for the X Window System). The 'README' should mention any '--enable-' and '--with-' options that the package recognizes. For packages that use the X Window System, 'configure' can usually find the X include and library files automatically, but if it doesn't, you can use the 'configure' options '--x-includes=DIR' and '--x-libraries=DIR' to specify their locations. Some packages offer the ability to configure how verbose the execution of 'make' will be. For these packages, running './configure --enable-silent-rules' sets the default to minimal output, which can be overridden with 'make V=1'; while running './configure --disable-silent-rules' sets the default to verbose, which can be overridden with 'make V=0'. Particular systems ================== On HP-UX, the default C compiler is not ANSI C compatible. If GNU CC is not installed, it is recommended to use the following options in order to use an ANSI C compiler: ./configure CC="cc -Ae -D_XOPEN_SOURCE=500" and if that doesn't work, install pre-built binaries of GCC for HP-UX. HP-UX 'make' updates targets which have the same time stamps as their prerequisites, which makes it generally unusable when shipped generated files such as 'configure' are involved. Use GNU 'make' instead. On OSF/1 a.k.a. Tru64, some versions of the default C compiler cannot parse its '' header file. The option '-nodtk' can be used as a workaround. If GNU CC is not installed, it is therefore recommended to try ./configure CC="cc" and if that doesn't work, try ./configure CC="cc -nodtk" On Solaris, don't put '/usr/ucb' early in your 'PATH'. This directory contains several dysfunctional programs; working variants of these programs are available in '/usr/bin'. So, if you need '/usr/ucb' in your 'PATH', put it _after_ '/usr/bin'. On Haiku, software installed for all users goes in '/boot/common', not '/usr/local'. It is recommended to use the following options: ./configure --prefix=/boot/common Specifying the System Type ========================== There may be some features 'configure' cannot figure out automatically, but needs to determine by the type of machine the package will run on. Usually, assuming the package is built to be run on the _same_ architectures, 'configure' can figure that out, but if it prints a message saying it cannot guess the machine type, give it the '--build=TYPE' option. TYPE can either be a short name for the system type, such as 'sun4', or a canonical name which has the form: CPU-COMPANY-SYSTEM where SYSTEM can have one of these forms: OS KERNEL-OS See the file 'config.sub' for the possible values of each field. If 'config.sub' isn't included in this package, then this package doesn't need to know the machine type. If you are _building_ compiler tools for cross-compiling, you should use the option '--target=TYPE' to select the type of system they will produce code for. If you want to _use_ a cross compiler, that generates code for a platform different from the build platform, you should specify the "host" platform (i.e., that on which the generated programs will eventually be run) with '--host=TYPE'. Sharing Defaults ================ If you want to set default values for 'configure' scripts to share, you can create a site shell script called 'config.site' that gives default values for variables like 'CC', 'cache_file', and 'prefix'. 'configure' looks for 'PREFIX/share/config.site' if it exists, then 'PREFIX/etc/config.site' if it exists. Or, you can set the 'CONFIG_SITE' environment variable to the location of the site script. A warning: not all 'configure' scripts look for a site script. Defining Variables ================== Variables not defined in a site shell script can be set in the environment passed to 'configure'. However, some packages may run configure again during the build, and the customized values of these variables may be lost. In order to avoid this problem, you should set them in the 'configure' command line, using 'VAR=value'. For example: ./configure CC=/usr/local2/bin/gcc causes the specified 'gcc' to be used as the C compiler (unless it is overridden in the site shell script). Unfortunately, this technique does not work for 'CONFIG_SHELL' due to an Autoconf limitation. Until the limitation is lifted, you can use this workaround: CONFIG_SHELL=/bin/bash ./configure CONFIG_SHELL=/bin/bash 'configure' Invocation ====================== 'configure' recognizes the following options to control how it operates. '--help' '-h' Print a summary of all of the options to 'configure', and exit. '--help=short' '--help=recursive' Print a summary of the options unique to this package's 'configure', and exit. The 'short' variant lists options used only in the top level, while the 'recursive' variant lists options also present in any nested packages. '--version' '-V' Print the version of Autoconf used to generate the 'configure' script, and exit. '--cache-file=FILE' Enable the cache: use and save the results of the tests in FILE, traditionally 'config.cache'. FILE defaults to '/dev/null' to disable caching. '--config-cache' '-C' Alias for '--cache-file=config.cache'. '--quiet' '--silent' '-q' Do not print messages saying which checks are being made. To suppress all normal output, redirect it to '/dev/null' (any error messages will still be shown). '--srcdir=DIR' Look for the package's source code in directory DIR. Usually 'configure' can determine that directory automatically. '--prefix=DIR' Use DIR as the installation prefix. *note Installation Names:: for more details, including other options available for fine-tuning the installation locations. '--no-create' '-n' Run the configure checks, but stop before creating any output files. 'configure' also accepts some other, not widely useful, options. Run 'configure --help' for more details. kalign-3.3.1/Makefile.am000066400000000000000000000005551403616477200150360ustar00rootroot00000000000000EXTRA_DIST = version.sh autogen.sh VERSION ACLOCAL_AMFLAGS = -I m4 # Build the library in the hand subdirectory first LIB_TLDEVELDIR = @LIB_TLDEVELDIR@ # top_builddir = @top_builddir@ SUBDIRS = src dev count: line=$$(find . \( -name "*.[c,h]" -o -name "*.am" -o -name "*.org" -o -name "*.sh" \) -type f -print0 | xargs -0 wc -l | grep total); echo $$line kalign-3.3.1/NEWS000066400000000000000000000000001403616477200134620ustar00rootroot00000000000000kalign-3.3.1/README000066400000000000000000000053151403616477200136610ustar00rootroot00000000000000----------------------------------------------------------------------- Kalign - a multiple sequence alignment program Copyright 2006, 2019, 2020, 2021 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . ----------------------------------------------------------------------- Kalign is a fast multiple sequence alignment program for biological sequences. 1) Installation 1.1) Release Tarball Download tarball from [releases](https://github.com/TimoLassmann/kalign/releases). Then: tar -zxvf kalign-.tar.gz cd kalign- ./autogen.sh ./configure make make check make install 1.2) Homebrew brew install brewsci/bio/kalign 1.3) Developer version git clone https://github.com/TimoLassmann/kalign.git cd kalign ./autogen.sh ./configure make make check make install 1.4) on macOS, install [brew](https://brew.sh/) then: brew install libtool brew install automake git clone https://github.com/TimoLassmann/kalign.git cd kalign ./autogen.sh ./configure make make check make install 2) Usage Usage: kalign -i -o Options: --format : Output format. [Fasta] --reformat : Reformat existing alignment. [NA] --version : Print version and exit Kalign expects the input to be a set of unaligned sequences in fasta format or aligned sequences in aligned fasta, MSF or clustal format. Kalign automatically detects whether the input sequences are protein, RNA or DNA. Since version 3.2.0 kalign supports passing sequence in via stdin and support alignment of sequences from multiple files. 3) Examples Passing sequences via stdin: cat input.fa | kalign -f fasta > out.afa Combining multiple input files: kalign seqsA.fa seqsB.fa seqsC.fa -f fasta > combined.afa Align sequences and output the alignment in MSF format: kalign -i BB11001.tfa -f msf -o out.msf Align sequences and output the alignment in clustal format: kalign -i BB11001.tfa -f clu -o out.clu Re-align sequences in an existing alignment: kalign -i BB11001.msf -o out.afa Reformat existing alignment: kalign -i BB11001.msf -r afa -o out.afa kalign-3.3.1/README.md000066400000000000000000000066771403616477200142740ustar00rootroot00000000000000![C/C++ CI](https://github.com/TimoLassmann/kalign/workflows/C/C++%20CI/badge.svg) ![CodeQL](https://github.com/TimoLassmann/kalign/workflows/CodeQL/badge.svg) # Kalign Kalign is a fast multiple sequence alignment program for biological sequences. # Installation ## Release Tarball Download tarball from [releases](https://github.com/TimoLassmann/kalign/releases). Then: ``` bash tar -zxvf kalign-.tar.gz cd kalign- ./autogen.sh ./configure make make check make install ``` ## Homebrew ``` bash brew install brewsci/bio/kalign ``` ## Developer version ``` bash git clone https://github.com/TimoLassmann/kalign.git cd kalign ./autogen.sh ./configure make make check make install ``` on macOS, install [brew](https://brew.sh/) then: ``` bash brew install libtool brew install automake git clone https://github.com/TimoLassmann/kalign.git cd kalign ./autogen.sh ./configure make make check make install ``` # Usage ``` bash Usage: kalign -i -o Options: --format : Output format. [Fasta] --reformat : Reformat existing alignment. [NA] --version : Print version and exit ``` Kalign expects the input to be a set of unaligned sequences in fasta format or aligned sequences in aligned fasta, MSF or clustal format. Kalign automatically detects whether the input sequences are protein, RNA or DNA. Since version 3.2.0 kalign supports passing sequence in via stdin and support alignment of sequences from multiple files. # Examples Passing sequences via stdin: ``` cat input.fa | kalign -f fasta > out.afa ``` Combining multiple input files: ``` kalign seqsA.fa seqsB.fa seqsC.fa -f fasta > combined.afa ``` Align sequences and output the alignment in MSF format: ``` kalign -i BB11001.tfa -f msf -o out.msf ``` Align sequences and output the alignment in clustal format: ``` kalign -i BB11001.tfa -f clu -o out.clu ``` Re-align sequences in an existing alignment: ``` kalign -i BB11001.msf -o out.afa ``` Reformat existing alignment: ``` kalign -i BB11001.msf -r afa -o out.afa ``` # Benchmark results Here are some benchmark results. The code to reproduce these figures can be found at [here](scripts/benchmark.org). ## Balibase ![Balibase_scores](https://user-images.githubusercontent.com/8110320/66697423-7ea3d000-eca3-11e9-919a-995ca8e9f7c1.jpeg) ## Bralibase ![Bralibase_scores](https://user-images.githubusercontent.com/8110320/66697424-86637480-eca3-11e9-90ea-238f82b0ac6b.jpeg) ## Homfam ![Homfam_scores](https://user-images.githubusercontent.com/8110320/66697425-895e6500-eca3-11e9-97e7-63f3a79133cf.jpeg) ## Quantest2 ![Quantest2_scores](https://user-images.githubusercontent.com/8110320/66698153-6c2c9500-eca9-11e9-904c-3d6ea9a1c44d.jpeg) # Please cite: 1. Lassmann, Timo. _Kalign 3: multiple sequence alignment of large data sets._ **Bioinformatics** (2019). [pdf](https://academic.oup.com/bioinformatics/advance-article-pdf/doi/10.1093/bioinformatics/btz795/30314127/btz795.pdf) # Other papers: 1. Lassmann, Timo, Oliver Frings, and Erik LL Sonnhammer. _Kalign2: high-performance multiple alignment of protein and nucleotide sequences allowing external features._ **Nucleic acids research** 37.3 (2008): 858-865. [Pubmed](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2647288/) 2. Lassmann, Timo, and Erik LL Sonnhammer. _Kalign: an accurate and fast multiple sequence alignment algorithm._ **BMC bioinformatics** 6.1 (2005): 298. [Pubmed](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1325270/) kalign-3.3.1/VERSION000066400000000000000000000000051403616477200140400ustar00rootroot000000000000003.2.0kalign-3.3.1/autogen.sh000077500000000000000000000023211403616477200147740ustar00rootroot00000000000000#!/usr/bin/env sh exists() { command -v "$1" >/dev/null 2>&1 } if ! exists libtoolize; then if ! exists glibtoolize; then echo 'libtool/glibtool not found!' echo 'to install using homebrew:' echo 'brew install libtool' exit 1 fi fi if ! exists aclocal; then echo 'aclocal not found!' echo 'to install using homebrew:' echo 'brew install automake' exit 1 fi if ! exists autoheader; then echo 'autoheader not found!' echo 'to install using homebrew:' echo 'brew install automake' exit 1 fi if ! exists automake; then echo 'automake not found!' echo 'to install using homebrew:' echo 'brew install automake' exit 1 fi if ! exists autoconf; then echo 'autoconf not found!' echo 'to install using homebrew:' echo 'brew install automake' exit 1 fi test -n "$srcdir" || srcdir=`dirname "$0"` test -n "$srcdir" || srcdir=. cd "$srcdir" case `uname` in Darwin*) glibtoolize --force --copy ;; *) libtoolize --force --copy ;; esac aclocal -I m4 $AL_OPTS autoheader $AH_OPTS automake --add-missing --copy --gnu $AM_OPTS autoconf $AC_OPTS echo echo "Now run '$srcdir/configure' and 'make' to compile." echo kalign-3.3.1/configure.ac000066400000000000000000000103211403616477200152600ustar00rootroot00000000000000AC_INIT(kalign, 3.3.1) #AC_CONFIG_AUX_DIR([.]) AC_USE_SYSTEM_EXTENSIONS AM_INIT_AUTOMAKE # Checks for programs. AC_PROG_AWK AC_PROG_CC AC_PROG_CXX AC_PROG_INSTALL AC_PROG_RANLIB AM_SILENT_RULES([no]) LT_INIT AC_CONFIG_MACRO_DIR([m4]) m4_include([m4/ax_ext.m4]) m4_include([m4/ax_valgrind_check.m4]) m4_include([m4/ax_check_compile_flag.m4]) m4_include([m4/ax_set_compile_flags.m4]) AX_EXT AX_ENABLE_DEBUG AC_ARG_ENABLE(openmp, [AC_HELP_STRING([--enable-openmp],[use OpenMP directives for parallelism])], enable_openmp=$enableval, enable_openmp=no) if test "$enable_openmp" = "yes"; then AC_DEFINE(HAVE_OPENMP,1,[Define to enable OpenMP]) AX_OPENMP([], [AC_MSG_ERROR([don't know how to enable OpenMP])]) fi AC_SUBST(SIMD_FLAGS) AC_ARG_WITH([openmp], AS_HELP_STRING([--without-openmp], [Do not use OpenMP])) AS_IF([test "x$with_openmp" = "xno"], [], [AX_OPENMP( AC_DEFINE([HAVE_OPENMP],[1],[Defined if OpenMP should and can be used]) )] ) AC_SUBST(OPENMP_CFLAGS) # according to http://beagle-lib.googlecode.com/svn-history/r824/trunk/configure.ac: # "OpenMP checker only defines for C when compiling both C and C++" OPENMP_CXXFLAGS=$OPENMP_CFLAGS AC_SUBST(OPENMP_CXXFLAGS) # test for working C11 _Generic support AN_IDENTIFIER([_Generic], [AC_C__GENERIC]) AC_DEFUN([AC_C__GENERIC], [AC_CACHE_CHECK([for _Generic], ac_cv_c__Generic, [AC_COMPILE_IFELSE( [AC_LANG_SOURCE( [[int main (int argc, char **argv) { int a = _Generic (argc, int: argc = 1); int *b = &_Generic (argc, default: argc); char ***c = _Generic (argv, int: argc, default: argv ? &argv : 0); _Generic (1 ? 0 : b, int: a, default: b) = &argc; _Generic (a = 1, default: a) = 3; return a + !b + !c; } ]])], [ac_cv_c__Generic=yes], [ac_cv_c__Generic=no])]) if test $ac_cv_c__Generic = no; then echo "-------------------------------------------" echo " Unable to compile C11 code on this system!" echo "-------------------------------------------" echo "" echo "Install a new(er) version of GCC (e.g. GCC 4.9+)" echo "or clang!" echo "" AC_MSG_ERROR([ERROR: C compiler too old!]) AC_MSG_ERROR([We could not compile a simple C11 example. Install a new(er) compiler version (e.g. GCC 4.9).]) fi ])# AC_C__GENERIC # Check for C11 _Generic support AC_C__GENERIC AC_CHECK_LIB([m], [sqrt]) AC_CHECK_LIB([pthread], [main]) AC_SEARCH_LIBS([clock_gettime],[rt posix]) # Checks for header files. AC_CHECK_HEADERS([math.h float.h stdlib.h unistd.h]) AC_CHECK_HEADERS([sys/time.h]) AC_CHECK_HEADERS([mach/mach.h]) AC_CHECK_HEADERS([limits.h]) AC_C_INLINE AC_TYPE_SIZE_T AC_TYPE_SSIZE_T AC_TYPE_INT8_T AC_TYPE_INT32_T AC_TYPE_INT16_T AC_TYPE_INT64_T AC_TYPE_UINT8_T AC_TYPE_UINT16_T AC_TYPE_UINT32_T AC_TYPE_UINT64_T # Checks for library functions. AC_FUNC_MALLOC AC_FUNC_REALLOC AC_FUNC_STRNLEN AC_FUNC_ERROR_AT_LINE AC_CHECK_FUNCS([gettimeofday pow realpath sqrt strstr memset]) AC_CHECK_FUNCS([clock_gettime]) AC_CHECK_FUNCS([gethrtime]) AC_CHECK_FUNCS([gettimeofday]) AC_CHECK_FUNCS([localtime_r]) AC_CHECK_FUNCS([strcspn]) AC_CANONICAL_HOST case $host_os in darwin* ) DEAD_STRIP="-Wl,-dead_strip" ;; *) DEAD_STRIP="-Wl,--gc-sections -Wl,--as-needed" ;; esac AC_SUBST(DEAD_STRIP) AX_VALGRIND_DFLT([memcheck], [on]) AX_VALGRIND_CHECK AC_CONFIG_FILES([Makefile src/Makefile dev/Makefile]) AC_CONFIG_HEADER([src/config.h]) AC_OUTPUT AC_MSG_NOTICE([---------------------------------------------------------]) AC_MSG_NOTICE([Configuration complete - $PACKAGE_NAME-$PACKAGE_VERSION]) AC_MSG_NOTICE([]) AC_MSG_NOTICE([General Information:]) AC_MSG_NOTICE([ Version: $VERSION]) AC_MSG_NOTICE([ Configured on: $DATE]) AC_MSG_NOTICE([ Configured by: $USER]) AC_MSG_NOTICE([ Host system: $host_cpu-$host_vendor-$host_os]) AC_MSG_NOTICE([ Uname information: $UNAME_INFO]) AC_MSG_NOTICE([ Installation point: $prefix]) AC_MSG_NOTICE([ CFLAGS: $CFLAGS]) AC_MSG_NOTICE([ CPFLAGS: $CPPFLAGS $TLDEVEL_CPPFLAGS]) AC_MSG_NOTICE([ LDFLAGS: $LDFLAGS]) AC_MSG_NOTICE([ SIMD flags: $SIMD_FLAGS]) AC_MSG_NOTICE([---------------------------------------------------------]) kalign-3.3.1/dev/000077500000000000000000000000001403616477200135535ustar00rootroot00000000000000kalign-3.3.1/dev/Makefile.am000066400000000000000000000012411403616477200156050ustar00rootroot00000000000000AUTOMAKE_OPTIONS = serial-tests AM_COLOR_TESTS=always EXTRA_DIST = \ run_io_test.sh \ run_aln_test.sh \ data/a2m.good.1 \ data/a2m.good.2 \ data/afa.good.1 \ data/afa.good.2 \ data/afa.good.3 \ data/clustal.good.1 \ data/clustal.good.2 \ data/BB11001.msf \ data/BB11001.tfa \ data/BB12006.msf \ data/BB12006.tfa \ data/BB30014.msf \ data/BB30014.tfa \ data/BB11001_EOF.msf @VALGRIND_CHECK_RULES@ TESTS_ENVIRONMENT = \ myprog_abspath='$(top_srcdir)'/src/; \ export myprog_abspath;\ testdatafiledir='$(top_srcdir)'/dev/data/; \ export testdatafiledir; TESTS = run_io_test.sh run_aln_test.sh CLEANFILES = rwtest.clu rwtest.fasta rwtest.msf test.afa kalign-3.3.1/dev/data/000077500000000000000000000000001403616477200144645ustar00rootroot00000000000000kalign-3.3.1/dev/data/BB11001.msf000066400000000000000000000014601403616477200160420ustar00rootroot00000000000000PileUp MSF: 96 Type: P Check: 7038 .. Name: 1aab_ oo Len: 96 Check: 4681 Weight: 10.0 Name: 1j46_A oo Len: 96 Check: 1914 Weight: 10.0 Name: 1k99_A oo Len: 96 Check: 8221 Weight: 10.0 Name: 2lef_A oo Len: 96 Check: 2222 Weight: 10.0 // 1aab_ ...GKGDPKK PRGKMSSYAF FVQTSREEHK KKHPDASVNF SEFSKKCSER 1j46_A ......MQDR VKRPMNAFIV WSRDQRRKMA LENP..RMRN SEISKQLGYQ 1k99_A MKKLKKHPDF PKKPLTPYFR FFMEKRAKYA KLHP..EMSN LDLTKILSKK 2lef_A ........MH IKKPLNAFML YMKEMRANVV AEST..LKES AAINQILGRR 1aab_ WKTMSAKEKG KFEDMAKADK ARYEREMKTY IPPKGE.... ...... 1j46_A WKMLTEAEKW PFFQEAQKLQ AMHREKYPNY KYRPRRKAKM LPK... 1k99_A YKELPEKKKM KYIQDFQREK QEFERNLARF REDHPDLIQN AKK... 2lef_A WHALSREEQA KYYELARKER QLHMQLYPGW SARDNYGKKK KRKREK kalign-3.3.1/dev/data/BB11001.tfa000066400000000000000000000006001403616477200160220ustar00rootroot00000000000000>1aab_ GKGDPKKPRGKMSSYAFFVQTSREEHKKKHPDASVNFSEFSKKCSERWKT MSAKEKGKFEDMAKADKARYEREMKTYIPPKGE >1j46_A MQDRVKRPMNAFIVWSRDQRRKMALENPRMRNSEISKQLGYQWKMLTEAE KWPFFQEAQKLQAMHREKYPNYKYRPRRKAKMLPK >1k99_A MKKLKKHPDFPKKPLTPYFRFFMEKRAKYAKLHPEMSNLDLTKILSKKYK ELPEKKKMKYIQDFQREKQEFERNLARFREDHPDLIQNAKK >2lef_A MHIKKPLNAFMLYMKEMRANVVAESTLKESAAINQILGRRWHALSREEQA KYYELARKERQLHMQLYPGWSARDNYGKKKKRKREK kalign-3.3.1/dev/data/BB11001_EOF.msf000066400000000000000000000014511403616477200165330ustar00rootroot00000000000000PileUp MSF: 96 Type: P Check: 7038 .. Name: 1aab_ oo Len: 96 Check: 4681 Weight: 10.0 Name: 1j46_A oo Len: 96 Check: 1914 Weight: 10.0 Name: 1k99_A oo Len: 96 Check: 8221 Weight: 10.0 Name: 2lef_A oo Len: 96 Check: 2222 Weight: 10.0 // 1aab_ ...GKGDPKK PRGKMSSYAF FVQTSREEHK KKHPDASVNF SEFSKKCSER 1j46_A ......MQDR VKRPMNAFIV WSRDQRRKMA LENP..RMRN SEISKQLGYQ 1k99_A MKKLKKHPDF PKKPLTPYFR FFMEKRAKYA KLHP..EMSN LDLTKILSKK 2lef_A ........MH IKKPLNAFML YMKEMRANVV AEST..LKES AAINQILGRR 1aab_ WKTMSAKEKG KFEDMAKADK ARYEREMKTY IPPKGE.... ...... 1j46_A WKMLTEAEKW PFFQEAQKLQ AMHREKYPNY KYRPRRKAKM LPK... 1k99_A YKELPEKKKM KYIQDFQREK QEFERNLARF REDHPDLIQN AKK... 2lef_A WHALSREEQA KYYELARKER QLHMQLYPGW SARDNYGKKK KRKREKkalign-3.3.1/dev/data/BB12006.msf000066400000000000000000000031731403616477200160530ustar00rootroot00000000000000PileUp MSF: 245 Type: P Check: 59 .. Name: 1al2_ad oo Len: 245 Check: 2091 Weight: 10.0 Name: 1bbt_ac oo Len: 245 Check: 8510 Weight: 10.0 Name: 1bev_ac oo Len: 245 Check: 6172 Weight: 10.0 Name: 1mec_ac oo Len: 245 Check: 3286 Weight: 10.0 // 1al2_ad .GLPVMNTPG SNQYLTADNF QSPCALPEFD VTPPIDIPGE VKNMMELAEI 1bbt_ac GIFPVACSDG YGGLVTTDPK TADPVYGKVF NPPRNQLPGR FTNLLDVAEA 1bev_ac .GLPTKPGPG SYQFMTTDED CSPCILPDFQ PTPEIFIPGK VNNLLEIAQV 1mec_ac SPIPVTIREH AGTWYSTLPD STVPIYGKTP VAPANYMVGE YKDFLEIAQI 1al2_ad D.TMIPFDLS ATKKNTMEMY RVRLSDKPHT DDPILCLSLS PASDPRLSHT 1bbt_ac CPTFLR.... ......FEGG VPYVTTKTDS DRVLAQFDMS LAA.KHMSNT 1bev_ac E.SILEANN. REGVEGVERY VIPVSVQDAL DAQIYALRLE LGGSGPLSSS 1mec_ac P.TFIG.... .NKMPNAVPY IEASNTAVK. TQPLAVYQVT LSC.SCLANT 1al2_ad MLGEILNYYT HWAGSLKFTF LFCGSMMATG KLLVSYAPPG ADPPKKRKEA 1bbt_ac FLAGLAQYYT QYSGTINLHF MFTGPTDAKA RYMVAYAPPG MEPPKTPEAA 1bev_ac LLGTLAKHYT QWSGSVEITC MFTGTFMTTG KVLLAYTPPG GDMPRNREEA 1mec_ac FLAALSRNFA QYRGSLVYTF VFTGTAMMKG KFLIAYTPPG AGKPTSRDQA 1al2_ad MLGTHVIWDI GLQSSCTMVV PWISNTTYRQ TIDD.....S FTEGGYISVF 1bbt_ac AHCIHAEWDT GLNSKFTFSI PYLSAADYTY TASDVAE..T TNVQGWVCLF 1bev_ac MLGTHVIWDF GLQSSITLVI PWISASHFRG VSNDDVLNYQ YYAAGHVTIW 1mec_ac MQATYAIWDL GLNSSYSFTV PFISPTHFRM VGTDQAN..I TNVDGWVTVW 1al2_ad YQTRIVVPLS TPREMDILGF VSACNDFSVR LLRDTTHIEQ KA... 1bbt_ac QITHGK.... .ADGDALVVL ASAGKDFELR LPVDARAE.. ..... 1bev_ac YQTNMVIPPG FPNTAGIIMM IAAQPNFSFR IQKDREDMTQ TAILQ 1mec_ac QLTPLTYPPG CPTSAKILTM VSAGKDFSLK MPISPAPWSP Q.... kalign-3.3.1/dev/data/BB12006.tfa000066400000000000000000000017301403616477200160350ustar00rootroot00000000000000>1al2_ad GLPVMNTPGSNQYLTADNFQSPCALPEFDVTPPIDIPGEVKNMMELAEID TMIPFDLSATKKNTMEMYRVRLSDKPHTDDPILCLSLSPASDPRLSHTML GEILNYYTHWAGSLKFTFLFCGSMMATGKLLVSYAPPGADPPKKRKEAML GTHVIWDIGLQSSCTMVVPWISNTTYRQTIDDSFTEGGYISVFYQTRIVV PLSTPREMDILGFVSACNDFSVRLLRDTTHIEQKA >1bbt_ac GIFPVACSDGYGGLVTTDPKTADPVYGKVFNPPRNQLPGRFTNLLDVAEA CPTFLRFEGGVPYVTTKTDSDRVLAQFDMSLAAKHMSNTFLAGLAQYYTQ YSGTINLHFMFTGPTDAKARYMVAYAPPGMEPPKTPEAAAHCIHAEWDTG LNSKFTFSIPYLSAADYTYTASDVAETTNVQGWVCLFQITHGKADGDALV VLASAGKDFELRLPVDARAE >1bev_ac GLPTKPGPGSYQFMTTDEDCSPCILPDFQPTPEIFIPGKVNNLLEIAQVE SILEANNREGVEGVERYVIPVSVQDALDAQIYALRLELGGSGPLSSSLLG TLAKHYTQWSGSVEITCMFTGTFMTTGKVLLAYTPPGGDMPRNREEAMLG THVIWDFGLQSSITLVIPWISASHFRGVSNDDVLNYQYYAAGHVTIWYQT NMVIPPGFPNTAGIIMMIAAQPNFSFRIQKDREDMTQTAILQ >1mec_ac SPIPVTIREHAGTWYSTLPDSTVPIYGKTPVAPANYMVGEYKDFLEIAQI PTFIGNKMPNAVPYIEASNTAVKTQPLAVYQVTLSCSCLANTFLAALSRN FAQYRGSLVYTFVFTGTAMMKGKFLIAYTPPGAGKPTSRDQAMQATYAIW DLGLNSSYSFTVPFISPTHFRMVGTDQANITNVDGWVTVWQLTPLTYPPG CPTSAKILTMVSAGKDFSLKMPISPAPWSPQ kalign-3.3.1/dev/data/BB30014.msf000066400000000000000000000544151403616477200160570ustar00rootroot00000000000000PileUp MSF: 307 Type: P Check: 2883 .. Name: 1ags_A oo Len: 307 Check: 2542 Weight: 10.0 Name: GTA1_BOVIN oo Len: 307 Check: 1045 Weight: 10.0 Name: GTA1_MOUSE oo Len: 307 Check: 2301 Weight: 10.0 Name: GTC1_RAT oo Len: 307 Check: 6389 Weight: 10.0 Name: GTC_RABIT oo Len: 307 Check: 2138 Weight: 10.0 Name: GTA1_RABIT oo Len: 307 Check: 6143 Weight: 10.0 Name: GTA1_CAVPO oo Len: 307 Check: 2879 Weight: 10.0 Name: GTA3_RAT oo Len: 307 Check: 3064 Weight: 10.0 Name: GTA3_CHICK oo Len: 307 Check: 6404 Weight: 10.0 Name: GTA2_CHICK oo Len: 307 Check: 3444 Weight: 10.0 Name: GTA1_CHICK oo Len: 307 Check: 4246 Weight: 10.0 Name: GTA1_ANTST oo Len: 307 Check: 2040 Weight: 10.0 Name: GTA4_HUMAN oo Len: 307 Check: 7381 Weight: 10.0 Name: 1oe7_A oo Len: 307 Check: 3128 Weight: 10.0 Name: GTP1_BUFBU oo Len: 307 Check: 7779 Weight: 10.0 Name: GT28_SCHJA oo Len: 307 Check: 7618 Weight: 10.0 Name: GTS1_ASCSU oo Len: 307 Check: 6708 Weight: 10.0 Name: GTS9_CAEEL oo Len: 307 Check: 3425 Weight: 10.0 Name: GTS3_CAEEL oo Len: 307 Check: 9066 Weight: 10.0 Name: GTS5_CAEEL oo Len: 307 Check: 8451 Weight: 10.0 Name: GTS6_CAEEL oo Len: 307 Check: 245 Weight: 10.0 Name: GTS4_CAEEL oo Len: 307 Check: 1081 Weight: 10.0 Name: GTS2_CAEEL oo Len: 307 Check: 4110 Weight: 10.0 Name: GTS1_CAEEL oo Len: 307 Check: 1820 Weight: 10.0 Name: GTS_ANOGA oo Len: 307 Check: 660 Weight: 10.0 Name: GTS2_MANSE oo Len: 307 Check: 5117 Weight: 10.0 Name: GT1_ONCVO oo Len: 307 Check: 728 Weight: 10.0 Name: SC11_OMMSL oo Len: 307 Check: 7004 Weight: 10.0 Name: SC2_OCTDO oo Len: 307 Check: 9708 Weight: 10.0 Name: 1aw9_ oo Len: 307 Check: 4565 Weight: 10.0 Name: GTH3_ARATH oo Len: 307 Check: 2928 Weight: 10.0 Name: GTH7_ARATH oo Len: 307 Check: 2013 Weight: 10.0 Name: GTH6_ARATH oo Len: 307 Check: 8296 Weight: 10.0 Name: GTH_SILCU oo Len: 307 Check: 9759 Weight: 10.0 Name: GTH1_ARATH oo Len: 307 Check: 9980 Weight: 10.0 Name: GTH4_ARATH oo Len: 307 Check: 9350 Weight: 10.0 Name: GTH4_MAIZE oo Len: 307 Check: 3503 Weight: 10.0 Name: GTH1_MAIZE oo Len: 307 Check: 2572 Weight: 10.0 Name: GTH1_WHEAT oo Len: 307 Check: 9368 Weight: 10.0 Name: GTH5_ARATH oo Len: 307 Check: 9671 Weight: 10.0 Name: 1eem_A oo Len: 307 Check: 6005 Weight: 10.0 Name: GTO1_MOUSE oo Len: 307 Check: 911 Weight: 10.0 Name: GTO2_HUMAN oo Len: 307 Check: 9751 Weight: 10.0 Name: YKJ3_CAEEL oo Len: 307 Check: 7547 Weight: 10.0 // 1ags_A .......... .......... .......... ....AEKPKL H.YFNARGRM GTA1_BOVIN .......... .......... .......... ....AGKPTL H.YFNGRGRM GTA1_MOUSE .......... .......... .......... ....AGKPVL H.YFNARGRM GTC1_RAT .......... .......... .......... ....PGKPVL H.YFDGRGRM GTC_RABIT .......... .......... .......... ....AGKPKL H.YFNARGRM GTA1_RABIT .......... .......... .......... ...MARKPLL H.YFNGRGRM GTA1_CAVPO .......... .......... .......... ....SGKPVL H.YFNVQGRM GTA3_RAT .......... .......... .......... ...MEVKPKL Y.YFQGRGRM GTA3_CHICK .......... .......... .......... ....AAKPVL Y.YFNGRGKM GTA2_CHICK .......... .......... .......... ...MAGKPKL H.YTRGRGKM GTA1_CHICK .......... .......... .......... ...MSGKPVL H.YANTRGRM GTA1_ANTST .......... .......... .......... ...MAGEQNI K.YFNIKGRM GTA4_HUMAN .......... .......... .......... ...MAARPKL H.YPNGRGRM 1oe7_A .......... .......... .......... .....DHIKV I.YFNGRGRA GTP1_BUFBU .......... .......... .......... .....PEYTI I.YFNARGRC GT28_SCHJA .......... .......... .......... .......VKL I.YFNGRGRA GTS1_ASCSU .......... .......... .......... .....PQYKL T.YFDIRGLG GTS9_CAEEL .......... .......... .......... ....MVSYKL I.YFQSRGNG GTS3_CAEEL .......... .......... .......... ....MVHYKL T.YFNARGLA GTS5_CAEEL .......... .......... .......... ....MVSYKL T.YFNGRGAG GTS6_CAEEL .......... .......... .......... ....MVHYKL V.YFPLRARA GTS4_CAEEL .......... .......... .......... ....MPNYKL L.YFDARALA GTS2_CAEEL .......... .......... .......... ....MVHYKL M.CFDVRGLG GTS1_CAEEL .......... .......... .......... ....MPHFKF Y.YFDVRGRG GTS_ANOGA .......... .........L SSSSISRSSL KCNIMPDYKV Y.YFNVKALG GTS2_MANSE .......... .......... .......... ....MPKVVF H.YFGAKGWA GT1_ONCVO FITMNFVVEA ASSNANQAIT SENSIKPKGK LQPQMEKYTL T.YFNGRGRA SC11_OMMSL .......... .......... .......... ....MPSYTL Y.YFNGRGRA SC2_OCTDO .......... .......... .......... ....MPSYTL N.YFNHRGRA 1aw9_ .......... .......... .......... .....APLKL Y.GMPLSPNV GTH3_ARATH .......... .......... .......... ......VLTI Y..APLFASS GTH7_ARATH .......... .......... .......... .....MVVKV Y.GQIKAANP GTH6_ARATH .......... .......... .......... ....MASIKV H.GVPMSTAT GTH_SILCU .......... .......... .......... ......TIKV H.GNPRSTAT GTH1_ARATH .......... .......... .......... ....MAGIKV F.GHPASTAT GTH4_ARATH .......... .......... .......... .....AGIKV F.GHPASIAT GTH4_MAIZE .......... .......... .......... ...ATPAVKV Y.GWAISPFV GTH1_MAIZE .......... .......... .......... .....APMKL Y.GAVMSWNL GTH1_WHEAT .......... .......... .......... ....MSPVKV F.GHPMLTNV GTH5_ARATH .......... .......... .......... ....MVTVKL Y.GMAYSTCT 1eem_A .......... ........SA RSLGKGSAPP GPVPEGSIRI Y.SMRFCPFA GTO1_MOUSE .......... ....MSGESS RSLGKGSAPP GPVPEGQIRV Y.SMRFCPFA GTO2_HUMAN .......... ....MSGDAT RTLGKGSQPP GPVPEGLIRI Y.SMRFCPYS YKJ3_CAEEL .......... .......... MTVLAGVNSK IVKNGCWNHS YLQHAILPVA 1ags_A ESTRWLLAAA GVEFEEKFIK SAEDL...DK LRNDGYLMFQ QVPMVEIDG. GTA1_BOVIN ECIRWLLAAA GVEFEEKFIE KPEDL...DK LKNDGSLMFQ QVPMVEIDG. GTA1_MOUSE ECIRWLLAAA GVEFEEKFIQ SPEDL...EK LKKDGNLMFD QVPMVEIDG. GTC1_RAT EPIRWLLAAA GVEFEEQFLK TRDDL...AR LRNDGSLMFQ QVPMVEIDG. GTC_RABIT ESIRWLLTAA GVEFEEKCMK TREDL...EK LRKDGVLMFQ QVPMVEIDG. GTA1_RABIT ESIRWLLAAA GEEFDEKFME TAEDL...DK LRNDGSLMYQ QVPMVEIDG. GTA1_CAVPO ESIRWLLAAA GVEFEEKLIM CQEDL...DK LKNDGLLMFQ QVPMVEMDG. GTA3_RAT ESIRWLLATA GVEFEEEFLE TREQY...EK LQKDGCLLFG QVPLVEIDG. GTA3_CHICK ESIRWLLAAA GVEFEEVFLE TREQY...EK LLQSGILMFQ QVPMVEIDG. GTA2_CHICK ESIRWLLAAA GVEFEEEFIE KKEDL...EK LRNDGSLLFQ QVPMVEIDG. GTA1_CHICK ESVRWLLAAA GVEFEEKFLE KKEDL...QK LKSDGSLLFQ QVPMVEIDG. GTA1_ANTST EAIRWLLAVA GVEFEEKFFE TKEQL...QK LKET.VLLFQ QVPMVEIDG. GTA4_HUMAN ESVRWVLAAA GVEFDEEFLE TKEQL...YK LQDGNHLLFQ QVPMVEIDG. 1oe7_A ESIRMTLVAA GVNYEDERIS FQDW....PK IKP..TIPGG RLPAVKITDN GTP1_BUFBU EAMRMLMADQ GAQWKEEVVT SDDWQ..KGD LKK..AAVYG QLPGFKDGD. GT28_SCHJA EPIRMILVAA GVEFEDERIE FQDW....PK IKP..TIPGG RLPIVKITDK GTS1_ASCSU EGARLIFHQA GVKFEDNRLK REDW....PA LKP..KTPFG QLPLLEVDG. GTS9_CAEEL EIARQVFAFA GQEFIDERIS KEQW....AE IKN..MTPFG QVPVLEVDG. GTS3_CAEEL EISRQLFHMA GVEFEDERIN EEKF....SQ LKP..TFPSG QVPILCIDG. GTS5_CAEEL EVSRQIFAYA GQQYEDNRVT QEQW....PA LKETCAAPFG QLPFLEVDG. GTS6_CAEEL EIARQIFAYA GQDYSEENLS FEQW....PA RKN..NTPFG QLPILEVDG. GTS4_CAEEL EPIRIMFAML NVPYEDYRVS VEEW....SK LKP..TTPFG QLPILQVDG. GTS2_CAEEL EVIRQLFYLG DVSFEDFRVS REEF....KS LKS..NLPSG QLPVLEIDG. GTS1_CAEEL EAIRLLFHLA DEKFDDERFG MEQW....GV LKS..EMPLG QVPVLEIDG. GTS_ANOGA EPLRFLLSYG NLPFDDVRIT REEW....PA LKP..TMPMR QMPVLEVDG. GTS2_MANSE RP.TMLLAYG GQEFEDHRVE YEQW....PE FKP..NTPFG QMPVLEIDG. GT1_ONCVO EVIRLLFALA NVSYEDNRIT RDEW....KY LKP..RTPFG HVPMLNVSG. SC11_OMMSL EICRMLFAVA SVQYQDKRIE LAEW....TQ FKT..KMPCH MLPILEIDT. SC2_OCTDO EICRMLFAAA GVQYNDRRIE TSEW....SN MRS..KMPCS MMPMLDIDN. 1aw9_ VRVATVLNEK GLDFEIVPVD LTTGAHKQPD FLA..LNPFG QIPALVDGD. GTH3_ARATH KRAVVTLVEK GVSFETVNVD LMKGEQRQPE YLA..IQPFG KIPVLVDGD. GTH7_ARATH QRVLLCFLEK DIEFEVIHVD LDKLEQKKPQ HLL..RQPFG QVPAIEDGY. GTH6_ARATH MRVLATLYEK DLQFELIPVD MRAGAHKQEA HLA..LNPFG QIPALEDGD. GTH_SILCU QRVLVALYEK HLEFEFVPID MGAGGHKQPS YLA..LNPFG QVPALEDGE. GTH1_ARATH RRVLIALHEK NVDFEFVHVE LKDGEHKKEP FIL..RNPFG KVPAFEDGD. GTH4_ARATH RRVLIALHEK NLDFELVHVE LKDGEHKKEP FLS..RNPFG QVPAFEDGD. GTH4_MAIZE SRALLALEEA GVDYELVPMS RQDGDHRRPE HLA..RNPFG KVPVLEDGD. GTH1_MAIZE TRCATALEEA GSDYEIVPIN FATAEHKSPE HLV..RNPFG QVPALQDGD. GTH1_WHEAT ARVLLFLEEV GAEYELVPMD FVAGEHKRPQ HVQ..LNPFA KMPGFQDGD. GTH5_ARATH KRVYTTAKEI GVDVKIVPVD LMKGEHKEPA YLDN.YHPFG VIPVLEDEDG 1eem_A ERTRLVLKAK GIRHEVININ LKNK...PEW FFK..KNPFG LVPVLENSQG GTO1_MOUSE QRTLMVLKAK GIRHEVININ LKNK...PEW FFE..KNPLG LVPVLENSQG GTO2_HUMAN HRTRLVLKAK DIRHEVVNIN LRNK...PEW YYT..KHPFG HIPVLETSQC YKJ3_CAEEL QRALIYASVK NIPSDVINVH LQEKP...DW YFS..KHYKG QVPTLEHDEG 1ags_A ....MKLVQT RAILNYIASK YN.......L YRKDI...KE KALIDMYIEG GTA1_BOVIN ....MKLVQT RAILNYIATK YN.......L YGKDM...KE RALIDMYSEG GTA1_MOUSE ....MKLAQT RAILNYIATK YD.......L YGKDM...KE RALIDMYSEG GTC1_RAT ....MKLVQT RAILNYIATK YN.......L YGKDM...KE RALIDMYAEG GTC_RABIT ....MKLVQT RAIFNYIADK HN.......L YGKDI...KE RALIDMYTEG GTA1_RABIT ....MKLVQT RAILNYVANK HN.......L YGKDM...KE RALIDMYTEG GTA1_CAVPO ....MKMVQS RAILNYIATK YN.......L YGKDT...KE RLLIDMYTEG GTA3_RAT ....MLLTQT RAILSYLAAK YN.......L YGKDL...KE RVRIDMYADG GTA3_CHICK ....MKLVQT RAILNYIAGK YN.......L YGKDL...KE RALIDMYVGG GTA2_CHICK ....MKMVQS RAILCYIAGK YN.......L YGKDL...KE RAWIDMYVEG GTA1_CHICK ....MKMVQT RAILNYIAGK YN.......L YGKDL...KE RALIDMYVEG GTA1_ANTST ....MKLVQT RAILHYIAEK YN.......L LGKDM...KE HAQIIMYSEG GTA4_HUMAN ....MKLVQT RSILHYIADK HN.......L FGKNL...KE RTLIDMYVEG 1oe7_A HGHVKWMVES LAIARYMAKK HH.......M MGGTE...EE YYNVEKLIGQ GTP1_BUFBU ....FTLYQS NAMLRLLARN HD.......L YGKNP...RE ASLIDMVNDG GT28_SCHJA RGDVKTMSES LAIARFIARK HN.......M MGDTD...DE YYIIEKMIGQ GTS1_ASCSU ....EVLAQS AAIYRYLGRQ FG.......L AGKTP...ME EAQVDSIFDQ GTS9_CAEEL ....RQLAQS ITIVRYLSKQ FG.......I SGKSS...WE EAQVDALGDQ GTS3_CAEEL ....AQFSQS TAIARYLARK FG.......F VGQTA...EE ELQADEVVDT GTS5_CAEEL ....KKLAQS HAIARFLARE FK.......L NGKTA...WE EAQVNSLADQ GTS6_CAEEL ....KPLGQS YAIARYLARE FG.......I AGQND...TE AAEVDAIADQ GTS4_CAEEL ....EQFGQS MSITRYLARK FG.......L AGKTA...EE EAYADSIVDQ GTS2_CAEEL ....VMISQS ASIGRFLARQ YG.......Y SGKTP...TE EMQVDSIIDL GTS1_CAEEL ....VKISQT TAIARYLGHQ FH.......R AGTNA...VD CARLDMIAEV GTS_ANOGA ....KRVHQS LAMCRYVAKQ IN.......L AGDNP...LE ALQIDAIVDT GTS2_MANSE ....KKYAQS LAISRYLGRK YG.......L AGNDI...EE DFEIDQIVDF GT1_ONCVO ....NVLGES HAIELLLGGR FG.......L LGTND...WE EAKIMAVVLN SC11_OMMSL ...ETQVPQS MAISRYLARE FG.......F YGKNN...MD MFKVDCLCDS SC2_OCTDO ...RHQIPQT MAIARYLARE FG.......F HGKNN...ME MARVEYISDC 1aw9_ ....EVLFES RAINRYIASK YASEG..TDL LPATA...SA AKL.EVWLEV GTH3_ARATH ....YKIFES RAIMRYIAEK YRSQG..PDL LGKTI...EE RGQVEQWLDV GTH7_ARATH ....LKLFES RAIARYYATK YADQG..TDL LGKTL...EG RAIVDQWVEV GTH6_ARATH ....LTLFES RAITQYLAEE YSEKG..EKL ISQDCK..KV KATTNVWLQV GTH_SILCU ....IKLFES RAITKYLAYT HDHQNEGTSL IHKEK...HE MAAQLVWEEV GTH1_ARATH ....FKIFES RAITQYIAHE FSDKG..NNL LSTG....KD MAIIAMGIEI GTH4_ARATH ....LKLFES RAITQYIAHR YENQGT..NL LQTDSKNISQ YAIMAIGMQV GTH4_MAIZE ....LTLFES RAIARHVLRK HKP.....EL LGGGRL..EQ TAMVDVWLEV GTH1_MAIZE ....LYLFES RAICKYAARK NKP.....EL LREGNL..EE AAMVDVWIEV GTH1_WHEAT ....LVLFES RAIAKYILRK YGGTAG.LDL LGENSGI.EE LAMVDVWTEV GTH5_ARATH ....TKIYES RAISRYLVAK YGKGS...SL LPSPSDP.KA YGLFEQAASV 1eem_A ....QLIYES AITCEYLDEA YPGKK....L LPDDP...YE KACQKMILEL GTO1_MOUSE ....HLVTES VITCEYLDEA YPEK....KL FPDDP...YK KARQKMTLES GTO2_HUMAN ....QLIYES VIACEYLDDA YPGR....KL FPYDP...YE RARQKMLLEL YKJ3_CAEEL K...KHVIES AVIPEYLDDI YPET....RI LPTDP...YE KVQQKLLLDR 1ags_A .IADLGEMIL LLPFTQ.... ......PEEQ DAKLALIKEK IKNRYFPAFE GTA1_BOVIN .VADLGEMIM HFPLCP.... ......PAEK DAKLTLIREK TTNRYLPAFE GTA1_MOUSE .ILDLTEMIG QLVLCP.... ......PDQR EAKTALAKDR TKNRYLPAFE GTC1_RAT .VADLDEIVL HYPYIP.... ......PGEK EASLAKIKDK ARNRYFPAFE GTC_RABIT .IVDLNELIL TRPFLP.... ......PEEQ EAKLAQIKDK AKNRYFPAFE GTA1_RABIT .VADLYELVL LLPLCP.... ......PEQK DAKVDFIKEK IRTRYFPAFE GTA1_CAVPO .MTDLYELFF KVILAP.... ......PEEK DAAKSLIKDR AKNRFLPAFE GTA3_RAT .TQDLMMMII GAPFKA.... ......PQEK EESLALAVKR AKNRYFPVFE GTA3_CHICK .TDDLMGFLL SFPFLS.... ......AEDK VKQCAFVVEK ATSRYFPAYE GTA2_CHICK .TTDLMGMIM ALPFQA.... ......ADVK EKNIALITER ATTRYFPVYE GTA1_CHICK .LADLYELIM MNVVQP.... ......ADKK EEHLANALDK AANRYFPVFE GTA1_ANTST .TMDLMELIM IYPFLK.... ......GEEK KQRLVEIANK AKGRYFPAFE GTA4_HUMAN .TLDLLELLI MHPFLK.... ......PDDQ QKEVVNMAQK AIIRYFPVFE 1oe7_A .AEDLEHEYY KTLMKP.... ......EEEK QKIIKEILNG KVPVLLDIIC GTP1_BUFBU .VEDLRLKYL KMIYQN.... .......... YENGKDDYVK ALPTNLGHFE GT28_SCHJA .VEDVESEYH KTLIKP.... ......PEEK EKISKEILNG KVPILLQAIC GTS1_ASCSU .FKDFMAELR PCFRVLAGFE ......EGDK EKVLKEVAVP ARDKHLPLLE GTS9_CAEEL .FKDYRVEAR PFFRAKMGFS ......DGDV DQLYKDLFVP AFNKMYSIFT GTS3_CAEEL .FKDFIESFR KFVIAVLSGE S.....EEIL KNIREEVIKP AVKTYTAYLK GTS5_CAEEL .YKDYSSEAR PYFYAVMGFG ......PGDV ETLKKDIFLP AFEKFYGFLV GTS6_CAEEL .FKDYLNDVS PYLTVLAGFK ......PGDK DQLRTDVFVP AFKKNFEFFE GTS4_CAEEL .YRDFIFFFR QFTSSVFYGS D.....ADHI NKVRFEVVEP ARDDFLAIIN GTS2_CAEEL .FKDFMLTFR QFFFAVIHGY P.....EYEK ERMKRDIVKP AIKNYFIALN GTS1_CAEEL .IQEFMSSSG MGKFSRVLLG M....IQANK EQFFKENVLP DVEKYAPIVE GTS_ANOGA .INDFRLKIA IVAYEPDD.. .......MVK EKKMVTLNNE VIPFYLTKLN GTS2_MANSE .VNDIRASAA SVEYEQDAAN .........K EVKHEENMKN KYPFQLNKLS GT1_ONCVO .IDELFQKLI PWTHEKNTTK .........K AELFRNLSES DVMPFLGRYE SC11_OMMSL .LFELFNDYM AVYNEKDAA. .........K KTELQKRFQN TCLRVLPYME SC2_OCTDO .FYDILDDYL RMYQDDNCRM MFQRSGDRNG SSEKRTRYQE TLRRILPFME 1aw9_ ESHHFYPNAS PLVFQLLVRP LLG....GAP DAAVVDKHAE QLAKVLDVYE GTH3_ARATH EATSYHPPLL ALTLNIVFAP LMG....FPA DEKVIKESEE KLAEVLDVYE GTH7_ARATH ENNYFYAVAL PLVMNVVFKP KSG....KPC DVALVEELKV KFDKVLDVYE GTH6_ARATH EGQQFDPNAS KLAFERVFKG MFG....MTT DPAAVQELEG KLQKVLDVYE GTH_SILCU EAHQFDPVAS KLAWELVFKG IFG....MQT DTTVVEENEA KLAKVLDVYE GTH1_ARATH ESHEFDPVGS KLVWEQVLKP LYG....MTT DKTVVEEEEA KLAKVLDVYE GTH4_ARATH EDHQFDPVAS KLAFEQIFKS IYG....LTT DEAVVAEEEA KLAKVLDVYE GTH4_MAIZE EAHQLSPPAI AIVVECVFAP FLG....RER NQAVVDENVE KLKKVLEVYE GTH1_MAIZE EANQYTAALN PILFQVLISP MLG....GTT DQKVVDENLE KLKKVLEVYE GTH1_WHEAT EAQQYYPAIS PVVFECIIIP FIIPGGGAAP NQTVVDESLE RLRGVLGIYE GTH5_ARATH EYSSFDPPAS SLAYERVFAG MRG....LKT NEELAKKYVD TLNAKMDGYE 1eem_A F.SKVPSLVG SFIRS..... .........Q NKEDYAGLKE EFRKEFTKLE GTO1_MOUSE F.SKVPPLIA SFVRS..... .........K RKEDSPNLRE ALENEFKKLE GTO2_HUMAN F.CKVPHLTK ECLVA..... ........LR CGRECTNLKA ALRQEFSNLE YKJ3_CAEEL ISGQVSPAFY GVVQA..... ........VK NPDLREEKFA DIKKAYDNAE 1ags_A KVLKSHG..Q DYLVGNKL.S RADIHLVELL YYVEELDS.. .........S GTA1_BOVIN NVLKSHG..Q DYLVGNKL.S RADIHLVELL YYVEELDP.. .........S GTA1_MOUSE KVLKSHG..Q DYLVGNRL.T RVDIHLLEVL LYVEEFDA.. .........S GTC1_RAT KVLKSHG..Q DYLVGNRL.S RADVYLVQVL YHVEELDP.. .........S GTC_RABIT KVLKSHG..Q DYLVGNKL.S KADILLVELL YNVEELNP.. .........G GTA1_RABIT KVLKSHG..Q DYLVGNRL.S KADILLVELL YNVEELDP.. .........S GTA1_CAVPO KVLKSHG..Q GYLVGNKL.S KADILLTELL YMVEEFDA.. .........S GTA3_RAT KILKDHG..E AFLVGNQL.S WADIQLLEAI LMVEEVSA.. .........P GTA3_CHICK KVLKDHG..Q DFLVGNRL.S WADIHLLEAI LMVEEKKS.. .........D GTA2_CHICK KALKDHG..Q DYLVGNKL.S WADIHLLEAI LMTEELKS.. .........D GTA1_CHICK KVLKDHG..H DFLVGNKL.S RADVHLLETI LAVEESKP.. .........D GTA1_ANTST NVLKTHG..Q NFLVGNQL.S MADVQLFEAI LMVEEKVP.. .........D GTA4_HUMAN KILRGHG..Q SFLVGNQL.S LADVILLQTI LALEEKIP.. .........N 1oe7_A ESLKAST..G KLAVGDKV.T LADLVLIAVI DHVTDLDK.. ........EF GTP1_BUFBU RLLASNNEGK GFVVGAHI.S FADYNLVDLL HNHLVLAP.. .........D GT28_SCHJA ETLKEST..G NLTVGDKV.T LADVVLIASI DHITDLDK.. ........EF GTS1_ASCSU KFLAKSG..S EYMVGKSV.T WADLVITDSL ASWESLIP.. .........D GTS9_CAEEL ESLKSSG..S GFLVGDSL.T WMDLAIAQHS ADLLEADG.. .........K GTS3_CAEEL AILEKSS..S GYLVGNEL.T WADLVIADNL TTLINAEL.. .........L GTS5_CAEEL NFLKASG..S GFLVGDSL.T WIDLAIAQHS ADLIAKGG.. .......... GTS6_CAEEL NILASNHS.. GFFVGNSL.T WVDLLISQHV QDILDKDL.. .........A GTS4_CAEEL KFLAKSK..S GFLVGDSL.T WADIVIADNL TSLLKNGF.. .........L GTS2_CAEEL KILLRSK..S GFLVGDDL.T WADLQIADNL STLINIRL.. .......... GTS1_CAEEL KFLLENGN.N GLLLGDRE.T WVDVFAAESF SKLIDYGSP. .........D GTS_ANOGA VIAKENN... GHLVLGKP.T WADVYFAGIL DYLNYLTKT. .........N GTS2_MANSE EIITKNN... GFLALGRL.T WADFVFVGMF DYLKKMLR.. .......MPD GT1_ONCVO KFLKEST..T GHIVGNKV.S VADLTVFNML MTLDDEVK.. .......... SC11_OMMSL KTLEANKGGA GWFIGDQI.L LCDMMTHAAL ENPIQENAN. .......... SC2_OCTDO RTLEMYKSGG QFFMGDQM.T MADMMCYCAL ENPIMEES.. .........S 1aw9_ AHLARN.... KYLAGDEF.T LADANHASYL LYLSKTPK.. ........AG GTH3_ARATH AQLSKNE... .YLAGDFV.S LADLAHLPFT EYLVGPIG.. .......KAH GTH7_ARATH NRLATNR... .YLGGDEF.T LADLSHMPGM RYIMNETS.. .......LSG GTH6_ARATH ARLAKSE... .FLAGDSF.T LADLHHLPAI HYLLGTDS.. ........KV GTH_SILCU ARLTESEY.. .LGANDSF.T LVDLHHLPLL GYLMGTQV.. ........KK GTH1_ARATH HRLGESK... .YLASDHF.T LVDLHTIPVI QYLLGTPT.. ........KK GTH4_ARATH ARLKEFK... .YLAGETF.T LTDLHHIPAI QYLLGTPT.. ........KK GTH4_MAIZE ARLATCT... .YLAGDFL.S LADLSPFTIM HCLMATEY.. ........AA GTH1_MAIZE ARLTKCK... .YLAGDFL.S LADLNHVSVT LCLFATPY.. ........AS GTH1_WHEAT ARLEKSR... .YLAGDSI.T FADLNHIPFT FYFMTTPY.. ........AK GTH5_ARATH RILSKQK... .YLAGNDF.T LADLFHLPYG AMVAQLEP.. .........T 1eem_A EVLTNKK..T TFFGGNSI.S MIDYLIWPWF ERLEAMKLN. .........E GTO1_MOUSE EGMDNYK... SFLGGDSP.S MVDYLTWPWF QRLEALELK. .........E GTO2_HUMAN EILEYQN..T TFFGGTCI.S MIDYLLWPWF ERLDVYGIL. .........D YKJ3_CAEEL QLLTGD.... .FYSGTSKPG FVDYLLYPNI QRAYWAAHIV PDFPLEAESF 1ags_A LISSFPLLKA LKTRISN.LP TVKKFLQPGS PRKPPMDEKS LEEARKIFRF GTA1_BOVIN LLANFPLLKA LKARVSS.LP AVKKFLQPGS QRKPPTDEKK IEEARKVFKF GTA1_MOUSE LLTPFPLLKA FKSRISS.LP NVKKFLQPGS QRKPPMDAKQ IQEARKAFKI GTC1_RAT ALANFPLLKA LRTRVSN.LP TVKKFLQPGS QRKPLEDEKC VESAVKIFS. GTC_RABIT ATASFPLLQA LKTRISN.LP TVKKFLQPGS QRNPPDDEKC REEAKIIFH. GTA1_RABIT AIASFPLLKA LKTRISS.LP TVKKFLQPGS QRKPPMDEKN LEKAKKIFKI GTA1_CAVPO LLANFTLLQA LKTRVSN.LP NVKKFLQPGS QRKPFPTQEM FEEMRKF... GTA3_RAT VLSDFPLLQA FKTRISN.IP TIKKFLQPGS QRKPPPDGHY VDVVRTVLKF GTA3_CHICK ALSGFPLLQA FKKRISS.IP TIKKFLAPGS KRKPISDDKY VETVRRVLRM GTA2_CHICK ILSAFPLLQA FKGRMSN.VP TIKKFLQPGS QRKPPLDEKS IANVRKIFSF GTA1_CHICK ALAKFPLLQS FKARTSN.IP NIKKFLQPGS QRKPRLEEKD IPRLMAIFH. GTA1_ANTST ALSGFPLLQA FKTRISN.IP TVKTFLAPGS KRKPVPDAKY VEDIIKIFYF GTA4_HUMAN ILSAFPFLQE YTVKLSN.IP TIKRFLEPGS KKKPPPDEIY VRTVYNIFRP 1oe7_A LTGKYPEIHK HRENLLASSP RLAKYLSDRA .......... .......... GTP1_BUFBU CLSGFPLLCA YVKRISS.RP KLEAYLSSDA HKKRPINGNG KQQ....... GT28_SCHJA LTGKYPEIHK HRKHLLATSP KLAKYLSERH ATAF...... .......... GTS1_ASCSU FLSGHLQLKK YIEHVRE.LP NIKKWIAERP KTPY...... .......... GTS9_CAEEL ILDTFLEMKD HQKKIHS.IP NVKKWIEKRP VTSR...... .......... GTS3_CAEEL DIENDKLLKE FREKIIE.TP KLKEWLAKRP ETRF...... .......... GTS5_CAEEL DFSKFPELKA HAEKIQA.IP QIKKWIETRP VTPF...... .......... GTS6_CAEEL VVEEFKKVLA HRKKVQS.ID RIQKYIANRP DYPF...... .......... GTS4_CAEEL DFNKEKKLEE FYNKIHS.IP EIKNYVATRK DSIV...... .......... GTS2_CAEEL FAEKEPHLNV FIRKL..... .......... .......... .......... GTS1_CAEEL ALDAYPHILA LINRVFN.HP NIKKYVSQRK ATPA...... .......... GTS_ANOGA LLENFPNLQE VVQKVLD.NE NVKAYIAKRP ITEV...... .......... GTS2_MANSE LEEQYPIFKK PIETVLS.NP KLKAYLDSAP KKEF...... .......... GT1_ONCVO .LEEYPQLAS FVNKIGQ.MP GIKEWIKKRP KTYF...... .......... SC11_OMMSL LLKEYPKLAA LRTRVAA.HP KIAAYIKKRN NTAF...... .......... SC2_OCTDO LLNSYPKLQA LRTRVMS.HL KMSPYLKKRS STEF...... .......... 1aw9_ LVAARPHVKA WWEAIVA.RP AFQKTVAAIP LPPPP..... .......... GTH3_ARATH LIKDRKHVSA WWDKISS.RA AWKEVSAKYS LPV....... .......... GTH7_ARATH LVTSRENLNR WWNEISA.RP AWKKLMELAA Y......... .......... GTH6_ARATH LFDSRPKVSE WIKKISA.RP AWAKVIDLQK Q......... .......... GTH_SILCU LFEERAHVSA WCKKILA.RP SWEKTLALQK QA........ .......... GTH1_ARATH LFDERPHVSA WVADITS.RP SAQKVL.... .......... .......... GTH4_ARATH LFTERPRVNE WVAEITK.RP ASEKVQ.... .......... .......... GTH4_MAIZE LVHALPHVSA WWQGLAA.RP AANKVAQFMP VGAGAPKEQE .......... GTH1_MAIZE VLDAYPHVKA WWSGLME.RP SVQKVAALMK PSA....... .......... GTH1_WHEAT VFDDYPKVKA WWEMLMA.RP AVQRVCKHMP TEFKLGAQY. .......... GTH5_ARATH VLDSKPHVKA WWAASLRVIP GRLLRNSSKE FM........ .......... 1eem_A CVDHTPKLKL WMAAMKE.DP TVSALLTSEK DWQGFLELYL QNSPEACDYG GTO1_MOUSE CLAHTPKLKL WMAAMQQ.DP VASSHKIDAK TYREYLNLYL QDSPEACDYG GTO2_HUMAN CVSHTPALRL WISAMKW.DP TVCALLMDKS IFQGFLNLYF QNNPNAFDFG YKJ3_CAEEL PGPNYPRLSK WYKALESIPE VAAASQPTEN GVGFFKDYLG GSPNYDYGLT 1ags_A ....... GTA1_BOVIN ....... GTA1_MOUSE Q...... GTC1_RAT ....... GTC_RABIT ....... GTA1_RABIT P...... GTA1_CAVPO ....... GTA3_RAT ....... GTA3_CHICK YYDVKPH GTA2_CHICK ....... GTA1_CHICK ....... GTA1_ANTST ....... GTA4_HUMAN ....... 1oe7_A ....... GTP1_BUFBU ....... GT28_SCHJA ....... GTS1_ASCSU ....... GTS9_CAEEL ....... GTS3_CAEEL ....... GTS5_CAEEL ....... GTS6_CAEEL ....... GTS4_CAEEL ....... GTS2_CAEEL ....... GTS1_CAEEL ....... GTS_ANOGA ....... GTS2_MANSE ....... GT1_ONCVO ....... SC11_OMMSL ....... SC2_OCTDO ....... 1aw9_ ....... GTH3_ARATH ....... GTH7_ARATH ....... GTH6_ARATH ....... GTH_SILCU ....... GTH1_ARATH ....... GTH4_ARATH ....... GTH4_MAIZE ....... GTH1_MAIZE ....... GTH1_WHEAT ....... GTH5_ARATH ....... 1eem_A L...... GTO1_MOUSE L...... GTO2_HUMAN LC..... YKJ3_CAEEL KLSETI. kalign-3.3.1/dev/data/BB30014.tfa000066400000000000000000000240541403616477200160400ustar00rootroot00000000000000>1ags_A AEKPKLHYFNARGRMESTRWLLAAAGVEFEEKFIKSAEDLDKLRNDGYLM FQQVPMVEIDGMKLVQTRAILNYIASKYNLYRKDIKEKALIDMYIEGIAD LGEMILLLPFTQPEEQDAKLALIKEKIKNRYFPAFEKVLKSHGQDYLVGN KLSRADIHLVELLYYVEELDSSLISSFPLLKALKTRISNLPTVKKFLQPG SPRKPPMDEKSLEEARKIFRF >GTA1_BOVIN AGKPTLHYFNGRGRMECIRWLLAAAGVEFEEKFIEKPEDLDKLKNDGSLM FQQVPMVEIDGMKLVQTRAILNYIATKYNLYGKDMKERALIDMYSEGVAD LGEMIMHFPLCPPAEKDAKLTLIREKTTNRYLPAFENVLKSHGQDYLVGN KLSRADIHLVELLYYVEELDPSLLANFPLLKALKARVSSLPAVKKFLQPG SQRKPPTDEKKIEEARKVFKF >GTA1_MOUSE AGKPVLHYFNARGRMECIRWLLAAAGVEFEEKFIQSPEDLEKLKKDGNLM FDQVPMVEIDGMKLAQTRAILNYIATKYDLYGKDMKERALIDMYSEGILD LTEMIGQLVLCPPDQREAKTALAKDRTKNRYLPAFEKVLKSHGQDYLVGN RLTRVDIHLLEVLLYVEEFDASLLTPFPLLKAFKSRISSLPNVKKFLQPG SQRKPPMDAKQIQEARKAFKIQ >GTC1_RAT PGKPVLHYFDGRGRMEPIRWLLAAAGVEFEEQFLKTRDDLARLRNDGSLM FQQVPMVEIDGMKLVQTRAILNYIATKYNLYGKDMKERALIDMYAEGVAD LDEIVLHYPYIPPGEKEASLAKIKDKARNRYFPAFEKVLKSHGQDYLVGN RLSRADVYLVQVLYHVEELDPSALANFPLLKALRTRVSNLPTVKKFLQPG SQRKPLEDEKCVESAVKIFS >GTC_RABIT AGKPKLHYFNARGRMESIRWLLTAAGVEFEEKCMKTREDLEKLRKDGVLM FQQVPMVEIDGMKLVQTRAIFNYIADKHNLYGKDIKERALIDMYTEGIVD LNELILTRPFLPPEEQEAKLAQIKDKAKNRYFPAFEKVLKSHGQDYLVGN KLSKADILLVELLYNVEELNPGATASFPLLQALKTRISNLPTVKKFLQPG SQRNPPDDEKCREEAKIIFH >GTA1_RABIT MARKPLLHYFNGRGRMESIRWLLAAAGEEFDEKFMETAEDLDKLRNDGSL MYQQVPMVEIDGMKLVQTRAILNYVANKHNLYGKDMKERALIDMYTEGVA DLYELVLLLPLCPPEQKDAKVDFIKEKIRTRYFPAFEKVLKSHGQDYLVG NRLSKADILLVELLYNVEELDPSAIASFPLLKALKTRISSLPTVKKFLQP GSQRKPPMDEKNLEKAKKIFKIP >GTA1_CAVPO SGKPVLHYFNVQGRMESIRWLLAAAGVEFEEKLIMCQEDLDKLKNDGLLM FQQVPMVEMDGMKMVQSRAILNYIATKYNLYGKDTKERLLIDMYTEGMTD LYELFFKVILAPPEEKDAAKSLIKDRAKNRFLPAFEKVLKSHGQGYLVGN KLSKADILLTELLYMVEEFDASLLANFTLLQALKTRVSNLPNVKKFLQPG SQRKPFPTQEMFEEMRKF >GTA3_RAT MEVKPKLYYFQGRGRMESIRWLLATAGVEFEEEFLETREQYEKLQKDGCL LFGQVPLVEIDGMLLTQTRAILSYLAAKYNLYGKDLKERVRIDMYADGTQ DLMMMIIGAPFKAPQEKEESLALAVKRAKNRYFPVFEKILKDHGEAFLVG NQLSWADIQLLEAILMVEEVSAPVLSDFPLLQAFKTRISNIPTIKKFLQP GSQRKPPPDGHYVDVVRTVLKF >GTA3_CHICK AAKPVLYYFNGRGKMESIRWLLAAAGVEFEEVFLETREQYEKLLQSGILM FQQVPMVEIDGMKLVQTRAILNYIAGKYNLYGKDLKERALIDMYVGGTDD LMGFLLSFPFLSAEDKVKQCAFVVEKATSRYFPAYEKVLKDHGQDFLVGN RLSWADIHLLEAILMVEEKKSDALSGFPLLQAFKKRISSIPTIKKFLAPG SKRKPISDDKYVETVRRVLRMYYDVKPH >GTA2_CHICK MAGKPKLHYTRGRGKMESIRWLLAAAGVEFEEEFIEKKEDLEKLRNDGSL LFQQVPMVEIDGMKMVQSRAILCYIAGKYNLYGKDLKERAWIDMYVEGTT DLMGMIMALPFQAADVKEKNIALITERATTRYFPVYEKALKDHGQDYLVG NKLSWADIHLLEAILMTEELKSDILSAFPLLQAFKGRMSNVPTIKKFLQP GSQRKPPLDEKSIANVRKIFSF >GTA1_CHICK MSGKPVLHYANTRGRMESVRWLLAAAGVEFEEKFLEKKEDLQKLKSDGSL LFQQVPMVEIDGMKMVQTRAILNYIAGKYNLYGKDLKERALIDMYVEGLA DLYELIMMNVVQPADKKEEHLANALDKAANRYFPVFEKVLKDHGHDFLVG NKLSRADVHLLETILAVEESKPDALAKFPLLQSFKARTSNIPNIKKFLQP GSQRKPRLEEKDIPRLMAIFH >GTA1_ANTST MAGEQNIKYFNIKGRMEAIRWLLAVAGVEFEEKFFETKEQLQKLKETVLL FQQVPMVEIDGMKLVQTRAILHYIAEKYNLLGKDMKEHAQIIMYSEGTMD LMELIMIYPFLKGEEKKQRLVEIANKAKGRYFPAFENVLKTHGQNFLVGN QLSMADVQLFEAILMVEEKVPDALSGFPLLQAFKTRISNIPTVKTFLAPG SKRKPVPDAKYVEDIIKIFYF >GTA4_HUMAN MAARPKLHYPNGRGRMESVRWVLAAAGVEFDEEFLETKEQLYKLQDGNHL LFQQVPMVEIDGMKLVQTRSILHYIADKHNLFGKNLKERTLIDMYVEGTL DLLELLIMHPFLKPDDQQKEVVNMAQKAIIRYFPVFEKILRGHGQSFLVG NQLSLADVILLQTILALEEKIPNILSAFPFLQEYTVKLSNIPTIKRFLEP GSKKKPPPDEIYVRTVYNIFRP >1oe7_A DHIKVIYFNGRGRAESIRMTLVAAGVNYEDERISFQDWPKIKPTIPGGRL PAVKITDNHGHVKWMVESLAIARYMAKKHHMMGGTEEEYYNVEKLIGQAE DLEHEYYKTLMKPEEEKQKIIKEILNGKVPVLLDIICESLKASTGKLAVG DKVTLADLVLIAVIDHVTDLDKEFLTGKYPEIHKHRENLLASSPRLAKYL SDRA >GTP1_BUFBU PEYTIIYFNARGRCEAMRMLMADQGAQWKEEVVTSDDWQKGDLKKAAVYG QLPGFKDGDFTLYQSNAMLRLLARNHDLYGKNPREASLIDMVNDGVEDLR LKYLKMIYQNYENGKDDYVKALPTNLGHFERLLASNNEGKGFVVGAHISF ADYNLVDLLHNHLVLAPDCLSGFPLLCAYVKRISSRPKLEAYLSSDAHKK RPINGNGKQQ >GT28_SCHJA VKLIYFNGRGRAEPIRMILVAAGVEFEDERIEFQDWPKIKPTIPGGRLPI VKITDKRGDVKTMSESLAIARFIARKHNMMGDTDDEYYIIEKMIGQVEDV ESEYHKTLIKPPEEKEKISKEILNGKVPILLQAICETLKESTGNLTVGDK VTLADVVLIASIDHITDLDKEFLTGKYPEIHKHRKHLLATSPKLAKYLSE RHATAF >GTS1_ASCSU PQYKLTYFDIRGLGEGARLIFHQAGVKFEDNRLKREDWPALKPKTPFGQL PLLEVDGEVLAQSAAIYRYLGRQFGLAGKTPMEEAQVDSIFDQFKDFMAE LRPCFRVLAGFEEGDKEKVLKEVAVPARDKHLPLLEKFLAKSGSEYMVGK SVTWADLVITDSLASWESLIPDFLSGHLQLKKYIEHVRELPNIKKWIAER PKTPY >GTS9_CAEEL MVSYKLIYFQSRGNGEIARQVFAFAGQEFIDERISKEQWAEIKNMTPFGQ VPVLEVDGRQLAQSITIVRYLSKQFGISGKSSWEEAQVDALGDQFKDYRV EARPFFRAKMGFSDGDVDQLYKDLFVPAFNKMYSIFTESLKSSGSGFLVG DSLTWMDLAIAQHSADLLEADGKILDTFLEMKDHQKKIHSIPNVKKWIEK RPVTSR >GTS3_CAEEL MVHYKLTYFNARGLAEISRQLFHMAGVEFEDERINEEKFSQLKPTFPSGQ VPILCIDGAQFSQSTAIARYLARKFGFVGQTAEEELQADEVVDTFKDFIE SFRKFVIAVLSGESEEILKNIREEVIKPAVKTYTAYLKAILEKSSSGYLV GNELTWADLVIADNLTTLINAELLDIENDKLLKEFREKIIETPKLKEWLA KRPETRF >GTS5_CAEEL MVSYKLTYFNGRGAGEVSRQIFAYAGQQYEDNRVTQEQWPALKETCAAPF GQLPFLEVDGKKLAQSHAIARFLAREFKLNGKTAWEEAQVNSLADQYKDY SSEARPYFYAVMGFGPGDVETLKKDIFLPAFEKFYGFLVNFLKASGSGFL VGDSLTWIDLAIAQHSADLIAKGGDFSKFPELKAHAEKIQAIPQIKKWIE TRPVTPF >GTS6_CAEEL MVHYKLVYFPLRARAEIARQIFAYAGQDYSEENLSFEQWPARKNNTPFGQ LPILEVDGKPLGQSYAIARYLAREFGIAGQNDTEAAEVDAIADQFKDYLN DVSPYLTVLAGFKPGDKDQLRTDVFVPAFKKNFEFFENILASNHSGFFVG NSLTWVDLLISQHVQDILDKDLAVVEEFKKVLAHRKKVQSIDRIQKYIAN RPDYPF >GTS4_CAEEL MPNYKLLYFDARALAEPIRIMFAMLNVPYEDYRVSVEEWSKLKPTTPFGQ LPILQVDGEQFGQSMSITRYLARKFGLAGKTAEEEAYADSIVDQYRDFIF FFRQFTSSVFYGSDADHINKVRFEVVEPARDDFLAIINKFLAKSKSGFLV GDSLTWADIVIADNLTSLLKNGFLDFNKEKKLEEFYNKIHSIPEIKNYVA TRKDSIV >GTS2_CAEEL MVHYKLMCFDVRGLGEVIRQLFYLGDVSFEDFRVSREEFKSLKSNLPSGQ LPVLEIDGVMISQSASIGRFLARQYGYSGKTPTEEMQVDSIIDLFKDFML TFRQFFFAVIHGYPEYEKERMKRDIVKPAIKNYFIALNKILLRSKSGFLV GDDLTWADLQIADNLSTLINIRLFAEKEPHLNVFIRKL >GTS1_CAEEL MPHFKFYYFDVRGRGEAIRLLFHLADEKFDDERFGMEQWGVLKSEMPLGQ VPVLEIDGVKISQTTAIARYLGHQFHRAGTNAVDCARLDMIAEVIQEFMS SSGMGKFSRVLLGMIQANKEQFFKENVLPDVEKYAPIVEKFLLENGNNGL LLGDRETWVDVFAAESFSKLIDYGSPDALDAYPHILALINRVFNHPNIKK YVSQRKATPA >GTS_ANOGA LSSSSISRSSLKCNIMPDYKVYYFNVKALGEPLRFLLSYGNLPFDDVRIT REEWPALKPTMPMRQMPVLEVDGKRVHQSLAMCRYVAKQINLAGDNPLEA LQIDAIVDTINDFRLKIAIVAYEPDDMVKEKKMVTLNNEVIPFYLTKLNV IAKENNGHLVLGKPTWADVYFAGILDYLNYLTKTNLLENFPNLQEVVQKV LDNENVKAYIAKRPITEV >GTS2_MANSE MPKVVFHYFGAKGWARPTMLLAYGGQEFEDHRVEYEQWPEFKPNTPFGQM PVLEIDGKKYAQSLAISRYLGRKYGLAGNDIEEDFEIDQIVDFVNDIRAS AASVEYEQDAANKEVKHEENMKNKYPFQLNKLSEIITKNNGFLALGRLTW ADFVFVGMFDYLKKMLRMPDLEEQYPIFKKPIETVLSNPKLKAYLDSAPK KEF >GT1_ONCVO FITMNFVVEAASSNANQAITSENSIKPKGKLQPQMEKYTLTYFNGRGRAE VIRLLFALANVSYEDNRITRDEWKYLKPRTPFGHVPMLNVSGNVLGESHA IELLLGGRFGLLGTNDWEEAKIMAVVLNIDELFQKLIPWTHEKNTTKKAE LFRNLSESDVMPFLGRYEKFLKESTTGHIVGNKVSVADLTVFNMLMTLDD EVKLEEYPQLASFVNKIGQMPGIKEWIKKRPKTYF >SC11_OMMSL MPSYTLYYFNGRGRAEICRMLFAVASVQYQDKRIELAEWTQFKTKMPCHM LPILEIDTETQVPQSMAISRYLAREFGFYGKNNMDMFKVDCLCDSLFELF NDYMAVYNEKDAAKKTELQKRFQNTCLRVLPYMEKTLEANKGGAGWFIGD QILLCDMMTHAALENPIQENANLLKEYPKLAALRTRVAAHPKIAAYIKKR NNTAF >SC2_OCTDO MPSYTLNYFNHRGRAEICRMLFAAAGVQYNDRRIETSEWSNMRSKMPCSM MPMLDIDNRHQIPQTMAIARYLAREFGFHGKNNMEMARVEYISDCFYDIL DDYLRMYQDDNCRMMFQRSGDRNGSSEKRTRYQETLRRILPFMERTLEMY KSGGQFFMGDQMTMADMMCYCALENPIMEESSLLNSYPKLQALRTRVMSH LKMSPYLKKRSSTEF >1aw9_ APLKLYGMPLSPNVVRVATVLNEKGLDFEIVPVDLTTGAHKQPDFLALNP FGQIPALVDGDEVLFESRAINRYIASKYASEGTDLLPATASAAKLEVWLE VESHHFYPNASPLVFQLLVRPLLGGAPDAAVVDKHAEQLAKVLDVYEAHL ARNKYLAGDEFTLADANHASYLLYLSKTPKAGLVAARPHVKAWWEAIVAR PAFQKTVAAIPLPPPP >GTH3_ARATH VLTIYAPLFASSKRAVVTLVEKGVSFETVNVDLMKGEQRQPEYLAIQPFG KIPVLVDGDYKIFESRAIMRYIAEKYRSQGPDLLGKTIEERGQVEQWLDV EATSYHPPLLALTLNIVFAPLMGFPADEKVIKESEEKLAEVLDVYEAQLS KNEYLAGDFVSLADLAHLPFTEYLVGPIGKAHLIKDRKHVSAWWDKISSR AAWKEVSAKYSLPV >GTH7_ARATH MVVKVYGQIKAANPQRVLLCFLEKDIEFEVIHVDLDKLEQKKPQHLLRQP FGQVPAIEDGYLKLFESRAIARYYATKYADQGTDLLGKTLEGRAIVDQWV EVENNYFYAVALPLVMNVVFKPKSGKPCDVALVEELKVKFDKVLDVYENR LATNRYLGGDEFTLADLSHMPGMRYIMNETSLSGLVTSRENLNRWWNEIS ARPAWKKLMELAAY >GTH6_ARATH MASIKVHGVPMSTATMRVLATLYEKDLQFELIPVDMRAGAHKQEAHLALN PFGQIPALEDGDLTLFESRAITQYLAEEYSEKGEKLISQDCKKVKATTNV WLQVEGQQFDPNASKLAFERVFKGMFGMTTDPAAVQELEGKLQKVLDVYE ARLAKSEFLAGDSFTLADLHHLPAIHYLLGTDSKVLFDSRPKVSEWIKKI SARPAWAKVIDLQKQ >GTH_SILCU TIKVHGNPRSTATQRVLVALYEKHLEFEFVPIDMGAGGHKQPSYLALNPF GQVPALEDGEIKLFESRAITKYLAYTHDHQNEGTSLIHKEKHEMAAQLVW EEVEAHQFDPVASKLAWELVFKGIFGMQTDTTVVEENEAKLAKVLDVYEA RLTESEYLGANDSFTLVDLHHLPLLGYLMGTQVKKLFEERAHVSAWCKKI LARPSWEKTLALQKQA >GTH1_ARATH MAGIKVFGHPASTATRRVLIALHEKNVDFEFVHVELKDGEHKKEPFILRN PFGKVPAFEDGDFKIFESRAITQYIAHEFSDKGNNLLSTGKDMAIIAMGI EIESHEFDPVGSKLVWEQVLKPLYGMTTDKTVVEEEEAKLAKVLDVYEHR LGESKYLASDHFTLVDLHTIPVIQYLLGTPTKKLFDERPHVSAWVADITS RPSAQKVL >GTH4_ARATH AGIKVFGHPASIATRRVLIALHEKNLDFELVHVELKDGEHKKEPFLSRNP FGQVPAFEDGDLKLFESRAITQYIAHRYENQGTNLLQTDSKNISQYAIMA IGMQVEDHQFDPVASKLAFEQIFKSIYGLTTDEAVVAEEEAKLAKVLDVY EARLKEFKYLAGETFTLTDLHHIPAIQYLLGTPTKKLFTERPRVNEWVAE ITKRPASEKVQ >GTH4_MAIZE ATPAVKVYGWAISPFVSRALLALEEAGVDYELVPMSRQDGDHRRPEHLAR NPFGKVPVLEDGDLTLFESRAIARHVLRKHKPELLGGGRLEQTAMVDVWL EVEAHQLSPPAIAIVVECVFAPFLGRERNQAVVDENVEKLKKVLEVYEAR LATCTYLAGDFLSLADLSPFTIMHCLMATEYAALVHALPHVSAWWQGLAA RPAANKVAQFMPVGAGAPKEQE >GTH1_MAIZE APMKLYGAVMSWNLTRCATALEEAGSDYEIVPINFATAEHKSPEHLVRNP FGQVPALQDGDLYLFESRAICKYAARKNKPELLREGNLEEAAMVDVWIEV EANQYTAALNPILFQVLISPMLGGTTDQKVVDENLEKLKKVLEVYEARLT KCKYLAGDFLSLADLNHVSVTLCLFATPYASVLDAYPHVKAWWSGLMERP SVQKVAALMKPSA >GTH1_WHEAT MSPVKVFGHPMLTNVARVLLFLEEVGAEYELVPMDFVAGEHKRPQHVQLN PFAKMPGFQDGDLVLFESRAIAKYILRKYGGTAGLDLLGENSGIEELAMV DVWTEVEAQQYYPAISPVVFECIIIPFIIPGGGAAPNQTVVDESLERLRG VLGIYEARLEKSRYLAGDSITFADLNHIPFTFYFMTTPYAKVFDDYPKVK AWWEMLMARPAVQRVCKHMPTEFKLGAQY >GTH5_ARATH MVTVKLYGMAYSTCTKRVYTTAKEIGVDVKIVPVDLMKGEHKEPAYLDNY HPFGVIPVLEDEDGTKIYESRAISRYLVAKYGKGSSLLPSPSDPKAYGLF EQAASVEYSSFDPPASSLAYERVFAGMRGLKTNEELAKKYVDTLNAKMDG YERILSKQKYLAGNDFTLADLFHLPYGAMVAQLEPTVLDSKPHVKAWWAA SLRVIPGRLLRNSSKEFM >1eem_A SARSLGKGSAPPGPVPEGSIRIYSMRFCPFAERTRLVLKAKGIRHEVINI NLKNKPEWFFKKNPFGLVPVLENSQGQLIYESAITCEYLDEAYPGKKLLP DDPYEKACQKMILELFSKVPSLVGSFIRSQNKEDYAGLKEEFRKEFTKLE EVLTNKKTTFFGGNSISMIDYLIWPWFERLEAMKLNECVDHTPKLKLWMA AMKEDPTVSALLTSEKDWQGFLELYLQNSPEACDYGL >GTO1_MOUSE MSGESSRSLGKGSAPPGPVPEGQIRVYSMRFCPFAQRTLMVLKAKGIRHE VININLKNKPEWFFEKNPLGLVPVLENSQGHLVTESVITCEYLDEAYPEK KLFPDDPYKKARQKMTLESFSKVPPLIASFVRSKRKEDSPNLREALENEF KKLEEGMDNYKSFLGGDSPSMVDYLTWPWFQRLEALELKECLAHTPKLKL WMAAMQQDPVASSHKIDAKTYREYLNLYLQDSPEACDYGL >GTO2_HUMAN MSGDATRTLGKGSQPPGPVPEGLIRIYSMRFCPYSHRTRLVLKAKDIRHE VVNINLRNKPEWYYTKHPFGHIPVLETSQCQLIYESVIACEYLDDAYPGR KLFPYDPYERARQKMLLELFCKVPHLTKECLVALRCGRECTNLKAALRQE FSNLEEILEYQNTTFFGGTCISMIDYLLWPWFERLDVYGILDCVSHTPAL RLWISAMKWDPTVCALLMDKSIFQGFLNLYFQNNPNAFDFGLC >YKJ3_CAEEL MTVLAGVNSKIVKNGCWNHSYLQHAILPVAQRALIYASVKNIPSDVINVH LQEKPDWYFSKHYKGQVPTLEHDEGKKHVIESAVIPEYLDDIYPETRILP TDPYEKVQQKLLLDRISGQVSPAFYGVVQAVKNPDLREEKFADIKKAYDN AEQLLTGDFYSGTSKPGFVDYLLYPNIQRAYWAAHIVPDFPLEAESFPGP NYPRLSKWYKALESIPEVAAASQPTENGVGFFKDYLGGSPNYDYGLTKLS ETI kalign-3.3.1/dev/data/README000066400000000000000000000003121403616477200153400ustar00rootroot00000000000000This directory contains test alignments: - distributed together with Sean Eddy's easel library: https://github.com/EddyRivasLab/easel - from the balibase MSA benchmark: https://www.lbgi.fr/balibase/ kalign-3.3.1/dev/data/README~000066400000000000000000000002071403616477200155410ustar00rootroot00000000000000This directory contains test alignment files distributed together with Sean Eddy's easel library: https://github.com/EddyRivasLab/easelkalign-3.3.1/dev/data/a2m.good.1000066400000000000000000000012521403616477200161540ustar00rootroot00000000000000>MYG_PHYCA VLSEGEWQLVLHVWAKVEADVAGHGQDILIRLFKSHPETLEKFDRFKHLKTEAEMKASED LKKHGVTVLTALGAILKKKGHHEAELKPLAQSHATKHKIPIKYLEFISEAIIHVLHSRHP GDFGADAQGAMNKALELFRKDIAAKYKELGYQG >GLB5_PETMA pivdtgsvApLSAAEKTKIRSAWAPVYSTYETSGVDILVKFFTSTPAAQEFFPKFKGLTT ADQLKKSADVRWHAERIINAVNDAVASMDDtekMSMKLRDLSGKHAKSFQVDPQYFKVLA AVI---------ADTVAAGDAGFEKLMSMICILLRSAY------- >HBB_HUMAN VhLTPEEKSAVTALWGKV--NVDEVGGEALGRLLVVYPWTQRFFESFGDLSTPDAVMGNP KVKAHGKKVLGAFSDGLAHLDNLKGTFATLSELHCDKLHVDPENFRLLGNVLVCVLAHHF GKEFTPPVQAAYQKVVAGVANALAHKYH------ >HBA_HUMAN VLSPADKTNVKAAWGKVGAHAGEYGAEALERMFLSFPTTKTYFPHF------DLSHGSAQ VKGHGKKVADALTNAVAHVDDMPNALSALSDLHAHKLRVDPVNFKLLSHCLLVTLAAHLP AEFTPAVHASLDKFLASVSTVLTSKYR------ kalign-3.3.1/dev/data/a2m.good.2000066400000000000000000000006311403616477200161550ustar00rootroot00000000000000>tRNA2 UCCGAUAUAGUGUAACGGCUAUCACAUCACGCUUUCACCGUGGAGACCGGGGUUCGACUC CCCGUAUCGGAG >tRNA3 UCCGUGAUAGUUUAAUGGUCAGAAUGG-GCGCUUGUCGCGUGCcAGAUCGGGGUUCAAUU CCCCGUCGCGGAG >tRNA5 GGGCACAUGGCGCAGUUGGUAGCGCGCUUCCCUUGCAAGGAAGaGGUCAUCGGUUCGAUU CCGGUUGCGUCCA >tRNA1 GCGGAUUUAGCUCAGUUGGGAGAGCGCCAGACUGAAGAUCUGGaGGUCCUGUGUUCGAUC CACAGAAUUCGCA >tRNA4 GCUCGUAUGGCGCAGUGG-UAGCGCAGCAGAUUGCAAAUCUGUuGGUCCUUAGUUCGAUC CUGAGUGCGAGCU kalign-3.3.1/dev/data/afa.good.1000066400000000000000000000013151403616477200162240ustar00rootroot00000000000000>MYG_PHYCA --------V-LSEGEWQLVLHVWAKVEADVAGHGQDILIRLFKSHPETLEKFDRFKHLKT EAEMKASEDLKKHGVTVLTALGAILKKKGH---HEAELKPLAQSHATKHKIPIKYLEFIS EAIIHVLHSRHPGDFGADAQGAMNKALELFRKDIAAKYKELGYQG >GLB5_PETMA PIVDTGSVAPLSAAEKTKIRSAWAPVYSTYETSGVDILVKFFTSTPAAQEFFPKFKGLTT ADQLKKSADVRWHAERIINAVNDAVASMDDTEKMSMKLRDLSGKHAKSFQVDPQYFKVLA AVI---------ADTVAAGDAGFEKLMSMICILLRSAY------- >HBB_HUMAN --------VHLTPEEKSAVTALWGKV--NVDEVGGEALGRLLVVYPWTQRFFESFGDLST PDAVMGNPKVKAHGKKVLGAFSDGLAHLDN---LKGTFATLSELHCDKLHVDPENFRLLG NVLVCVLAHHFGKEFTPPVQAAYQKVVAGVANALAHKYH------ >HBA_HUMAN --------V-LSPADKTNVKAAWGKVGAHAGEYGAEALERMFLSFPTTKTYFPHF----- -DLSHGSAQVKGHGKKVADALTNAVAHVDD---MPNALSALSDLHAHKLRVDPVNFKLLS HCLLVTLAAHLPAEFTPAVHASLDKFLASVSTVLTSKYR------ kalign-3.3.1/dev/data/afa.good.2000066400000000000000000000006321403616477200162260ustar00rootroot00000000000000>tRNA2 UCCGAUAUAGUGUAACGGCUAUCACAUCACGCUUUCACCGUGG-AGACCGGGGUUCGACU CCCCGUAUCGGAG >tRNA3 UCCGUGAUAGUUUAAUGGUCAGAAUGG-GCGCUUGUCGCGUGCCAGAUCGGGGUUCAAUU CCCCGUCGCGGAG >tRNA5 GGGCACAUGGCGCAGUUGGUAGCGCGCUUCCCUUGCAAGGAAGAGGUCAUCGGUUCGAUU CCGGUUGCGUCCA >tRNA1 GCGGAUUUAGCUCAGUUGGGAGAGCGCCAGACUGAAGAUCUGGAGGUCCUGUGUUCGAUC CACAGAAUUCGCA >tRNA4 GCUCGUAUGGCGCAGUGG-UAGCGCAGCAGAUUGCAAAUCUGUUGGUCCUUAGUUCGAUC CUGAGUGCGAGCU kalign-3.3.1/dev/data/afa.good.3000066400000000000000000000016151403616477200162310ustar00rootroot00000000000000>7295730___KOG0003 mqifvktltgktitlevepsdtienvkakiqdkegippdqqrlifagkql edgrtlsdyniqkestlhlvlrlrggiiepslrilaqkyncdkmicrkcy arlhpratncrkkkcghtnnlrpkkklk >Hs4507761___KOG0003 mqifvktltgktitlevepsdtienvkakiqdkegippdqqrlifagkql edgrtlsdyniqkestlhlvlrlrggiiepslrqlaqkyncdkmicrkcy arlhpravncrkkkcghtnnlrpkkkvk >At3g52590___KOG0003 mqifvktltgktitlevessdtidnvkakiqdkegippdqqrlifagkql edgrtladyniqkestlhlvlrlrggiiepslmmlarkynqdkmicrkcy arlhpravncrkkkcghsnqlrpkkkik >CE15495___KOG0003 mqifvktltgktitleveasdtienvkakiqdkegippdqqrlifagkql edgrtlsdyniqkestlhlvlrlrggiiepslrqlaqkyncdkqicrkcy arlpprasncrkkkcghsselrikkklk >SPAC1805.12c___KOG0003 mqifvktltgktitlevessdtidnvkskiqdkegippdqqrlifagkql edgrtlsdyniqkestlhlvlrlrggiiepslkalaskyncekqicrkcy arlppratncrkkkcghtnqlrpkkklk >YIL148w___KOG0003 mqifvktltgktitlevessdtidnvkskiqdkegippdqqrlifagkql edgrtlsdyniqkestlhlvlrlrggiiepslkalaskyncdksvcrkcy arlppratncrkrkcghtnqlrpkkklk kalign-3.3.1/dev/data/clustal.good.1000066400000000000000000000021451403616477200171460ustar00rootroot00000000000000MUSCLE (3.7) multiple sequence alignment MYG_PHYCA --------V-LSEGEWQLVLHVWAKVEADVAGHGQDILIRLFKSHPETLEKFDRFKHLKT GLB5_PETMA PIVDTGSVAPLSAAEKTKIRSAWAPVYSTYETSGVDILVKFFTSTPAAQEFFPKFKGLTT HBB_HUMAN --------VHLTPEEKSAVTALWGKV--NVDEVGGEALGRLLVVYPWTQRFFESFGDLST HBA_HUMAN --------V-LSPADKTNVKAAWGKVGAHAGEYGAEALERMFLSFPTTKTYFPHF----- . *: :. : *. * * : * .:: * : * * MYG_PHYCA EAEMKASEDLKKHGVTVLTALGAILKKKGH---HEAELKPLAQSHATKHKIPIKYLEFIS GLB5_PETMA ADQLKKSADVRWHAERIINAVNDAVASMDDTEKMSMKLRDLSGKHAKSFQVDPQYFKVLA HBB_HUMAN PDAVMGNPKVKAHGKKVLGAFSDGLAHLDN---LKGTFATLSELHCDKLHVDPENFRLLG HBA_HUMAN -DLSHGSAQVKGHGKKVADALTNAVAHVDD---MPNALSALSDLHAHKLRVDPVNFKLLS . .:. *. : *. : . : *: *. . .: : .:. MYG_PHYCA EAIIHVLHSRHPGDFGADAQGAMNKALELFRKDIAAKYKELGYQG GLB5_PETMA AVI---------ADTVAAGDAGFEKLMSMICILLRSAY------- HBB_HUMAN NVLVCVLAHHFGKEFTPPVQAAYQKVVAGVANALAHKYH------ HBA_HUMAN HCLLVTLAAHLPAEFTPAVHASLDKFLASVSTVLTSKYR------ : : . .. :* : . : * kalign-3.3.1/dev/data/clustal.good.2000066400000000000000000000012611403616477200171450ustar00rootroot00000000000000CLUSTAL W (1.81) multiple sequence alignment tRNA2 UCCGAUAUAGUGUAACGGCUAUCACAUCACGCUUUCACCGUGG-AGACCGGGGUUCGACU tRNA3 UCCGUGAUAGUUUAAUGGUCAGAAUGG-GCGCUUGUCGCGUGCCAGAUCGGGGUUCAAUU tRNA5 GGGCACAUGGCGCAGUUGGUAGCGCGCUUCCCUUGCAAGGAAGAGGUCAUCGGUUCGAUU tRNA1 GCGGAUUUAGCUCAGUUGGGAGAGCGCCAGACUGAAGAUCUGGAGGUCCUGUGUUCGAUC tRNA4 GCUCGUAUGGCGCAGUGG-UAGCGCAGCAGAUUGCAAAUCUGUUGGUCCUUAGUUCGAUC * * * * * * * **** * tRNA2 CCCCGUAUCGGAG tRNA3 CCCCGUCGCGGAG tRNA5 CCGGUUGCGUCCA tRNA1 CACAGAAUUCGCA tRNA4 CUGAGUGCGAGCU * kalign-3.3.1/dev/run_aln_test.sh000077500000000000000000000010411403616477200166030ustar00rootroot00000000000000#!/usr/bin/env bash echo "Running kalign basic alignment tests:"; testfiles=("BB11001.msf" "BB11001_EOF.msf" "BB11001.tfa" "BB12006.msf" "BB12006.tfa" "BB30014.msf" "BB30014.tfa") for i in "${testfiles[@]}" do echo $i error=$( ../src/kalign --devtest $i -o test.afa 2>&1 ) status=$? if [[ $status -eq 0 ]]; then printf "%10s%10s%10s\n" read/write $i SUCCESS; else printf "%10s%10s%10s\n" read/write $i FAILED; printf "with ERROR $status and Message:\n\n$error\n\n"; exit 1; fi done kalign-3.3.1/dev/run_io_test.sh000077500000000000000000000010011403616477200164340ustar00rootroot00000000000000#!/usr/bin/env bash echo "Running kalign basic io test:"; testfiles=("a2m.good.1" "a2m.good.2" "afa.good.1" "afa.good.2" "afa.good.3" "clustal.good.1" "clustal.good.2") for i in "${testfiles[@]}" do echo $i error=$( ../src/rwaln $i 2>&1 ) status=$? if [[ $status -eq 0 ]]; then printf "%10s%10s%10s\n" read/write $i SUCCESS; else printf "%10s%10s%10s\n" read/write $i FAILED; printf "with ERROR $status and Message:\n\n$error\n\n"; exit 1; fi done kalign-3.3.1/doc/000077500000000000000000000000001403616477200135425ustar00rootroot00000000000000kalign-3.3.1/doc/images/000077500000000000000000000000001403616477200150075ustar00rootroot00000000000000kalign-3.3.1/doc/images/Balibase_scores.jpeg000066400000000000000000005200031403616477200207360ustar00rootroot00000000000000˙Ø˙āJFIF,,˙ÛC    $.' ",#(7),01444'9=82<.342˙ÛC  2!!22222222222222222222222222222222222222222222222222˙Ā‰M"˙Ä ˙Äĩ}!1AQa"q2‘Ą#BąÁRŅđ$3br‚ %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™šĸŖ¤ĨĻ§¨ŠĒ˛ŗ´ĩļˇ¸šēÂÃÄÅÆĮČÉĘŌĶÔÕÖ×ØŲÚáâãäåæįčéęņōķôõö÷øųú˙Ä ˙Äĩw!1AQaq"2B‘ĄąÁ #3RđbrŅ $4á%ņ&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz‚ƒ„…†‡ˆ‰Š’“”•–—˜™šĸŖ¤ĨĻ§¨ŠĒ˛ŗ´ĩļˇ¸šēÂÃÄÅÆĮČÉĘŌĶÔÕÖ×ØŲÚâãäåæįčéęōķôõö÷øųú˙Ú ?÷ú(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Š¨jš~‘köJúÚĘßp_6æe2z ą5nŧĢöƒ˙’g˙oŅ& ×ūŋ˙Đץ˙āÆū*”xë pęÚŨíî Ŧ×°FŌ00­wv×0^[Gsk•ëūđ…§ŠOŒõC|’‰MÅÅÖČՂāŽ•%÷Åŋiųķ|Gk!­ÕĻĪũđ $đ÷Äīø#Æh72ĪlîŠ'Ú6™"V8,ƒī/ŽIčzúBžEøģã}3Į+´ģŌb”[Zۈ|ŲWkHwȇÉ}×?ŪŊ˙ŅĸŊãw‹uĪxwMēĐ¯žÉ4×f9ĘI2ģ ÆHę+ÎūÉ}×?ŪŊ˙ŅĸēŸÚKūE-ūŋū‹jôĪj7Zŋ´]Fú_6îæĘ9e“h]ĖTpđ¯•~xæoļ­5§Úu+ØRŪÕ ’Ąˇg$O°Iõïų&ž˙°t?ú¯Ÿŋgũ Wâ ^\ uĶ­šxÁa!Tūąú@¯áŽ:ŧÚrę÷vō¸Ū-Vü@ßM‹…Cz‚~0ø‡Ãū%ņŪö‹Ėŧ÷kf= ÷“Üķƒœ‘Å}^ûIhP mÄ YĖg+÷Á“?L?į@ų_9ëß|cãI ø pĖ¨đ…ķ%QÁvváĶ§nyÅ{Ãûį×>h—Í$ļKžX¨ØN}N3YēG†| đēiīcēƒM’æ0Œ÷—œ˛ƒœ(cëéé@[7‚>6YÄnã×ī.$QģÉMU˜˙ß,BščūüTÕõír_ ø˜oŋUs æ1–OŧŽŖ dįĄÍuzÆ¯ięßņ:ûLƒĸ[@îOĐãoë^1đëX‹_ũĸ!Õā…ĄŠōâîdē€aŒãŋ¯Ŋ}!âoZx[×ÚÕîLąîÚŊ]‰Â¨÷$ø×Īļ^ ø¯ņNęâãCš’ÃO‰ö˙ŖËöxã=vīûĖqŒõú ×°|\Đ¯|CđÛSŗĶŖin—dÉŒ™0$SŒāw Wü%øšĨø;Eo떓ĮÎŌ%Ė)ģąë׌uôĮ¯qņ{ᗕŠj­ÅŨ‘pĨå¸ûTD˙uˇ|˟^>š¯xđ'‹Ąņˇ„íu˜ŖČųŽxAĪ—"õôčGąA|Mā?ˆzdšAÕ,¯āšÛēŌI'|à vˇ•ģáī čūĶŪĮDŗ–ŌJfhČųr',IčŖō WâÄČ<ĻE%ίt ˇ…Īʊ:ģãœvšúōë+ãOm—VŊՅŧÃ|@Ũ}”2öÂ'8÷#ŸzĮņŽ¯Ļj_´ŗxŠ/G˛ģHd܌āGũŨĒ !œņüFŊ¤|løvˆ?ōJã˙Đ–[|Cø‡đĮ]†ÃÆ1Í}c'8˜‡f^íŖŠpIü3šú#LÔ­5.ÛRą”Kks–'ԏĐûWˆüYøā/xâĘĮVœ2$֋öI”î  Ė€”ˇJč˙gģų/>´‹;éaO÷HWūnhÕŠîŸĨ-#}Ķô Ž>xæoļ­5§Úu+ØRŪÕ ’Ąˇg$O°IŪ?…ū8ęđiËĢŨÛĘãxĩ[ņ}6.}=ë öĐāÕ~ ĩåÂ]:Ų§Œ‘æOā ¨õM|íāŸŒ>!đ˙‰G‡|wŊĸķ/=šŲBÄ}ä÷<āį$q_DׁūŌZÛGņhs#YĘĀ}đAdĪĶų×`ž'šöy]pHßk]#Ëįæķ1åĪŽy ?ÆŋuũkÄÍá‡ņ3ČÄnĸ@ī+Ŋŗ?* įæ>™Č/ƒž7YAũ šåäŌ¨ÜmĶR.ß÷ÉųĐf¨|ņWƒŧ!Š}¯j+mŠNë@ÛË!“‚Š@ËŸėŠõĪø]ŋ?ča˙É+ū7@ĮÂߌšŪ¯˙ĪŠŖXĩ\”†ãg–duęŽŊø=0L×Ōüe¨]i^ Öõ )|ĢĢke†MĄļ˛Ą ā‚>ĩķ/ÄßhėüKáKą8 ķ2Äņūũö`ŨT¯¤~!~øŽ‡MŸ˙@4ã~øĮâŊGÃ?Ų–Āë>-ŊŊx큅`„"Ä(U<–Æxā’p0_Ēø;ãb[ļ¨Ū#–y”6ļ—ė­ë€€* ü*Ų¯I€sXtu1ÛFÄrĒrÍųüŋ•{ũx¯ÁŸŠšŸ‰5|9â^$FK{ĄYÂũä`8Î9ŽkÕŧE¯ØøcAģÖ5 [[&âŪcĐ(÷'}kįīĐūĶē„q¨/o°¸s]í)ĒË“Ąé(ÄGq4“Č}B˙čgō züQøĢ¨Ü<šn›c÷R?@Ōũælc }p*=J˙âīËPÔõ ¯Ŧ …fšoĩDĮûŦOĖšõãë^åđīE‡@øĸŲBXÚ¤Ō‘üR8 Įķ?Ģâ ÛÄ^ŋŅîō!ŧ…ĸf%I0÷}(7Āž0´ņĮ…āÖ-“ĘrLsĀNLRŖ=Į b+įīë–ūũĸī5›¤y!´$dOŧßčë€>¤Š÷?‡ŋ ø}g{km¨Īyԋ&%@ģ8Į¯•x‡‰ô¨uŋÚa´û•×ÖūjŒĸ$bÔ PEö/Œaū׃Q] ÂažÚŨnܔ=Ø úąíÅ`AãĪˆ_ üQ‡Šg¸Ŋ´b⹓Íķ#Î7G'\õīõôđ €+Ā˙i„_'ÃRm÷\Ž}ą{ÄĮsođ°hĨ@čø# ×Îđ|hņ“ãŸYßĖú”I=ļ›b–čģĻķ‚Æ *† .îį?Z÷_ ˙ČĄĸׄú-kį¯‡ļ0^ūŅz‹NūĪ{{2ĶpvūĪÔPîŖᏍÚÍŗj˛ëeë§Û^GP¸Qˇķb}kŸĩßÛjw‰!—Rš‰ ڙY`q˛CŨzķ÷¸Į9ãéšų…4Ûkŋڅ­eZí6˜ŠT2üxf€7&đįÆĪZ^Me´Ķ ߌwmlÁzĩüįÖĸøcņ3Äö>8Â^,šk,ĻÛ782Á0č7$cœõ_Ąëæ¯ÆąūĶÚqA‚÷ö Øîqū”ômũėnstû-íĸiĨoEPI?¯œdøƒņâvģ=—„D–qķļT(™Āi%<äú {Šú+UĶ-ĩ&ëLŧ mŽĸhĨÅIR0FGJäôĢ/ü,ļ¸ĩ‹Q´ĶžŌâIęėœãühɯ|+ņ¯ÃöĪ¨Ļš}x"Ū8ĩ˜€9?#ũī ģ߃ŸŽüoouĻęëöĨš <č×hš2pIQĀ ã8ã‘Å]Õ~9xM…Ė:”—ķ(8ŠÚųûĖūĩåŋŗĉ:´Á 4é_`蹚#ŠöOŠúö§á¯‡ˇÚĻ‘sök؞ ’ųjø "ƒÃ:Úŧ•ž0x¯XđŽĸhm5÷Š.ÖVŊš†ŨKÆžk…UU\°)-Ž;œHøé˙$ŸS˙Ž°čÕŦ/ŲÛCˇĩđuŪ˛cSwyrŅų˜äF€aīĸĮōô xBÃƖ? üc˙ “Ū´˛YĘÖßkšžSîÆíįqY_ŗGüƒŧE˙]`ūO^ģãųuīû\čļ¯˜~üG_ø[]ŽÖ;Vž’%ĩV\ĸ`6]Ŋq‘Üи|Sø§kā{cbR}vtũÜg•Oņŋôū•'ÂôņŨöž5ęō2NŸčöÖČSünUŅsõô=đf +Änn"xÆv6öŪ)ņŊŨåûˇÚ„KŧZãˆādd p1Œ×Đ_ ¸];ão<)jē_ˆt#s<#bÉt §ĶwoŽ}úĐŖø‡Ā_ ü+Ĩ6§ŦčööļÕ7—™‰cФ“ßˇjčü…Ãŋiđt"=.âf|…‘C¸Â“‰9ū~áqø˙ãv¯j“Ų5Ž‘e[Ëdˇˆ­“ĖOĐ_Gč-§‡4-ÅHļ´ˆF™ęŪŦ}ÉÉ>æ€4iîŸĨ-!û§é@/ūÎÚ¤6~<ēą•‚›Û6XŗüNŦ÷ČcøWÔ5ō†~øÖ[{Ũ^ĮOÔ4ũOKxĨļŽâĻÎíÆ2ĀËĩxīŸ =‰øûâũ6°j^€jh6–•$ˆ–õ1õĪЏ€6ŋi=VĐôm83Ër×EAä*ŠPOÔšümĪ Ü/ėÔtŨ‡Ī] \Į äLF=k€đ¯€ŧSņ3Åëâ_Å4:pegķĐÆfQȎ4ęßëÉ&ž”(•J´ŠéŠųËāg…<%âÍT‹YĶ!ģÔ-Žō:‘(ĄnVüëÕ˙áOøū…Č?īėŸüUyˆ< âī…~-“ÄŠk1‰*"C.Ä'&)PrT{؃Vö…ņ=ÔdŗđÕ˛ę 6îcāúˆúūĻ€:Ũ[Bø1ĸx†-˙N59JܹŒŽ@'Ž3ÜWuņB|6ņ¨Ādāßŗ^UđŋáŽŊ¨øŗūo$Š8Ī 7É/geūŊ‡ĀŸ[ņÕ´÷žņĩ´2O<ē|ÉQ)fv(@Iö 1ũš˙ä[Ö˙ëí?ô öęņīŲûEÕt]XUĶ/,d’éYęˆ°ÛÔ"Ŋ†€>mđ‡üŖ˙_—ŋú Ö¯í/c!‹Ãڂ¯îÕĻ…ĪĄ;“~TĪ xw[ˇũŖ/õIômB-=ŽīnŪÕÖ"_iF0r1Ī5ëū7đ•¯|-uŖ\ˇ–Ī‡‚lgʐ}ÖĮ~āû@đNĨ¯ā}ú ˛ŲEœv` 0üøVžŠ¨Á¤i7š•Ņ"ŪŌžB:íPIĮŋķV¯ø˙āÄĶéwēAēŌ˖Q"ŗBO÷Ŗ‘zg¸?4ē÷ÄüV´‘Ą46“0ķVŲYˇ€rČpĒšÁí@Ûā/ˆúwÄ~ÚuåēŲyaÚä( _vÚO÷Oæ+Č/äëWūŋ#˙Ōu¯_øgāuđ'„ĶO‘Ō[éßÎģ‘: ŖØŋ'Ŋy•ß‡uļũĨ×U]P:oÚŖoļ Wōp øیņր=ūŧö˜˙_ ŋsüŖ¯z¯ũĄt=_ZļđøŌ´ĢëķÎdļī.Ėˆņ ã8?•z§…äOŅ?ëÂũĩā ŋäâ5ŋúī}˙Ŗ {˙†ĸ’ čđÍĮ,vPĢŖŽH@ ô5â_<;­Ų|wÕõŊPˇą’k—2ÚēFÁœ•ÃƒžŪ´ô |Ųe˙'Xßõû/ūˆjúNžŗđîļŋ´ŗj­ŖjMû\öŗjūN ,ߌc|$´ņļ’|Oâ[ëšÖæWĒa¤ÚpYÜ䜐xkŲž#xQŧgā›Ũ"Tēm˛Ûŗtķäėyx/…~!x¯á4čŋ‡¤–Õe.‘Oē&F=v¸2žŊ^ {ž›đĢĀÚK+Ûør͙9 qēn}~rkĮ>4oņO\xˆ1ĩŒÅ6ôĮŸ1Zōxŋâ'Åh[JĐôOėM*q˛æõːđG˜@ĪŅF × áíCVø5ņų.4‰oŽÉ-œĮįFX2ȇŽĐ{õ#­{ĮOų$úŸũuƒ˙F­CđūIe§ũ|Í˙ĄU¯‹vˇÚīÂk¨ė,.n.§û<‚ÚÚGûęHĀ8úvŖāĻ›}Ĩ|6ļĩÔlŽlîâRa¸‰Ŗp ppĀę|a˙"NŊ˙`ëũÕāßŗׅ4ŊcRÔ5ģø|ųô׌[#ōŠÍ¸īĮr6ņé׎1īž*†[kpAË4–ĸFŠY™Œlu$זūĪz­ĸØkËĒéwļ ,°˜ÅÕģÄ\ųÆā3ÔP-ņ§Âw^ņm¯t=ĐEq8‘Ú1ūĻäsŸŖ`ŸŽīQ^áāZøĶÂļšÅžÕw."ũTŖī/õÄU˙hV^%Đo4}A7[]FQąÕOPÃÜô¯øceâī‡^?šŌ/4MRãFē—ČšâIAų&VįŸcĪ"€>‹ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĒO<ĸF¸övŗĨ˙Z˙īwÚeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPĶ#}—~~luüjŋÚeū˙č*c˙?‡õĒ”/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚Ŧ4Œ-wįæĀæŠUļ˙ô΀!ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠēŌ0ĩ́ÍWûLŋßũL˙ņä>‚ĒPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú °ō0ļĖ@æŠUš?ãÍ~‚€!ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠģ$ŒļĘāüÄjŋÚeū˙č*iãŅ>‚ĒPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú ą,ŒļęĀōqÍRĢsĮĒ~Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTP˜f‘æUfČ>Õn¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEQEQEQEQEQEQE[?ņãøZŠVĪüxūÖĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPVÛūŋ3sėq@EGņ\ÛĮ<$ŠUŽŊjJ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEQEQEQEQEQEQE[?ņãøZŠVĪüxūÖĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPVÛūÉ'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų Hŧ  ’F€ôÜا ge ĨH<‚Zä|w#ŊĨ˜fÎ$oå]—<ƒH˛Ž ˙ Šå§‰rÄNžŋ'­‹ßd“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšęhÄßfōøŨŠƒė’ŗųÔÅÛė›ķķc¯ãUžŅ/÷Í?ė’ŗųŌ5ŗĒ–f@ d’xß´KũķTuŠä:ø-ÁˇũĶŠģą'É.ČŊ^p&)#p:•lĶūÉ'û?r‘ĶMē Øũ÷ôÖ}ĸ_īšĒ°ä›‰Žņ#UĢ\Ų$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ éöI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:`‹2ybXË˙ww?•h—ûæšK7aã9›{ķøŪh¤ī˛šp‡2~G]öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūųŦöI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųÖ1ņŋ۟ŲžW|y›ŊŗĶ­ö‰žjc%-*R;s-Õ× ˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷ÍQ˜˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųĶ$ˆC2XĶ=763GÚ%ūųŽGĮr;Áe¸į ˙ČW6.ŋÕčĘĒW°¤ėŽvŲØ y_˛IūĪįTôéäe Ô§ōgí˙|Öņ|ŅLcūÉ'û?NbcmåņēĒũĸ_īš˛ÎÂĶ~~lj€‡ė’ŗųŅöI?ŲüéŸh—û援Kũķ@kvE,ĖŠŖ’IĀØâķ1ɁÆUŗYúôŌ6ƒ~ p`oåXž•ĶI¸ Øy˙ĐEjŠŪ›ŸcŠxˇTpöŨ7C­û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ÖGh˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@‹sėÆ\ni˙d“ũŸÎš=ØxÂwæß'?uh—ûæˇ¯GŲ4¯{Ģ—R!˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšĀ˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūuĖxˇYÔ4õ´6ˇ-ōû°8Æ;{Öũ­ÔĪi ´„ŗ"’qÔâšáˆŒëJŠZÆ߈¯­‹d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īščiĸcl#ãÉ'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüęw‰šÜ ÆF*¯Ú%ūųĢ.ė-Uų°9 ~É'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįL'–%ˆŋ÷CsųQö‰žk‘ąv5™ÁųˇÉĪāj'>VŧΚ=Ē›ŊšUÎĮė’ŗųŅöI?ŲüéŸh—û援KũķVsû$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķ¨%Ô×1Įž›Ø ūu'Ú%#!é]7`öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūųĻŠ"fˇTČÅAöI?Ųüęi–ŲX˜ÍVûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īšÎ×ĩ ĢMęx&)*(*Ā9⹚Fuj*tåQė“qŠöI?Ųüčû$Ÿėūu…ámRöûGķŽnI<Öˆ8­¯´KũķNqq“‹&…h×ĨąŲę?ė’ŗųŅöI?ŲüéŸh—û援KũķRl?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŦ]7^ŊģÕ§ĩ 7`ĒķÁÅi Rœ\—BŖ$Účnũ’Oö:>É'û?3í˙|Ņö‰žk2Gũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:žH™āTČÅUûDŋß5fWeˇV㚇ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4468ĀĢUN ¤i•Y˛ \ Š( Š( Š( Š( Š( Š( /ak› ˆ€ŌDČ é’ŦøvīÃ:}ėI)¤Ė,JāęĨtÔP‹tŨcUŅÖßCžWbec)‘“*Čʂz‘ųV…•œƒBļąÔ™neû2ÃrĖ6ĐäōrsÖ¯Q@y‚üQáų&ƒÃėéōšq ÚdÆO§ĘŲũ+kÂ~ūĀšįPŊģkíZīũuà 3œĮé]MËøŗ âļŊ´ģk-VĐæ …ã9Áü™ŦIüâ¯4Vū%× }>6 ŅZ& ˜õųWúũ+Đč íāŠÖŪ+xG JtUT”Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( Š( Š( Š( Š( Š( Š( SĮņéi˙]ųWCĻČ&Īū¸'ū‚+žņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ ŠōčŋÕôD/‰–¨ĸŠõ -Ÿøņü?­TĢgū<ëU(Ē:Īü/˙ëŨ˙ôWĒŽŗ˙ K˙ú÷ũÕCâF8āĪŅūFäu˙] ŽĒš_˙Č:ëūē˙A]Uk‰ū+8ō÷*~Ÿ¨QEéQ@r֟ō8Iūû˙#]Mr֟ō8Iūû˙#]¸O†§øYŊĨču4QEqQ@Q@Q@Q@Q@Q@Q@™˙‘ßū˙˛WY\™˙‘ßū˙˛WYXŅû^§Ą˜˯đ ĸŠ+cĪ (ĸ€ äŧsūĸËũįūBēÚäŧsūĸËũįūBŧü×ũÎ/Í?„é4˙ųÚ˙×ūBŦÕm?ūAļŋõÅ?Ģ5ÛOā^… Ģm˙#č?TĢm˙#č?X(ĸŠĪ×?ä}˙\[ųV?ŋäq˙]Īū‚+c\˙÷ũqoåXū˙UĮũw?úŽ˜˙^§[ūF”˙ÂÎĸŠ(ŽcØ (ĸ€ (ĸ€9kųĻ˙~Oë]MrÖō7MūüŸÖēšíĮ|q˙ 7¯ēô (ĸ¸ŒŠ( Š( Š( Š( Š) $9$ĐŅY‡Ä:P8ûWūCođ¤˙„‹J˙Ÿ¯ü†ßáQí!ŨũVŋō?šš•‚šĩĶx”ØžFâ>ī?w=j×ü$ZWüũä6˙ į’ūØx¤Ū™Ņ÷ŋiūî:uŦęTZYõ;0˜Iĩ?iđģ]u;Z+/ū-+ū~ŋō…đ‘i_ķõ˙Ûü+Oičãú­äs5(ŦÁâ,ĐįÕJĶ#"ŠI=™ĨRŸĮŊPQEĖÎCĮ_rĮę˙û-u6ņão˙\×ųW-㯚cõũ–ē›?øņˇ˙ŽküĢËÃ˙ŋVôäBø™5Q^Ąeˇ˙!ôR­ŋüy Ē”Voˆ?ä{˙\iVoˆ?ä{˙\]?zœø¯āOŅūF_ŋä 7ũ|ũkĻŽgĀßō›ūžū‚ĩĶUâ?‹#Ÿ*˙r§čQEbzEP\ļ™˙#]Īûō:ęk–Ķ?äkš˙~Oį]¸O‚§ĄŊ/†^‡SEW€QEQEQEQEQEQEQEĘÛČįÆl›Ûn÷ã<}Ķ]Urvßō:ˇûī˙ šë+?SĐĖŊđ¯Ô(ĸŠØķŠ( Š*ŽĄĢŲé~_Úä)ægnœãéõ¨œãN<ĶvAązŠE`čŦŊdRՀUš?ãÍ~‚ĒUš?ãÍ~‚€*QESSŧ:~›=Đ@æ%ÎŌqš¯Ąj­ŦX5ËD""B›Cg úŌxūEëßúįũEgø'ū@r×vūK[¨/båÖį›:õa)ûŽ-ÛÎįIEV¤QEQEW9Ļ^\Ëâˆd™Ú5/…'ƒÅtu­j.””_Šsƒƒŗ (ĸ˛ (ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“˛˙‘Ę_÷äūFēĘäėŋär—ũų?‘ŦkoSĐĀüÂβŠ(­<(ĸŠ(ĸŠã-´ÉÄëĮøÔĘqŽėږ­kû5{Ī˙Â[i˙>ķ~ŸãGü%ļŸķī7éū5ڟsoėüOōĪüŽ˙đ?ũ’ēĘáNŠü$Ú>[ų{ŗˇŒũÜV×ü%ļŸķī7éū5•*Wģęvã0•įėųc{E# ĸš˙øKm?įŪoĶüh-´ČĖøkíŠ÷8ŋŗņ?ČtR#Eu9VĩŠÆÉxįũE—ûĪü…uĩÉxįũE—ûĪü…yų¯ûœū_š& Ōi˙ō ĩ˙Ž)ü…YĒÚüƒmëŠ!VkļŸĀŊ AVÛū‡˙ Ž•éq˙|ņĨoØjļ7[™‚l:ã"Ļf¤š–—=*8ü-JŠšm”´ûmoT…Ĩļē”ĒļĶēb9ëũjßö‰?įå˙đ ֗‚ŋä?ũv?úŽ–ēņšSĒáĢ/#ÔŠUÆM$Ž#ûğķō˙øjđθ“‘•e9ˉ°Nzķ]í’ĮÔ[%÷õ‰vGũ‡âOųųü4aø“ū~_˙ vôRúô˙•}ÁíåŲuwũ¯¤Ũ—7Rnl0i`F{×c\÷Œ˙ä)i˙\˙öjčjąoš9ÚÍÜuãQEpáEPEPEPEPEP'm˙#Ģž˙ú Ž˛š;oų[ũ÷˙ĐMu• ŸŠčf??đ¯Ô(ĸŠØķŠ( ¸ī}뤟û-v5ĮxëīX}$˙ŲkÍÍ˙ÜįōüŅ3øN˛Ûū=b˙p*–ĸļ˙XŋÜĘĨ¯B? (*ܟņæŋAU*ܟņæŋATJ(ĸ€2üG˙"õīũsūĸŗü˙ 9?ëģ%­˙ČŊ{˙\˙¨Ŧ˙˙ČOúîßÉkĻ?îīÔņęČÖā™ŌQEĖ{EPEP-¤ČĪuõ“˙BŽĻšm#ūF{¯ŦŸúu5ێū"ôFõū%čQEqQ@Q@Q@Q@Q@Q@rv_ō9KūüŸČ×Y\—üŽR˙ŋ'ō5mãęz‚¯øYÖQEąį…Q@Q@gŽ×Yē˙ŌģŋÔ§ûĸ¸˙˙Ž˛˙u˙ĨvŠO÷Eyx_÷Ú˙öīäBø˜ú(ĸŊBËr˙Įĸ}TĢr˙Įĸ}T ˛|M˙"åįûŖ˙B­Y>&˙‘rķũŅ˙Ą ē_}NloûĩOđŋȧāŋųŸúėßŌē*į|˙ ˙]›úWEU_ø’2Ë?Üéú ĸŠ+#¸(ĸŠ+–Ņ?äcēú?ū„+ŠŽ[D˙‘Žëč˙úŽÜ/đĒúŌøeču4QEqQ@Q@Q@Q@Q@Q@Q@ž›˙#}ĮûōWY\ž›˙#}ĮûōWYXĐŲúž†cüH˙…Q[xQEWãøúŗ˙qŋ˜ŽÖ¸¯Į՟ûüÅy™Įû¤ž_™øNĐt´ƒ Ĩ¯L°ĢsĮĒ~R­Í˙ŠøPJ(ĸ€1üU˙"ŨįŅô1Uü˙"ú˙×FĢ*˙‘nķčŋúĒū ˙‘}ëŖWJ˙w~ŋĄãËūFŅ˙ętQEsĀQEQEËxūC×î?ū„+ŠŽ[Ã˙ōģ˙q˙ô!]Mvã˙‹ōFøŒ(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPYŌ˙­÷hÖtŋë_ũã@ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠåf‘˙á4 Ŋļī^3ĮÜŸ-ŧΌ=lä¯k&ūãĒĸŠ*ÎpĸŠ(ĸŠ(”ņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ Šįŧq˙–ŸõŅŋ•t:gü‚l˙ë‚č"ŧēīõ} âeĒ(ĸŊBËgū<ëU*Ų˙ÃúÕJ*Žŗ˙ K˙ú÷ũÕęŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‡ā_ų]×_č+ĒŽWĀŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęQE`zAEP\ĩ§üŽž˙Č×S\ĩ§üŽž˙Č×náŠūoGizMQ\FEPEPEPEPEPW?ņë7ûüĢÁ–6ˇ‚÷í6ņMˇfŨę3ēˇîãÖo÷ųV?€ūí˙Ö?ũš°šŊHßĖôpŌqÂUkËķ:/ėM/ūöß÷ėQũ‰Ĩ˙Đ>ÛūũŠŋEkËĮļŠüĪī(biôļ˙ŋbėM/ūöß÷ėUú(å`öÕ?™ũåėM/ūöß÷ėW-ã+[5ŗû5ŧPî/ģbŸģ]Åqū;û–Y?öZĘŧRĻô;˛ęŗ–&)ˇ×ōfŊ¯üyÃ˙\×ųTĩÎ\øĻ×MhíZdt7Ā*õ¨á7´˙ŸIŋ1XK1ÂÁōĘzŖ͜—3:šäŧsūĸËũįūB¤˙„ŪĶū}&üÅcx‡^‡YŽŠË$ÄsœWcÃUÃJ•ÛˇæŒå$ŅÜé˙ō ĩ˙Ž)ü…YŽFÛÆV°Zà ĩ˜˜ŅTG8Šá7´˙ŸIŋ1]pĖđŠ)9ūesŖŠŽgâü‚ôīúčßʙ˙ Ŋ§üúMųŠ§âZc@°¸…]Îņ˛ˇPBƒüˆŽė7Zē…9]žnq$đ5-åųŖˇŌ-ā:-0ÆIˇ$¨ūčĢŋfƒūxG˙| ¯Ŗ˙ČÃūŊŖ˙ĐE]­dß3;¨Æ>Î:tD_fƒūxG˙| >Íüđūø-ŽÍ9c؋ėĐĪ˙īGŲ ˙ž˙ßĨĸ‹°åcĘĐņ^˛ruž ˙}Īũuū‚š5˙‘ŗZ˙ˇŸækŦđOüƒîë¯ôęÕ˙w—ČāČ˙Üęū‡OEW’z!EP\_ŋãōĶūšŸį]Ĩq~6˙ËOúævå˙Į_3|?ņĐQEÄ`QEQEQEīüxÜ×&ūU=A{˙7õÉŋ•'ąPø‘—āOõ7ßī'õŽžšŠž˙y?­uõáŖŗ2˙zŸËōAEV§QEÆøķ­‡ũ´˙Ųk"ĮūJ Q˙ĸë_Įl?í§ūËY?ōP`úũ^.aüXŽ'v+ũŌĢüĪIĸŠ+Ú8BŠ( ˛ė>Ĩ†˙Ÿqû‘‹˙–…˙@č˙īĻ˙ā,âH5í^—lq¤ęĢč` õšō˜ädÖž—úuág)7wØķq”)RÅaŨ8ĨītV;Č.úėô]-rū –8ôÉÃČĒ|ãÁ8ū]Ú`˙žŅ˙ßBŗÆ'íä}eûÆKEEö˜?į´÷ĐŖí0Īh˙īĄ\ܯą™-Ú`˙žŅ˙ßB´Á˙=Ŗ˙ž…¯°YœŒ˙ä)i˙\˙öjčkœņ„‰&§hQՇ—ØįŊtuŲ‰ū/™ĩO‚!EW€QEQEQEQPŪ;GcpčpË}+ŌôíWXIdˇŧ F@o2Vk)Ôåi%sŗ…Ua)Ę\Š­ÍÂ-Ž˙Īė÷ų˙øEĩßųũū˙?øRö˛ūSOŠŅ˙ŸČ‚ÛūGV˙}˙ô]erÃÁúĀ“Ė ?Ŋæļ0ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( Š( Š( š9ŋäwī¯ū€+ŦŽNoųĮûë˙  ÆˇŲõ= ģzŸáĄÖQEąį…Q@Q@§Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW=ãøô´˙ŽüĢĄĶ?äg˙\˙AåĐ˙Ģčˆ_-QEę[?ņãøZŠVĪüxūÖĒPTuŸų_˙×ģ˙č&¯Ugū@—˙õî˙ú Ē‡ÄŒqÁŸŖüŒ?˙Č:ëūē˙A]Urž˙u×ũuū‚ēĒ×üVqåîTũ?PĸŠ+Ō (ĸ€ å­?äp“ũ÷ūFēšå­?äp“ũ÷ūFģpŸ Ođŗz;KĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€"š˙YŋÜoåXūûˇ˙X˙öjØš˙YŋÜoåXūûˇ˙X˙öjÆŏĖô(šÕ˙ˇ3ąĸŠ+cĪ (ĸ€ ãüw÷,>˛ėĩØWãŋšaõ“˙eŦk˙ ŲoûÔ>“0bŠ9üsoŅ¤‘ˇ–A÷C¨5čؚOũ,ŋđ?¸+_ųm~ą˙čĄ^—^v]Nu\•ũöp5īKÔŖũ‰¤˙Đ2Ë˙Ķü(ūÄŌče˙€éūzŠôũ?å_pYą4ŸúYā:…ؚOũ,ŋđ?¯QGą§üĢî #žņ“Ļà^ÉŸi‹*Ë ‚ąÅyôßō*A˙_Ōč ^›âOųī˙뉯2›ūEH?ëúOũ+–„#֚Šˇē˙SĘÎÜįéúŖÕtųX×´úĢĩKG˙%‡ũ{G˙ Šģ^„ž&z4…DQEI¨QEå‹˙#fĩ˙o?ĖÖŽât‹ib–$.ûR=+)älÖŋíįųš›NŅ/5HžKeB¨ÛNæĮ5îĶ9SjĻÚ\<ĸđÕ9ļįgK˙ ĩ§üúMųŠ?á6´˙ŸIŋ1Xßđˆęŋ܋ūū ?áÕšũüÃßņ=ŽJ˙gūkOųô›ķÂmi˙>“~bąŋáÕšũüÂ#Ē˙r/ûø(ö˙ˆrPīø›?đ›ZĪ¤ß˜ŦX‹Xž"‰ãŠRķR˙Â#Ē˙r/ûø+?PŌîtš#K ¸ČÚŲ­¨RÂÆwĻõõ.œi)^/SŊĸŠ+įĪ<(ĸŠ(ĸŠ(ĸŠ* ßøņ¸˙ŽMüĒz‚÷ūĩ‡Ž)mn` ’Bp?ÜåæR•(ÆOV¤ŸāÎ<ÖtåB”Š/vėõ/íí#ū‚vŸ÷ųƏíí#ū‚vŸ÷ųÆŧțūy?ũōhō&˙žO˙|šĮûvˇō/Äņ}Ŗ=ƒû{H˙ §ũū_ņŖû{H˙ §ũū_ņ¯ō&˙žO˙|š<‰ŋį“˙ß&íÚßČŋöŒöíí#ū‚vŸ÷ųÆ˛üEŦiˇŊŠûi$hđĒ˛‚O#ĩyŸ‘7üōûäŌePKFāåMELęŦāāāĩVę'Q—îäVŗ˙¯šô¯WŌ˙äe˙\˙Aå?ō+Y˙×Üŋú WĢéō ˛˙Ž ˙ Šúlü‹¨úfūF5Ŋ#ųčĸŠĐöBŠ( ŧĻų5¯ĨĮū…^­^SüŒš×Ōã˙BŽĖīäy9‡ûÎüEz+ĩđlËĻNd‰‰ą–P„WGö;oų÷‡ūøéVĖU9¸rė},ņ*2qąäôWŦ}ŽÛū}á˙žcļ˙ŸxīYjĮų~ļģOEzĮØíŋįŪûāQö;oų÷‡ūøjĮųúÚėyJŦ_¨¯HŽsÅņG§h#Pä(Įzčë }Ok sīsy•'Žur¨Ûo3ĐčŽ'û{Ä˙ô üz?ˇŧO˙@×˙ĀWŦžĢ>ëī=íŧ?ōËî;I$HŖi‚ĸŒ’{ ĪūßĶ?įë˙!ˇøW9iâŨJ+ûKČãR°3|ĒT‚?jxoB˛Ôôé&šW.˛”[`ë[C N0sŦŪ[^Ž*ļí{˙á Ō˙įë˙!ˇøQ˙ —˙?_ų ŋÂŦ˙Â#Ĩr_ûøh˙„GJūäŋ÷đÔÛŪ_Ķj>g/§_[AŽĪs,›arû[i9ÉãŠß˙„ƒK˙Ÿ¯ü†ßáVáŌŋš/ũü4Â#Ĩr_ûøkZĩ0•_4šŋ§*Sww+ÂAĨ˙Ī×ūCođ§GŽi˛Č¨—#s Ŗæ*øDt¯îK˙ szö›mĨęļŅ[ Ęî9įqŠQÂ՗,¯ō”Ũ•ÎļŠ(¯8æ (ĸ€ (ĸ€ (ĸ€ ĢŠČ*ķū¸?ū‚jÕUÔŋäy˙\˙A4Ĩŗ4ĨüHúĸ—ŋãÆëūēå]]rž˙¯úę?•uuáŖ§0˙yŸõĐ(ĸŠÔâ (ĸ€8ŸĮ՟ûüÅ:ûŖ–l`–F†a€3Mņ×ü}Y˙¸ßĖVeŒÜüAh§‰%ōŽ ƒōÆŧŒej´æŖIŲĘIØÆÖ…ŧ˙2įü&öŸķé7æ(˙„ŪĶū}&üÅußØzOũ,˙īÂ˙…ØzOũ,˙īÂ˙…_ąĖ?įâû:Ōîy§ˆu¨ĩ—ˇhĸxü Āî#œãü+q“~bēīė='ū–÷áÂąŧS¤éÖŪŧ– h¤Pģ]"PGÎ;UV8útå7Qh›Û°ß2ęiØęPęÚ4wPU'iV‚)k#Á˙ō*¯ũvj׎ü-IUĄ ËvŠNč+'Äßō.^ē?ô!ZՓâoų/?ŨúŽē_}N|oûĩOđŋȧāŋųŸúėßŌē*į|˙ ˙]›úWEU_ø’2Ë?Üéú ĒZģ´zMË#`E]Ē×üîÜū´¨˙>¨ô!ņ#JĐ.ĩkCqĘĸ‡)†Îxüj÷ü!—ŋķûū=Z~ ˙+˙×vūBēīÄckBŦŖĸō:*VœdŌ8ŋøC/įö/üzx*đ‹ČAúíhŦ´+÷üúÅC‹˙„2÷ūb˙Į¨˙„2÷ūb˙ĮĢ´ĸí ũ˙úÄĪ8ģ°¸Ņĩkh^ã{ļ× „ôŨé]sŪ,˙‘ŠĪūš§ū†ÕĐÕc$į r{´:Īš1l(ĸŠā9Š( Š( Š( Š­¨Jđé×2Æpé>‡ËiÖÚîĢËkw)Um§täsYN§+ĩŽvađžÖnJ)w;*+™ūÂņ7üüŋūš?°ŧM˙?/˙&—ĩ—ōŗOŠS˙Ÿą!Ķäo¸˙~Jë+“_ ëŠ1™,§$¸›įŪĻūÂņ7üüŋūšÎœĨ×+:ąTiV’jŦU’GMEs?Ø^&˙Ÿ—˙Ā“T/ŋļt‹˜–æî]Íķ(ķK3Ū­×kWa ē3|°¨›;Z(ĸˇ<ĀŽ+Įņõgūã1]­q^8˙Ģ?÷ųŠķ3÷I|ŋ2'đ č)iAK^™aVæ˙Tü*Ĩ[›ū=S𠠔QEcøĢūEģĪĸ˙čbĢø7ūEõ˙ŽVÕpōėÎŨĮ8Íwßđˆč˙ķÁ˙īãsž*ŅėôĨĩ6‘˛y…÷e‰Î1ŽŋZ™ŌŠŨŗl>7 Rĸ…8Ųŋ$d\ß 7Åixc2„m´g÷kŪˇ˙ábĮ˙@Į˙ŋÃü+ŋ˛“Qņ0´„¨’UŒ)sū­kCūū­˙=Ŧ˙īļ˙âk…LljÔXe§3čˇ>Rn\ōˇsKū,ô ûü?øXą˙Đ1˙īđ˙ Í˙…ĢĪk?ûíŋøš?á_ęßķÚĪūûoū&ĩöŲˇg÷!^f—ü,X˙č˙÷ø…đąc˙ c˙ßáū›˙ ˙V˙žÖ÷Ûņ4ÂŋÕŋįĩŸũößüMÛ6ėūä™>§ã˜õ 2âĐX2PŽã.qúW?7üŠ×ôŸúVī‚õ+ )ŽĨ–ÔĮî`ŽÄãÛåŦéŋäTƒūŋ¤˙Đē˛Šâe™Cë;ŲžfoŠÔŋoÕVŪ=Ôím!ˇK{B‘"ĸ–VÉcŸšĨ˙…‰Ē˙Īĩ—ũđßüUYŗø|.ėmî´ĘųŅŦ›|Œã#8ûÕ?ü+e˙ Š˙ĀūĘžŊË }Sƅë•rˇoX˙™Ÿ˙ U˙Ÿk/ûáŋøĒ?ábjŋķíe˙|7˙Zđ­—ū‚§˙˙û*?á[/ũOū˙öTš°ŋÕĘö9ßw÷ĮüĖ˙øXš¯üûYß ˙ÅQ˙ U˙Ÿk/ûáŋøĒĐ˙…lŋô?ø˙ŲQ˙ Ųč*đ˙˛Ŗ› ũ\=ŽwŨũņ˙3Ōî^ķXŋē(yĄšF Đ âģo˙Č>įūē˙A\^Ÿkö-sQĩßŋɊx÷cĀ#8ŽĶÁ?ōš˙ŽŋĐVÕíė%o#Ûáūo¨Ī›~gĀéčĸŠōP(ĸŠ+‹ņˇü~Z×3üë´Ž/Æßņųi˙\ĪķŽÜŋøëæo‡ū": (ĸ¸ŒŠ( Š( Š(  Ŋ˙úäßʧ¨/ãÆãūš7ō¤ö*2ü ūĻûũäūĩ××!āOõ7ßī'õŽžŗĄü4vf_īSų~H(ĸŠÔá (ĸ€8ßu°˙ļŸû-dX˙ÉAƒę?ô]køķ­‡ũ´˙Ųk"ĮūJ Q˙ĸëÅĖ?‹ņÄîÅēQõ™é4QE{GQEVGŠ?äYŋ˙ŽÔVŊdxŖūE›˙úįũEaŠūũä'ąæ—?ō+Y˙×Üŋú UEÕĩ$PĢ¨]Ē¨ĀfέÜ˙Č­g˙_r˙č)^aámm:ÖI,áFcšš$zëĘĒƞ_K™_Cäq8ØŧuEFV˛~ŪGš˙ljŸôŧ˙ŋíū4ljŸôŧ˙ŋíū5ę_đ‰h_ôūúoņŖū- ūŅ˙ßMū5Ûõē_ĘØ8īųøž÷ūG–˙ljŸôŧ˙ŋíū4ljŸôŧ˙ŋíū5ę_đ‰h_ôūúoņŖū- ūŅ˙ßMū4}n—ō‡ö;ū~/Ŋ˙‘åŋÛ§ũ¯?īûZĐŨ¤ŧŧwbĖÖŌÄä“Į5éđ‰h_ôūúoņŽÎ$ƒ^Õá‰vĮNĒž€6­iօK¨Ģ –_ˆÂc(:˛ŊäēŋÔí<˙ š˙ëą˙ĐEtĩÍx+ūAs˙×c˙ Šék‹üyk[øŒ(ĸŠæ2 (ĸ€8¯˙ČRĶūš˙ėÕĐ×=ã?ų Z×?ũšēíÄ—ĖŪ§ÁĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ¯˙ ë¯úâ˙ČÖwãÖķũõūF´o˙äu˙\_ųÎđ/üzŪžŋČÖ2ū,OBû•OTu´QElyáEP\_Ž˙×X˙ē˙ŌģJâüwūēĮũ×ū•Ž#ølīË?ŪŖķü™´'Š4@ōĸŖ†`(ûUŋüüE˙}Šág°:ŋŒÉĻ1ų‡öîÆ=3í[đŽWū‚‡ūüöUįĮ‰¨åėŠ]&ÖélyÎMˇdoũĒßū~"˙žÅr>6–9M—"ž<Ėí9ĮŨĢ˙đŽWū‚‡ūüöTš_ú ûņ˙ŲV8ˇŽÄQt+_ûËŊÉ|ÍZÆŨŊÕ¸ļˆâûƒøĮĨIöĢųø‹ūû˙ åč(īĮ˙eGü+•˙ Ą˙ŋũ•t,F9+{ü™ōėoũĒßū~"˙žÅs_Y^ĶJe ƒæ`ƒūíAĢx iz\÷ŋÚO(ŗÉÆyŽīzÄŊb|3Ļ‚IyĀöá+Ģ.ÆV–24kC•ŲŊîyyԟÔj'åųŖÖl?äk˙\Sų ąUė?äk˙\Sų ą]osÔ§đ/@ĸŠ)QEy=§ü‡5¯÷&˙ĐÅvž ˙<ßõđôŽ*ĶūCš×û“čbģ_Čoúø?ú ×­_ũŪ^¨ķ˛?÷‰Q^Ič…Q@q^/˙ŨŸũs_ũ×k\W‹˙ä7g˙\×˙B5ۗ˙äÍđ˙ĐŅEÄ`QEQEQEWR˙UįũpũÕĒĢŠČ*ķū¸?ū‚iKfiKø‘õG!¤ø‚ëGŠHíã…Ãļãæ‘Ą˙ ÆŖ˙>öŋ÷ËņU[BđčÖ –_ĩy>[mĮ—ģ<}Ej˙Â?č"īĪ˙e\0Uš}Ũĸ¯<¨Õ_‹ŽŒ§˙ ÆŖ˙>öŋ÷ËņTÂq¨˙ĪŊ¯ũōßüU\˙„ ĐD˙ߟūʏø@ĮũOũų˙ėĒšk˜ûLŗËîe?øN5ų÷ĩ˙ž[˙ŠŖūGū}íī–˙âĒįü cū‚'ūü˙öTÂ?č"īĪ˙eG-pö™g—ÜÎ{VÖn5‰"{„‰ `å‚:ũIĢēWü”cūüŸú¨5ŨûXSíw˜¤įfÜcņ5>•˙%˙ŋ'ū€kĪÅs{J|ÛķÄäÍ]7N“ĨđëoĀôZ(ĸŊĶĘ (ĸ€ Ãņ‡üŠˇŋD˙ĐÖˇ+Æō*Ūũ˙CZįÆģÔ˙ ü…-Žâúę×Ãlv÷D˛M1o-ŠįqĶękN? øĸHÕ×Qá€#7OX—˙ō.é_õŌæ•ë–Ÿņįũs_å]8 Žž‹Kt|ėpąÅãĢF¤ŖËk;nŽūO˙ĐG˙&Ÿü)˛xCÄĶFc–ų]Uk– ū¯Gĸē>ĩ>Ëî:ŪI‡jÎRûĪ7‡Áž$ˇMŪ$iœíK†?€§˙Â)âŸú˙äĶ˙…z-}j},“•”Ĩ÷žu˙§Šč#˙“OūĨŨŪŗjv—72ĘŠd;–ƒ¨ã?S^­^Ma˙!MgūšI˙Ŗē0õGī-­ųœōÁĮ Ãû9=e­ŲÜx3ū@¯˙]Ûų čk‡đ˙ˆlô­9­įI™Ė…ōŠÆŠö­oøM4ßųåu˙|/˙K†­*Ō”cĄõiMÍ´ŽŠŠįá4Ķį•×ũđŋüUđšiŋķĘëūø_ū*°úĨåf~ƧcĸĸšßøM4ßųåu˙|/˙Gü&šoüōē˙ž˙ŠŖę•˙•‡ąŠØĖņgüŒVõÍ?ô6Ž†š cTƒVÖmgˇYUUpÎâ{zëël\\iĶŒˇŗ.˛j1L(ĸŠā0 (ĸ€ (ĸ€ (ĸ€)ęŋō ģ˙ŽMüĒˇŋäs˙]ŋ Ģ:¯ü‚n˙ë“*­āoų\˙×oč+…/÷)úŖŠĸŠ+cĪ (ĸ€ âŦ˙Üoæ+ĩŽ+Įņõgūã1^fqūé/—æDū´- č)kĶ,*ÜßņꟅTĢsĮĒ~RŠ(  ȡyô_ũ U˙ČžŋõŅĒĮŠŋä[ŧú/ū†*ŋƒä__účÕŌŋŨ߯čxō˙‘´ÁúQ\Į°gëŸōšúæ)ž˛ĩŸFß5´27šÃsÆ íëN×?ä sôĖTž˙˙Ž­ũ+ē Ŧ#ˇķ~†éڋõ5ŗ,?įÆÛūũ/øQũ™a˙>6ß÷é­Q\žŌ}ĖyŸr¯öe‡üøÛßĨ˙ ?ŗ,?įÆÛūũ/øUĒ(ö“îĪšWû2Ãū|mŋīŌ˙…qū!‚+Z$1$kļ3ĩĮŌģĒâ|O˙#=§û‘˙čFģ02“¨îú3z šQ\8QEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@Q@Q@rsČî?ß_ũWY\œßō;÷×˙@oŗęzvõ?Â˙CŦĸŠ+cĪ (ĸ€ (ĸ€9OĮĨ§ũtoå]™˙ ›?úāŸúŽ{Įņéi˙]ųWCĻČ&Īū¸'ū‚+ËĄū˙WŅž&ZĸŠ+Ô,ļãĮđūĩR­Ÿøņü?­T ¨ë?ōŋ˙¯w˙ĐM^Ē:Īü/˙ëŨ˙ôU‰â?ƒ?Gų~˙u×ũuū‚ēĒå| ˙ ë¯úëũuUŽ'øŦãĘ?ÜŠú~ĄEV¤QEËZČá'ûīüu5ËZČá'ûīüvá>Ÿáfôv—ĄÔŅEÄ`QEQEQEQEQEEs˙ŗ¸ßĘąü÷oūą˙ėÕąs˙ŗ¸ßĘąü÷oūą˙ėՌ˙‹™čP˙sĢ˙nūgcEVĮžQEĮøīîX}d˙Ųk°Ž?ĮrÃë'ūËX×ū;˛ß÷¨|˙&bZ˙Čûkõ˙E ôēķK_ųm~ą˙čĄ^—\9fõŋÆÎĩ/PĸŠ+ÔQE•âOųī˙뉯2›ūEH?ëúOũ+Ķ|I˙"Ũ˙ũq5æSČŠũI˙ %qR˙‘ĩ?đŋÔōsŸ÷9ú~¨õ]ū@–õíū‚*íRŅ˙ä a˙^Ņ˙č"Ž×|ž&z4…DQEI¨QEå‹˙#fĩ˙o?Ė×YāŸųÜ˙×_č+“_ų5¯ûyūfēĪ˙Č>įūē˙A^ĩ_÷y|;#˙tŠū7ú=Q^Ič…Q@q~6˙ËOúæv•ÅøÛū?-?ë™ūuۗ˙|Íđ˙ÄGAEW€QEQEQETŋņãq˙\›ųTõīüxÜ×&ūTžÅCâF_?ÔßŧŸÖēúä< ūĻûũäūĩ×Öt?†ŽĖËũę/ÉQZœ!EPãÎļöĶ˙eŦ‹ų(0}Gū‹­u°˙ļŸû-dX˙ÉAƒę?ô]xš‡ņaū8Ø¯÷J>¯ķ=&Š(¯há (ĸ€ ČņGü‹7˙õĪúŠ×ŦČŗ˙\˙¨Ŧ1_ĀŸŖü„ö<ŌįūEk?úû—˙AJõ}/ūA6_õÁ?ô^Qs˙"ĩŸũ}Ë˙ Ĩzž—˙ ›/úāŸúĢÁČēĄãá?äc[Ō?‘nŠ(­d(ĸŠ+Ęa˙‘“Zú\čUęÕå0˙ČÉ­}.?ô*ėÁîūG“˜ŧáŋÄv> ˙\˙õØ˙č"ēZæŧ˙ š˙ëą˙ĐEtĩĪãČöë…Q\ÆAEPã?ų Z×?ũšēįŧg˙!KOúį˙ŗWC]¸āRų›Ôø"QEqQ@Q@Q@ī˙äu˙\_ųÎđ/üzŪžŋČ֍˙üƒŽŋë‹˙#YŪ˙[Ī÷×ųÆ_ʼnčQ˙rŠęŽļŠ(­<(ĸŠ+‹ņßúë÷_úWi\_Ž˙×X˙ē˙ŌąÄ ųgûÔ~“34ßų(ą˙ŧßú,×ŖלiŋōQc˙yŋôY¯GŽ¯áĢū7útw~ĄEW¨PQEâĪųīŋÜú¯6ŧ˙‘gN˙¯‰˙’W¤øŗūE{ī÷ū„+ͯ?äYĶŋëâä•ĮCūFđ˙ ũO#;˙sŸËķG­XČ:×ū¸§ōbĢØČ:×ū¸§ōbģ^įŠOā^ER,(ĸŠō{Oųk_îM˙ĄŠí|˙ yŋëā˙č+\U§ü‡5¯÷&˙ĐÅvž ˙<ßõđô¯ZŋûŧŊQįdî2˙::(ĸŧ“Ņ (ĸ€ âŧ_˙!ģ?úæŋúŽÖ¸¯˙ČnĪūš¯ū„kˇ/ū7ɛáū3ĄĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ*ŽĨ˙ ĢĪúā˙ú ĢUWR˙UįũpũŌ–ĖŌ—ņ#ęŠ^˙¯úę?•uuĘxū•Ā_˙ČģĨ×I˙šT  ęėĄ—Lģ Œ‚!nJîË)BĻ3ļ‡Čb1¸Œ.:ĢĄߖú7Ņv=+ū]ūũųđŖū]ūũųđ¯6ūĀÖ?čy˙~[ü(ūĀÖ?čy˙~[ü+¯ę´›ņAũˇ˜˙Īĩ˙€ËüĪI˙„×@˙Ÿã˙~_ü(˙„×@˙Ÿã˙~_ü+Íŋ°5úŪߖ˙ ?°5úŪߖ˙ >ĢGųŋÛyüû_ø ŋĖôŸøMtųū?÷å˙¸-2E–˙W‘UāvÔŠ˙`kô ŧ˙ŋ-ū>†Ŧ’ę*Ā†[VĮzVÔŠBŸÂīˇæ<>;ŠĮPUãkKMüÍ;-PÔ`3ZĀ0ÛsŊG?‰÷Ģđ‹kķč?īętž ˙+˙×vūBē+æiÔpIiũw>îĻ"Q“HķŸøEĩųô÷õ?ƏøEĩųô÷õ?ÆŊŠĮûRˇeø˙™ZŸ‘į?đ‹kķč?īęđ‹kķč?īęz5jVėŋķ­OČōųtû;P‚¨ö;`7ÆqÛé]åsŪ,˙‘ŠĪūš§ū†ÕĐŌĮTu!NoĒb¯'%Š(¯<į (ĸ€ (ĸ€ (ĸ€)ęŋō ģ˙ŽMüĒˇŋäs˙]ŋ Ģ:¯ü‚n˙ë“*­āoų\˙×oč+…/÷)úŖŠĸŠ+cĪ (ĸ€ â*˙Ÿæ˙ĀĻ¨gđwˆnH3Ė’•čdœļ?:ôš+Šå$Ŧå/ŧ|ˆķĪøF|U˙?Í˙MGü#>*˙Ÿæ˙ĀĻ¯CĸŸöMæ—Ūˆķ-GHņ™c%ŨÅôžRc;nXžHÖē¯ ŨOyáx$¸‘¤;.æ9$q“RøĪūE[ĪĒčkU<%˙"œ?õÕŋeBŠÃãŊœ[k–úŋ1%iXÕĸŠ+Ų41üU˙"ŨįŅô1Uü˙"ú˙×FĢ*˙‘nķčŋúĒū ˙‘}ëŖWJ˙w~ŋĄãËūFŅ˙ętQEsÁŸŽČįč?˜Š|˙ 3˙][úTZįün~ƒųŠ—Áßō?õÕŋĨvĮũÍ˙‹ô7_Á~ĻũQ\FEP\O‰˙äg´˙r?ũ×m\O‰˙äg´˙r?ũ×nø¯Ņ›áū/‘ŅQEÄ`QEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŗĨ˙Z˙īŅŦéÖŋûƀEPEPEPEPEP\œßō;÷×˙@ÖW'7üŽãũõ˙Đc[ėúž†]ŊOđŋĐë(ĸŠØķŠ( Š( SĮņéi˙]ųWCĻČ&Īū¸'ū‚+žņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ ŠōčŋÕôD/‰–¨ĸŠõ -Ÿøņü?­TĢgū<ëU(Ē:Īü/˙ëŨ˙ôWĒŽŗ˙ K˙ú÷ũÕCâF8āĪŅūFäu˙] ŽĒš_˙Č:ëūē˙A]Uk‰ū+8ō÷*~Ÿ¨QEéQ@r֟ō8Iūû˙#]Mr֟ō8Iūû˙#]¸O†§øYŊĨču4QEqQ@Q@Q@Q@Q@\˙ĮŦßî7ōŦũÛ˙Ŧû5l\˙ĮŦßî7ōŦũÛ˙Ŧû5c?âĮæz?Üę˙Ûŋ™ØŅEąį…Q@qū;û–Y?öZė+ņßÜ°úÉ˙˛Ö5˙†Îėˇũę?ɘ–ŋō>Úũc˙ŅBŊ.ŧŌ×ūGÛ_Ŧú(WĨ×YŊoņŗƒíKÔ(ĸŠõQEex“ūEģ˙úâkÍ%ÛÂ8RUoŸq”LWĨø“ūEģ˙úâkĀ˙ō-\˙×Ņ˙ĐRŧū~LΜŋēÎÆåq~6˙ËOúælÂ[¤˙ĪY?īŲŽkÄÚĨŽŠsnöŦĖH9\wŽŧ ŦœĸŌ5Ą )ĻŅÖŅEæœÁEPEPEPQÜFeļ–1€] ŒûŠ’ŠÎ:ÎĮÄ:võ´FŒ9ųļēsŠĢ[üY˙=$˙ž’ēz+A-gŖ,ĘRw”"ߧü˜ßâĪųé'ũô•Pjž!7ŋc2}Ŗ8Ųōúg¯JėĢ“‹ūGsūûčĸĨ>[YŊYŅ†ÄĒĒ|Ôãĸob]ū,˙ž’ßIF˙ĪI?ī¤ŽžŠĶØ˙yœŋÚū}Įî˙‚q×zˆ5Œ]ŖIŗ;K:qžŊĩ6ŅJ|D‰OU`?ōvuÃ\^ŧxņŽįŨåFųmŖ'îcúי˜Â4•97öÖ˙3›‹•xÆ-$—cĶhŽcūÍūžīß˙^øO4oúy˙ŋũzíūĐÂ˙ĪÅ÷œÜËšĶŅ\Įü'š7ũ<˙ßŋūŊđžhßôķ˙~˙úôhaįâûÙw:zČņGü‹7˙õĪúŠĪ˙„ķF˙§Ÿû÷˙×Ēߌ4ģũęÖ?Ė•0ģ“¯Ö˛Äc°ŌŖ4Ļ¯gų’ąÉÜ˙Č­g˙_r˙č)^¯Ĩ˙Č&Ëū¸'ū‚+Ę.äVŗ˙¯šô¯WŌ˙äe˙\˙Aۂ˙‘uCČÂČÆˇ¤"ŨQZČQEW”Ã˙#&ĩô¸˙ĐĢÕĢĖ´¨’jqH2ŽĶŠúŽŧ,šy›<ŒÅÛ†Ū7ŧ'¨ŲŲéĶ%ÍĖq1— 1ÆFo˙niķ˙ũõ\˙ü"Ö_ķÚãūúáGü"ļ_ķÚãūúá[UxZ“srzųA7JRŊŲĐniķ˙ũõGöæ—˙?đßUĪ˙Â+e˙=Ž?īĄū‹iĻÃq­ËdÎâ4g‚3ÁúQ >iĩ' F)&Ķz×öæ—˙?đßTniķ˙ũõ\˙ü"ļ_ķÚãūúáGü"ļ_ķÚãūúáYōa?™ũÄōŅîʞ*ŧˇŧÔm^Úd•U0JœāæēzŏÃI"ˇ™;`į†é[Tą5)Ę…7ĩÅVQi(ô (ĸ¸ĖBŠ( Š( Š(  ÷˙ōē˙Ž/ügxū=o?ß_äkF˙ūA×_õÅ˙‘Ŧī˙Į­įûëüc/âÄô(˙šTõG[EVĮžQEÅøīũuû¯ũ+´Ž/ĮëŦŨéXâ?†Îüŗũę??əšoü”X˙ŪoũkŅëÎ4ßų(ą˙ŧßú,×Ŗ×WđÕ˙ũ:;ŋPĸŠ+Ô((ĸŠÆņgüŠ÷ßîũW›^Čŗ§×Ä˙É+Ō|Y˙"Ŋ÷ûƒ˙Bæןō,éßõņ?ōJãĄ˙#x…ū§‘˙šĪåųŖÖŦ?äk˙\Sų ąUė?äk˙\Sų ą]¯sÔ§đ/@ĸŠ)QEy=§ü‡5¯÷&˙ĐÅvž ˙<ßõđôŽ*ĶūCš×û“čbģ_Čoúø?ú ×­_ũŪ^¨ķ˛?÷‰Q^Ič…Q@q^/˙ŨŸũs_ũ×k\W‹˙ä7g˙\×˙B5ۗ˙äÍđ˙ĐŅEÄ`QEQEQEWR˙UįũpũÕĒĢŠČ*ķū¸?ū‚iKfiKø‘õE/Į×ũuĘēēå< ˙7_õÔ*ęë:ÃGNaūķ?ë QEŠÄQEq>:˙Ģ?÷ųŠĄĨÉF?īÉ˙ ŋã¯øúŗ˙qŋ˜ŽkQŊ¸ĶüOsuk'—2HvļĐq‘ƒÁãŊxY•ENq›ŲI3ˇ텡ķüĪ[ĸŧŖū-ū˙ō üMđ™k˙ķ˙˙c˙âj˙ˇpßË/š™į{DzŊåđ™k˙ķ˙˙c˙âh˙„Ë_˙Ÿ˙üƒ˙Göîųe÷/ķhWŦ?ČĢ{ôOũ k„˙„Ë_˙Ÿ˙üƒ˙P^x›Wŋĩ{[›ŋ2ÆåōĐg=@ĪQX×ΰõ)J ;´×NŪ ę&ˆī˙ä]Ōŋë¤˙Í+×-?ãÎúæŋĘŧŽ˙ūEŨ+ūēOüŌŊrĶū<ā˙ŽküĢŨÂČž‡Ąå`ŋßņöīäMEUžČQEW“XČSY˙ŽRčůY¯&°˙Ļŗ˙\¤˙Ņ‹]¸-ßËķ<ŦoûæüOô;Č˙ëģ!] sŪ ˙+˙×vūBēËüyzžÍo…Q\æaEPâĪųŦ˙ëščm] sŪ,˙‘ŠĪūš§ū†ÕĐ×n'øTŊ ęü (ĸ¸ŒŠ( Š( Š(  z¯ü‚n˙ë“*­āoų\˙×oč*ÎĢ˙ ›ŋúäßĘĢxūA—?õÛú Æ_ÅGĄKũĘ~¨ęhĸŠØķŠ( ¸˙ČBĪūšŸį]Ŋq7˙…Ÿũs?ÎąÄ ž†Wūōž‘KE˙’‰/ûō˙#^‰^wĸ˙ÉD—ũų‘¯DŽĢøu?Ä˙CĖ‡PĸŠ+Ô,(ĸŠÁņŸüŠˇŸT˙ĐÖĒxKūE8ëĢ:ˇã?ųo>Š˙Ą­szˆbŅ<+dLķI!6úū5樚fiG~OÔį­ZęTvH먎?ūČ˙čß÷÷˙­Gü'‘˙Đ=ŋīī˙ZŊŸĒÕėq˙m`įįā˙ČØņWü‹wŸE˙ĐÅWđoü‹ë˙]°ĩo&§ĻMf,Ú3&>c&q‚§ĩGĸøĨ48Z›F”†-¸>:ūēĄSØōÛ[žlŗ<+Ėnw–×ŗŪū‡ Ņ\ü'‘˙Đ=ŋīī˙ZøO#˙ {ßßūĩaõZŊKûk˙??ūGAŽČįč?˜Š|˙ 3˙][úW<|GĩĻ^Â-ÚHÃrہ€ūĩĐø;ū@gūēˇôŽ‡ CÔŋ›ô=\=zuđŪŌ“ēšŋEW‚Š( ¸Ÿ˙ČĪiūäúŽÚ¸Ÿ˙ČĪiūäúŽÜņ_Ŗ7Ãü_#ĸĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( Š( Š( š9ŋäwī¯ū€+ŦŽNoųĮûë˙  ÆˇŲõ= ģzŸáĄÖQEąį…Q@Q@§Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW=ãøô´˙ŽüĢĄĶ?äg˙\˙AåĐ˙Ģčˆ_-QEę[?ņãøZŠVĪüxūÖĒPTuŸų_˙×ģ˙č&¯Ugū@—˙õî˙ú Ē‡ÄŒqÁŸŖüŒ?˙Č:ëūē˙A]Urž˙u×ũuū‚ēĒ×üVqåîTũ?PĸŠ+Ō (ĸ€ å­?äp“ũ÷ūFēšå­?äp“ũ÷ūFģpŸ Ođŗz;KĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€"š˙YŋÜoå\¯†uË]]}Ĩ%o7nß,Ķ=rG­uõ@čēi$›8šöŦĒBNJQčwaqĄNtęĻÔ­ˇŸđ›iŸķÆëūø_ū*øM´Īųãu˙|/˙Kũ‰Ļ˙Īœtbiŋķį+VîŠįĀ˙,žņ?á6Ķ?į×ũđŋüUđ›iŸķÆëūø_ū*šÃgo˙ gŲ|Ĩō7cgoģšé?ą4ßųķŽĸĢ+Ų­ ëSÁRåŧ^Ēû÷ūm3ūxŨß ˙ÅV‰ĩË]am…˛JžQmŪ`Ž= ôŽƒûM˙Ÿ8č.š?c‹jr…Y+6‰ŖˆÁŅšœ#+Ŗ—ĩ˙‘ú×ëūŠéuæėZo‹Úú+rÛ ˛eNÖųíWá:Õ˙čũđ˙ã^FK :°Š{š>‡Îšûž…Eyīü'Zŋũā˙žüiĮÚĒc}ēįÕXZëūØÂ÷psŖĐč¯=;ÕČČĶā#ũĮ˙?á:Õ˙čũđ˙ãGöžģû˜sŖ­ņ'ü‹w˙õÄց˙äZš˙¯Ŗ˙ Ĩc_øŋTŋąšŌK•%]¤Ē6Gë[ž ‚X|5?›&û‚˸c# 3ųƒXRÄÃŽŒéŪĘ/ “ŧ´6hĸŠöÍ ũsū@WßõÅŋ•cøūAWõÜ˙č"ļ5Īų_×ūUāoų\×s˙ Šéđ%ęxõŋäiOü,ę(ĸŠæ=Ddp °Á¸Ŧīė 3ū}ō#iQW “‡ÂÚ)JQŲ™ŋđéķë˙‘üh˙„K˙Ÿ_üˆßãZTUũbˇķŋŊÚOģ8ëKi|E-ĢĮ˜œÜ{tį­o˙Â?Ĩ˙Ī¯ūDoņŦ‹ųĻ˙~Oë]Muã+TŒŖË&´]MĢNIĢ>†oü#ú_üú˙äF˙UĐtÄ`ÂÔdŒģëZ4W'Ö+;ûŲ´ŸvQEb@QEQEQEQEQEW'üŽįũö˙Đ u•ÉÅ˙#š˙}ŋôXÖû>§Ą€Ú¯øYÖQEąį…PēŅ´ëŲĖרō‚Ų ŸĘ¯ŅQ:pš´ÕטXĘ˙„oH˙Ÿ$˙ž›üh˙„oH˙Ÿ$˙ž›ükVŠËę”?‘}ČVG âŨ6ĪO[Ck‹y}Ø$įĮ_­oÛx{I{H]ŦĐŗ"’wN>ĩ•ã¯šcõũ–ē›?øņˇ˙ŽküĢÎĄ‡¤ņĩĸâŦšz.Ä$š™CūŊ#ū|“ūúoņŖūŊ#ū|“ūúoņ­Z+ŅúĨä_r.Čä|oioeĨiÛDąFÎÕõĀŽßK˙M—ũpOũW?âíëWĶlÍ BĐąÜŦØČ …`&ŸâøãTKšU \ ų×ĨBTcŌąāÎĨ\6:­EJRRJÖ]‘éTW›ũ‹Æ?ķû7ūõę˜ŧ[im%Ä×Ķˆã˜‹ŒņIaĶĶK5ŠwBvô=:ŠōÍ>_j4Öˇķ˛+l$ĪŽpõĢbņüūÍ˙ũz'g$(fōœTĄBm?#Ō+ÍtOųĩ÷æ˙ĐéßbņüūÍ˙ũząáŨ QŗÕäŊžÛķ+dīÜY‰ÎjãĶ„ŊäîŒ*Ö­ŠÄQĩ)EFWmŖŦĸŠ+ŒúŽ[L˙‘Žįũų?u5ËiŸō5Ü˙ŋ'ķŽÜ'ÁSĐŪ—Ã/CŠĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ¯˙ ë¯úâ˙Č× eĒ^éęëipŅ9`9üëģŋ˙u×ũqäkœđƇgĢAp÷>fc`ÆĮQ\ĩÔĨ4ŖšėåÕ)ĶĄ9UWWEøIuųūûåøIuųūûåÂēßøC4¯úo˙}˙õ¨˙„3J˙Ļ˙÷ß˙ZŖŲVīø^Ā˙'āŽKū]cūŸūų_đŖū]cūŸūų_đŽˇūÍ+ū›˙ßũj?á Ōŋéŋũ÷˙ÖŖŲVīø‡×°?Éø#’˙„—X˙Ÿį˙žWü*ĨîŖw¨7s™Jgn@ĪŌģøC4¯úo˙}˙õĢœņ>k¤IlļÛņ bÛÛ=1ū5§QFōzáąXJ•iÆĪŅ ĶäĸĮūķčŗ^^qĻ˙ÉEũæ˙ŅfŊŗĘūŋãĄōąŨú…Q^ĄAEP7‹?äWž˙pčBŧÚķūE;ūž'ūI^“âĪųīŋÜú¯6ŧ˙‘gN˙¯‰˙’WųÃü/õ<ŒīũÎ/Íĩa˙ ë_úâŸČUŠ¯a˙ ë_úâŸČUŠí{žĨ?zQH°ĸŠ(Éí?ä9­š7ū†+ĩđWüæ˙¯ƒ˙ ­qVŸōÖŋܛ˙CÚø+ū@ķ×Á˙ĐVŊj˙îōõG‘˙¸ËüLččĸŠōOD(ĸŠ+Šņü†ė˙ëš˙čFģZâŧ_˙!ģ?úæŋúŽÜŋøß&o‡øΆŠ(Ž#ĸŠ(ĸŠ(ĸŠ(Ēē—ü‚¯?ëƒ˙č&­U]KūAWŸõÁ˙ôJ[3J_ďĒ)xū3˙‘VķęŸúםę?ōŌ~ŗčBŊÆō*Ū}S˙CZķŊGū@OÖoũW&ūFņ˙ęĪ<˙sŸËķGĒÅĻØP›+oē?å’˙…?û2Ãū|mŋīŌ˙…Oúˆ˙Ũʟ]ŧĪšęF”,ŊÔUūĖ°˙ŸoûôŋáGöe‡üøÛßĨ˙ ĩE.gÜ~ĘĘžâ¯öe‡üøÛßĨ˙ ?ŗ,?įÆÛūũ/øUĒ(æ}ÃŲCųWÜy˜¸ÕĀ#€?ëĸ×{āīųŸúęßŌ¸=7ū>uúæôb×yāīųŸúęßŌŊ\Gûģõ_‘Å‘ČģūŪfũQ^Ič…Q@q>'˙‘žĶũČ˙ô#]ĩq>'˙‘žĶũČ˙ô#]¸âŋFo‡øžGEEW€QEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ¤ō¨‘‡”§ķWk:_õ¯ūņ ųÉ˙:û–?W˙ŲkŠŗ˙úæŋĘŧŧ?ûõoHūD/‰—<ä˙ž+GœŸķÅj+Ô,ŧΰm€Œ*ŋœŸķÅjW˙!ôR€&ķ“ūx­fx†U>ž%ē<ÕÚÍņü€/ë‘Ģ§ņ¯SŸü ú?ČÎđŠē$āÆ­ū’ÜŸ÷VēŸ9?įŠ×'āoųÍ˙_˙AZéĒņőĪ•šSô&ķ“ūx­rĪ¨hŦO@›ÎOųâ´yÉ˙xĨÅ˙ÂÄļ˙ |ŋ÷đ…đą-ŋč/ũüáGöĻų˙ūAĪoşō+߸?ô!^my˙"Ν˙_˙$ŽƒXņŦž“qfļrFŌ€Aū•ĪŪČŗ§×Ä˙É*p8ŠuķXJ›ēåŠäįM<íåųŖÖŦ?äk˙\Sų ąUė?äk˙\Sų ą^›Üõiü Đ(ĸŠE…Q@QfqŽk|g1Í˙ĄŠí<˙ yŋëā˙č+\U§ü‡5¯÷&˙ĐÅZąÖīôØYB#6â Îīô¯mŅ•j.ßC‡‡āį‚’_ĖĪNĸŧīūŊ_ū~ūũ¯øQ˙ ^¯˙? ˙~×ü+—û2ˇuũ|_ęŗ=ŠķŋøJõųø_ûöŋáGü%zŋüü/ũû_đŖû2ˇuũ|ƒęŗ=¸¯ČrĪūš¯ū„j‡ü%zŋüü/ũû_đĒwÎĨ{ ˇNԅ(gÚē0Ø*”jsÉĢRĄ(Jėô/9?įŠŅį'üņZ†ŠņŽ"o9?įŠŅį'üņZ†Š›ÎOųâ´yÉ˙Ŧ˙Üoæ*Ž˜sņ 1ķÉĮüÕīĮ՟ûüÅPŌŋäŖ÷ä˙Đ x¸īãS˙NėgûĩŸæz-Q^ŅÂQE‡ãųo~‰˙Ą­nVŒ?äUŊú'ū†ĩĪŒ˙wŠūų [s˙"î•˙]'ūi^ši˙p×5ūUäw˙ō.é_õŌæ•ë–Ÿņįũs_åZá?ä_CĐņđ_īøûwō&ĸŠ*Īd(ĸŠ+É´ķOZã9†OÃ÷‹^ŗ^Ma˙!MgūšI˙Ŗģp[ŋ—æyXß÷Ė7øŸčw ˙+˙×vūBēįŧ˙ W˙Žíü…t5–/øōõ=šß (ĸšĖŠ( +Å|xŽĪūš§ū†ÕĶųÉ˙Š˙Ą­yŪŖ˙ 'ë7ū„+“ ˙#x˙ƒõgžšĪåųŖ×á˙QûŖųSé˙¨ũŅüŠõÖ{ŲQ@Š( %Ķ.5ž3˜áûÅŽīÁßō?õÕŋĨpzoü|ëõĖ˙čÅŽįÂ"č„3¨>kpOŌŊlGûģõ_‘įd_ō.˙ˇ™ŅQLķĸ˙ž‰˙} <čŋįĸßBŧĢ3Ņ°ú)žt_ķŅ?īĄGüôOûčQf\O‰ŽŠ˙Ą­yŪŖ˙ 'ë7ū„+ŅēĪb; ĸŠ(QEäšoü|ëõĖ˙čÅĻSôßøųÖ?ë™˙Ņ‹]ˇ„­mæŅKINŪk ˛{WŧĢĒÜÚžŋĄÅÃĩ90ūķ8j+ÕžÃg˙>°ßąGØl˙įÖûö+?íX˙)í}mv<ĻŠõo°Ų˙ĪŦ÷ėQö?ųõƒūũŠ?ĩcüĄõĩØōššĪū?m˙ëĸ˙:õ°Ų˙ĪŦ÷ėWâ8Ŗ‡Äļ‹j‹ļ3…x֔ąĘŗpQļŒ¸WSvąŌŅEāžxQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@Q@Q@rsČî?ß_ũWY\œßō;÷×˙@oŗęzvõ?Â˙CŦĸŠ+cĪ (ĸ€ (ĸ€9OĮĨ§ũtoå]™˙ ›?úāŸúŽ{Įņéi˙]ųWCĻČ&Īū¸'ū‚+ËĄū˙WŅž&ZĸŠ+Ô,ļãĮđūĩR­Ÿøņü?­T ¨ë?ōŋ˙¯w˙ĐM^Ē:Īü/˙ëŨ˙ôU‰â?ƒ?Gų~˙u×ũuū‚ēĒå| ˙ ë¯úëũuUŽ'øŦãĘ?ÜŠú~ĄEV¤QEËZČá'ûīüu5ËZČá'ûīüvá>Ÿáfôv—ĄÔŅEÄ`QEQEQEQEQEQEQErgūGøūÉ]ergūGøūÉ]ecGízž†a˙.ŋ‚Š(­<(ĸŠ+’ņĪú‹/÷Ÿų ëk’ņĪú‹/÷Ÿų ķķ_÷9üŋ4Lū¤Ķ˙äk˙\Sų ŗU´˙ųÚ˙×ūBŦ×m?z‚­ˇüx ūuR­ˇüx ūu`TĸŠ(?\˙÷ũqoåXū˙UĮũw?ú­sū@WßõÅŋ•cøūAWõÜ˙č"ēcü zž=oųS˙ :Š(ĸš`(ĸŠ(ĸŠåŦ?än›ũų?­u5ËXČŨ7ûōZękˇņĮü(ŪžëĐ(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ äâ˙‘Ü˙žßúŽ˛š8ŋäw?īˇū€kßgÔô0U˙ :Ę(ĸļ<đĸŠ(ĸŠ(ņ×ÜąúŋūË]MŸüxÛ˙×5ūUËxëîXũ_˙eŽĻĪū+øô‘—āoųÍ˙_˙AZéĢ™đ7üf˙¯ƒ˙ ­tÕxâČįĘŋÜŠúQXž€QEW-ĻČ×sūüŸÎēšå´Īųîߓų×nāŠčoKᗡÔŅEÄ`QEQEQEQEQEWŋ˙u×ũqäk;Āŋņëyūú˙#Z7˙ōē˙Ž/ügxū=o?ß_äk'ĄGũʧĒ:Ú(ĸļ<đĸŠ(Ž/ĮëŦŨé]Ĩq~;˙]cūë˙JĮü6wåŸīQųūLĖĶäĸĮūķčŗ^^qĻ˙ÉEũæ˙ŅfŊ¸rŋ†¯øßčyŅŨú…Q^ĄAEP7‹?äWž˙pčBŧÚķūE;ūž'ūI^“âĪųīŋÜú¯6ŧ˙‘gN˙¯‰˙’WųÃü/õ<ŒīũÎ/Íĩa˙ ë_úâŸČUŠ¯a˙ ë_úâŸČUŠí{žĨ?zQH°ĸŠ(Éí?ä9­š7ū†+ĩđWüæ˙¯ƒ˙ ­qVŸōÖŋܛ˙CÚø+ū@ķ×Á˙ĐVŊj˙îōõG‘˙¸ËüLččĸŠōOD(ĸŠ+Šņü†ė˙ëš˙čFģZâŧ_˙!ģ?úæŋúŽÜŋøß&o‡øΆŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŽNËūG)ߓųë+“˛˙‘Ę_÷äūFą­ŧ}OCđU˙ :Ę(ĸļ<đŽsQđŒ7÷ŌŨ §ŒČrW`<ūuŅŅX×ÃŌ¯ZĒčM'šÉ ü˙ŋũûãGü ŅĪû˙ßąū5ÖŅ\ŋŲX?äü_ų‹’'›ëÚ"čĪŦæ_4ĘãĮøÖŌx"&Eoˇ?#?ęĮøÔ^9˙]eūë˙Jė"˙RŸîŠāÃā0ķÅU§(é[~¨•vrŋđƒE˙?ī˙~ĮøŅ˙4_ķū˙÷ėu´WöVų?ūerDá|]ĻG¤iēEŦnΚśš;+Ō-?ãÎúæŋʸ_ˆŸsJ˙vOũ’ģĢOøķƒūš¯ō¯YÂ0ÃĶŒU’šäā˙äaˆ˙ˇ"j(ĸą=€ĸŠ(¯&°˙Ļŗ˙\¤˙Ņ‹^ŗ^Ma˙!MgūšI˙Ŗģp[ŋ—æyXß÷Ė7øŸčw ˙+˙×vūBēįŧ˙ W˙Žíü…t5–/øōõ=šß (ĸšĖŠ( +şō1Y˙×4˙ĐÚēįŧY˙#ŸũsOũ ĢĄŽÜOđŠzÕø"QEqQ@Q@Q@õ_ųŨ˙×&ūU[Āßō š˙ŽßĐUWūA7õÉŋ•Vđ7üƒ.ëˇôŒŋŠB—û”ũQÔŅEąį…Q@q7˙…Ÿũs?Îģz⷟÷Ę˙ņUË/‚uÖPÂÚ<‘ûÕ˙_øAõßųöūū¯ø×Ņ{,7ÄōV;8ˇĀ˙đ¨˙…‰Ĩ˙Ī­įũōŋüUđą4ŋųõŧ˙žW˙ŠŽ_ū}wū}Ŗ˙ŋĢū4ÂŽ˙Ī´÷õƏe†īøëŲĮō?üę?ábiķëy˙|¯˙Gü,M/ū}o?ī•˙âĢ—˙„]˙Ÿh˙īę˙đƒëŋķíũũ_ņŖŲaģū!õėãųūA¤¸–MV@ aŸyģ˙Č ˙×Vū•įÚ*˙´ŅžōÁƒõŪĩč>˙˙Ž­ũ+\Ođ%ęŋ#ŨČoũ›¯ķ3~Š(¯$ô‚Š( ¸Ÿ˙ČĪiūäúŽÚ¸Ÿ˙ČĪiūäúŽÜņ_Ŗ7Ãü_#ĸĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( Š( Š( š9ŋäwī¯ū€+ŦŽNoųĮûë˙  ÆˇŲõ= ģzŸáĄÖQEąį…Q@Q@§Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW=ãøô´˙ŽüĢĄĶ?äg˙\˙AåĐ˙Ģčˆ_-QEę[?ņãøZŠVĪüxūÖĒPTuŸų_˙×ģ˙č&¯Ugū@—˙õî˙ú Ē‡ÄŒqÁŸŖüŒ?˙Č:ëūē˙A]Urž˙u×ũuū‚ēĒ×üVqåîTũ?PĸŠ+Ō (ĸ€ å­?äp“ũ÷ūFēšå­?äp“ũ÷ūFģpŸ Ođŗz;KĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€93˙#ŋü˙dŽ˛š3˙#ŋü˙dŽ˛ąŖöŊOC0˙—_áAEVĮžQEÉxįũE—ûĪü…uĩÉxįũE—ûĪü…yų¯ûœū_š& Ōi˙ō ĩ˙Ž)ü…YĒÚüƒmëŠ!VkļŸĀŊ AVÛū‚ĒUˇ˙!ôR€ Íņü€/둭*Íņü€/ë‘Ģ§ņ¯SŸü ú?ČËđ7üf˙¯ƒ˙ ­tÕĖøū@ŗ×Á˙ĐVējŧGņdså_îTũŠ(ŦO@(ĸŠ+–Ķ?äkš˙~Oį]MrÚgüw?īÉüëˇ đTô7ĨđËĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€!ģĨŗž4åž6Qõ"š+¯ik"ZA"9oŨ†Î>ĩŲŅYΟ3Nö:đøˇF.Š§Üæ?ĩ|SũÉ?īÂ˙…Úž)ūäŸ÷áÂēz*=‹ūfkõčĪ¨ũĮ"XP3]Ĩn…ôrgæ•ūėŸû%wVŸņįũs_å\—ô›ŨFÛO’Ō(ˆ0pČČ\#YI}ãdEEķ¨ĀT]?*ėäU)E&•Ž|ûÄK Ž­9S“Råĩ•öG¤Q^sũĄãY?īĖ_áQ\k2ĩĻžGHĶ–c |~•Voí/ŧčyĖģĨ;‡ū étW™Zëž0ž‡Îļ™ä8Ü!¯åS˙hxãÖOûķøPđÍhäžņG:„—4iM¯đ˙Á=ŧšÃūBšĪũr“˙F-i˙hxãÖOûķøUM?JÔm—RģŊ€Æ l|ĖYOAô5Ņ‡‚Ļõ’Öߙ‹Äŧ^2‡%9.Ykuc°đgü_ūģˇōĐ×#á}VÆËJxŽnR72–ÚsĶļ˙á!Ōįú?×ü+,U*Ž´š‹ßąôĩa'7diŅYŸđé?ķũëūÂC¤˙Īô¯øV¯ōŋ¸Ī’]:+3ū'ūŖũøHtŸųūõ˙ =…_åprKąÎøŗūF+?úæŸúWC\ˇˆo-īĩÛI-ĨY")#×q˙ęk§šĨM>ÆĩUŖ…Q\&EPEPEP=WūA7õÉŋ•Vđ7üƒ.ëˇôgU˙MßũroåUŧ ˙ ˟úíũc/âŖĐĨūå?Tu4QElyáEP\G˙ä!g˙\ĪķŽŪ¸˙ČBĪūšŸįXâ?†ĪC+˙y_?Čį.ôųõO]ÚÛ2´Ž@cĮ5kūmkūyÃ˙E\ŅäĸKūüŋČ×ĸW…„ËhâyįR÷æhōŖ÷<ŋūmkūyÃ˙Eđƒk_ķÎûú+Ô(Žŋė<7w÷˙Ā+ŲŖË˙áÖŋįœ?÷ôQ˙6ĩ˙<á˙ŋĸŊBŠ?°đŨßß˙=š<—PđŽŠĻYIwr‘ˆ“Š¸'“ëUõųi?Yŋô!^‰ã?ųo>Š˙Ą­yŪŖ˙ 'ë7ū„+Lŗ 6hĄOnVõõ<|í[?—æ_‡ũDîåOĻCūĸ?÷Gō§×¨{QŲQ@Š( %Ķk`Iō˜˙äE­­Ä­¤Ų}˜Z‰~rÛŧĖuü*§„äbŋ˙q˙ô1]§“üķOûäWŠS^œãuŖŪŨ7 Š‚å’žŦÆ˙„áŋč?īī˙ZøNūãūū˙õĢgɋūy§ũō(ōb˙ži˙|ŠÃÛaŋį×âĪgž—ōū&7ü' ˙@ņ˙úÔÂpßô÷÷˙­TtV×nƒ( #đGûBē&/ųæŸ÷Č­Ģŧ5ōû;üŲu=œšū†˙ x˙ŋŋũjČģÔÛYÖígō|˛ &ĐÛē6}=ë°ōb˙ži˙|ŠQ)ĘĸƒęD1TaŦ)Ųú’ĒÂ:Æ?ˆę(ĸŧķœ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( Š( Š( š9ŋäwī¯ū€+ŦŽNoųĮûë˙  ÆˇŲõ= ģzŸáĄÖQEąį…Q@Q@§Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW=ãøô´˙ŽüĢĄĶ?äg˙\˙AåĐ˙Ģčˆ_-QEę[?ņãøZŠVĪüxūÖĒPTuŸų_˙×ģ˙č&¯Ugū@—˙õî˙ú Ē‡ÄŒqÁŸŖüŒ?˙Č:ëūē˙A]Urž˙u×ũuū‚ēĒ×üVqåîTũ?PĸŠ¯~Jé÷$XÅ]¤zi]ؗ΋ūz§ũô)<øŋįĒßBš=ÃįY†Y>Ķäųl7gõŠ˙1˙ €˙ŋ?ũ•wĪ Bq•M} åJœ]œŋcĪ‹ūz§ũô+˜ĩu.‘‹ ģߜņĐÕ˙øAũũų˙ė¨˙„˙Đ@ߟūĘŽ—ÕŠŠ/iēļĖ¨{(ßŪßČØķâ˙žŠ˙} <øŋįĒßBą˙á?ô÷į˙˛Ŗūc˙A˙~û*ĮØáŋįįāČäĨü߁˛&ˆœ “Ø0§×­hĮE–ûGšd‚n1øšė×îĨF"„iÆ2„Ž˙jSQI§{‹EW)QEQEQEQEQEɟų˙āû%u•ÉŸų˙āû%u•ĩęz‡üē˙ (ĸļ<đĸŠ(ŽKĮ?ę,ŋŪä+­ŽKĮ?ę,ŋŪä+ĪÍÜįōüŅ3øN“O˙m¯ũqOä*ÍVĶ˙äk˙\Sų ŗ]´ūčR ļßņâ>ƒųÕJļßņâ>ƒųՁRŠ( n­’ōÖ[y •JļŪ¸5_KŌmô‹w†Ũ¤*íŧī œãžÕzŠŽgn^†nŒEQ¯yu (ĸ¤Đ(ĸŠ(ĸŠåŦ?än›ũų?­u5ËXČŨ7ûōZękˇņĮü(ŪžëĐ(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ äâ˙‘Ü˙žßúŽ˛š8ŋäw?īˇū€kßgÔô0U˙ :Ę(ĸļ<đĸŠ(ĸŠ(ņ×ÜąúŋūË]MŸüxÛ˙×5ūUËxëîXũ_˙eŽĻĪū+øô‘—āoųÍ˙_˙AZéĢ™đ7üf˙¯ƒ˙ ­tÕxâČįĘŋÜŠúQXž€QEW-ĻČ×sūüŸÎēšå´Īųîߓų×nāŠčoKᗡÔŅEÄ`QEQEQEQEQEQEQErvßō:ˇûī˙ šë+“ļ˙‘Õŋßũ×YXĐŲúž†cņS˙ ũBŠ(­<ãŦ䤏účßú,×ĸםX˙ÉIõŅŋôY¯E¯/+Ú¯øßčD:…Q^ĄaEP7‹?äWž˙pčBŧÚķūE;ūž'ūI^“âĪųīŋÜú¯6ŧ˙‘gN˙¯‰˙’WųÃü/õ<ŒīũÎ/Íĩa˙ ë_úâŸČUŠ¯a˙ ë_úâŸČUŠí{žĨ?zQH°ĸŠ(Éí?ä9­š7ū†+ĩđWüæ˙¯ƒ˙ ­qVŸōÖŋܛ˙CÚø+ū@ķ×Á˙ĐVŊj˙îōõG‘˙¸ËüLččĸŠōOD(ĸŠ+Šņü†ė˙ëš˙čFģZâŧ_˙!ģ?úæŋúŽÜŋøß&o‡øΆŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŽNËūG)ߓųë+“˛˙‘Ę_÷äūFą­ŧ}OCđU˙ :Ę(ĸļ<đĸŠ(ĸŠ(ŒņĪúë/÷_úWaú”˙tWãŸõÖ_îŋôŽÂ/õ)ūč¯/ ūû_ūŨüˆ_EW¨Yn_øôO Ē•n_øôO Ē”VO‰ŋä\ŧ˙tčBĩĢ'Äßō.^ē?ô!WK㏊͍˙vŠūųü˙ ˙]›úWE\ī‚˙äëŗJčĒĢ˙FYgû?Dđ%Ė ƒ(ã¤ĸŗM§twlbÂ/aũų˙īĄūÂ/aũų˙īĄūˇEoõē˙ĖÍ=´û˜Ÿđ‹Ø~ûč…béēl7z´ö˛Ļė<đq]­rÚ'üŒw_G˙ЅuáņeNŖrŲSŠ76Ëßđ‹Ø~ûč…đ‹Ø~ûč…mŅ\Ÿ[¯üĖĮÛOš†ėa™$f*A˜cųVÅVu*ÎĻŗw&S”ˇaEVd…Q@Q@Q@õ_ųŨ˙×&ūU[Āßō š˙ŽßĐUWūA7õÉŋ•Vđ7üƒ.ëˇôŒŋŠB—û”ũQÔŅEąį…Q@q7˙…Ÿũs?ÎģzâŠ˙Ą­yŪŖ˙ 'ë7ū„+ŅēĪb; ĸŠ(QEæž˙‘Š˙ũÆ˙ĐÅvõÄxGūF+˙÷˙CÛ×N+ø‡‘˙ē|ßæQEsÁËxūC×î?ū„+ŠŽ[Ã˙ōģ˙q˙ô!]Mvã˙‹ōFøŒ(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPYŌ˙­÷hÖtŋë_ũã@ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŽNoųĮûë˙  ë+“›ūGqūú˙čą­ö}OC.Ū§ø_ču”QElyáEPEP)ãøô´˙ŽüĢĄĶ?äg˙\˙AĪxãū=-?ëŖ*čtĪųŲ˙×˙ĐEyt?ßęú"ÄËTQEz…–ĪüxūÖĒUŗ˙?‡õĒ”Ugū@—˙õî˙ú ĢÕGY˙%˙ũ{ŋū‚jĄņ#Gđgč˙#Āŋōē˙ŽŋĐWU\¯äu˙] ŽĒĩÄ˙œyGû•?OÔ*žĄ˙ Û¯úâ˙ČՊ¯¨Č6ëū¸ŋō5?zžœwE/Į×ũtĘēšåŧ˙w_õĐ*ęk|oûč+˙…Q\ĻAEPãøøŗ˙uŋ˜­åûŖéX>7˙‹?÷[ųŠŪ_ē>•Û_ũŪ—Īķ7Šü8üÅĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠäĪüŽ˙đ?ũ’ēĘäĪüŽ˙đ?ũ’ēĘƏÚõ= Ãū]…Q[xQEW%ãŸõ_ī?ōÖ×'ãuf‚Īh'ænƒØWŸš˙šĪåųĸgđŸ˙ Û_úâŸČUš¯§ņĻÚ˙×ūBŦWm?z‚­ˇüx ūuR­ˇüx ūu`TĸŠŽâC´˛(Ë"č(vWf6¯â›=.SŖO8ûʧ~ĻŠØøÚŌâaÕģ[†8ģr¯Âģ´’3ģf$’{šmzĢO–ĪsáįġWš-(öˇôĪd0AäKXžžIü?˜I(Y>€ņū…mי8ōÉĮąöxzĘĩ(Õ]RaET›Q@ĩ‡üĶŋ'õŽĻškųĻ˙~Oë]Mvãž8˙…×ŨzQ\FEPEPEPEPEPEP\œ_ō;Ÿ÷Û˙@5ŠŽk?Ų¨ąD\8ČĪEĩȋû•žûh“÷ųÎėLtŽZõ"š]™íeØJŽŸI&‘čÔVN‰Ŧ N&Y,ņũā:ę+Zē#%%ty5iJ”Ü&ĩAEU…Q@‡ŽžåÕ˙öZęl˙ãÆßūš¯ōŽ[Į_rĮę˙û-u6ņão˙\×ųW—‡˙~­éȅņ2j(ĸŊBËo˙Cč*Ĩ[øōAU(ŦßČ÷ūšŌŦßČ÷ūšēõ9ņ_ĀŸŖüŒŋČoúø?ú ×M\Īŋä 7ũ|ũkĻĢÄG>UūåOĐ(ĸŠÄôŠ( šm3ūFģŸ÷äūuÔÖEŽ%žą-é•Jģ1Ú#&ē°õ#MIîiÉ%+ö5čĸŠå2 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9;oų[ũ÷˙ĐMu•ÉÛČęßīŋū‚kŦŦhlũOC1øŠ˙…~ĄEVĮžqÖ?ōRGũtoũkŅkÎŦ䤏účßú,×ĸח•íWüoô"BŠ(¯P°ĸŠ(şō+߸?ô!^my˙"Ν˙_˙$¯IņgüŠ÷ßîũW›^Čŗ§×Ä˙É+Ž‡üáūúžFwūį?—æZ°˙u¯ũqOä*ÅW°˙u¯ũqOä*ÅvŊĪRŸĀŊŠ(¤XQEäöŸōÖŋܛ˙CŊá˙Úé6A‘~U‡>ų_Ū{<Ô{1Ÿđšé˙ķÂëūų_ū*øMt˙ųáu˙|¯˙XeŦø‚â"V‰KáHā`ņ]öFŸ˙>‘~UĩhaiK•Å÷ÜŠĒPviŒ˙„×O˙ž_÷Ę˙ņU­j°ęúĨ´Đ$ŠĒĄpÎėö'Öē/ė?ū}"üŠÉĨØÆáŌÖ ĘrŪ•4ņjOšwÔ§t™nŠ(¯8æ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ äėŋär—ũų?‘Ž˛š;/ųĨ˙~OäkÛĮÔô0?_đŗŦĸŠ+cĪ (ĸ€ (ĸ€8Ī˙Ž˛˙u˙ĨvŠO÷Eqū9˙]eūë˙Jė"˙RŸîŠōđŋīĩ˙íßȅņ1ôQEz…–å˙Dú ŠVå˙Dú Š@dø›ūEËĪ÷Gū„+Z˛|M˙"åįûŖ˙Btž8úœØß÷jŸá‘OÁō?õŲŋĨtUÎø/ū@'ūģ7ôŽŠĒŋņ$e–šĶôAEVGpQEW-ĸČĮuôũWS\ļ‰˙#×Ņ˙ô!]¸_áUô7ĨđËĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€)ęŋō ģ˙ŽMüĒˇŋäs˙]ŋ Ģ:¯ü‚n˙ë“*Íđ†Ŗgea:\ÜĮ4šÛ„ÚUUĪJŒ\°SQWÕ•ŸũģĨĪü÷ŨÛēWü˙Á˙}Öŧņîq{ ŋĘūãBŠĪūŨŌŋįūûîíŨ+ūā˙žčįpö•ũƅq7˙…Ÿũs?ÎēíŨ+ūā˙žë‘ņuíĩíõĢ[N’ĒĄĄÎkōN3ŋ-Ĩ8â”Zßō!ŅäĸKūüŋČ×ĸWčŋōQ%˙~_äkŅ+*ūOņ?Đō!Ô(ĸŠõ (ĸ€0|g˙"­įÕ?ô5¯;Ôä¤ũf˙Ѕz'Œ˙äUŧú§ū†ĩįzü€4ŸŦßúŽL7üãū՞6yūį?—æ_‡ũDîåOĻCūĸ?÷Gō§×YėGdQE (ĸ€<ĶÂ?ō1_˙¸ßúŽŪ¸˙ČÅūãčbģzéÅņō?÷O›üŠ(ŽcØ9o˙ČzīũĮ˙Ѕu5ËxūC×î?ū„+ŠŽÜņ~Hßņ…Q\FEPEPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEÉÍ˙#¸˙}ô]ersČî?ß_ũV5žĪŠčeÛÔ˙ ũ˛Š(­<(ĸŠ(ĸŠå$cˆū ũäaøūA×_õ×ú ęĢ•đ/üƒŽŋë¯ôÕV¸Ÿâŗ(˙r§éú…WÔ?äu˙\_ųąUõųŨ×ūFŗ§ņ¯SĶŽčĨāøķē˙ŽƒųWS\ˇ‚?ãÎëūēå]Mo˙x‘Ĩâ0ĸŠ+”Č(ĸŠãƒųÕJļßņâ>ƒųĐJ:ŅEyîĩá[ģK—’ĘžŲŽT Ë'ļ:Õ+jwŗû,ĻyyT¨ņëøW§Ņ]k5ø{ *ŧé´ģė,ãĶėbĩ‹îF¸Éî{ŸÎŦQErļÛģ=ØEB*1VH(ĸŠEQ@cĶm"ģk¤‹ą$ļã߯ÅZĸŠŠJRøÆÛ{…QR ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(‡ņ)'ZŅTʲ+cÄĘWZrG ŠGåéXõåÕøŲöX?÷xz#kÂäcŽ3~=+ĩŽ/ÂĘNŽHÎJí+ŗ đoūņōAEWAæQ@‡ŽžåÕ˙öZęl˙ãÆßūš¯ōŽ[Į_rĮę˙û-u6ņão˙\×ųW—‡˙~­éȅņ2j(ĸŊBËo˙Cč*Ĩ[øōAU(ŦßČ÷ūšŌŦßČ÷ūšēõ9ņ_ĀŸŖüŒŋČoúø?ú ×M\Īŋä 7ũ|ũkĻĢÄG>UūåOĐ(ĸŠÄôŠ(  Ŋ_YM4E; …=õ5„ž&ŋna/÷vÔū˙íŠ÷ûcéYĩôl/dœ•ÛGĄJŒ9ŅßiēŒZ•ˇšƒkcW+•đĻ˙ĩÜcîyc?\ņũkĒ¯#J4Ē¸ĮcŽ´&Ō (ĸšŒÂŠ( Š( Š( Š( Š( Š( NÛūGV˙}˙ô]ervßō:ˇûī˙ šë+?SĐĖ~*á_¨QEąįœuü”‘˙]˙EšôZķĢų)#ūē7ū‹5čĩåå{U˙ũ‡PĸŠ+Ô,(ĸŠÆņgüŠ÷ßîũW›^øĻtãÛí˙$¯IņgüŠ÷ßîũV7„íāšđĄIáŽU @‘C āz×'ėķHKû¯ķg? ņTeE;_üîWļø…kŦQ ‰D NņÎ*_øX֟ô›ūûĢũ“Ļ˙Đ>×ūü¯øQũ“Ļ˙Đ>×ūü¯øWąĪCų‘aŗ$ŦĢ/üĘ˙…i˙@ųŋīąGü,kOúÍ˙}Š“_ĶŦaĐŽäŠĘŨS!–%r;â¨x>ÆŌįFwžÖ _Îašã qëZ%Eߗņ9Ĩ,Æ8•‡öĒí^öEŋøX֟ô›ūûÂÆ´˙ |ß÷Ø­_ė7ūöŋ÷åė7ūöŋ÷åÂŗįĄüŋ‰Õõ|Īū/üä<)0šņMÜę¤ GÁí–ģē† KkRMŊŧQnëå \ūU5gZĸŠ+ŖĢ/ÂK GŲÉŨŨŋŧ(ĸŠČî9m#ūF{¯ŦŸúu5Ëiō3Ũ}d˙ĐĢŠŽÜwņĸ7¯ņ/@ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“˛˙‘Ę_÷äūFēĘäėŋär—ũų?‘ŦkoSĐĀüÂβŠ(­<(ĸŠ(ĸŠã3˙‘VķęŸúםę?ōŌ~ŗčBŊÆō*Ū}S˙CZķŊGū@OÖoũW&ūFņ˙ęĪ<˙sŸËķG¯Ãūĸ?÷Gō§Ķ!˙QûŖųSëŦö#˛ (ĸ…Q@iáų¯˙Üoũ Wo\G„äbŋ˙qŋô1]Ŋtâŋˆxųû§ÍūaEW1ėˇ‡˙ä=wūã˙čBēšåŧ?˙!ëŋ÷˙BÔ×n?øŋ$oˆøŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ d¤Ŧ.G)"ŸL›ũDŸîŸåCwGŖč÷ãÎRā!‹äį9˙ Ô˙„"÷ūbüKāOŋô˙fŽÎš)QŒ ›=Ŧn:ĩō„ŠŨ<Žū‹ßųũ‹ō4Âyœũ˛ũ wVŸWĻrjb{ūá˙áŊ˙ŸØŋ#Gü!ŋķûäk¸ĸĢĀ?ĩ1=˙yĻąĸ\hĢ Ép¯æĖŒbģF/e1%ŒjI=Î+/Įę,ŋŪä+NËū<-˙ë’˙!J”TjI#LeYUÃSœ÷ģ'ĸŠ+ ōÎSĮņéi˙]ųWCĻČ&Īū¸'ū‚+žņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ ŠōčŋÕôD/‰–¨ĸŠõ -Ÿøņü?­TŦĪk:FnÖĄ7Ë&ŌĖ3€9Žn=[œD’Gc+Ŗ€ĘËlH ô"ˇ… N<×G›ˆÍ(ĐĒé4Û]•ÎŪ¨ë?ōŋ˙¯w˙ĐMs?Ú^/˙ |ßø j+‹ŋ\ÛËštû$R‹cЌUĮ$ĶēûÎjšŊ)Ķ”T%Ēdŋā_ų]×_č+Ē¯=ĶSÄēTOŽ›pÛqŨnO5{ûKÅ˙ô›˙M]jsrM}į>2† S„ŽŧŽŌĢęō ē˙Ž/ürÚ^/˙ |ßø iļ:ūĨuqwc|Š‘(+ŗk+50ÃI4î´;čį'V4ųdœ•ÕŽ‡Áņįu˙]ōŽĻšoĮ×ũtĘēšXß÷‰Íâ0ĸŠ+”Č(ĸŠã#"FĢũ–Įõ˙ũ;ūBĐ-ŋī˙˙c^ŸÕjö-gXđäwTW ˙ !?čß÷˙˙ąŖūBĐ-ŋī˙˙cGÕjööÖū~~üŽęŠáád'ũÛū˙˙ö4ÂČOúˇũ˙˙ėhú­^Áũĩ˙ŸŸƒ˙#;Â?ō1_˙¸ßúŽŪ¸oą—[ŧ—iŖ'é–ģšx¯â‘ë„OÍūaEW1ėˇ‡˙ä=wūã˙čBēšåŧ?˙!ëŋ÷˙BÔ×n?øŋ$oˆøŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQPŨČĐŲO*ũ䍘}@ :—S×ŧsâKí?EÔÛLŌŦd—žFÉy ãp9¤ŽŊā?ØÚk:ŖjšEķlY埤ÛZ]]ŊÜņ Wķ™ŠÉ'õĢĩ ë6ū Ņ­õ+PDs/*zŖ?CY~9×ĩxtß閉uqį*ynŒÃ98Rjék:_õ¯ūņ¯ ˙…ģã?ú­ŋđoū*ŊwL&ûJŗŧ¸ũÜĶĀ’Čƒ€ŦĘ <õ4”UŋŗEũķųŠ>Í÷Īæ(ĨoėŅ|ūbŗEũķųŠŠE[û4_ß?˜ŖėŅ|ūb€*S&˙Q'û§ųUīŗEũķųŠŽ{h…ŧŋ9û‡¸ôĄŽ;Ŗ™đ'ßŋúG˙ŗWg\g>ũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙ĒW>)KōmEĢJË ;öŽTCW|wūĸËũįūB°DHŪ6ąFPčV †÷k^N>ĩJO÷NÍ´žķģÚÁRˇvZ˙„åčī÷˙ZøNWūįū˙õĢšūĪ˛˙Ÿ;ûôŋáGö}—üųÛ˙ßĨ˙ ¯Ģãŋįō˙ĀQįZ]Ī0×|@5˜aŒ[ŧļ'%÷g?…hZøÍm­!ƒė%ŧ¸Õ3æã8ôŽ˙û>Ëū|í˙īŌ˙…Ųö_ķįo˙~—ü+(ā1q¨ęĒĒī}rĘ÷šÃÂrŋô?÷û˙­Gü'+˙@ķ˙ŋúÕÜ˙gŲĪŋũú_đŦũzÆŅ4 ÷KX„ A€GsŖŽ„\Ŋ˛Ķû¨-.įâMb=kÃv“$MŽå‘”œķˇ=î´/ųôßúõ˙Aå˛ȨŸõüô^ĨĄČŋĻ˙×Ŧú¯S VUpį=ŨĪ' ī™U˙ 4(ĸŠŖŲ (ĸ€ ōã˙#–Ģô¸˙ĐMzyxPŪ3Õ˛z-É˙ĮZēđ›ËĐōs/ãa˙ƎŸÁņįu˙]ōŽĻšoĮ×ũtĘēšXß÷‰Ũâ0ĸŠ+”Č(ĸŠãÍ÷Īæ(ĨoėŅ|ūbŗEũķųŠŠE[û4_ß?˜ŖėŅ|ūb€*QVūÍ÷Īæ(û4_ß?˜  ”UŋŗEũķųŠ>Í÷Īæ(ĨoėŅ|ūbŗEũķųŠŠE[û4_ß?˜ŖėŅ|ūb€*Uļ˙ôΏŗEũķųŠ”ÆĻ™ų}h>Šˇöhŋž1GŲĸūųüÅqzĪƒÖöáîlĨH¤s—ĮĘO¨#ĨRąđ<ŪpkëˆÄ`ōąd–üH¯Aû4_ß?˜ŖėŅ|ūbˇXšŠ<ˇ<šäØ9ÕöŽ:ūqF(’’(Ô* Ē:)õoėŅ|ūbŗEũķųŠĀôŌIY(Ģf‹ûįķ}š/īŸĖP2Ĩr>%Ŋyo¨b"ˆ RFs]ĪŲĸūųüÅqž+Ōž ŋļÆ Ã ˆūsúWv]ËíŊī—ŠžÜúœåtŪŊwķ,ܒĒģĶ=†pGę+™ŽŋÂzK*I{>P8Û<:“üĢÕĮōûÍō:ņäw6čĢf‹ûįķ}š/īŸĖWÎiRŠˇöhŋž1GŲĸūųüÅTĸ­ũš/īŸĖQöhŋž1@(Ģf‹ûįķ}š/īŸĖPJ*ßŲĸūųüÅf‹ûįķRŠˇöhŋž1GŲĸūųüÅTĸ­ũš/īŸĖQöhŋž1@(Ģf‹ûįķ}š/īŸĖPJ*ßŲĸūųüÅf‹ûįķRŠˇöhŋž1GŲĸūųüÅTĸ­ũš/īŸĖQöhŋž1@(Ģf‹ûįķ}š/īŸĖPJ*ßŲĸūųüÅf‹ûįķ?üy Ē• cSB~_Z‹ėŅ|ūb€*QVūÍ÷Īæ(û4_ß?˜  ”UŋŗEũķųŠ>Í÷Īæ(ĨoėŅ|ūbŗEũķųŠŠE[û4_ß?˜ŖėŅ|ūb€8Īir›ƒ{ FĖrīôŽxÄ ' ęŸf‹ûįķŅenpĀcÜc5éPĖeN WąĶ KŒlŅÍø{L’Î'žuÛ$€§ĒzÛĢf‹ûįķ}š/īŸĖW Z˛Ģ79u0œœŨŲRŠˇöhŋž1GŲĸūųüÅfIRŠˇöhŋž1GŲĸūųüÅTĸ­ũš/īŸĖQöhŋž1@(Ģf‹ûįķ}š/īŸĖPJ*ßŲĸūųüÅf‹ûįķRŠˇöhŋž1GŲĸūųüÅTĸ­ũš/īŸĖQöhŋž1@EˇüŽ­ūû˙č&ēĘæ-cSã×LüģߟøŽËėŅ|ūbąĄŗõ= Įâ§ūú•(Ģf‹ûįķ}š/īŸĖVĮžpv?ōRGũtoũkŅkĪmT/ÄŨ ä ˙Ešô*ōōŊĒ˙ū„C¨QEęQEcxŗūE{ī÷ū„+/ÁŸō+7ũwoéZž,˙‘^ûũÁ˙Ą Îđ:đŅV8{!^d˙äcđū¤}ŖZŠˇöhŋž1GŲĸūųüÅze˜#˙‘z÷ūš˙QYū ˙ŸõŨŋ’ÖĪ‰ā|7|ÁÉ"?_qYž…$Đ$,Ä´7eŽ˜˙ģŋSĮŠ˙#XūfíoėŅ|ūbŗEũķųŠæ=‚ĨoėŅ|ūbŗEũķųŠŠE[û4_ß?˜ŖėŅ|ūb€8Ŋ#ūF{¯ŦŸúu5ÍčąĢxļí Ā^āU×ũš/īŸĖWn;ø‹Ņ×ø—ĄRŠˇöhŋž1GŲĸūųüÅq(Ģf‹ûįķ}š/īŸĖPJ*ßŲĸūųüÅf‹ûįķRŠˇöhŋž1GŲĸūųüÅTĸ­ũš/īŸĖQöhŋž1@(Ģf‹ûįķ}š/īŸĖPJ*ßŲĸūųüÅf‹ûįķRš;/ųĨ˙~Oäkˇû4_ß?˜Ž6Â5>9™ ųwÉĪākÛĮÔô0?_đŗ§ĸ­ũš/īŸĖQöhŋž1[yRŠˇöhŋž1GŲĸūųüÅTĸ­ũš/īŸĖQöhŋž1@Ž×Yē˙ŌģŋÔ§ûĸšOˆŦsXmlå_ųŠíĄļ‹Éį?tw•åáßk˙Ûŋ‘ âez*ßŲĸūųüÅf‹ûįķę˙Įĸ}T­Z „áF9¨žÍ÷Īæ(Ĩdø›ūEËĪ÷Gū„+Ąû4_ß?˜ŦoAxfųƒ’BŽ˙í ē_}NloûĩOđŋČËđ_ü€Oũvoé]bx“ÃÄŗ|æīė+Ļû4_ß?˜Ē¯üIeŸîtũRŠˇöhŋž1GŲĸūųüÅdw(Ģf‹ûįķ}š/īŸĖPJå´Oų˙Ą í>Í÷Īæ+đüjū(ŧRp“ŸøŽÜ/đĒúŌøečt”UŋŗEũķųŠ>Í÷Īæ+ˆĀŠE[û4_ß?˜ŖėŅ|ūb€*QVūÍ÷Īæ(û4_ß?˜  ”UŋŗEũķųŠ>Í÷Īæ(ĨoėŅ|ūbŗEũķųŠŠE[û4_ß?˜ŖėŅ|ūb€*QVūÍ÷Īæ(û4_ß?˜  ”UŋŗEũķųŠ>Í÷Īæ(ˆĶäo¸˙~Jë+˜ŌãSãk”'å/?v_f‹ûįķ ŸŠčf?ďøQRŠˇöhŋž1GŲĸūųüÅlyį ĸ˙ÉD—ũų‘¯D¯=ŌT/ÄyĀ9I‘¯B¯/*ūOņ?Јu (ĸŊBŠ(  ˙ČĢyõOũ j…ĸŽ_Â$Ep%c†îj÷Œ˙äUŧú§ū†ĩƒdđ´!Ž˜˙ÎŧĮ˙#%ūԆ“•™kėvŋķíũđ(û¯üûC˙| Ōû4_ß?˜ŖėŅ|ūbŊK°öpėŽ_ÄöÖņøví’Հ\€ŧ*[Á.‚­$1ģyË(&ĩ<]iá{Ö I;˙ļĩ_ÁŖøqY˜ƒæŋzčMũ]úžDĄíXĢ}ÔŅû¯üûC˙| >Įk˙>Đ˙ß´žÍ÷Īæ(û4_ß?˜Ž{ŗ×öpėŠ1Ã@ˆãDŽÕ4úˇöhŋž1GŲĸūųüÅ"’KDTĸ­ũš/īŸĖQöhŋž1@Î/Ã˙ōģ˙q˙ô!]Ms~_ÄWŠĮ#ķ˙×ũš/īŸĖWn?øŋ$oˆøʔUŋŗEũķųŠ>Í÷Īæ+ˆĀŠE[û4_ß?˜ŖėŅ|ūb€*QVūÍ÷Īæ(û4_ß?˜  ”UŋŗEũķųŠ>Í÷Īæ(ĨoėŅ|ūbŗEũķųŠ†Ûũzū?Ę¯ÔÁ8ebH÷ŠčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ļē,‘˛0Ę° juæŸ §Eæŗá›ļŨArdEn ƒI‚ŠúwÅ;‘Šž“áĢFY/..DŒŠrP`¨Ī ;‰˙€×OâčŪ$n.â’+ĨīąņīÁņžđ>‹áˆš´ŽYn˜ö‹‡Ūā¸āųPԓÚiv‘ũĸâ+xPÕĨpŖ§'éSĮ"MKĢÆę]NCЃÜVW‰<9gâ1l/dž8–Q(0° îÕû 8ôí:ÖÆfŠÚ… œą Į~(€ņÂGņGIĐĪ6ēzũĻuė[°ƒūkŅëO𭎝â;ív9Ždŧŧ_Íe* p {É=+r€9dņŦøĘßÛ}•sÃËō͜÷ę1W<]ĢXé^ŋ{Éc_2Ž8ÉæFe ;õŠ5˙ é%‰RļŪč0’ĄÚëô>žĮŠÂ°øWáĢĨŌæėŠČK™_ČŸĄ ü.ąžËÁÔŠ¸‘æE=”āĪükŗ¤U ĄTĀĩ-/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ dßę$˙t˙*}2oõē• qŨ~û÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ōüŽööĮ˙EŠßņßú‹/÷Ÿų ĀƒūG{ûc˙ĸÅxš—ÅņGõ;ą?îTŊYé´QE{GQEVoˆä^Ô?ëƒ˙*ŌŦß˙ČŊ¨×ūU–#øRôžĮ—É˙"ĸ×ņ˙Đz–…˙"ū›˙^ą˙č"ŧļOųūŋū€+Ô´/ųôßúõ˙Ae˙ō-Ĩķ,˙Ũoæ+y~čúWm÷z_?ĖŪ§đãķŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģm˙#č?TĢm˙#č?TĸŠ(ĸŠ(ĸŠ(ĸŠ(¤ 0 €Aę -UtÛ%“zÚB×`ĢTQU)J[ąļŪáETˆ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŖ¸¸ŠÖŨį™ÂFƒ,M&ŌW`IEqw^7›Í"ŌÖ1<I$ū]+SEņDZœĸÚxÄ7îāå[éčk†žg†ŠSŲÆZ’Ļ›ąĐQEŪQm˙ãČ}TĢo˙Cč*ĨQP]^ÛY {™ã‰OMíŒũ)¤ŪˆR’Šŧ‘=R×Sąžbļ×QHÃøCsųUēkF(N3\Đw^AER((ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠäíŋäuo÷ß˙A5ÖW'm˙#Ģž˙ú Ž˛ąĄŗõ= Įâ§ūú…Q[yÄ%Ü?ææA)#nb ÆPŽßZėá-Đŋč Ÿ÷Ã…fŪøkNŋē{™VA#ũ퍀jŋü!Ú_ũ7˙ž˙úÕãSŖĄ)Ēj-6ŪˇęBR[_đ–č_ôOûáŋøKt/ú'ũđßáXŋđ‡iôßūû˙ëW?âm×I6ŋfķ?{ģvöĪLŒN>…7Rq—¯ų‰š%sē˙„ˇB˙ ‚ß ūÂ[ĄĐA?ī†˙ ‡Âcß?, ŸŸÛéO˙„;K˙Ļ˙÷ß˙ZĩSĖZŋ,ûÄŪ"ņ‘{ ]ÛÛŪ+Ęę¨VäzŠ_ČŦßõŨŋĨA˙v—˙M˙īŋūĩt6z}ž™¤ĨŊ˛•Lî99$žôPĄ‰–%WŽ’˛ļ€“ŊؔQEz…™~#˙‘z÷ūš˙QYū ˙ŸõŨŋ’Ö‡ˆ˙ä^Ŋ˙ŽÔV‚ä'ũwoäĩĶ÷węxõ?äkđ?Ėé(ĸŠæ=€ĸŠ(ĸŠ(–Ō?ägēúÉ˙ĄWS\ļ‘˙#=×ÖOũ ēšíĮz#z˙ô (ĸ¸ŒŠ( Š( Š( Š( Š( Š( š;/ųĨ˙~OäkŦŽNËūG)ߓųÆļņõ= ÁWü,ë(ĸŠØķŠ( Š( 3Į?ëŦŋŨé]„_ęSũŅ\Ž×Yē˙ŌģŋÔ§ûĸŧŧ/ûíûwō!|L}Q^ĄešãŅ>‚ĒUšãŅ>‚ĒPY>&˙‘rķũŅ˙Ą ÖŦŸČšyūč˙Ѕ]/Ž>§67ũÚ§ø_äSđ_ü€Oũvoé]sž ˙ ˙ŽÍũ+ĸĒ¯üIeŸîtũQE‘ÜQEËhŸō1Ũ}˙BÔ×-ĸČĮuôũWnøU} é|2ô:š(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( OM˙‘žãũų+ŦŽOM˙‘žãũų+ŦŦhlũOC1ū$‚Š(­<ãô_ų(’˙ŋ/ō5č•įz/ü”IߗųôJōō¯áÔ˙ũ‡PĸŠ+Ô,(ĸŠÁņŸüŠˇŸT˙ĐÖĒxKūE8ëĢ:ˇã?ųo>Š˙Ą­Tđ—üŠp˙×Vūuæ?ų/đ~¤}ŗVŠ(¯LŗÅ_ō-Ū}˙C_Áŋō/¯ũtjąâ¯ųī>‹˙ĄŠ¯āßų×ūē5t¯÷wëú<ŋämđ~§AEW1ėQ@Q@ˇ‡˙ä=wūã˙čBēšåŧ?˙!ëŋ÷˙BÔ×n?øŋ$oˆøŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ dßę$˙t˙*}2oõē• qŨ~û÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ōüŽööĮ˙EŠßņßú‹/÷Ÿų ĀƒūG{ûc˙ĸÅxš—ÅņGõ;ą?îTŊYé´QE{GQEVoˆä^Ô?ëƒ˙*ŌŦß˙ČŊ¨×ūU–#øRôžĮ—É˙"ĸ×ņ˙Đz–…˙"ū›˙^ą˙č"ŧļOųūŋū€+Ô´/ųôßúõ˙Ae˙ō-Ĩķ,˙Ũoæ+y~čúWm÷z_?ĖŪ§đãķŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģm˙#č?TĢm˙#č?TĸŠ(ĸŠ(ĸŠ(ĸŠ(¨Ž.a´ˆË<w=ęZã|Grōę'd@Q’k§ CÛÔå{Ō§Ī+Kâm<É´ų x§ãZąJ“F˛FáŅ†CÁ¯8Ž‹Âˇ/įMlI(Wx‡ _ŌģqXSĻį†Õpę1æ‰ÔQE䜁EPEPEPEPEPEPEPEPEP\į×GW;Z`ō&ē:­cŖe%ŦÃåqÔuąĪ‹Ĩ*´%N;´)+ĢQRÛ;Įuş1\ĮŽx­{¯ ęJV(„éž ūĩ´ Ëor—wûAŒîHĪ>¤×ČQËą2ĒĄĘןüsŽĸŠ+í΂Û˙Įú ŠVßū<‡ĐUJdŌŦI+}ÔRĮčkɯī§Ôoæv%˜đ;(ėĩzĖŅ,đI}×R§čF+ɯė'Ķ¯Úu!”đ{0ėGĩwāšnûŸ/ÄžĶ–øuŋ¯OøČđȲFåNU”āƒ^§ĄßļĨ¤Ar˙ë*øõükË#æ‘c ģ*¨É&ŊOC°m7H‚ŲņæYņęNOøUãyyWs›†ũ§ļžkëĶõ4(ĸŠķOą (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9;oų[ũ÷˙ĐMu•ÉÛČęßīŋū‚kŦŦhlũOC1øŠ˙…~ĄEVĮžQEĮxëīX}$˙ŲkąŽ;Į_zÃé'ūË^noūį?—扟Âu–ßņëûƒųTĩˇüzÅūāūU-zøQAVä˙5ú ŠVä˙5ú  *QE—â?ų¯ëŸõŸāŸųÉ˙]Ûų-hxūEëßúįũEgø'ū@r×vūK]1˙w~§SūF°˙üŠ(ŽcØ (ĸ€ (ĸ€9m#ūF{¯ŦŸúu5Ëiō3Ũ}d˙ĐĢŠŽÜwņĸ7¯ņ/@ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“˛˙‘Ę_÷äūFēĘÁļŌŽĸņ—ŦĢäŗ1w<JĘĒmÆŨÎėãÔRvŧYŊEV§QEQEƒâ meíÚ)cĘ üķœ…n"íE_@:ŠÆ! ’¨ˇ•¯ōĩ¸QE°Ër˙Įĸ}TĢr˙Įĸ}T ˛|M˙"åįûŖ˙B­Y>&˙‘rķũŅ˙Ą ē_}NloûĩOđŋȧāŋųŸúėßŌē*į|˙ ˙]›úWEU_ø’2Ë?Üéú ĸŠ+#¸(ĸŠ+–Ņ?äcēú?ū„+ŠŽ[D˙‘Žëč˙úŽÜ/đĒúŌøeču4QEqQ@Q@Q@Q@Q@Q@Q@ž›˙#}ĮûōWY\ž›˙#}ĮûōWYXĐŲúž†cüH˙…Q[yÁ&Ĩ‘ã;‹ÉcwD‘ÁUëČ"ēøXv?ķįsų¯ø֔ÚmÄ†IŦā‘ĪVhÁ&™ũĻĐ>Ûūũ ō!ƒÅŅrTĒ$›onärÉlĘđ°ėįÎįķ_ņŖūüųÜūkū5ûL˙ }ˇũúČøÂŌÚŌâÔ[ÁA‘‰ gšËdŽo˙ÂÃą˙Ÿ;ŸÍƏøXv?ķįsų¯øÕáŖé˜ņ/ļ˙ŋB—ûL˙ }ˇũúŅėsųøžáÚ]Î{^ņĻ­ŖĪe´ČōmÃ600Ā˙JŲđ—üŠp˙×WūfŦciŸôļ˙ŋBĩZ(ᰎ8‘cE Ŗ~X|%xâ=Ŋi&ím˜(ģŨ•čĸŠô‹1üU˙"ŨįŅô1Uü˙"ú˙×FĢ*˙‘nķčŋúĒū ˙‘}ëŖWJ˙w~ŋĄãËūFŅ˙ętQEsĀQEQEËxūC×î?ū„+ŠŽ[Ã˙ōģ˙q˙ô!]Mvã˙‹ōFøŒ(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPYŌ˙­÷hÖtŋë_ũã@ ĸŠ(ĸŠ(ĸŠ(ĻMūĸO÷Oō§Ķ&˙Q'û§ųPĮŅ‡āOŋô˙fŽÎ¸Ī}û˙¤û5vuŽøhîĖ˙ŪĨōüQEąĀQEr>;˙Qeūķ˙!XČīa˙lôX­˙˙¨˛˙y˙Ŧ?äw°˙ļ?ú,W‹™|Q˙SģūåK՞›EW´p…Q@fø‡ūEíCū¸?ō­*Íņü‹Ú‡ũpåYb?…/Gų ėy|Ÿō*'ũũWŠh_ō/éŋõëū‚+Ëd˙‘Q?ëø˙čŊKB˙‘M˙¯X˙ôF_˙"Ú_3ÆÂ˙ČĘ¯øQĄEV§´QEåĮūG-Wéq˙ šõōã˙#–Ģô¸˙ĐMuá7—Ąäæ_ÆÃ˙G‚?ãÎëūēå]MrŪ˙;¯úč?•u4ąŋī=ē˙ÄaEW)QEÆxßū>,˙Ũoæ+y~čúV˙ãâĪũÖūbˇ—îĨv×˙wĨķüÍę?1hĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ļßņâ>ƒųÕJļßņâ>ƒųĐJ(¤bK€I ĸŧĮZ×îĩK— #%¨8HÁĀ#ÔúšĨc¨ŨéĶ -Ļd ōšų[ę;×jÁIÆíę|Üø’ŒjōÆ ĮŊ˙Oø'­ŅTôģõÔôØnÔmŪ>eô#‚*åq´Ķŗ>†HŠĮg¨QE‹ æŧEĨK$ßl ä"ČĮzéh­¨V•ķÄēsp•ŅæÁ›jŠ,xĀ×]áí.K8Ūy×l˛ =T{ÖÖŅœāg֖ēą„ĢC‘+#Z˜‡5dŦQEyį8QEQEQEQEQEQEQEQEQEQEQEQEm˙ãČ}TĢo˙Cč*ĨՕĩęš‚9TtŪšĮŌ§ĸšmj…(Š+I]-tË-mklˆ/?[ĸŠoV(B0\°V^AER((ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠäíŋäuo÷ß˙A5ÖW'm˙#Ģž˙ú Ž˛ąĄŗõ= Įâ§ūú…Q[xQEWã¯Ŋaô“˙eŽÆ¸ī}뤟û-yšŋûœū_š& Ö[ĮŦ_îåRÔVßņëûƒųTĩčGáE[“ū<×č*Ĩ[“ū<×č*€ŠEP_ˆ˙ä^Ŋ˙ŽÔV‚ä'ũwoäĩĄâ?ų¯ëŸõŸāŸųÉ˙]Ûų-tĮũŨúž=OųÃüķ:J(ĸš`(ĸŠ(ĸŠå´ųčUÔ×-¤ČĪuõ“˙BŽĻģqßÄ^ˆŪŋÄŊŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ÜŋņčŸAU*ÜŋņčŸAU(ŦŸČšyūč˙ЅkVO‰ŋä\ŧ˙tčBŽ—ĮS›ūíSü/ō)ø/ū@'ūģ7ôŽŠšß˙Č˙×fū•ŅUWū$Œ˛Ī÷:~ˆ(ĸŠČî (ĸ€ å´Oų˙Ą ęk–Ņ?äcēú?ū„+ˇ ü*ž†ôžzMQ\FEPEPEPEPEPEPEP'Ļ˙Čßqūü•ÖW'Ļ˙Čßqūü•ÖV46~§Ą˜˙?áAEVĮžQEÅxãū>Ŧ˙Üoæ+ĩŽ+Įņõgūã1^fqūé/—æDū´- č)kĶ,*ÜßņꟅTĢsĮĒ~RŠ(  ȡyô_ũ U˙ČžŋõŅĒĮŠŋä[ŧú/ū†*ŋƒä__účÕŌŋŨ߯čxō˙‘´ÁúQ\Į°QEQErŪ˙õßû˙Ą ęk–đ˙ü‡Ž˙ÜũWS]¸˙âü‘ž#ã (ĸ¸ŒŠ( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEVtŋë_ũãZ5/ú×˙xĐ(ĸŠ(ĸŠ(ĸŠ)“¨“ũĶüŠôÉŋÔIūéūT1Įtaøīßũ#˙ŲĢŗŽ3ĀŸ~˙éūÍ]c‡ū;ŗ?÷Š|ŋ$QElpQ@Ž˙ÔYŧ˙ČVō;ØÛũ+Įę,ŋŪä+ųė?íū‹âæ_ÅÔîÄ˙šRõgĻŅEí!EPYž!˙‘{P˙ŽüĢJŗ|C˙"öĄ˙\ųVXáKŅūB{_'üŠ‰˙_Į˙@ęZü‹úoũzĮ˙ ŠōŲ?äTOúū?ú¯RĐŋä_ĶëÖ?ũQ—˙Čļ—Ėņ°ŋō2ĢūhQEŠíQ@yq˙‘ËUú\č&ŊFŧ¸˙ČåĒũ.?ô]xMåčy9—ņ°˙ãGQāøķē˙ŽƒųWS\—ƒ&Š+KĄ$¨„Č1š€í]?Û-ŋįâûėSÆÅûyh{•ĶöŒšŠ‡í–ßķņũö(ûeˇüüC˙}Šåå—c+2j*ļ[ĪÄ?÷ØŖí–ßķņũö(å—`ŗ9/˙Įşû­üÅo/ŨJįŧi,rĪiåȏ…lí`qČŽ…~čúW^#L=/ŸæmSøqų‹EW€QEQEQEQEQEQEQEQEV=߉ôģILM3HĀāųk?•Šī$ŗŅXDJ´Î#Čė$˙,~5įuâfy¤đĶTŠ­zÜÎsļˆõ; VËSRmfGŪSîהX^Ia{ĖD†Fɸî+Õë§-Įŧ\2ŗC„š‚­ˇüx ūuR­ˇüx ūuéT¨/1öŒđ<ļĪåSŌ:ĢŖ# Ģ íMnL•âŅãtVŽ¯¤\i7mˆÆ"w&8aū>ÕNÚÚ{ÉÖxšIĸ¨¯qI5Ėļ?0Šė¤ŊîĮ ø;đĻ Ī˜Ųüë~¨čúöf— Š ˛ŒšØōjõxÕdĨ6Ņú> œŠaĄ n’ (ĸŗ:‚Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(“ļ˙‘Õŋßũ×Y\ˇüŽ­ūû˙č&ēĘƆĪÔô3ŠŸøWęQElyáEP\wŽžõ‡ŌOũ–ģãŧu÷Ŧ>’ėĩææ˙îsų~h™ü'Ym˙ą¸?•KQ[ĮŦ_îåRץ…nOøķ_ Ē•nOøķ_ ĒĨQ@~#˙‘z÷ūš˙QYū ˙ŸõŨŋ’Ö‡ˆ˙ä^Ŋ˙ŽÔV‚ä'ũwoäĩĶ÷węxõ?äkđ?Ėé(ĸŠæ=€ĸŠ(ĸŠ(–Ō?ägēúÉ˙ĄWS\ļ‘˙#=×ÖOũ ēšíĮz#z˙ô (ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŠĄq­é–˛˜æŧ\p@į\tĢV÷0]Ä%ˇ•%CŨk8Õ§)rÆIŋQ]ŅE Ër˙Įĸ}TĢr˙Įĸ}T ˛|M˙"åįûŖ˙B­QÍW´S"ŧm÷•†AĒƒå’fXŠn­)S]S_z0|˙ ˙]›úWEPÛZÁg•oD™ÎÕŠŠÔ—4ܑJ.…RoTŦQEAĐQEËhŸō1Ũ}˙BÔ×-ĸČĮuôũWnøU} é|2ô:š(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( OM˙‘žãũų+ŦŽOM˙‘žãũų+ŦŦhlũOC1ū$‚Š(­<(ĸŠ+ŠņĮü}Y˙¸ßĖWk\WŽ?ãęĪũÆūbŧĖãũŌ_/Ė‰ü'h: ZAĐR×ĻXUšŋãÕ? ŠVæ˙Tü(ĨQ@ū*˙‘nķčŋúĒū ˙‘}ëŖUȡyô_ũ U˙ČžŋõŅĢĨģŋ_Đņå˙#h˙ƒõ: (ĸš`(ĸŠ(ĸŠåŧ?˙!ëŋ÷˙BÔ×-á˙ų]˙¸˙úŽĻģq˙Åų#|GÆQEqQ@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦéÖŋûÆ´k:_õ¯ūņ QEQEQES&˙Q'û§ųS铨“ũĶü¨cŽčÃđ'ßŋúG˙ŗWg\g>ũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙Ŧ?äw°˙ļ?ú,V˙Ž˙ÔYŧ˙ČVō;ØÛũ+ÅĖž(˙Š?ŠŨ‰˙rĨęĪMĸŠ+Ú8BŠ( ŗ|C˙"öĄ˙\ųV•fø‡ūEíCū¸?ōŦą—Ŗü„ö<žOųūŋū€+Ô´/ųôßúõ˙Aå˛ȨŸõüô^ĨĄČŋĻ˙×ŦúŖ/˙‘m/™ãaäeWü(ĐĸŠ+SÚ (ĸ€ ōã˙#–Ģô¸˙ĐMzyq˙‘ËUú\č&ēđ›ËĐōs/ãa˙ƊTWgā¸Ņí.‹ĸˇīQžÕĶų˙Ī(˙ī‘^lÁR¨áË{yŸKˇäy-zJũŅôŦĸ$ö{W*Ũ;Šß_ē>•Ž>¯ĩ§NvĩîEysÆ2õŠ(¯0å (ĸ€ (ĸ€ (ĸ€ (ĸ€ Š¨j6úlläķ¨ęĮÚ­×â‰]õr÷c@}yŦĢO’7Gfąš%ļåĪøKÛüy žžg?ʡ´ũF J6r8enĒkÎëgÃēk ‹÷dF >œ˙JįĨ^NIHõą™mŅsĻŦŅÛQEÚ|čQEƒã+ûŧĖîķË˙{˙՚ķÚô_YI{ĸˇ” <.$Ú:ô?ĨyÕ|ŽxŸÖSkKÔܚ×ʐųųōŧÅߏîįšõĒō>ĘMBú+h%Ī'Đw5ęÕŨ'É7m4ũGL*ÛĮˆúįU*ÛĮˆúį_@jTĸŠ(Ž‹"•u §¨a‘MŠ`EFPŠIE*ŊėQE (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-ŋüy Ē•m˙ãČ}T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( NÛūGV˙}˙ô]ervßō:ˇûī˙ šë+?SĐĖ~*á_¨QEąį…Q@qŪ:ûÖI?öZėkŽņ×Ū°úI˙˛×››˙šĪåųĸgđeˇüzÅūāūU-Em˙ą¸?•K^„~PUš?ãÍ~‚ĒUš?ãÍ~‚¨ ”QEeøūEëßúįũEgø'ū@r×vūKZ#˙‘z÷ūš˙QYū ˙ŸõŨŋ’×LŨߊãÔ˙‘Ŧ?Ā˙3¤ĸŠ+˜öŠ( Š( [H˙‘žëë'ū…]MrÚGüŒ÷_Y?ô*ękˇüEčëüKĐ(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Âņ^Ŗ%†–+$íŗpę9Įųī[ĩ‰â2MGKũ–šŪĒ:°î?ĪĨrãŊŖÃĪŲīaJöĐķĒĶĐu4íRV>\ŒEėA?ŌŗH Fę jøL—QÔâ!O“‘û`sŠ¯ŠÂĒžÚ>ĪâšÎ¯}JĸŠ+īΒÜŋņčŸAU*ÜŋņčŸAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž[D˙‘Žëč˙úŽĻšmūF;¯Ŗ˙čBģpŋÂĢčoKᗡÔŅEÄ`QEQEQEQEQEQEQErzoü÷īÉ]erzoü÷īÉ]ecCgęzņ#ūQElyáEP\WŽ?ãęĪũÆūbģZâŧq˙Vî7ķægî’ų~dOá;AĐRŌ‚–Ŋ2­Í˙ŠøUJˇ7üz§á@(ĸŠĮņWü‹wŸE˙ĐÅWđoü‹ë˙]ŦxĢūEģĪĸ˙čbĢø7ūEõ˙Ž]+ũŨúū‡/ųGüŠĐQEĖ{EPEP-á˙ų]˙¸˙úŽĻą4­*æĪTžâ]›X žXé[u׍œgRņwŅÖiĘč(ĸŠä2 (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPYŌ˙­÷hÖtŋë_ũã@ ĸŠ(ĸŠ(ĸŠ(ĻMūĸO÷Oō§Ķ&˙Q'û§ųPĮŅ‡āOŋô˙fŽÎ¸Ī}û˙¤û5vuŽøhîĖ˙ŪĨōüQEąĀQEr>;˙Qeūķ˙!XČīa˙lôX­˙˙¨˛˙y˙Ž/]˙Ÿũą‹˙@Zđŗiō%>ŌOđgn+ũʗĢ=‡rúÎËę?:đĘ+õƒūū?đ7Úyįš}GįFåõxeŦôīņ˙€ĶČ÷=Ëę?:ÍņøGĩGú‡ūUãÔTTĪyāãė÷ķ˙€§‘Ĩ'üŠ‰˙_Į˙@ęZü‹úoũzĮ˙ ŠōŲ?äTOúū?úŠmü_­ÚÛEo ÚŦq DRœ0;WĶeTeW.¤ŖįųŸ;SK˜T•DõKc×h¯&˙„Û_˙ŸÅ˙ŋ)ūÂm¯˙Īâ˙ߔ˙ ëú•Nčč˙XđŸË/š™ë4W“Âm¯˙Īâ˙ߔ˙ ?á6×˙įņīĘ…RŠŨúĮ„ūY}ËüĪY¯.?ō9jŋKũÕøMĩ˙ųü_ûōŸáPéŨë776ée†fcŒd•5ŊĨw#šĻiG‰Ąié5ŊŋĖíŧ˙w_õĐ*ęk–đGüyŨ×AüĢŠŽ|oûď­¯üFQEr™Q@g˙ãâĪũÖūbˇ—îĨ`øßū>,˙Ũoæ+y~čúWm÷z_?ĖŪ§đãķŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦMFmEVx1į Û´œnã[tTĘ*JĖ֍iŅšœ7GžejöũŠ|įęÎ?:ę4 ôđĶÜcĪq´(9Ú?ÆļčŦĄB0w;19ZđäĩQEšįQ@dŨxoKģ”Ęöû\œ“ĪáŌĩ¨ŦęR§UZ¤SõIîTąĶ,ôÔ+kĮž§Š?RjŨUB‚åŠ˛Uļ˙ôÎĒUļ˙ôΨ ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE[øōAU*Û˙Įú Š@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ˇüŽ­ūû˙č&ēĘäíŋäuo÷ß˙A5ÖV46~§Ą˜üT˙ÂŋPĸŠ+cĪ (ĸ€ ãŧu÷Ŧ>’ėĩØ×ã¯Ŋaô“˙e¯77˙sŸËķDĪá:Ëoøõ‹ũÁüĒZŠÛū=b˙p*–Ŋü( ĢrĮšũTĢrĮšũP(ĸŠËņü‹×ŋõĪúŠĪđOü€ä˙Žíü–´dĩ QVšãŅ>‚ĒUšãŅ>‚ĒPEPEPEPEP\ļ‰˙#×Ņ˙ô!]MQļŌ­­.Ūę=ūcį9‹˙ĄŠ¯āßų×ūē5t¯÷wëú<ŋämđ~§AEW1ėQ@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦéÖŋûÆ´k:_õ¯ūņ QEQEQES&˙Q'û§ųS铨“ũĶü¨cŽčÃđ'ßŋúG˙ŗWg\g>ũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙Žz8Ō_ŲG"+ŖAV÷cĩt>;˙Qeūķ˙!XČīa˙lôX¯2ÖQ˙SģūåK՞ƒũ“§Đ>×ūü¯øQũ“§Đ>×ūü¯øUĘ+ÖöPūTpX§ũ“§Đ>×ūü¯øQũ“§Đ>×ūü¯øUĘ(öPūT)˙déßôĩ˙ŋ+ūŸŽéļh7Ī•˛:ĀÄ2Ä ƒĨnVoˆä^Ô?ëƒ˙*ĘŊ8{)hļ5ĄåōȨŸõüô]^›āM.ķK´ē’{ĀķB’0W\@<|ĩĘI˙"ĸ×ņ˙Đz–…˙"ū›˙^ą˙č"ļËg(eÔš_sįá†ĨˆĖ**ąŊ’0ŋá]éķņ{˙}§˙Gü+Ŋ#ū~/ī´˙âk­ĸē~ąWųGû+˙>ŅÉÂģŌ?įâ÷ūûOū&øWzGüü^˙ßi˙Ä×[EXĢüÁũ•‚˙Ÿhäŋá]éķņ{˙}§˙\ĨĨĒXø–ūÖ"Æ8cąä€§­zÅyq˙‘ËUú\č&ēpÕ'6ԙįâđt(WÃēQIšŖ¨đGüyŨ×AüĢŠŽ[Áņįu˙]ōŽĻ˛Æ˙ŧHúZ˙ÄaEW)QEÆxßū>,˙Ũoæ+y~čúV˙ãâĪũÖūbˇ—îĨv×˙wĨķüÍę?1hĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ļßņâ>ƒųÕJļßņâ>ƒųĐJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-ŋüy Ē•m˙ãČ}T Š( Š( Š( Š( Š*ēˇwØˇ3˙t8&šMė&ĸŠ)QEQEQEQEQEQEQEÉÛČęßīŋū‚kŦŽNÛūGV˙}˙ô]ecCgęzÅOü+õ (ĸļ<đĸŠ(Ž;Į_zÃé'ūË]qŪ:ûÖI?öZķs÷9üŋ4LūŦļ˙XŋÜĘĨ¨­ŋãÖ/÷ōŠkЏŠ ˇ'üy¯ĐUJˇ'üy¯ĐURŠ(  ŋ˙ČŊ{˙\˙¨Ŧ˙˙ČOúîßÉkCÄō/^˙×?ę+?Á?ō“ūģˇōZéûģõ™7ú‰?Ũ?ʆ8îŽLÖ.ô“)ĩ)ûĖnÜšéŸņ­øLĩoX?īß˙^ĸđ×Iž?+n6€sœ˙…n˙ k˙?“ß"¸!Ž>îĮĶbk`ŖQĒĢŪô1˙á2ÕŊ`˙ŋũz?á2ÕŊ`˙ŋũzØ˙„×ū&˙žEđƒZ˙Īäß÷ČĒä¯ÜĮëwō¯¸Į˙„ËVõƒūũ˙õč˙„ËVõƒūũ˙õëcūk_ųü›ūų k˙?“ß"ŽJũÃëwō¯¸æ5=nķVXÖčĮˆÉ+ĩqÖĨƒūG{ûc˙ĸÅXņ Ī'šH;€Æ?ÆĢÁ˙#Ŋ‡ũą˙Ņbŧüj’äæߚ?ŠÉšJ”¨StžŗĶhĸŠ÷O$(ĸŠ+7Ä?ō/jõÁ˙•iVoˆä^Ô?ëƒ˙*Ëü)z?ČOcËä˙‘Q?ëø˙čŊKB˙‘M˙¯X˙ô^['üŠ‰˙_Į˙@ęZü‹úoũzĮ˙ Š2˙ųŌųž6ūFU (ĸĩ= ĸŠ(¯.?ō9jŋKũרחųĩ_ĨĮū‚k¯ ŧŊ'2ū6ühę<˙w_õĐ*ęk–đGüyŨ×AüĢŠĨ˙x‘í×ū# (ĸšL‚Š( 3Æ˙ņņgūë1[Ë÷GŌ°|o˙îˇķŧŋt}+ļŋûŊ/ŸæoSøqų‹EW€QEQEQEQEQEQEQEQEQEQEUļ˙ôÎĒUļ˙ô΀*QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEm˙ãČ}TĢo˙Cč*ĨĮë>2h.^ßODm‡ +ō öÖēĢÍ˙a¸ōŗæymˇ¸âŧ‚ģ0”Ŗ6Üē=ŸcëaãRv枧Uaãk´˜ ØŌH‰ä Ãčk¸ŠXį…%‰ƒFā2°î xízW„üĪøG-÷įĢmĪĻãW‹ŖÅJ:d9…zÕ%FĢæVŊÍē(ĸ¸¨ (ĸ€9Oę25ŅŗŠÆ€oĮņĪåXąâ;G‡Riđ|š°A÷ÆŦzúl"‚ŖSĶĸ—"ąÖøoQ’æ7ļ™‹<`cԊŨŽoÂ֎žmÛ†Ä÷įŸé]%xxÕ^J t”Ũ‚Š(ŽS ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸé–izo\NũĮ¸ĮLâ­ŅE$’ØŠNRøÂŠ(ĻHQEWã¯Ŋaô“˙eŽÆ¸ī}뤟û-yšŋûœū_š& Ö[ĮŦ_îåRÔVßņëûƒųTĩčGáE[“ū<×č*Ĩ[“ū<×č*€ŠEP_ˆ˙ä^Ŋ˙ŽÔV‚ä'ũwoäĩĄâ?ų¯ëŸõŸāŸųÉ˙]Ûų-tĮũŨúž=OųÃüķ:J(ĸš`(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠˇ/üz'ĐUJˇ/üz'ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+ŠņĮü}Y˙¸ßĖWk\WŽ?ãęĪũÆūbŧĖãũŌ_/Ė‰ü'h: ZAĐR×ĻXUšŋãÕ? ŠVæ˙Tü(ĨQ@ū*˙‘nķčŋúĒū ˙‘}ëŖUȡyô_ũ U˙ČžŋõŅĢĨģŋ_Đņå˙#h˙ƒõ: (ĸš`(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gȎerēžÕĄT$–A#įšg–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*dŅŋ‘'ČßtööŠ<é?ž:dķIäIķŸē• qŨû÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ōƒ#ÆöķĮ˙EŠŪņßú‹/÷Ÿų Á„“ã‹ œņū‹âæ_ÅÔîÄ˙šRõgĻQEí!EPYž!˙‘{P˙ŽüĢJŗ|C˙"öĄ˙\ųVXáKŅūB{_'üŠ‰˙_Į˙@ęZü‹úoũzĮ˙ ŠōŲ?äTOúū?ú¯RĐŋä_ĶëÖ?ũQ—˙Čļ—Ėņ°ŋō2ĢūhQEŠíQ@yqøĪVĀíq˙ šõōâHņž­ƒÚã˙A5ׄŪ^‡“™ū4u˙;¯úč?•u5Ëx#ū<îŋë ūUÔŌÆ˙ŧHöë˙…Q\ĻAEPãøøŗ˙uŋ˜Žc}Ŗänž•Īøßū>,˙Ũoæ+ĄY¤Ú>sŌģk˙ģŌųūfõ?‡˜yoũÆü¨ōßûųRųŌ|ūtyŌ|ūuÄ`'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆüĒĶ)û0sĮãUŧé?ž:´ÎßdŨ“ģŸÆ€*yoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@]OØĀÁÎWËî7åVŨØZÉŨÍUķ¤ūųüč<ˇūã~UĮë> šk‡¸Ķ°ĄÎZ'`ûé]'÷ĪįG'÷ĪįZSĢ*nņ9qx:8¸rU_đÃĀˇŌL éD!>f?ĐWq ˇ‘ CEcE Ē@*O:OīŸÎ:OīŸÎJĶŠņƒËč`ĶT–¯ĢÜO-˙¸ß•[˙qŋ*_:OīŸÎ:OīŸÎ˛;DōßûųQåŋ÷ōĨķ¤ūųüčķ¤ūųüč9mDņ˜å‡zĄ—5A|;`’o„ûÄ~U§įIũķųŅįIũķųÕÆŦā­ŅJR[1Ģ *…XČ€ôĨōßûųRųŌ|ūtyŌ|ūu‰åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*ã|vŦ­aGuî×gįIũķų×ãĮgk ĖNā5ææ˙îsų~h™ü'Ymũ–‘žāííRųoũÆüŠ–ĶIöX~s÷ųTžtŸß?zøQByoũÆüĒԊMĸ€p8ÅVķ¤ūųüęĶģ U`Np9Ē§–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@u=ĩ >kSšĢÛsŠ¯ĸčÍŖŲ5˛ģĘ —ÜS@Ō´ŧé?ž:<é?ž:ŽwËËĐÅĐĻęĒÍ{ÉZūByoũÆü¨ōßûųRųŌ|ūtyŌ|ūu&ÂyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•Gs~ļ™gŸbäÖZøēČÉ´É8Ū+ĮøÔĘqŽėڞ­ExE´lyoũÆü¨ōßûųSbģķâY"›z0Č`x4˙:OīŸÎ¨ÉĻ˜ž[˙qŋ*<ˇūã~TžtŸß?tŸß?Ëî7åG–˙ÜoʗΓûįķŖΓûįķ ōßûųQåŋ÷ōĨķ¤ūųüčķ¤ūųüč<ˇūã~TyoũÆüŠ|é?ž:<é?ž:ŗ*“j œ*¯–˙ÜoĘ­Čė-U9ĀæĒųŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?fj^&ŗŌß˞áš^ž\c$}})Æ.NÉÕ­N”yę4—™Ĩåŋ÷ōŖËî7åY:‹,u„1ÜI­÷VQŒũJ×ķ¤ūųüéĘ2‹´¨×§Z<ÔäšōËî7åG–˙ÜoʗΓûįķŖΓûįķŠ5Ëî7åG–˙ÜoʗΓûįķŖΓûįķ ōßûųQåŋ÷ōĨķ¤ūųüé‹zļ­ÂŗzĶŗŪ[˙qŋ*<ˇūã~TžtŸß?tŸß? Ëî7åG–˙ÜoʗΓûįķŖΓûįķ ōßûųQåŋ÷ōĨķ¤ūųüčķ¤ūųüč<ˇūã~TyoũÆüŠ|é?ž:<é?ž:O-˙¸ß•[˙qŋ*_:OīŸÎ:OīŸÎ€Ëî7åG–˙ÜoʗΓûįķŖΓûįķ ōßûųQåŋ÷ōĨķ¤ūųüčķ¤ūųüč<ˇūã~TyoũÆüŠ|é?ž:<é?ž:O-˙¸ß•[˙qŋ*_:OīŸÎ:OīŸÎ€Ëî7åG–˙ÜoʗΓûįķŖΓûįķ ōßûųQåŋ÷ōĨķ¤ūųüčķ¤ūųüč<ˇūã~UÄøéJŨYäō7Qî+ˇķ¤ūųüë‰ņĶŗŨYî$ü×ę+ĖÎ?Ũ%ōüȟÂv‚7ĀųōĨōßûųR‰¤ĀųÍtŸß?ze‰åŋ÷ōĢS)6Ę$ņÅVķ¤ūųüęÔŽÂŲXĐO-˙¸ß•[˙qŋ*_:OīŸÎ:OīŸÎ€1|TŒ<5xJ0ŋÛƒ‡Ô…$y­ĐUĘíá›ĀX‘„˙ĐÖĢø.G_(V y­]+ũŨúū‡/ųGüŠĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūuĖ{yoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐyoũÆü¨ōßûųRųŌ|ūtyŌ|ūtž[˙qŋ*<ˇūã~TžtŸß?tŸß?'–˙Üoʏ-˙¸ß•/'÷ĪįG'÷Īį@ åŋ÷ōŖËî7åKįIũķųŅįIũķųĐ–čÂu%HõÕvŠÁ+´Ę 9Ģ”QEQEQEQEQEQEQEQEQEQEQEVtŋë_ũãZ5/ú×˙xĐ(ĸŠ(ĸŠ(ĸŠ)“¨“ũĶüŠôÉŋÔIūéūT1Įtaøīßũ#˙ŲĢŗŽ3ĀŸ~˙éūÍ]c‡ū;ŗ?÷Š|ŋ$QElpQ@Ž˙ÔYŧ˙ČVō;ØÛũ+Įę,ŋŪä+ųė?íū‹âæ_ÅÔîÄ˙šRõgĻŅEí!EPYž!˙‘{P˙ŽüĢJŗ|C˙"öĄ˙\ųVXáKŅūB{_'üŠ‰˙_Į˙@ęZü‹úoũzĮ˙ ŠōŲ?äTOúū?ú¯RĐŋä_ĶëÖ?ũQ—˙Čļ—Ėņ°ŋō2ĢūhQEŠíQ@yq˙‘ËUú\č&ŊFŧ¸˙ČåĒũ.?ô]xMåčy9—ņ°˙ãGQāøķē˙ŽƒųWS\ˇ‚?ãÎëūēå]M,oûďnŋņQEĘdQEqž7˙‹?÷[ųŠŪ_ē>•ƒãøøŗ˙uŋ˜­åûŖé]ĩ˙Ũé|˙3zŸÃĖZ(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­ˇüx ūuR­ˇüx ūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž;Į_zÃé'ūË]qŪ:ûÖI?öZķs÷9üŋ4LūŦļ˙XŋÜĘĨ¨­ŋãÖ/÷ōŠkЏŠ ˇ'üy¯ĐUJˇ'üy¯ĐURŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( +Ä÷/.ĒĐvB܌“úū•‹]G‰4™e›íļč_#*Žxī\ĀVfÚ–é€9¯6˛jnį×`' aãÉŅkęt^šqq5Š$ÆSx„?¯é]e`øsJ’ÉæávË ÂŠęĢī[ÕÛA5sįķÂx‰8QZœ!EPEPEPšãŅ>‚ĒUšãŅ>‚ĒP{ëƒk§Ü\“Lā{šōI$yĨidbÎäŗ1ęM{Ņ$đI ƒ)"•aėF+Ëu]ëIšd•ş’P>Vãí]ø)E]u>[‰)U’„ׯōfx$ƒ‚+Õ4š/´K[‰Nde!‰îA#?Ĩyĩ†uŠN"ļ‰œ“Ëcå_rkÔtû4Ķė!ĩC‘ã>§šü깲’ęeÃtĒĒ“Šöm÷ŋęåš(ĸŧã낊( OÄZœ˛]5œlV(øl˙ ŠčEiëö¯oĒHä’Ęe×ĶácF<ŊR’J ĮcáíJKÛwŠfŨ,XųVļkđĩĢ¤s\°!_ žøękĸ¯Æŧ”68+$ĻėQEsQ@Q@Q@Q@Q@Q@Q@Q@Q@q^8˙Ģ?÷ųŠíkŠņĮü}Y˙¸ßĖW™œēKåų‘?„íAKH: ZôË ˇ7üz§áU*ÜßņꟅTĸŠ(Å_ō-Ū}˙C_Áŋō/¯ũtjąâ¯ųī>‹˙ĄŠ¯āßų×ūē5t¯÷wëú<ŋämđ~§AEW1ėQ@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦéÖŋûÆ´k:_õ¯ūņ QEQEQES&˙Q'û§ųS铨“ũĶü¨cŽčÃđ'ßŋúG˙ŗWg\g>ũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙Ŧ?äw°˙ļ?ú,V˙Ž˙ÔYŧ˙ČVō;ØÛũ+ÅĖž(˙Š?ŠŨ‰˙rĨęĪMĸŠ+Ú8BŠ( ŗ|C˙"öĄ˙\ųV•fø‡ūEíCū¸?ōŦą—Ŗü„ö<žOųūŋū€+Ô´/ųôßúõ˙Aå˛ȨŸõüô^ĨĄČŋĻ˙×ŦúŖ/˙‘m/™ãaäeWü(ĐĸŠ+SÚ (ĸ€ ōã˙#–Ģô¸˙ĐMzyq˙‘ËUú\č&ēđ›ËĐōs/ãa˙ƎŖÁņįu˙]ōŽĻšoĮ×ũtĘēšXß÷‰Ũâ0ĸŠ+”Č(ĸŠã‚ĒPEPEPEPEP5â^XĻ6vîS20<ķÚšÕ–D“zČĘũwÍix†ŨáÕ¤vd 2ŸÃ˛Ģép”á1åęNŒb ŦvZ¨÷ĐŧSœÍ>oī ØŽcÂļīæĪpA ˇ`>§9˙?ZéëÄÆÂ0ŦÔ68k$ĻŌ (ĸšL‚Š( Š( Š( Š( Š( Š( Š( Š( Š( ¸ī}뤟û-v5ĮxëīX}$˙ŲkÍÍ˙ÜįōüŅ3øN˛Ûū=b˙p*–ĸļ˙XŋÜĘĨ¯B? (*ܟņæŋAU*ܟņæŋATJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ MĢģv}qKEQEQEQGA“@‹qâ­*ŪSœŌÁ1Ž@üjũŽĨiŠF^Öep:Ž„}Ea M˒2MúŠčˇEVã-Ë˙‰ôR­Ë˙‰ôR€ `ŒŠ(  a@ĐRŅEQEQEEqm ÔF9ãWCØÕđöœ’oōKzbEjQZF­H+FM§%ĸb*…PĒ`ږŠ+2BŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( ¸¯Į՟ûüÅvĩÅxãū>Ŧ˙Üoæ+ĖÎ?Ũ%ōüȟÂvƒ Ĩ¤-ze…[›ū=SđĒ•noøõO€*QEâ¯ųī>‹˙ĄŠ¯āßų×ūē5XņWü‹wŸE˙ĐÅWđoü‹ë˙]ēWûģõũ_ō6ø?S ĸŠ+˜öŠ( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEVtŋë_ũãZ5/ú×˙xĐ(ĸŠ(ĸŠ(ĸŠ)“¨“ũĶüŠôÉŋÔIūéūT1Įtaøīßũ#˙ŲĢŗŽ3ĀŸ~˙éūÍ]c‡ū;ŗ?÷Š|ŋ$QElpQ@Ž˙ÔYŧ˙ČVō;ØÛũ+Įę,ŋŪä+ųė?íū‹âæ_ÅÔîÄ˙šRõgĻŅEí!EPYž!˙‘{P˙ŽüĢJŗ|C˙"öĄ˙\ųVXáKŅūB{_'üŠ‰˙_Į˙@ęZü‹úoũzĮ˙ ŠōŲ?äTOúū?ú¯RĐŋä_ĶëÖ?ũQ—˙Čļ—Ėņ°ŋō2ĢūhQEŠíQ@yq˙‘ËUú\č&ŊFŧ¸˙ČåĒũ.?ô]xMåčy9—ņ°˙ãGQāøķē˙ŽƒųWS\ˇ‚?ãÎëūēå]M,oûďnŋņQEĘdQEqž7˙‹?÷[ųŠŪ_ē>•ƒãøøŗ˙uŋ˜­åûŖé]ĩ˙Ũé|˙3zŸÃĖZ(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­ˇüx ūuR­ˇüx ūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ( Ģ8/aō§Œ:öõJĖ_ ØŦ›‹ĖËũŌÃĘļ¨­a^Ĩ5hĘȸԔU“QÁĮESčĸ˛nú˛Š( Š( Š( Š( Š( Š( Š( Š„]Û<ąqî‡üĒj/q¸ĩ¸QE(ĸŠ+Žņ×Ū°úI˙˛×c\wŽžõ‡ŌOũ–ŧÜßũÎ/Í?„ë-ŋãÖ/÷ōŠj+oøõ‹ũÁüĒZô#đĸ‚­É˙kôR­É˙kô@TĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŽwÆ’[iI dŠöąŨ‘üĢĸŦŸimĒéĻ8ąįFÛĶ=ũĢ—Ī8ĶŪ–ÚkW´{É,u[yŖ$áXzŠ<ŠŠ,RA#G*2:đU†­¯hŗ__Epņ•ĩ‰ƒ#†# ĩņxZu%Z1ĻŊëœé;ž‡EWß%šãŅ>‚ĒUšãŅ>‚ĒPEPEPEPEP.ĩ­›û=¸ 62Äô_ūŊa§ˆ5$“qœ8ūë ÁüĒ-i]u‹ũKd}1ÅP¯ĸÃai*Jé;ŖŅ§J‹CŊŌõÔ­|Å]N} ]ŽcÂjūeËsŗ ?k§¯N4Ģ8ĮcŠŦTfŌ (ĸšĖŠ( Š( Š( Š( Š( Š( Š( Š( Š( ¸¯Į՟ûüÅvĩÅxãū>Ŧ˙Üoæ+ĖÎ?Ũ%ōüȟÂvƒ Ĩ¤-ze…[›ū=SđĒ•noøõO€*QEâ¯ųī>‹˙ĄŠ¯āßų×ūē5XņH'Ãw`Nūø¨<Ĩt|Æë]+ũŨúū‡‘/ųĮüŠŋEW1ë…Q@aëZ᱓ėöāą–cŅúõš\°ŽēŊČ~ĨÉNßĨw`(­OĄž RԚ?ęI&ã8qŨYå]V™¨GŠZ‰Tm`pëčkŽ—ÂjųēoāųGãÍwcđԕ'8Ģ4o^œy.‘ŌŅEáœ!EPEPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEÉŋÔIūéūTúdßę$˙t˙*ãē0ü ÷īū‘˙ėÕŲ×āOŋô˙fŽÎąÃ˙ ŲŸûÔž_’ (ĸļ8Š( GĮę,ŋŪä+ųė?íū‹ŋãŋõ_ī?ōüŽööĮ˙EŠņs/Š?âęwbÜŠzŗĶhĸŠöŽĸŠ(Ŧß˙ČŊ¨×ūUĨYž!˙‘{P˙ŽüĢ,GđĨč˙!=/“ūED˙¯ã˙  õ- ūEũ7ūŊc˙ĐEylŸō*'ũũWŠh_ō/éŋõëū‚(Ë˙ä[KæxØ_ųU˙ 4(ĸŠÔö‚Š( ŧ¸˙ČåĒũ.?ô^Ŗ^\ärÕ~—ú Žŧ&ōô<œËøØņŖ¨đGüyŨ×AüĢŠŽ[Áņįu˙]ōŽĻ–7ũâGˇ_øŒ(ĸŠå2 (ĸ€8Ī˙Įşû­üÅo/ŨJÁņŋü|Y˙ēßĖVōũŅôŽÚ˙îôž™ŊOáĮæ-Q\FEPEPEPEPEPEPEPEPEPEPVÛūû9˜šE܌z㸎NēO YŋŸ-ã# ąOŠĪ?Ęšh7ÎŦ{y”`đōsųz]Q^‰ōaEP\wŽžõ‡ŌOũ–ģãŧu÷Ŧ>’ėĩææ˙îsų~h™ü'Ym˙ą¸?•KQ[ĮŦ_îåRץ…nOøķ_ Ē•nOøķ_ ĒĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ xŖ‚ņŖcĻåÎ)øĀĀĸŠV@QE0-Ë˙‰ôR­Ë˙‰ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€3uM-ICnōæQ€āg#ĐÖ2xVāɉ." ęš'ōŽŽŠę§Œ­N<ązÆ´âŦ™^ĘÎe‚ōŽI=Iõ5bŠ+šRrw{™ļÛģ (ĸ‚Š( Š( Š( Š( Š( Š( Š( Š( Š( ¸¯Į՟ûüÅvĩÅxãū>Ŧ˙Üoæ+ĖÎ?Ũ%ōüȟÂvƒ Ĩ¤-ze…[›ū=SđĒ•noøõO€*QEQEQEQEVfĢŖEŠûŧš”`>3‘čkNŠēu%N\ŅveFN.čåcđ­Á“÷—õ\“]¤V6ë# :“ÔŸSSŅZÖÅUŦ­7ĄSĢ)čŠ(Žs0ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ dßę$˙t˙*}2oõē• qŨ~û÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ōüŽööĮ˙EŠßņßú‹/÷Ÿų ĀƒūG{ûc˙ĸÅxš—ÅņGõ;ą?îTŊYé´QE{GQEVoˆä^Ô?ëƒ˙*ŌŦß˙ČŊ¨×ūU–#øRôžĮ—É˙"ĸ×ņ˙Đz–…˙"ū›˙^ą˙č"ŧļOųūŋū€+Ô´/ųôßúõ˙Ae˙ō-Ĩķ,˙Ũoæ+y~čúWm÷z_?ĖŪ§đãķŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģm˙#č?TĢm˙#č?TĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Û˙Įú ŠVßū<‡ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ)’ÅŅ˜åEtnĒà Ķč iÛTei‚M˙fü œ:ŌDXĐ"(U€)ÔT¨Ål‹Z•>97ęQEQ˜QEWã¯Ŋaô“˙eŽÆ¸ī}뤟û-yšŋûœū_š& Ö[ĮŦ_îåRÔVßņëûƒųTĩčGáE[“ū<×č*Ĩ[“ū<×č*€ŠEŒÁŗ($ö´W›ęū'Ŋŋ¸uˇ™āļ ¨v’=Iū•^ÃÄ:„ĘââIS?4rą`GãŌģ|ˇž§Īˈ°ę¯*‹qī˙õ * +¸īŦâē‹îHģ†{{TõČ՝™īFJIJ;0ĸŠ)Q\öŊ­Km/Ų-›k—~ã=…kFŒĢO’%ÂnČčh¯>MFõ$ŪˇSn÷rk­ŅuC¨Û°4x Ž„v5ŅˆĀΌyītiR„ ŽjQEÄ`QEQEQEQEQEQEQEQEQEQEQEQE[—ū=č*Ĩ[—ū=č*ĨQEQEQEQEck:ßö{!PĶ‘’OEãX‰â=EdÜŌŖî”ũ9¨5 ãXšß×vGĶU ú>Š¤Ž¯tz4čÕhwÚnŖĨkæ ÚĀá×ĐÕĘæ<&Ėš?Á…ëÍtõãbŠF•gėqUŠŒÚAEW9˜QEQEQEQEQEQEQEQEQEWãøúŗ˙qŋ˜ŽÖ¸¯Į՟ûüÅy™Įû¤ž_™øNĐt´ƒ Ĩ¯L°ĢsĮĒ~R­Í˙ŠøPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEP\߉<}á HąkZŧ6ķ°Č…CI&=v¨$sZÚÖ 4 Pԙw ;i. úėRØũ+į?…ß"ø™sĒø›Ä÷WDnJmö´Ō‹Ę.õíŽ@=ŗÃßŧâ{ÅŗĶ5˜Úížė2ŖDÍėģ€Ü}†kŽ¯~+|!Ōü)áīøI<7%ÍŋŲ%O:”ļ`Đõ1^ũķÆ9ö/‡:ôū%ø}Ŗj×GuÄЕ•ŋŧčÅ ~%Iüh¨ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦéÖŋûÆ´k:_õ¯ūņ QEQEQES&˙Q'û§ųS铨“ũĶü¨cŽčÃđ'ßŋúG˙ŗWg\g>ũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙Ŧ{ßjWPßYJ‹ē(Č;ʲ JØņßú‹/÷Ÿų Ķ˛˙ úäŋČW l41pŸ“;ëĢāŠzŗ“ūÅņ?ũd˙Ā§ŖûÄ˙ô“˙žģ:+ėš?Í/ŧķyįēœzö“os¨Ī‡$ — jÜ:W‰n ŽdÔeŲ"†\Ũ?B3W‚ĒUˇ˙!ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ãŧu÷Ŧ>’ėĩØ×ã¯Ŋaô“˙e¯77˙sŸËķDĪá:Ëoøõ‹ũÁüĒZŠÛū=b˙p*–Ŋü( ĢrĮšũTĢrĮšũP* čZâÂæûŌDČ>¤SŅM;;“(ŠEÅõŦ˙Üoæ+ĩŽ+Įņõgūã1^fqūé/—æDū´- č)kĶ,*ÜßņꟅTĢsĮĒ~RŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEĪøīūIį‰ėu˙ĸš¸ŲãūI´ŋö—˙AJôØÜjžÖôûDsu§Ī(HŖeQ“ĀäŠų÷Dđ7ÆX› =Ĩąs!Ž;Č1¸āÉöė?ä”k˙õÉ?ôbU‚_ōHt/ûx˙Ō‰+Ë5? |nÖté´ũFIn-&IŪA†ƒëę&“ā˙ē™Ļ<–ÖpîōâKČ0š%SęIühéJ+įė_ķų?ūÛ˙}@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( ™7ú‰?Ũ?ʟL›ũDŸîŸåCwF>ũ˙Ō?ũšģ:ã< ÷īū‘˙ėÕŲÖ8áŖģ3˙z—ËōAEVĮQEČøīũE—ûĪü…iŲĮ…ŋũr_ä+3Įę,ŋŪä+NËū<-˙ë’˙!XCø˛ų…o÷:^ŦžŠ(­Ī<åŦņčČίøQĄEW1ėQ@yv xĶTU“ö€īÁ¯Q¯6ą˙’‰w˙]eūĩՆvæ~G‘™ģVÃŋīĸM_}c[u—Ė`Ų-Œ~•§˙ ÄŋķâŸ÷đ˙…nlOî¯åFÄūâūUŦņT'.iS×Ô÷åVwqüL?øN%˙Ÿ˙ŋ‡ü(˙„â_ųņOûø¡6'÷ōŽ^ŅGü%ō o~?ZQxzŠOŲė¯ģ*œ¯îíæ\˙„â_ųņOûøøN%˙Ÿ˙ŋ‡ü+sbq*6'÷ōŦ}žū}~,iOųŒÖu‡ÖĨ„˜ePˇg5Ú/ >”…•:Ŗ^5#Æ6Hš•’IZÁEW)QEQEQEQEQEQEQEQEQEQEUļ˙ôÎĒUļ˙ô΀*QEQEQEQEQEQEQEQEQEQEQEQEQEKRĶ Ôā .U—”qÕkūüĖ}Ē=žģN/ūŊu”VrĨ ;´uŅÆ×ŖX= zv››oåB '–sՍ\ĸŠ´’VG4į)ÉĘNí…QLĸŠ(ĸŠ(ĸŠ(Û˙Įú ŠVßū<‡ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸ°ĩũiė6ÛÛāLÃ%ˆÎŅū53š‚ģ5ĄFuĻĄ ÍÚ+ĪĢ¨ 7‹Éķîį—Jęôaĩ(š9°'Œd‘üCÖ˛§^3v;19mZįŊŅąEVįœQEĮxëīX}$˙ŲkąŽ;Į_zÃé'ūË^noūį?—扟Âu–ßņëûƒųTĩˇüzÅūāūU-zøQAVä˙5ú ŠVä˙5ú  *QEQEQEQER3RĖ@Š=Škņü“^ĩĒąEŒüGŪē0Øw^|¨Ō79Xé“Q˛’M‰u nĀ8æŦך×YáĢų.!’ÚV,bŠ=qé]XŦ˛‡<]ėkWÉdÍę(ĸŧĶ˜(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠˇ/üz'ĐUJˇ/üz'ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠãüE§Éë]*“ ŧ’?„ûÖ-zI ¨5XÚG&ôĩ…_Ô ŊZ9—$d¯cŽžXŲŖ/Ãz|–ļī<ĘUåÆÕ=@šEįVĒęÍÎ]NiÉÎ\Ė(ĸŠĖĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž+Įņõgūã1]­q^8˙Ģ?÷ųŠķ3÷I|ŋ2'đ č)iAK^™aVæ˙Tü*Ĩ[›ū=S𠠔QEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( šüBđˇ„fX5Z8nd@ŠŌIRĒ×oÆ:īü#>Õu•ÉknÍ#‚į…Īļâ+Æžü.ĶüaĨIâī™ĩ oæ‘ĸ‰Ĩe †!ĘI,qß<{ô2¤đG4g)"†SŽÄdW™øŸã¯…|;ŠË§D—Z•Ä,RVļUōŅÁ˜Œ‘ė÷­ŋ‰úáđ§ÃMNæŅŧŠŧĨĩļÁåYđšādūÁ|øoŖÍáUņĩ§[ŪÜŪģ}.cąÆ§nBž2H'>˜Į|€wž øĨá¯JmŦ&–Ūü)o˛](W`:•Á!ŋŸjíkį¯ŒūąđMƑã štËxąÉjy˜.Ŧp>ëŽ:įŪ´ģäÕ4›-B1„ē'QčCį@čĸŠ‚ęōÖÆ/6îæxúo•ÂĖŅk{i}›gu Ä}7à qųŠōũN‹â?ˆõ=_X2KĻÛIäÚۇ*¸ü9é‚qÔĩ"ŌâøsŽéēæ‹æÅa<žMÕšrĘG\sĪ#qčEzŊ€†ƒy¨ëw?bĐuŦãÉļ’Aø)4ü%>˙ ö—˙‘˙OiŽiķųzĨ•ĖØ'ˆáąë€kÎ| ā YđļĄŠZ<ŗĖÎC Y~PÅGûWiŖø#AĐoÅîhņNĻã37¯ĐûēFŒō2Ē(Éf8U[M[Mŋ‘ŖŗÔ-.zŦ3+‘ø\Ššoøū×Âk4‘iÖč&ģœ8ŨĪāTBƏøMŌ495¤ÖWÖL%fÜŖ¯Rp@ÉãŌ€=.ŠĮđŽ°u˙ ØęN’Xņ 7Š*ߨ5ą@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( ™7ú‰?Ũ?ʟL›ũDŸîŸåCwF>ũ˙Ō?ũšģ:ã< ÷īū‘˙ėÕŲÖ8áŖģ3˙z—ËōAEVĮQEČøīũE—ûĪü…iŲĮ…ŋũr_ä+3Įę,ŋŪä+NËū<-˙ë’˙!XCø˛ų…o÷:^ŦžŠ(­Ī<åŦņčČίøQĄEW1ėQ@yĩü”Kŋúë/õ¯I¯6ą˙’‰w˙]eūĩĶC១ãæŸÅÃ˙­Q\Į°ËZČá'ûīüu5ËZČá'ûīüvá>Ÿáfôv—ĄÔŅEÄ`QEQEQEQEQEQEQEQEQEQEQEQEmŋãÄ}ķĒ•mŋãÄ}ķ  ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE[øōAU*Û˙Įú Š@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@q>'‰ĶXgaōČĒTũ?ĨvÕV˙OˇÔ`ō§SĮ*ÃĒŸjĘ´9ãdv`q+Wž[lyÕoøN'mFY@;<îHĮō5lxA<Ė›Æ)č#įķÍnŲŲAan!6¨ä“ÔŸS\ô¨IJō=LneFt\)ģļXĸŠ+´ųđĸŠ(Ž;Į_zÃé'ūË]qŪ:ûÖI?öZķs÷9üŋ4LūŦļ˙XŋÜĘĨ¨­ŋãÖ/÷ōŠkЏŠ ˇ'üy¯ĐUJˇ'üy¯ĐURŠ( Š( Š( Š( ¸īY<ƒ\m&)šĐ÷ØĶd%B’"ēĒà ×FčO˜Ō•Og+žo]O†,ž(äē‘J‰T¸õ­4Ņôä“zÚGģß$~F¯tŽŧV=U‡$æÕq qåH(ĸŠķPĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ÜŋņčŸAU*ÜŋņčŸAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž+Įņõgūã1]­q^8˙Ģ?÷ųŠķ3÷I|ŋ2'đ č)iAK^™aVæ˙Tü*Ĩ[›ū=S𠠔QEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( 'âõ¤ˇŋ uøĄē²œu$WoŅMRø%ŠÛj t¸ u2Y™ ™đ°rF~ĒĘô ĄŽâ ™H¤RŽŒ2HÁŧ Sø=ã? ë77žÖ,į?ę>ŅåHŖ˛ļ~Wą<ûw  ŋhÍkĪūÄđÅĢy“É!ē’5<įîF?Ŋ{NĨ&‡áŨ;JlíŖ‡#šUŸÄķ^;ā_ƒšīü%ŅøŸÆ×Ģ=Ä Ŗ„Ėey$uē`q€ č:žņSņ&•á´xVĖŨęFtO,BeÂrqøh…ũŖĩ(!đv›Ļi¸ŊĒw؈ĀŸÍÔ~5ęŗ“Nđ–c2•–ÚÆ\ Ŧjō¯đ—Â˙øŸÅ‘xŖâŦD,;YY¤ åTĒü¨€ķˇŋ§9¯z  žŨö ŋ{Ęl}pjz(Ī>m˙„Jī{íĪŸûá)˙6˙ÂîŋmMŋ]¯ũ3Y^Ôaøwâ=OEÖ Á§ÜÉįZ\m%qøzŒčVjpüC×4Í E2Oe žuŨĀRũīŠ"€=/LŨũ“gģīy ŸŽŅTüO§]jŪžĶėš5¸¸ËS!!y#9 Ų¤ņˆ,|/Ļ%íęJ`2€…A9 ‘Á#Ž*ļŗwŠę‡$hîå…. VE%”€Ûpr3ƒųĐ-§ü(Yt¸aÖĩ‹Ų%p‘ÛHQ į09õíÖ ŅŽ5Oøâß×wŌ^éw˛väĄ9œŒĶœÖž‹ņGF}25Ö§’ĪQ‰vNĖ8$mô8ÅfXÍ'~!ÚjöļōĮŖék…šEĮ˜ā’1ī’8ôõ  ŧ;˙%§Äū÷ŲŽßÎ/é]ŋ‰6˙Â/Ģīûŋb›?M†¸,žø…kâ¯*GĶnCvŅŒí8ÛĪä¤zāԞ/ņ晊č2é: Ī}~<•HŖaĩO\äŖ#ôĄđŖwü Đį§Ÿ&>™˙õ֗Ž´ÍkWđáĩĐnšÚ÷ÎVķcÚ3‘¸séW<)ŖÃ:sã͉3&?žÄŗ~¤ŠŲ  ˙„â‡ũŽ?đi%zū˜ ļ•gįī.ĸg?1g žŧįšĶŦéÖŋûƀ,yÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß5ōÛũž\ û‡ø}Ē dßę$˙t˙*ãē0ü ÷īū‘˙ėÕŲ×āOŋô˙fŽÎąÃ˙ ŲŸûÔž_’ (ĸļ8Š( GĮę,ŋŪä+vÂXj ųIŸ—ØVŽ˙ÔYŧ˙ČV—üx[˙×%ūB°‡ņeō= ßîtŊYĨį[˙pß4yÖ˙Ü÷ÍTĸˇ<ķšņûÆöv{ĖlņŽÕŌi2Ā4kPgėņįå˙dW+ãøô´˙ŽüĢĄĶ?äg˙\˙AåĐ˙Ģčˆ_5|ëîûæ:ßûƒūųĒ”W¨YĪ|C*ÚM‘Qį~UŌč_ō/éŋõëū‚+—ņ˙üŦ?ëŠūFē ūEũ7ūŊc˙ĐEtĪøõgCūFu (ĸš`(ĸŠ+ÎtļUø‘v\dyŗvú×ŖW›X˙ÉDģ˙Ž˛˙ZéĄđĪĐņķOâá˙Ə@ķ­˙¸?īš<ëîûæĒQ\Į°[ķ­˙¸?īšä,ž1ãyX“|œcũ“]%r֟ō8Iūû˙#]¸O†§øYŊĨčvžuŋ÷ũķGoũÁ˙|ÕJ+ˆĀˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß5)xüÄ|ž˜Ŧúļßņâ>ƒųĐį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(@ēCōzbĸķ­˙¸?īšū<‡ĐUJˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß4yÖ˙Ü÷ÍTĒ÷—°XĀe¸}ĢĐz“č)6–Ŧq‹“´UŲ§į[˙pß4yÖ˙Ü÷ÍrƒÅļ†Ly‚{ŒūUĩmu ä 4qS‘–ĖÚŽĩ%yÆƏoũÁ˙|Ņį[˙pß5RŠŗߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß5Äü@xŨ´˙,cLņî×WU/tË=GgÚāėÎܒ1žŊ>•ÉŽÃËBTŖģˇæL•ÕYmūÉP}Åūj—Ρūā˙žjš¨E Ŗ K]QVV(ˇį[˙pß5+†§Žvœ]™›VŅ–üëîûæ:ßûƒūųĒ”RoΡūā˙žhķ­˙¸?īšŠE[ķ­˙¸?īš<ëîûæĒQ@üëîûæ:ßûƒūųĒ”Pŋ:ßûƒūųŖΡūā˙žjĨoΡūā˙žhķ­˙¸?īšŠE[ķ­˙¸?īš<ëîûæĒQ@üëîûæ:ßûƒūųĒ”Pŋ:ßûƒūųŖΡūā˙žjĨoΡūā˙žhķ­˙¸?īšŠE[ķ­˙¸?īšåŧYŖÜkĪf# ÛŽŪĻˇ¨Ŧ1!ˆĻéĪf&ŽŦ[Ûā|ƒūųŖΡūā˙žjĨ¸Ë~uŋ÷ũķRģ ˆ3 ¯aŠĪĢsĮĒ~yÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠˇį[˙pß4yÖ˙Ü÷ÍTĸ€-ųÖ˙Ü÷Íuŋ÷ũķU(  ~uŋ÷ũķGoũÁ˙|ÕJ(ߝoũÁ˙|Ņį[˙pß5RŠģŗ€Švâ§Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ē˛ĩž‹Ęŧļ†â<įdŅ‡‘ĸŌÆŌÂ/*ÎÖ xķÆ~B§ĸ€+ŪXŲęˆom šˆ6ā“FsëƒŪĨŠ(ā…!†5Ž(Ô*" *Ā‚ŸERēŅ´ģé|ÛŊ6ÎâOīËšüČĢQE1ŦqFąÆŖ ¨0ĐSč ÉKG"+Ŗ 2°Č#éUm46ÂC%žinįĢC Ą?ˆrŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEÉŋÔIūéūTúd ´.R¤ ãē0ü ÷īū‘˙ėÕŲיéŊֆķˆíƒ™08#ĪøÖ§ü&ˇ˙ķåū=\”ĢF0IžÖ7ZĩyN GnžGqEp˙đšß˙Ī”?øõ'ü&÷ŲĮØāĪ§Íū5§Ö r˙eâ{/ŊÍÃ˙Âk˙>P˙ãÔÂk˙>P˙ãÔ}būËÄv_z-xīũE—ûĪü…iŲĮ…ŋũr_ä+Ö5Ģ­iaIm•<˛HØ9ŽÆŅJYĀŦa‚cŠT¤ĨRMc)J–9īvMEWA圧Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW=ãøô´˙ŽüĢĄĶ?äg˙\˙AåĐ˙Ģčˆ_-QEęs~?˙5‡ũu?Č×QĄČŋĻ˙×ŦúŽ_Į˙ō°˙Ž§ųę4/ųôßúõ˙AĶ?āG՞=ųÕ˙ 4(ĸŠæ=€ĸŠ(¯6ą˙’‰w˙]eūĩé5æÖ?ōQ.˙ëŦŋÖēh|3ô<|Ķø¸ņŖĩĸŠ+˜öškOų$˙}˙‘ŽĻškOų$˙}˙‘ŽÜ'ÃSü,ŪŽŌô:š(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­ˇüx ūuR­ˇüx ūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž+Äķŧšąˆ“˛%GÔdŸķé]­sŪ"ŅĨģawlģ¤Q‡AՇ¨ŦkÅʆYRë§3‘ŽƒÂsēßKNĮqāņŦQgrdōÅŧģ˙ģ°æēīé`=Āi˙tW%ÉÍ4{Yjk(ˇĢØÛĸŠ+Ņ>T(ĸŠ(ĸŠ(ĸŠ*ܟņæŋAU*ܟņæŋA@(ĸŠãuI%ÃĪ§:s“œ`ûJ­aā›§™ZúDŠ yT9cũwtWBÅTQĩĪ"YU}ŖĘú Š4†$Š5 ˆĒŽĀSčĸšĪY$•QE (ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠˇ/üz'ĐUJˇ/üz'ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠáuˇwÖ.wölĻ8ŦúëĩŊ¯_í6Øķą†SÆīūŊa&…¨ŧ›>ĖWŨˆWŅáą4%ĒVGĨNŦĻ—…ü˔ū )úk§ĒVšēmŽĖ]ŊO§Ō¯×‰‹Š•œŖąÃZJSmQ\æaEPEPEPEPEPEPEPEPEPEPEPVæ˙Tü*Ĩ[›ū=S𠠔QEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŗĨ˙Z˙īŅŦéÖŋûƀEPEPEPEPEP\œßō;÷×˙@ÖW'7üŽãũõ˙Đc[ėúž†]ŊOđŋĐë(ĸŠØķŠ( Š( SĮņéi˙]ųWCĻČ&Īū¸'ū‚+žņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ ŠōčŋÕôD/‰–¨ĸŠõ 9ŋ˙ČÃūēŸäk¨Đŋä_ĶëÖ?ũW1ãņ˙[ÛÎ?ČÔ:m,´Û[V˛™š’2Á† ëör¨Ž§ĪŧU6eU֕“HīhŽ/ū5ŸüøO˙} ?ácY˙Ī„˙÷ĐŦū­WąÛũą˙Ÿ‹ņ˙#´ĸ¸ŋøXÖķá?ũô(˙…g˙>˙ßBĢUėÛųøŋō;Jķkų(—õÖ_ëZŋđąŦ˙įÂûčV…t/ük%Ú!U”ČáOP5­:S„fäēĖvZ„hĘíIíQ\gŅr֟ō8Iūû˙#]Mr֟ō8Iūû˙#]¸O†§øYŊĨču4QEqQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[oøņAüęĨ[oøņAüčĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ßū<‡ĐUJļ˙ņä>‚ĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPVä˙5ú ŠVä˙5ú ŠEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPšãŅ>‚ĒUšãŅ>‚ĒP\îĢâë]>vˇ†#q*œ6jŠôĪ­ljRŧeÜŅũô…Ų~ ōBI9<šëÂЍKšw™UÂ(–õ;Ũ?Æļˇ3,WPmĮ÷n_ĮŠę+ÆĢÔ<74“øzÍä$ļŌš>€?AOB4Ō”LōLŌļ*RĨ[V•îjŅEÆ}QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEUšŋãÕ? ŠVæ˙Tü(ĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦéÖŋûÆ´k:_õ¯ūņ QEQEQEQEQEW'7üŽãũõ˙Đu•ÉÍ˙#¸˙}ôXÖû>§Ą—oSü/ô:Ę(ĸļ<đĸŠ(ĸŠ(”ņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ Šįŧq˙–ŸõŅŋ•t:gü‚l˙ë‚č"ŧēīõ} âeĒ(ĸŊBÉįˇ†įMōįŠ9SƒĩÔ0ëčk/û#L˙ u§ũø_đ­ƒ˙?‡õĒ”ÔšŲ‘*P“ŧĸ™Kû#L˙ u§ũø_đĒzļ—§ĮŖŪŧvĒë•e…A‘ÅlÕgū@—˙õî˙ú Ģ„åĖĩ9ņ)*R÷VĪ§‘Íø2ÆŌęÂáŽ-`™„¸HÃ1ī]/öF™˙@ëOûđŋáX^˙u×ũuū‚ēĒĶ)*ŽĖäĘhĶ– ›q[vķ)diŸô´˙ŋ ū46–ŦZŪÖXŒaI…OEbå'Ôô•qwQ_pQE&\ĩ§üŽž˙Č×S\ĩ§üŽž˙Č×náŠūoGizMQ\FEPEPEPEPEPEPEPEPEPEPEPEPVÛū§Ą—oSü/ô:Ę(ĸļ<đĸŠ(ĸŠ(”ņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ Šįŧq˙–ŸõŅŋ•t:gü‚l˙ë‚č"ŧēīõ} âeĒ(ĸŊBËgū<ëU*Ų˙ÃúÕJ*Žŗ˙ K˙ú÷ũÕęŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‡ā_ų]×_č+ĒŽWĀŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęQE`zAEP\ĩ§üŽž˙Č×S\ĩ§üŽž˙Č×náŠūoGizMQ\FEPEPEPEPEPEPEPEPEPEPEPEPVÛū‚ĒUˇ˙!ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ'üy¯ĐUJˇ'üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ë˙‰ôR­Ë˙‰ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ7üz§áU*ÜßņꟅTĒz´rKŖŪ$Y.иwãĨ\ĸšvw"¤9āâúž5Ewz¯ƒ"ē§˛˜@ĖrŅ°ĘįÛŌŖĶŧĖ˛ßN˛…9ōĐp~¤×ĢõĒ|ˇšđ¯"Æ*œŠ:wž†×‡c’?ŲŦ™Ũŗ<úHũ1Z” Eyr|Ōlûš4ũ•8Ķė’û‚Š(Š4 (Ŧ}c\{y0¨yČÉĪE­)R•YrÁjTbäėŠ+Äˇë&į1ē˙tŽ?•u}üZ¨š>FSÕMm_ VŠŧļ.tevZĸŠ+”Č(ĸŠ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( Š( Š( š9ŋäwī¯ū€+ŦŽNoųĮûë˙  ÆˇŲõ= ģzŸáĄÖQEąį…Q@Q@§Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW=ãøô´˙ŽüĢĄĶ?äg˙\˙AåĐ˙Ģčˆ_-QEę[?ņãøZŠVĪüxūÖĒPTuŸų_˙×ģ˙č&¯Ugū@—˙õî˙ú Ē‡ÄŒqÁŸŖüŒ?˙Č:ëūē˙A]Urž˙u×ũuū‚ēĒ×üVqåîTũ?PĸŠ+Ō (ĸ€ å­?äp“ũ÷ūFēšå­?äp“ũ÷ūFģpŸ Ođŗz;KĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ļßņâ>ƒųÕJļßņâ>ƒųĐJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-ŋüy Ē•m˙ãČ}T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­É˙kôR­É˙kôRŠ( Š( Š( Š( Ēßjú|Aįc“÷TrZ­W¯Lōęķ<&G Åu`đęŊNW˛5ŖOžVfÂxĒÜɇˇ‘SÔOå[OĖ+,.Ąį5ŅøRgķ.!ĪɀāzŸįé]ØĖ 8Ss†–7­B14NžŠ(¯ã (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ë˙‰ôR­Ë˙‰ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ7üz§áU*ÜßņꟅTĸŠ(ĸŠ(ĸŠ(ĸŠ(ŽX5{­ũwŸËˇé]ådęú"j$Kį={×nŧhÔŧöfô*(KS‹Ž“Â{ķtƒåüųĒŅø^õ¤ÃŧHŊØJéŦlĸĶí„gYV>ĩŨŽÅŌ•'ģļo^Ŧ\yQfŠ(¯á (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPYŌ˙­÷hÖtŋë_ũã@ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŽNoųĮûë˙  ë+“›ūGqūú˙čą­ö}OC.Ū§ø_ču”QElyáEPEP)ãøô´˙ŽüĢĄĶ?äg˙\˙AĪxãū=-?ëŖ*čtĪųŲ˙×˙ĐEyt?ßęú"ÄËTQEz…–ĪüxūÖĒUŗ˙?‡õĒ”Ugū@—˙õî˙ú ĢÕGY˙%˙ũ{ŋū‚jĄņ#Gđgč˙#Āŋōē˙ŽŋĐWU\¯äu˙] ŽĒĩÄ˙œyGû•?OÔ(ĸŠĀô‚Š( škOų$˙}˙‘ŽĻškOų$˙}˙‘ŽÜ'ÃSü,ŪŽŌô:š(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­ˇüx ūuR­ˇüx ūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢrĮšũTĢrĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(Žw^ŅĨ¸›ívËŊˆÃ ęqÜWEEkF´¨Īž%ÂnčķÔ°ŧ’M‹k1oM†ēíK:uģ0f“ąØvŠEtâ1Ķ­KYT¯)ĢQ\&EPEPEPEPEPEPEPEPEPEPEPEPšãŅ>‚ĒUšãŅ>‚ĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPVæ˙Tü*Ĩ[›ū=S𠠔QEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŗĨ˙Z˙īŅĒOdcæ É=MAEMös˙=#üčû9˙ž‘ūt 7ŲĪüôķŖėįūzGųĐ4Tßg?ķŌ?ΏŗŸųéį@ŅS}œ˙ĪH˙:>Îį¤CEMös˙=#üčû9˙ž‘ūt rsČî?ß_ũWeös˙=#ü됙?âģ š~úķž>āŦk}ŸSĐˡŠūúM7ŲĪüôķŖėįūzGųÖĮžCEMös˙=#üčû9˙ž‘ūt 7ŲĪüôķŖėįūzGųĐãøô´˙ŽüĢĄĶ?äg˙\˙Aƒã¸öYŲĘs#t>ÕŅiPgH˛>b ÁöEyt?ßęú"ÄɨŠžÎį¤g?ķŌ?ÎŊBÉOüxūÖĒUâŸčģ7/Nšã­Wû9˙ž‘ūt QÖä ˙^ī˙ šÔû9˙ž‘ūuC[‡ųķâŪN‡ũ“U‰â?ƒ?Gų÷äu˙] ŽĒšGŋMē;”~ûšöÖũœ˙ĪH˙:×üVqåîTũ?R*oŗŸųéįGŲĪüôķŦH†Š›ėįūzGųŅös˙=#üčå­?äp“ũ÷ūFē˙ŗŸųéį\•šgƒ&åûīÎxčkˇ đÔ˙ 7Ŗ´ŊžŠ›ėįūzGųŅös˙=#üëˆĀ†Š›ėįūzGųŅös˙=#üč*oŗŸųéįGŲĪüôķ hŠžÎį¤g?ķŌ?΀!ĸĻû9˙ž‘ūt}œ˙ĪH˙:†Š›ėįūzGųŅös˙=#üč*oŗŸųéįGŲĪüôķ hŠžÎį¤g?ķŌ?΀!ĸĻû9˙ž‘ūt}œ˙ĪH˙:†Š›ėįūzGųŅös˙=#üč*oŗŸųéįGŲĪüôķ hŠžÎį¤g?ķŌ?΀!ĸĻû9˙ž‘ūt}œ˙ĪH˙:†­ˇüx ūuŲĪüôķĢ ™ĩŲšzuĪFŠ›ėįūzGųŅös˙=#üč*oŗŸųéįGŲĪüôķ hŠžÎį¤g?ķŌ?΀!ĸĻû9˙ž‘ūt}œ˙ĪH˙:†Š›ėįūzGųŅös˙=#üč*oŗŸųéįGŲĪüôķ hŠžÎį¤g?ķŌ?΀!ĸĻû9˙ž‘ūt}œ˙ĪH˙:†Š›ėįūzGųŅös˙=#üč*oŗŸųéįGŲĪüôķ hŠžÎį¤g?ķŌ?΀!ĸĻû9˙ž‘ūt}œ˙ĪH˙:†Š›ėįūzGųŅös˙=#üč*oŗŸųéįGŲĪüôķ hŠžÎį¤g?ķŌ?΀!ĸĻû9˙ž‘ūt}œ˙ĪH˙:†‘˜"–b’O@*ŗŸųéį\į$’×ETG\M(FÚ{`ŸéXâ+*4ĨQôvW!ēņ•„2”Š9gāēāÃ5ĄĨëļZļVe” ˜Ü`ãÔzיU‹+‰-/Ąž"CŖ‚1ßÚžf–w_Ú';8ö2UĪXĸĻû9˙ž‘ūt}œ˙ĪH˙:úÃbW˙!ôR¯2fØ&åč9Ī_ėįūzGųĐ4Tßg?ķŌ?ΏŗŸųéį@ŅS}œ˙ĪH˙:>Îį¤CEMös˙=#üčû9˙ž‘ūt 7ŲĪüôķŖėįūzGųĐ4Tßg?ķŌ?ΏŗŸųéį@ŅS}œ˙ĪH˙:>Îį¤CEMös˙=#üčû9˙ž‘ūt 7ŲĪüôķŖėįūzGųĐ4Tßg?ķŌ?ΏŗŸųéį@ŅS}œ˙ĪH˙:>Îį¤CEMös˙=#üčû9˙ž‘ūt 7ŲĪüôķŖėįūzGųĐ4Tßg?ķŌ?ΏŗŸųéį@ŅS}œ˙ĪH˙:>Îį¤CEMös˙=#üčû9˙ž‘ūt 7ŲĪüôķŖėįūzGųĐ4Tßg?ķŌ?ΏŗŸųéį@ŅS}œ˙ĪH˙:>Îį¤CVä˙5ú ‹ėįūzGųՇLÛÜŖÉÎį¤CEMös˙=#üčû9˙ž‘ūt 7ŲĪüôķŖėįūzGųĐ4Tßg?ķŌ?ΏŗŸųéį@ŅS}œ˙ĪH˙:>Îį¤CEMös˙=#üčû9˙ž‘ūt 7ŲĪüôķŖėįūzGųĐ4Tßg?ķŌ?ΏŗŸųéį@ŅS}œ˙ĪH˙:>Îį¤%ˇúõü•_ĒÃļUmčqØˇ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( Š( Š( š9ŋäwī¯ū€+ŦŽNoųĮûë˙  ÆˇŲõ= ģzŸáĄÖQEąį…Q@Q@§Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW=ãøô´˙ŽüĢĄĶ?äg˙\˙AåĐ˙Ģčˆ_-QEę[?ņãøZŠVĪüxūÖĒPTuŸų_˙×ģ˙č&¯Ugū@—˙õî˙ú Ē‡ÄŒqÁŸŖüŒ?˙Č:ëūē˙A]Urž˙u×ũuū‚ēĒ×üVqåîTũ?PĸŠ+Ō (ĸ€ å­?äp“ũ÷ūFēšå­?äp“ũ÷ūFģpŸ Ođŗz;KĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ļßņâ>ƒųÕJļßņâ>ƒųĐJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€0ŧAŦŊ€[{rÎ7봍rãRžoû\ûŊ|ÃZ>(…ĶVķųd@Tũ8?įŪą+έ99´}^IP‹J÷Üí4 aõh'ĮŸÎā1¸zÖŨqŪ…ÛRy@;2 ÷=ųôŽÆēčIĘg…˜Ō…*î0Ø(ĸŠØá ĄŦiĢĒéĪlHWÎäcŲ‡ųĮãW訊N5"á-˜=O*ēŌīlå1Ím"x!Ič{Öŋ‡ü;sswÅÔMŧd6`š•ßQ^=,Ž”*sš6—C5M\(ĸŠöÍ o˙Cč*Ĩ[øōAU(ĸŠá5Ÿ\ŊËç0Š8ķ0 ?ŋ=kJ”Ē;DãÆãčāāĨWŽÉnÎîŠķĢjVĶq'Ú"ĪĖŦ?č×1]ÛGq nŽE ĻZĨšž2ŖOŲč×FKEV' QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEnOøķ_ Ē•nOøķ_   ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE[—ū=č*Ĩ[—ū=č*ĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEnoøõOÂĒUšŋãÕ? ŠEPEPEPEPEPEPEPEPEPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEÉÍ˙#¸˙}ô]ersČî?ß_ũV5žĪŠčeÛÔ˙ ũ˛Š(­<(ĸŠ(ĸŠå$cˆū ũäaøūA×_õ×ú ęĢ•đ/üƒŽŋë¯ôÕV¸Ÿâŗ(˙r§éú…QXQEW-i˙#„Ÿīŋō5Ô×-i˙#„Ÿīŋō5ۄøj…›ŅÚ^‡SEW€QEQEQEQEQEQEQEQEQEQEQEQEUļ˙ôÎĒUļ˙ô΀*QEQEQEQEQEQEQEQEQEQEQEQEQEZöÆ ø<ŠĶ#¨#ĒŸQXƒÂ0ų™7oŗĶ`Īį˙ÖŽ’Š‰SŒÚ:)bëQ\°•‘^ÎÎ 0&Õę}Iõ5bŠ*’KDa)9;ÉŨ…QLAEPEPEPˇ˙!ôR­ŋüy Ē” â<–S¤}Ŗ`ŋ\q^@A`ײ×3ŦxB+û†šĩ”A+œē‘•'×ÚēđĩŖMĩ.§žeÕqQŒéjãĐā+Ōü(’GáÛ`ų,ĘĄcŠČ°đ8Iƒß\Ģ 9ōãæú“]‚"ƊˆĄUFĢÅWŒŌŒLr<˛ļŖ­Y[K$-Q\'Ō…Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[“ū<×č*Ĩ[“ū<×č(ĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@å˙Dú ŠVå˙Dú Š@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[›ū=SđĒ•noøõO€*QEQEQEQEQEQEQEQEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@Q@Q@rsČî?ß_ũWY\œßō;÷×˙@oŗęzvõ?Â˙CŦĸŠ+cĪ (ĸ€ (ĸ€9OĮĨ§ũtoå]™˙ ›?úāŸúŽ{Įņéi˙]ųWCĻČ&Īū¸'ū‚+ËĄū˙WŅž&ZĸŠ+Ô,ļãĮđūĩR­Ÿøņü?­T ¨ë?ōŋ˙¯w˙ĐM^Ē:Īü/˙ëŨ˙ôU‰â?ƒ?Gų~˙u×ũuū‚ēĒå| ˙ ë¯úëũuUŽ'øŦãĘ?ÜŠú~ĄEV¤QEËZČá'ûīüu5ËZČá'ûīüvá>Ÿáfôv—ĄÔŅEÄ`QEQEQEQEQEQEQ\׉ĩYau˛ˇr™]Ō2ž}…DæĄŗ|= W¨Ąĸķĸķ<ŋ17˙wpĪåO¯0ŽĢÃZŦŗ9˛¸rø]Ņŗxę+x…)YŖŋ•J78ĘöÜéhĸŠé<ĸŠ(ĸŠ(ĸŠ(Ģm˙#č?TĢm˙#č?TĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Û˙Įú ŠVßū<‡ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ܟņæŋAU*ܟņæŋA@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠˇ/üz'ĐUJˇ/üz'ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ÜßņꟅTĢsĮĒ~RŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEVtŋë_ũãZ5/ú×˙xĐ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“›ūGqūú˙čēĘäæ˙‘ÜžŋúŦk}ŸSĐˡŠūúeQ[xQEQEĘxãū=-?ëŖ*čtĪųŲ˙×˙ĐEsŪ8˙KOúčßĘē3ūA6õÁ?ô^]÷úžˆ…ņ2ÕQ^Ąeŗ˙?‡õĒ•l˙ĮáũjĨGY˙%˙ũ{ŋū‚jõQÖä ˙^ī˙ š¨|HĮüú?ČÃđ/üƒŽŋë¯ôÕW+ā_ų]×_č+Ē­q?ÅgQūåOĶõ (ĸ°= ĸŠ(ŽZĶūG ?ßäkŠŽZĶūG ?ßäkˇ đÔ˙ 7Ŗ´ŊĻŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž7Å6¯ĸ.0Lr¨ô#Œ~XŽĘŖžŪ+˜Z)ŖÔÎŦ9ãcĢ‰úŊU;]i[žĩyuq‚#‰O>¤ņįZ˙đ‹iŪfė͌ũÍü,ÖŧņZÂ"‚5DŽzxy)^GŠ‹Í)Γ…5Ģ$ĸŠ+°đBŠ( Š( Š( ­ˇüx ūuR­ˇüx ūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢrĮšũTĢrĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ÜŋņčŸAU*ÜŋņčŸAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢsĮĒ~R­Í˙ŠøPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPYŌ˙­÷hÖtŋë_ũã@ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŽNoųĮûë˙  ë+“›ūGqūú˙čą­ö}OC.Ū§ø_ču”QElyáEPEP)ãøô´˙ŽüĢĄĶ?äg˙\˙AĪxãū=-?ëŖ*čtĪųŲ˙×˙ĐEyt?ßęú"ÄËTQEz…–ĪüxūÖĒUŗ˙?‡õĒ”Ugū@—˙õî˙ú ĢÕGY˙%˙ũ{ŋū‚jĄņ#Gđgč˙#Āŋōē˙ŽŋĐWU\¯äu˙] ŽĒĩÄ˙œyGû•?OÔ(ĸŠĀô‚Š( škOų$˙}˙‘ŽĻškOų$˙}˙‘ŽÜ'ÃSü,ŪŽŌô:š(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­ˇüx ūuR­ˇüx ūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸĸžâXŒŗȨƒšŦõņœŌmķG÷ŠVŖRjņ‹e(J[#VŠj:ȁŅƒ)ƒNŦÉ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ'üy¯ĐUJˇ'üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ë˙‰ôR­Ë˙‰ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ7üz§áU*ÜßņꟅTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ äæ˙‘ÜžŋúŽ˛š9ŋäwī¯ū€+ßgÔô2íę…ū‡YEVĮžQEQErž8˙KOúčßĘē3ūA6õÁ?ôT|AŖIŦC G*FcbIaœÖ•¤&ŪÎ ĮĄ#ž+‚•ĮRŖZ4ŦJ^ķdÔQEw”[?ņãøZŠVĪüxūÖĒPTuŸų_˙×ģ˙č&¯Ugū@—˙õî˙ú Ē‡ÄŒqÁŸŖüŒ?˙Č:ëūē˙A]Urž˙u×ũuū‚ēĒ×üVqåîTũ?PĸŠ+Ō (ĸ€ å­?äp“ũ÷ūFēšå­?äp“ũ÷ūFģpŸ Ođŗz;KĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ļßņâ>ƒųÕJļßņâ>ƒųĐJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-ŋüy Ē•m˙ãČ}T Š( Š( Š( Š( 3ÄWO6Ļņ|¸@UøÉ5‘]ˆôš~ĐoaBČĀy€ēGĨsā@$ôž› (:1åėztZpV:O Ũ9i­X’€o_npkĨŦOé’YÄķÎĨdõŪļëÃÆĘ2¯'†ģNnÁEW)QEQEQEQEQEQEQEQEQEQEQEUš?ãÍ~‚ĒUš?ãÍ~‚€*QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEn_øôO Ē•n_øôO Ē”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEUšŋãÕ? ŠVæ˙Tü(ĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦéÖŋûÆ´k:_õ¯ūņ QEQEQEQEQEW'7üŽãũõ˙Đu•ÉÍ˙#¸˙}ôXÖû>§Ą—oSü/ô:Ę(ĸļ<đĸŠ(ĸŠ(ĸŠ(ĸŠ(Ų˙ÃúÕJļãĮđūĩR€ ŖŦ˙Č˙ūŊß˙A5z¨ë?ōŋ˙¯w˙ĐMT>$cˆū ũäaøūA×_õ×ú ęĢ•đ/üƒŽŋë¯ôÕV¸Ÿâŗ(˙r§éú…QXQEW-i˙#„Ÿīŋō5Ô×-i˙#„Ÿīŋō5ۄøj…›ŅÚ^‡SEW€QEQEQEQEQEQEQEQEQEQEQEQEUļ˙ôÎĒUļ˙ô΀*QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEm˙ãČ}TĢo˙Cč*ĨQEQEQEQEÁjûÄhÔiôQp (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ'üy¯ĐUJˇ'üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ë˙‰ôR­Ë˙‰ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ7üz§áU*ÜßņꟅTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEW#âÛhú˜ŌŦŦ.5MKh-ĮŨī‚@'8įMĮÖÚļŠũ“§ÜiZ‰Hn?ØĪÔP_EŲ$HbyeuHŅK31ĀP:“@ĸŧūO‰ÆęæTĐŧ;ĒÅÃM*? ŦĄ˙}ŋ˙ GĸŠiŌęZMĩäÖ¯k$Č rICčrōĢ´Vtŋë_ũãZ5/ú×˙xĐ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“›ūGqūú˙čēĘäæ˙‘ÜžŋúŦk}ŸSĐˡŠūúeQ[xQEQEQEQEl˙ĮáũjĨ[?ņãøZŠ@QÖä ˙^ī˙ šŊTuŸų_˙×ģ˙č&Ē1Ä~ō0ü ˙ ë¯úëũuUĘøūA×_õ×ú ęĢ\OņYĮ”šSôũBŠ(ŦH(ĸŠ+–´˙‘ÂO÷ßųęk–´˙‘ÂO÷ßųíÂ|5?ÂÍčí/CŠĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ÛĮˆúįU*ÛĮˆúį@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠļ˙ņä>‚ĒUˇ˙!ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ'üy¯ĐUJˇ'üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ë˙‰ôR­Ë˙‰ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ7üz§áU*ÜßņꟅTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEÉdÂō7ŨE,~‚ŸQ\Äg´šÕŅ—ķ ;øKÛ!Ö5Ųđ×WWEĪQĀsŠqų wÅģŗØiZÜ%ŨĨØEp9Á‡äT~fđvP<9hÜK áfSÔŠęĻņ†`ž´ˇ2MxģWš[?Šwöķ ‹hĻ^D?šĘņ^™yŦøf÷N°–8î. i…pŨ’<ŒÆ´la6ú}´ ÷Ŗ‰Pū ’yâĩˇ’yäXâKģąĀP9$Đg†4a xvËNÄ~dQ5ŖčÎycžü×­ųW4ĻāÜƃímlÎī}œ~"ŦIâxây-ŧ0‡OŌ•ŠI¨ËÃ?ûžŸ‡=2EtžđvŸáxĄ/q{0ũõÔŋyûāz ˙õÉ ?ÅzŊ•Å2ãP›Ëĩ°´,įŽâ€ī’ĩĩiņ[ÃWWBkģ`NŗÄ~„‘øŠØūÅđÕ˙‰ĨÔ ZÜęŅŧˇ˜đĻp1Įj‹ô‹[ÃWéw$rĖlĒH öéųPÚ:ȊčÁ‘€*Ęrõ[PÔėt›_´ęqZÁ¸/™+=k•øWu=Ī‚!’Â^(ÉūčÁ–Hü+kÅ>ĩņfũ™y4ĐÅæ,›ĄÆėŒúƒë@Âuá_ú4īûūĩyHšQ<ŧŠQŊy §Gá^˙ /A˙ žĨ˙}G˙Ä×fŋŲļ6ö1|ŅÛF°Ģ7R`īÅ;ɓûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~UÉL­˙ Č\Û׏øŽËíoũÕŽ>yIņā“;׏øŦk}ŸSĐˡŠūú_“'÷ōŖɓûųTŋkî­kî­lyä^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐĨė{pwc§ãU|™?¸ß•\2Ÿŗų˜ô¨>Ö˙ŨZ‹É“ûųUj)‡~J}û˛kOíoũÕĒŨĶļƒ¨)UæŪA˙Žš¨|HĮüú?Čį|ŒÚmŅU'÷Ũž‚ēĪ&Oî7å\ˇ€'h´Û 9˜uú ëžÖ˙ŨZ×üVqåîTũ?R/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZĀôˆŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7å\Ĩĸ1ņ”‹ƒīĮāk°û[˙uk‘ŗ”É&wŋō5ۄøj…›ŅÚ^‡SäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ\F^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoĘ­2ˇŲ6āîĀãņ¨žÖ˙ŨZœĘEŋ™ŸJ§äÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´+Ŗ@¸9ĀâĒų2qŋ*¸Ō‘n$ĀĪÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōŖɓûųTŋkî­kî­EäÉũÆü¨ōdūã~U/ÚßûĢGÚßûĢ@y2qŋ*<™?¸ß•KöˇūęŅöˇūęĐ^LŸÜoʏ&Oî7åRũ­˙ē´}­˙ē´“'÷ōĢ2#UPp8¨ūÖ˙ŨZå+“'OɓûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uhYQĒ¨œ*¯“'÷ōĢ)XĀ8¨>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•Z•XÛ*€I㊋íoũՊ䔤*ā œP?&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ŧ™?¸ß•LŸÜoĘĨû[˙uhû[˙uh/&Oî7åG“'÷ōŠ~Ö˙ŨZ>Ö˙ŨZ‹É“ûųQäÉũÆüĒ_ĩŋ÷Vĩŋ÷V€"ōdūã~Ty2qŋ*—íoũÕŖíoũÕ ‚7Y”• sÚŽÕhŽZI0jÍQEQEQEQEQEQEyũī†|Aáī]k>[{ˆoNë‹)›hŨœärRHäc'¨¤ĩđ׈|IâMWÅkooodwAe nËg9<‘Ô ōsŒq^ƒE`øĩŧ@ē:Ÿ (kī9rĪšƒŸŋĮ\VoŠŦ5ũ[áėV0ÁæęŗĮē@蜀 ķŊGc]…åÚ[üJŌ4Ë}>ĶÃÚzÁ\ș>į÷ŊIäũkcIÔ~!ËĢ[&ŠŖXÃbÎŌ#Še_Q‰ōŽæŠá|Cá-Z/˙ÂKወŖžeÛ<đ˛Œôį ãĻsšĄ{eņÄđ7P†ÃJ˛“‰¤‰ƒ^ã†cøqõ¯Iĸ€(hēMļ…¤[éļ€ųP.=Xõ$û““Wčĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@Q@Q@rsČî?ß_ũWY\œßō;÷×˙@oŗęzvõ?Â˙CŦĸŠ+cĪ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ÿøņü?­TĢgū<ëU(Ē:Īü/˙ëŨ˙ôWĒŽŗ˙ K˙ú÷ũÕCâF8āĪŅūFäu˙] ŽĒš_˙Č:ëūē˙A]Uk‰ū+8ō÷*~Ÿ¨QEéQ@r֟ō8Iūû˙#]Mr֟ō8Iūû˙#]¸O†§øYŊĨču4QEqQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[oøņAüęĨ[oøņAüčĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ßū<‡ĐUJļ˙ņä>‚ĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPVä˙5ú ŠVä˙5ú ŠEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPšãŅ>‚ĒUšãŅ>‚ĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPVæ˙Tü*Ĩ[›ū=S𠠔QEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŗĨ˙Z˙īŅŦéÖŋûƀEPEPEPEPEP\œßō;÷×˙@ÖW'7üŽãũõ˙Đc[ėúž†]ŊOđŋĐë(ĸŠØķŠ( ‘™QK1@É$đ-`xÂáāĐöĄĮ›*Ŗ}0OôŦq•R¨ú!7erŊߍ-!”ĨŊģÎÆũÛAúpjū“â;=UüĨ øČGīô=ëÍéđĘđL“FÛ]2ŸB+åéįX…SšzŽÖ2UĪ]ĸšž5|cpęúí͋gū<ëU*Ų˙ÃúÕJ*Žŗ˙ K˙ú÷ũÕęŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‡ā_ų]×_č+ĒŽWĀŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęQE`zAEP\ĩ§üŽž˙Č×SYčōE­ĩų•Jcˇō1]Xj‘„f¤÷L֜’Rŋc^Š(ŽS ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģm˙#č?TĢm˙#č?TĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Û˙Įú ŠVßū<‡ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ܟņæŋAU*ܟņæŋA@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠˇ/üz'ĐUJˇ/üz'ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ÜßņꟅTĢsĮĒ~RŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEVtŋë_ũãZ5/ú×˙xĐ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“›ūGqūú˙čēĘäæ˙‘ÜžŋúŦk}ŸSĐˡŠūúeQ[xQEV~ĩĻ˙ji’[‚Ÿz2{0˙8ükBŠŠ”ãRŲƒW<–æÖ{9Œ74n;0˙9­ DŸTēBceĩS—Œ=ŊzC"¸Ã(aî3NŧJy#SšRŧ{XÍSÔ(ĸŠ÷ gū<ëU*Ų˙ÃúÕJ*Žŗ˙ K˙ú÷ũÕęŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‡ā_ų]×_č+ĒŽWĀŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęQE`zAEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPVÛū§Ą—oSü/ô:Ę(ĸļ<đĸŠ(ĸŠ(ĸŠ(ĸŠ(Ų˙ÃúÕJļãĮđūĩR€ ŖŦ˙Č˙ūŊß˙A5z¨ë?ōŋ˙¯w˙ĐMT>$cˆū ũäaøūA×_õ×ú ęĢ•đ/üƒŽŋë¯ôÕV¸Ÿâŗ(˙r§éú…QXQEQEQEQEQEQEQEQEQEQEQEQEô‰äUČúĶžÍ/÷?QV-?Õ÷ĒzĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ°ŅąĩŲ›ŠžŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč 66Ąų°8Ē˙f—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔU‡°@>`=CėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@I5˛ 0Š¯öišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEX–6kuP9â§ĸ€(}š_î~ĸŗKũĪÔUú(‡ŲĨūįę(û4ŋÜũE_ĸ€(}š_î~ĸŗKũĪÔUú(‡ŲĨūįę(û4ŋÜũE_ĸ€(}š_î~ĸŗKũĪÔUú(‡ŲĨūįę(û4ŋÜũE_ĸ€(}š_î~ĸŗKũĪÔUú(‡ŲĨūįę) €I^¸­ lŋęŸũĶ@´QEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŗĨ˙Z˙īŅŦéÖŋûƀEPEPEPEPEP\œßō;÷×˙@ÖW'7üŽãũõ˙Đc[ėúž†]ŊOđŋĐë(ĸŠØķŠ( Š( Š( Š(  gū<ëU*Ų˙ÃúÕJ*Žŗ˙ K˙ú÷ũÕęŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‡ā_ų]×_č+ĒŽWĀŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęQE`zAEPEPEPEPEPEPEPEPEPEPEPEPÛOõGũꞠ´˙TŪŠčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸ›Ŋŧ(ķûÃķ QMķûÃķŖĖOī΀E7ĖOīΏ1?ŧ?:uß1?ŧ?:<ÄūđüčÔR ЃK@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@RPpH€Šo˜ŸŪbx~tę)žbx~ty‰ũáųШĻų‰ũáųŅæ'÷‡į@ĸ›æ'÷‡įJIĀ šZ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ('&›æ'÷‡į@ĸ›æ'÷‡įG˜ŸŪ:Šo˜ŸŪbx~tę)žbx~ty‰ũáųШĻų‰ũáųŌ‚Č9 ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸ°^¤ O1?ŧ?:uß1?ŧ?:<ÄūđüčÔS|ÄūđüčķûÃķ QMķûÃķŖĖOī΀E7z“÷…:€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ lŋęŸũĶNĻËūŠ˙Ũ4›EPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEÉÍ˙#¸˙}ô]ersČî?ß_ũV5žĪŠčeÛÔ˙ ũ˛Š(­<(ĸŠ(ĸŠ(ĸŠ(ĸŠļãĮđūĩR­Ÿøņü?­T ¨ë?ōŋ˙¯w˙ĐM^Ē:Īü/˙ëŨ˙ôU‰â?ƒ?Gų~˙u×ũuū‚ēĒå| ˙ ë¯úëũuUŽ'øŦãĘ?ÜŠú~ĄEV¤QEQEQEQEQEQEQEQEQEQEQEQE]´˙TŪŠę OõGũꞀ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€)ˇŪ?ZJ§ĢjQévĻâDgËí ;Ÿō+ū8ŋįÍ˙īąūœĒÂ.͝4°•ĒĮšē:z+˜˙„Î/ųķûė…đ™Å˙>o˙}đĨíé÷4ūÎÅ'ä?ÃzĨŨõåŌ\KŊ@ÜŖåįĩt•įÚ.ŽēUÄŌ´&A"ããÖ×ü&qĪ›˙ßcü+*UĸŖī=NŧnŦĢ7JiØéčŽcū8ŋįÍ˙īąūø<_ŗĮZē†`ģˇŒÖžŪŸs‘åؔ¯ÉųUŋņ~=Aoü_…OZœAEPEPEË|Eņ%į„| ¨ë–A%Õą‹b\)(wH¨rŖôÔŅ\7Ÿę>:đœÚŽ§ Ŧ3ĨÛĀŲYWhT ᘜüĮŊw4QEQEQEQEbZøŋÃ×ÚĶčÖēÅŦē’;Ŗ[+åÃ&w {`ūTˇEPEPE#)>‚ŧá/ÅmwĮž$ŧĶĩKM:a´3ĢZÆęŃĒāîvã hØhĸŠ(ĸŠ(ĸŠ*´ßëMYĒ…ÂZC5Ė€”‰ :œ M¤ŽĀuČÂ{üøI˙øQ˙ ėķá'ũüá\Ú¸?įüųĪ¯ŽSûb÷ū°ųßčŲŲåācîgķÍG˙ ėķá'ũüáXÛi˙ ?öˇÛwnō÷s÷qÖ¸ą™•{?e=¤¯žŨI”Ö–=:Šä?á=ƒū|$˙ŋƒü(˙„öųđ“ūūđŽßí\ķūüŠį‰×Ԑ˙­ÆÂ{üøI˙øW[§Ü%Ü0ÜFIP8Ž­čc(WmR•ė5$ö/ŅEŌ0ĸŠņ˙üV×|?ņVĶÂ֖šsØÍ-˛4’Ææ@$ 6p;ņÅ{Q@Q@Q@Œp¤ú ņ˙„ŋĩßx’ķNÕ-4ča†ĐέkĢĢƒšÛŒ1 aĸ¸‹^8ÔüáË=GK‚ŌiĻģ2Ũ#2…(͑ĩ—œ¨­Īë÷^(đF™­^Į w7HĖ됀‡eāOAë@Q@Q@Q@Q@“â/iŌŸQÖoÚÜĢžZFūęÉ5äW˙´Ž›ėē‡.Ž"‡žåb'đ ß΀=Ίō_ üđÖĩwĻĨo>‘,‡ $ĖúĮԌ{×Ŧ‚C)GzZ(ĸ€˙ęÛéU*Û˙ĢoĨs:īˆáĐä†7åyl)ĀĒ1sv‰•zôčAÔ¨ė‘ˇEqßđ° ˙ |Ÿ÷đ…đ° ˙ |Ÿ÷đ…kõjŊŽíœüüüųˇs-ž‹wq m•*qœĄá+ûGF2ŨHd‘edÜG$`ëX§ŒâÔ4ÉíÉĐĘģCĨVđ˙ŠcŅtöļ{W”™ îPô­–~ÉĢks‚yĩŽÆJ§šĘīŊ¯~ĮŖQ\wü,?č'ũüáGü,?č'ũüáXũZ¯cŋûg˙??ūGcVa˙Wø×'Ŗøē [P[1k$Nā•% ×YúŋÆ˛œ%i#ˇ‰Ĩˆ‡='tIET›…Īøã]ēđĪ‚õMfĘ8dš´ˆ:,Ā”'p€Aīë\˙ÂOę~=đõîĄĒAi °]TZŖ*•Ø­ÎænrMzQ@Q@Q@åß>$kÛFMĩŒßmyŸjGllŲŒmeūųõí^áûųu_ ézŒę‹5Ũ¤SȨPĖˆ'ŒšŅĸŧwÂŋõŨsâÕĪ….m4䰊âę%’(ÜKˆ÷mÉ.F~Qž?*ö*(ĸŠ(ĸŠ(ĸŠ(ĸŽ”Q^Q⏏žĐ¯$ŗĶā›Wž2UŪ >ÎsõzÁ˛ũĨ´ų' }áģ˜"Ī/ ŌĘÃđ*ŋ΀=֊Įđߊ4éK¨č×kq;Xc u”ō lPEPx}*šãīĨrĪâčØ-ŦŒ āĀfĩĨBĨ[ō+ظÂSøQŅŅ\×ü&Ī›˙ßcü(˙„Â/ųķûė…mõGōūEû ‡ëš•ÕĻ¯i 2mŒ€Ė¸ûŲb9üĢĸŽ TÕWPÔ!šXŠÔ ¤į8$˙ZØ˙„Â/ųķûė…tVÁÔtāŖzėi:2卑ŌŅ\×ü&Ī›˙ßcü(˙„Â/ųķûė…sũGüŋ‘Ÿ°ŠØéĶī¯Ö­ÖN—|š´wĨAl=ˆ5­\Ō‹‹q{Ŗ&švaETˆ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸ˛ŧMŠÍĸøWWÕ-–6žÎĘkˆÖ@J–D,Áĸ€5h¯2øAņWøŽú­ĩŒ&Íĸũ•sŋ~sš›ûŖŌŊ6€ (ĸ€ (ĸ€ lŋęŸũĶNĻËūŠ˙Ũ4›EPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEÉÍ˙#¸˙}ô]ersČî?ß_ũV5žĪŠčeÛÔ˙ ũ˛Š(­<(ĸŠ(ĸŠ(ĸŠ(ĸŠļãĮđūĩR­Ÿøņü?­T ¨ë?ōŋ˙¯w˙ĐM^Ē:Īü/˙ëŨ˙ôU‰â?ƒ?Gų~˙u×ũuū‚ēĒå| ˙ ë¯úëũuUŽ'øŦãĘ?ÜŠú~ĄEV¤QEQEQEQEQEQEQEQEQEQEQEQE]´˙TŪŠę OõGũꞀ ōOÚ'ūIÅˇũ„ĸ˙Đ$¯[¯$ũĸäœ[ØJ/ũJâŧ+đÛĞĶu—ņ °5äSĩ =ŗ¸fŽęŗÎĢĨ[=į‡|Nō^Æ7$M€ąŽŦp}2?^…đßĚ¯Ã kN†hícÉëĶĐ|gņoˆmu]'Â^’K{­H)’xŽî}ˆĄŋ‡rzô÷ cĸŧ)?giĨ„OwâûŖŠ–•a,ĄžĨ˛~ŧR|)×|E üFÔ<Ž_ŊôPŖųNî_c( “ÎŌ§8íĮž@=ڊņŸÚūĢ EáÉtÍJöĖ<ĶE­ÃEæ°€ÛHĪS×֛˙ ãÄ?´õÖüUâ+Ģĩ¨–×Lļ\ÅmåCF[ĪSØ{Eōž•ŦøīĀž-Ô<Ļ^ũŽæyÚßÍ%–&l2ʀįoČrGAœœâģ [ā&Ĩ.—6Ĩ˙ ]å枨dĖ€í‘ņĄ‹n™ũ(Ū(¯#øâÍKÄ^ŋąÔîdē—N•sJK9ÁĀ$õÁVäúûWŽPEP)ãų§ũwÉĢGA˛´“Bŗwĩ…˜§,Ņ‚O5ãų§ũwÉĒ}]Ķ-´kXfģD‘ ¤9úW=ŌĒīØõg,yøžÆßöu—üųÛ˙ßĨ˙ ?ŗŦŋįÎßūũ/øU?øI4ųūō?áGü$š?ü˙Gųđ­9ĄŨžËÚ_‰sû:Ëū|í˙īŌ˙…ŲÖ_ķįo˙~—ü*Ÿü$š?ü˙GųđŖūMūŖüøQÍč=–'´ŋįöu—üųÛ˙ßĨ˙ ã|U Pkök I”RB(;Ĩtßđ’h˙ķũäšOß[_떒ÚĖ˛"ĸŠ#ąÜk*Î.:š|+*ךvŗŪįsoü_…OP[˙áS×Iä…PH’pAy{k§ZIw{s ĩŧc/,Î{“ĀŽ9ū0ø; øŽųÆVJ˙ßAqú׉x‡UÖ~4üI]M¸1é0ČÂ~äq/ 3ԞßP=ëŌbũŧ ļ.ĩG¸Į7e>ˡöįë@ĄĻjÚvĩfˇzeõŊåš8A uĪĻGCí\WÆīų$ZßÖß˙GĮ^!˙‚ãƒíO5ƒ”wÛÂÜÛ1Į+Ų†čGĄįÛž6ß5ĸ ũœ‚?ëŧtû:˙É8š˙°”ŋú.:ô‹īhZ]âYę֝itā‚âé#vā¤ƒÉ¯7ũäœ\˙ØJ_ũpäąiõím˙Ŗ^€>š¨//mtëI.īnaļļŒeæž@ˆŖ8叧Ž#ãü’ū¸§ūŒZęôŨ_MÖ`iôŊFŌúm%ŦË*†Ā8%IÁ{Ô÷7VöVŌ\ŨOF2ōĘáUGŠ'^Cû7˙ȇŠØM˙ôTuÄüdÖĩO|NˇđeŦæ;Xf†Ū8ˏ4NöõÆđ=°}hØn>0øÖcž#€°8ĖpË"˙ßJ¤~ĩŅh~'ĐüK KŖj–×ĒŸ|Dųeú¯QøŠķ‹ŲßÂPŲ,w—Z•ÍÆߞe•Pgũ•ÁĮãšō˙ø?^øUņÖįÃŋmŧ…n •"f%rCE&ŅƒĐįÔŌ€> Ôĩ}3F'Õ5K]ļ,—SŦJ͌ā#œ_2ø/WĶ-h[íNãQ´‡Okëį[Š'UˆĢy›Hrqƒ‘ŽyÍ{ī‹|ĨüEĐl­ĩ9o`]nSėė¨ų*Få=˜×Í>đ>™Ŧü`ēđ•Ä×k§Åuu ɨ”Ŧ[öä•#?(Ī•}k§jēvąlntËû[Ø2ÛL˛(aÔeIä~u­­éz¯Úĩ]BÚĘ ā<ōú õ>Âŗ<āũ7Āššf›5Ė–Æfšå՘<Ē”v¯›tĢSãgÄ˃{{$6Á^bHŨöx¨ƒĻ~`?3Í{ÉøËđüKå˙ÂEī_ŗ͏Īf+ĒŅõũ#ÄĻįHÔm¯b3A m§ĐŽ ûķƒû<ø,ÛyB]PIõŋh]ŲúmĮé^L,/ūüdŗŗĩŊya2Ä coŸo!Ģ™ëø€hëûô¯™f˙ųu?ûˇūŽžš¸ßJų—öo˙‘įS˙°kčØčéēįĩßø_Ã2ų:Æˇkm62a,^@=J.H…sŸŧs7‚ŧ$ŋ`pšĨû˜mÛŧ` ģß€=ØW–ü5ø3˙ –˙ ‰o.’Úå‹CmûŲųåŲ˜sîzäwö}/◂5‹…ˇŗņĄ•Žf ãč7“í]}xg‹g0é3\xbæę;蔲Û\8t›ÂR{GĶ­AđĮ—ˇ2ø?V™ä1Fd˛iOĖĄ~ô\ķĀäz`L{ÕQ@cx‹ū@×˙õÁŋ•lÖ7ˆ˙ä ˙\ųVU˙…/Gų ėaøÎÚãIšiíĄ•„øĐ1hõŽĢû/O˙Ÿoûōŋá\o‚õ;MĶ."ŧēHĻÜČÚ=+Ĩ˙„ĢC˙ „“…yš}\:ÃAIÆöō&-Xģũ—§˙Īˇũų_đŖû/O˙ŸoûōŋáTŋá*Đ˙č!äßáGü%Zũ#ü›ü+ŗÛaš?z*čģũ—§˙Īˇũų_đŖû/O˙ŸoûōŋáTŋá*Đ˙č!äßáGü%Zũ#ü›ü(öØ_æŪ‚čÂņåĩž•lĐ[CđJ RFĶé[ž˙5‡ũp_å\ߍ5?RĶmâŗēI]fÜBƒĀÁõŽ“Ãŋō°˙Ž üĢ (KQÁĢYlJø™ŗEWŽXWĖŋ˙äâ4īúųąūk_MWĖŋ˙äâ4īúųąūk@MVv§â ExĶUÕė,@J Ģ”ˆ°q¸ŒÖŧ}Ļø D7wDMy(+kh +zŸEĪõÅxŋüŦ|Xņž-ņl’/Ęŧ¯ŸƒÄqáŒt${ÎHú6ĘúĶR´Kģ¨.­¤ÎÉ :68aÁæ ÕĩŊ/BĩûVĢ¨[YAœž@€ŸAž§ØU¨Ą‚ĘÕ!†4†Ū ˆ‹…E€č¯”4ĢSãgÄ˃{{$6Á^bHŨöx¨ƒĻ~`?3Í{ÉøËđüKå˙ÂEī_ŗ͏Īf+ĒŅõũ#ÄĻįHÔm¯b3A m§ĐŽ ûķƒû<ø,ÛyB]PIõŋh]ŲúmĮé^L,/ūüdŗŗĩŊya2Ä coŸo!Ģ™ëø€hëûô¯™f˙ųu?ûˇūŽžš¸ßJų—öo˙‘įS˙°kčØčč'†_O‹ūŸė¯ą‰G—ũ¤cų˜8Æū7cwᚹĸŽ”ēE¸ĐūĮũšō>ÆTŌœíÛĮ\ôī^YûG˙ȅĻ˙ØM?ôT•Õ|˙’Q ×'˙Ņ@ŦĶEmÍ<ŠQŠgw`Ē u$ž‚¸É~.ø ŗlū$ļ2Œ¤r:ßaJūĩäŸüMĒøÛĮ°øDsöh§X°&Ÿø‹î§éĩĨv:ėíáhtՊūķPšŧ+ķĪ‹ũ•ÁĀúæ€==ŧAĸĻ’šŗęÖ)§>6ŨĩÂŽx98ëVloėõ;4ŧ°ģ‚îÖLėšŪA"6Gá_'|@đöŗđÛí^­u ę…n gų‘‡nĮã‚>˜÷‚?ōH´O­Įū’€:ųņ ÚÚéšõ´ˇp‘H&sčĄĀÉöÕWË˙~Yø*Âß[ĐįœŲ<Âa™ˇ4LA*ĘŨĮ¯ ã׏jøK¯Ũøáž™{}#Ktā’F9/ąˆúœc'×4á߯/ū |e_Ã1[x.VÂ걜1ČõÎâ}”ÕīŪøwáoiŅÚZh֒2Ž{ˆ–Id=Ë1 ãÚŠŲ|,đՇŒ[Å0ĨŅÔÚâK’^lĻų7nųqūŅÅv´áß~čŅøjãÄē-”V7V…Zâ($rÆHíÎGQœįŠÚøâ[oĀōé÷r4’éscv9>S  ?O˜}Ļüvņ•Ž‘āë9•õ=H*yJrc‹ ŗ7ĻqëŸcQ~ĪZƗāģ­Nå Npņ)cA€ß‰-ø`÷ ^ĸŠ(¯ū­ž•į;˙Ĩ—ũs˙ŲĢŅßũ[}+ÎZŊ™×íđ_ÍŊŋ˛ô˙ųđĩ˙ŋ+ūeé˙ķák˙~Wü*ü%šũcü›ü(˙„ŗB˙ Œ“…ĩ{0öø/æŪ‹ßŲzüøZ˙ߕ˙ ?˛ô˙ųđĩ˙ŋ+ūGūÍ ū‚1ūMūÂYĄĐF?ÉŋŽZŊ˜{|ķGīGeEņ"TdQ€>C^‹úŋÆŧãM¸Šëâ#Ī‡ŠGĢãa¯G‡ũ_ãZbž(߲8ōV:mĪ/ВŠ(ŽcŲ8ŋ‹_ōJüA˙^ã˙CZãfīųõ_ûŸũ•Ų|Z˙’Wâú÷ú×û80OęĖā$“ĀZPŗ3*#;°UQ’ÄāY6>+đæ§v–– ŌŽî_;a‚ō9°2p äņ^ņ+âFĄã]|āą$öķ?•4Đõē=ÔŅŽįž=:úÃO†ļ>Ōˇ6ˍbáGÚnąĶũ„ôQúžO`;ēäõo‰ž Ņ.ŪûÄ6‹22Eēb§Đ„¸ŸÚ ÅWú/‡Ŧ4>g…ĩ6“Ī’3†ō.W=ƒöwŦ?üŌu? Ųjū!ēģi¯"YŌŪŦhÃ+¸I8ÁíŒâ€=?KøĨābá`ŗņĄ•ŽfŨO ŪMuõķ×ÄoēF‡á{ÍoAģģWŗO2K{†Ž™įAžsŌēĪŲ˙Ä7šĮ‚.,¯ei›N¸ōĄw9"" ĒįØįب—ũĻž˙†>—_ûJŊ›ÁŸō#xūÁļßú)kÆi¯ŋáĨ×ūŌ¯fđgüˆŪ˙°mˇūŠZŖĻÅā5ņ<Ļ˙oų’oíÚwķæd›=søæēšų—á˙üœĻŖ˙_ڇķ’ŊĮâ‹WÁ^ ŧÕĀVšŠŲŖJßw>Ö>Ęhîŋã/x_hÖĩ{kGa•›t„z„\ļ=ņUôˆņ=ĮŲô}nÚâãŅģ}Ā'đāß>ÜüK’ëÄū'Ô.žË,ÄB<ۗxä‚ŽœP1Šęŧ[đÎÃL}SÁ÷—ĐjvcΎ“w˜WŸ‘€_Ķ¯­ũ’šÆžÚ–JũŒ\Ą› d™ŨĶž*ÕíõĻ›g%ŨũÔļŅã|ĶČ',x?ų[ávąw¯ütŌĩKæVē¸išVQ€Ė-ÜgøÍ{§ÆŸų$zīû°˙čøč¯ĩÖtģŨ=õ MJÎâÉ3ēæ)Õã\uˁŠåįøŊā+k“o'‰-ËįŽ9īĨRŋ­xGÝZø‰§Eáģ{XH×WŌE÷Ĩg?*úōœĀÁ<đ+Õ¯?gĪͧ´­msˇ sįo9õ*FĐcđ KŌõm;[˛[Ũ.ö ËfāK†ôãĄöŽãwˆgđ˙Ã{‘k!Ž{ųVÍ]N †›UR?ņ˙…7ZŸ‚ū1 Í.cši,îŖRv9PÅ\¨>„ú×Ōzׇ´ÚĮmŦXC{ oæ"J2`ŒūDЍ|ømŖ^ømŒ Š( .>đúWāø!žúčMH PqĪŊv7x}+‰đĩũ­…åËŨLąĢ œķÍwáTĒ;čoJü’ˇ‘ÚgŲĪŋũúáGö}—üųÛ˙ߥūWū-'ūcüøQ˙ “˙?ąūGü+ŸŲ×ė˙9jve¯ėû/ųķˇ˙ŋCü(ūĪ˛˙Ÿ;ûô?ÂĒ˙ÂE¤˙Īė‘˙ ?á"Ōįö?Č˙…Îŋgø‡-NĖĩũŸe˙>v˙÷č…eøŽÎÖ-éãļ…Ã*GĖ*×ü$ZOüūĮųđŦŨ{ZĶŽ´K˜ ēG‘‚íP?05­VUct÷]ʄgĖŽ˜xSūA)˙]MtĩÍxSūA)˙]Mtĩ–+øŌõ&¯ÆŠ(Ŧ ĖũO]Ō4AÕu[.|ŋĩ\$[ņŒãqÆGæ*=[Ě&‡§Ĩū§ĒZÚÚČ3’H1'ų{ˇ™¯ũĻÕxcũë¯ũĨGūËņÆxŌîâH$ŒEce ėU…>POp8ęIÍzn™ņSÁŊęÚYø†ØÎįjŦĒņ>€¸šéĩNĮH˛{ŨFō KdûŌÎá~&žsøŊđ‹Lđ–‰ģĄI:ÛŦĢÅŧĪŋnėá”õë€AĪQUüá­oâđ€x‹VšūÁŅQmã FéŽĐOc“ŖÜ{4|%ȁ|Grq–†U_ûčŽ?ZėíŽ`ŧļŽâÚhį‚E ’FÁ•‡¨#‚+Å ŅnŪ÷ÄV‚U8e„4ÅOĄØ q´‹/´mÃF°™á:™Ī"7–›~\ú1n}†;ÖO€ūhē†lum~ęîYīaIÖw‘Ŗ ¨'“‚3ĶĶŪ€=[Cøƒá?\-ž•ŽÚĪpßv&7oĸ¸ūŌ×Ėßū §„­-u É}s˜G%šd‘6 Ĩ@8ãđ$~×đËYÔĩĪé×ZÄS& Ą˜Ė…Yʒ{‘‚}ķ@\˛Į/4Ō$q ,îėP:’OA\e×ÅßYܘ%ņ%ŗ88ĖQÉ"˙ßJ¤~ĩä|QĢxķĮÉā} ØÚEp-ĖjØL>ķ9Âŧũ6“ôí4ßŲ×ÂđéËŖy¨\ŪųæŽEA˙epp>¤Đ§hž!ŅüEln4}JÚö5Æ㠁ŠgûÃĒŸ­Qņīü“ŋ˙Ø.į˙E5|áâī ęßŧkc¨h×ōŊ´Ų{i_‚āž)āõ\ƒÁéô‰u8ĩ¯„žŠ"+ÍiĐ 4°}ų 2ũ™˙ãÛÄŋīÛ)+ŪëÁ?føöņ/ûößĘJę~6xūãÂv—)‹TÔw•OÍ Cī0ô'8ęzŠëĩßøSÃS˜5mrÖŪq÷ĄÉ"ũUA#ņ‹ņ'ÁŪ š[m7_ĩ’w8H¤Ũ1ôĀ$ũ+Čžü ‡[Ō!ÖüUut­xžtV°°VÚy #NNsøžÂĪŽžYÚhĶę^¸ē7čdk9Ø?˜Ŗ“°€lv9Īĩ{õãŧyâ +Ÿęŗ´÷v1‰mæs–xr†=ʒŧú7ĩ{=ŲÕ?ûĻM—ũS˙ēh6Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEVtŋë_ũãZ5/ú×˙xĐ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“›ūGqūú˙čēĘäæ˙‘ÜžŋúŦk}ŸSĐˡŠūúeQ[xQEQEQEQEl˙ĮáũjĨ[?ņãøZŠ@QÖä ˙^ī˙ šŊTuŸų_˙×ģ˙č&Ē1Ä~ō0ü ˙ ë¯úëũuUĘøūA×_õ×ú ęĢ\OņYĮ”šSôũBŠ(ŦH(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠģiū¨˙ŊSÔŸęûÕ=䟴Oü“‹oû E˙ I^ˇ^IûD˙É8ļ˙°”_ú”Īx7āW†‹§xL‹NŌŦãĩ´‹îĮüÉ=I÷<ׇü^‚;¯Ž> ˇ•CG/ŲQÁî Ë^˙^ ņWūK߁ŋßŗ˙ŌŖ@õ_?üįã_Œn§æā}§ę3p3ü€¯ +į_ŊßÂORx˜ÚÉ.‹Ģ3´ęEôÜn¸Įž>Š¯Ÿī€´ũŦ-šÛƒ.Ķ _{béÍzĪƯ[éfõ5‘9ەˇŽķX˙w ŽŊp Ŧ5üLÔū!ęæUgųč\ŽĀ ÷ úâ€N?kũĢîžāüŅƒímúd×Đā_Ŧ¯ŧ ņOLø‡glĶYHȡ;{8_-”únĄõģÉ>5ø4ˇ\ģlÜ-D/įũÜc÷Î=čĪ#Š8kącŲˆĻȓú“Vŋiøõđ×û÷?Ę:æ< {¨ęß´UŽ§Š[5ĩÅãMr!nŠÛ9Œßk§ũĻ?ã×Ã_īÜ˙(čŨm ŽÖÖ+x”,q D°¸ˆ?4ŋI ‘ļ—PÕg]éim“€Y°q“œ âģÚųĪÆˇqxKöŽĩ×õČ]´ˇōåön|Ÿ/pʸŨĪé@4~3øÃŽFKđ]ĨŒOŅī2ŦŖ×įu˙Đk“øoŦÚūŅÅâãŸVōĨk™#?)fˆ  tí^ą¨|ađ-…ƒ] v“ˇ+ ēŗČĮĶãņÅxĮ…<[üy“Ä>"OėˆīØ €TFōōOĒíį§4Ô~ĶņãáĪúéqüŖ¯v‰U!DPĒ€ė+Áŋi9Rm3Ã2Äáãw•Č Ŧx5īi÷é@ *†ũŽ" sĪũy÷ĘđI?äîb˙s˙l{Ũx'ėÕ÷|SūũˇūÕ¯{¯ũšžīŠßļ˙ÚĩīTQEĘxĮūAI˙]Įōjf“á]:÷Jˇš”ÍæHšmŽūT˙Č%?ë¸ūM[˙‘~Ëūš˙ZįåRĒīØõYŌÁEÁÛŪeøBô¯ī\ßcü(˙„/JūõĮũö?Âē*+OeĮ/×qÎÎwūŊ+û×÷Ø˙ ?á ŌŋŊq˙}đŽŠŠ=”;×qÎÎwūŊ+û×÷Ø˙ į5Ũ*ÛJÖm`ˇŪQÕXī9įqŌŊ¸˙ČÃe˙\Ķ˙C5•jqŒn‘Û—âkT­Ë96ŦÎÆßøŋ ž ˇū/§Ž“Č Âņ­ÛØø_ēˆ‘$Ztė„vo-°:ŨŦßé§XđÖŠĻ†ŧ´–} !_ë@û4YÆ÷ž"ž yąĮ*}-˙ /å_B×Í?ŗÖĩ‘âũSBŧ>LˇŅ€Šü6"ß'× ß÷Í}-@:ˇ…ôzhæÕ´{+éc]¨÷Ģ•p +’ø֋ÁíeBĸũœ(ĮXŸ~/j ņ Ž‘Ŗ[XŨLĐyˇhVb…ĘŖk yõĢņ…î$ø%Š=Ú*\´vĻeAĀ:=Ā{g4›û:˙É8š˙°”ŋú.:ā>8˙ÉbŌ˙ëÚÛ˙FŊw˙ŗ¯ü“‹Ÿû K˙ĸã¯=øī*ÛüZĶĻ“!ŌŨÉö>héÚâ>0É(×˙ëŠčÅŽŲY]C) ¤dr¯3øī­[éŸ .ŦĀ¸ÔdŽS<;z¸üEdūÍ˙ō!ę_öũa|bøg¯Kâ“â˙ Ã5Ë?–ķGoūē@äŒ*ôäŨũ›˙äCÔŋė&˙ú*:Ų‡ã&˜˙O„fĶ.`œ^5˜¸ya`HSŽ¸b>´įGí â$‹?čą]ÉĘî3o/ՆĪĐ ôĪ |kđ‰Ž"´iåĶ¯e;R+Å ŦŪÁ+ųã5Úęz“­Eåęšeęc\B¯ĻGķ§Į/‡Ú„“NÔ´HūÉöš9-7–^;—<B:r:PĶuķ/?äæ5ûj?ûRŊŋáĨũÖ§đßAģŊv{‡ĩ ÎܖÚJ‚}IņÉĖjöÔöĨ}5^}âŋŒžđĨä–2O5ũôGlŲ¨mčĖHúŒ’=+ĮēÆā-sP´bˇÚ9ĮUb0đÎ đŋ€ž Ņ|KsĒęšÍ´wĪfņŦPMķ -¸–ečŨ03ĮZŨŸöžîC‹á)gũĶ%Ác˙|*˙Zō˙jž!Öū#Xj>%˛{+Ųå€ĨģDcŲė.šĮ^ĩöĩĨĩ”" ˆtH*ĀWĖ?õ]Cãm¨ĩ™eû3[[ĘTä’>Ŗ8>ų ¨ßî7Ōžeũ›˙äyÔ˙ėßú6:úiūã}+æ_ŲŋūGOūÁ­˙Ŗc  ˙i+—hö¤Ÿ.; ėėū€+č]Î=?@ĶŦĄEomJĸ¨Ōŧ'ö”Ōdz˛ĒLMÚģvVrĮ/ųW°|?ņ&đ>•¨Ã g0,S€yITĀū#?B tĩōŨē öœŲmō+jĖ0Ŋ„ äãæž ¸¸†ŌÚ[‹‰(bBō;œP2I>˜¯—| īãoÚëŖ}˜]M|N9H×!3ø”}MEPXž#Ņ¯˙ëƒ*ÚŦoČ˙ū¸7ōŦĢ˙ ^ōØäŧ)áģkOš{Ŗ0t—`ØĀ `OzŪ˙„ GūõĪũüáP|=˙=×ũ|ėĸēúķ0,<đД ›h˜ÅXå˙áŅ˙Ŋs˙øQ˙ũëŸûø?ÂēŠ+ŗû? ˙>ĐųQË˙ÂŖ˙zįūūđŖū-û×?÷đ…uQũŸ…˙Ÿh9Qį>+đŨŽ‹a öĻbī.ÃŊÁ>žÕÖøwÃū¸/ōŦŸˆ_ōĩ˙Ž˙û)­o˙ČÃū¸/ōŽL-(RĮTŒ•’´™ŗEWŽXWĘ˙/ΕņąuŒHm~Ë8Bqģh ŒūõE|ÁņRŪĪÖv׉ š[(äCŅ”•~F€8īÁâßŲëpHÖw“ų1JF@ä*¯dęîAękę†^*˛ņo‚lŽ­cŠ mĐ[Ü[DŦN  :)#Øãĩnk^Ķõß\čWP(˛ž("(Xt¨č ú ų›ÁzÕ÷‰÷:NŽÅld[Ūt§XæÃ9ú:ĐÕĩįŪ+øËá? ^Ic$ķ_ßDvÉ š†ØŪŒÄ€¨É#ŌˇŧwĒͤø[ÔŦŸEfí Šs´‘€Ãéœ×†|đf‹â[WTÖmŖž{7b‚o™mÄŗ/F遞:Đė˙´l÷rt_ K<‡î™. ûáWúחø‹UņˇņÃQņ-“Ų^Ī,-Ú#ȡap­Î:õ¯°í­-ŦĄÚÛÅCĸDT~žaøˇ¨ÚęmEŦË/ŲšÚŪR§ 8|‘õÁ÷Í}F˙qž•ķ/ėß˙#Χ˙`Ö˙Ņą×ĶO÷é_2ūÍ˙ō<ęö oũw?´üˆZoũ„Ķ˙EI]WÁ˙ų%ũrũõĘūŅ˙ō!iŋöOũ%u_˙ä”hõÉ˙ôcĐ‹|ƯņŠīQ¸ųĻ\ŨžĖŸÉÍ}C_,xeđ'Į‰´ëķäÄĶÍb]øs˜ĪАŸ}O@5ûHZFū ŌîČlZˆOû-“úĸ×IđGūI‰õ¸˙ŅōWûIk° ?GĐÃNĶÉTQB”\ũw?ũķ]ŋÁų$Z'Öã˙GÉ@?ãËtģũĨ ˇ”Ž]COG¸+5õ |Įã?ų: ?û éßú 5ôåyĮĪų%ˇ?õķū…KđūIe§ũ|Í˙ĄR|{˙’[s˙_0˙čTŋä–Z×Ėßúz%ūĄiĨØÍ}sĩŦ+ēIemĒŖë^ â˙ŽÚŽąxtoYĖZSąnĖEæ˙Ķ8û}NO°Ŧ¯ŠūŠņâT> Ōd"ÎŪįėę™ÂŧÃũdę =‚ŸZöß|>Ņ< §Ŧ:|KÆP'Ŋ‘y)īūę˙˛?SÍyO‚ž_ęWã\ņÜō;ģy†ĖËžIOŦ¯Ûč}ĮJ÷čĸŽRcXâBĸ ĀP8ŸEQE5˙ÕˇŌŧßĮŠŠgīũõ^˙ęÛé^qãŋų Y×?ũšēpŸÅGž˙šKÕ~gA˙ũë¯ûø?ø@4oī]ßÁūÔŅYûzŸĖt˙f`˙įÚûŽ[ū û×_÷đ…đ€hßŪē˙ŋƒü+ŠĸoSųƒû3˙>×Ürßđ€hßŪē˙ŋƒü(˙„Fūõ×ũüá]M{zŸĖŲ˜?ųöžãĖt›8Ŧ<öXwyq<ŠģŽN6ô¨Õū5į–ŋōS&˙Ž˛čŊõiŠw”[ėŽ\’*4ĒEl§/ВŠ(ŽcŲ8ŋ‹_ōJüA˙^ã˙CZų›Âúŋ‰5 ü á蘝NčË;FpÎģUv“ü(6’O§_Ļ~-É+ņũ{ũ k…ũ›l­G†ĩ{˙"?ĩĩį’fĮÍ°"šôÉ&€8ƒšâx#â=΋­ÚĮˇmö&–E ”7w÷Xđ{}ĶĐWÔÕāŸ´ ĸxĮN‹įMą_ĒŽŖĸIøp§ūčkˇø=ãąã/ Ŧ7rîÕ´đą\äķ"˙ Ÿˆ>āúŠėußi^ĶQÖ/c´ĩSĪՏĸËa^SŠ~Ō˧h×÷`tyYaVú}ãúWņūūãQøcŖÉ1ŽŌŪŪ0€ũĐŌ1Ü˙–üŊëÞđį…m"ƒLŌ­ŌD7Ĩsę\ķøtô€<+Åŧ_ã? _ŲØxaė´ˇˆ›Ģ…G”Ŧc“ķôŽŸöj˙ģ˙_Q˙čģĪ‹ŽđË\7S,~}ģ[Ä åŨ¸zž§č pŗWü€5ßúú˙@4ûM}˙ }.ŋö•{7ƒ?äFđ˙ũƒmŋôR׌ūĶ_ÃK¯ũĨ^ÍāĪųŧ?˙`Ûoũ´ā˙äå5úūÔ?œ•ŌūŌ×nšW‡ŦÁũÜŗÍ+tU˙C5Í|?˙“”ÔëûPūrWeûGiŨxOLÕ#RËctRL ČÉ˙*Æ€;Ī†6‘Ųü2đėQŦ’SWĪęÆēĘā> ë°k_ ôÄG{6“&yR§åü×iŽâöōßOąžöîUŠŪÚIdnŠ dšųĀ–‘Ø~ŌfŌ Pj7ņ ”$Ā~•í_ä‘ëŋîÃ˙Ŗ㯠ø]¨_ãŨ–ĻĀŠŧēģ¸ öß­ũkŨž4˙É#×Ũ‡˙GĮ@Įėßn‹ā]NāæIŠ21õ dčGķ¯d¯ ũœŋäßØVOũzũ|Ęŋōtŋ÷?ú.žš¯™WūN—ūâG˙E×}ņã\ņ‡4QĐõ‹8ŒŌCpbƐ g#ũ—üčÔuM:ßXŌnôÛ°ÆÚî†P§Ģ ÜōŨOöxđÕĢŽŸs¨Y\cäs ‘sî¤dĄŲ|6ņü%Ōĩ¸ķî„B–'æķS†ĪšÆ]]|Ķā/xĀÁzíĶÜØ•ŗ1ģĀã'§*qĶĻkéjųOÅ× âÚWLa"BÚ"Ļ=ŠíŸ@UšôõeQEAq÷‡Ō¸Oé6Ú­ÕÄwÂĸäl8ī]ŨĮŪJäŧ˙÷õĖ:īÂÉƍYEëĄŊ&Ô$בŠ˙v™ũëûė…đ‡iŸŪ¸˙žĮøWAEaõē˙ĖČöŗîs˙đ‡iŸŪ¸˙žĮøQ˙v™ũëûė…tQõē˙ĖÃÚĪšĪ˙ÂĻzãūûáT5Ÿ XXi3ÜÂfķÜĀŽXOzëë'Äßō.Ũũ˙B­ MgV)ÉYš$ŲŸá@’žōŸé]5s^˙J×S]-eŠū4ŊHĢņ°ĸŠ+œĖđ/ÚgũW†?Ūē˙ÚUëžUO‡ž ŲvĮ˙!-yí3ūĢÃī]í*õīÉ>đßũ‚­ôRĐ1ņĪūI6Š˙] ˙ŅĢYßŗĘĒü5‚Ú„¤û¨?Ĩhüs˙’MĒ˙×H?ôjÖė÷˙$Ņŋëū_ä”éßü€uúõ—˙A5āŗWü‡uīúö˙B5īúßü€uúõ—˙A5āŗWü‡uīúö˙B4ĶūŌ?ō%é_öú-ë˛øK˙$¯Ã˙õîô6Ž7ö‘ņEiGˇöˆ˙Ņo]wÁųã¸øS ´l,NėDŒ âžeø ˙%_U˙¯)˙ôluô^ˇĢ[h:%îĢxá-í!i\“Œāpš8Ü×Íßŗč/ÄĢéī>+Š’:õ?Œßo(^_ÜáæŽĘk€Įûėč¤ūNߝ}A_+ü/š_|jŸIÔĘIm5ø, Äĸ˙ßUõEgjÚ‘¯Gzž™k|‘Ņ­ÄA“×éY2ŗļĶūx‚ŌÎāˇ‡IšHâvĒpa\įÅŋ‰ˇ>‡M‡L†Ōâú홙.‘¯°<“ĮĐÕûíR˙[ø¨ęš”1CwwĄĪ3Į!T4LW’zŪ€8ŲŸū=ŧKūũˇō’š/wĻ_Šj“)’SËÎ2š.F}÷k­ũ™˙ãÛÄŋīÛ)+ãũŒúOÄM/]D&)āFVíæD܏ȧį@ëûKlPĢāė(j<˙~ŠßđĶ ˙By˙Á—˙j¯pŅõk=wGĩÕ,%ÚŨF$ė{Bv"ĨŋŋļŌôû‹ûÉV+kxÚI]  dĐË/w|c†Hb6ņ]ĨȐĒT¸\÷ÆŅųWÕĩįž+ÃņWē˛ĩŅn-cļ‡Íyä”0ûĀĀO'đ5č”Se˙T˙îšu6_õOūé  Ú(ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPTŸČķ"LäįĢĩ/ú×˙xĐķoé'éFmũ$ũ*(lÛúIúQ›I?J†Š›6ū’~”fßŌOŌĄĸ€&Íŋ¤ŸĨˇô“ô¨h  ŗoé'éFmũ$ũ*(lÛúIúW!6ĪøN‡ŪŲŊ~ŋpWS\œßō;÷×˙@oŗęzvõ?Â˙C˛Íŋ¤ŸĨˇô“ô¨h­<›6ū’~”fßŌOŌĄĸ€&Íŋ¤ŸĨˇô“ô¨h  ŗoé'éFmũ$ũ*(lÛúIúQ›I?J†Šŧv}—øļcņëUķoé'éRŸøņü?­T  ŗoé'éT5ŋ#û ˙ķöy1œt՚ŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘ā/+û6ë~ėųŨž‚ēÜÛúIúWā_ų]×_č+Ē­q?ÅgQūåOĶõ&Íŋ¤ŸĨˇô“ô¨hŦH›6ū’~”fßŌOŌĄĸ€&Íŋ¤ŸĨˇô“ô¨h  ŗoé'éFmũ$ũ*(lÛúIúQ›I?J†Š›6ū’~”fßŌOŌĄĸ€&Íŋ¤ŸĨˇô“ô¨h  ŗoé'éFmũ$ũ*(lÛúIúQ›I?J†Š›6ū’~”fßŌOŌĄĸ€&Íŋ¤ŸĨˇô“ô¨h  ŗoé'éFmũ$ũ*(lÛúIúQ›I?J†ŠŋoŗË;7c=ęZ‚ĶũQ˙z§ Ēj:VŦ[ mNÂÖöÁÄW0ŦŠt8`Fy<ûÕē([[{Xím-⡡‰vĮHz8ĻĸŠ*…Ū‡¤_ßÁyĨXÜ^ÛāÃq5ē<‘āämb20yīWč ĒęmŽ­döz¤vŌ}čĻ@ęV¨ ?ƒūŠä\/‡ /œáĨ‘—ūų-ˇôŽÎŪÚ KxííĄŽ#]ŠjTz8Ĩĸ€<ĮĮĸđ׋ėŧ;Žč°M ę1¯™w3n]¤ŲM¤§B*Ũŋ‚žél5Øėôtz'’ë|Cž@f)ų ęüGámŚoØ5Ģē„ČI!ŖoUaČ5įéûļYĐå^VyļŸP Zņ€<-â›čīu­Ģ˜Ô(—{Ŗ:´ŒŽkĨĸ€3o|;ĸęVööú†‘cy ˛í….­ÖQĀ.āqĀ•iQEPūÃŌŽ5sĨX˙iŽ—ŸgO;îíûøŨ÷xëĶŠŋECLĐôÍūĘŌŦl<ė>Ën‘oÆq g=}jũPEPšĻļŠd`I0pā‘ĮqũkxSQPŪÆėĢ°oŧ~´•œŠFNėëŖ­Fzz‡ü"ڗü˙'ũôÔÂ-ŠĪōßM]}?W¯öž#ēû‘įē]ŪŠ4‘ÅrPÆ2K1­?øEĩ/ųūOûéĒ_ ÚĪõŲ–@Ü°Į9ŽĒ˛ĨF2äuãqõ)ÖqĻÕ´črđ‹j_ķüŸ÷ĶSĸđßÚb’k¸ŲU=IĀ>õÖŅZũ^#ĖņŨ}ÄÖ˙ÅøTõŋņ~=lyáEP‡üOø5¨ëOâo0Kį6kQ'–ÆAĪ™pÉŽyĪjæ×Å_m önĻō/Ę':`v˙žöí?S_JQ@đûāöˇwâTņGØų‰(mĨI$ŌCHF@ƒŽøÁĀëéŋô=GÄuM+IˇûEėæ.-ę›ļʌybāÖģ(Îū xcX🂧Ķõģ?˛Ũ5ķĘ#ķQō…•$u˛ū2ü/ģņŦvÚļ°ę–‘˜š`ĸxōHžO^O5ëPĖē7ˆž2øZÅ4ˆ´-Fæd^~œķyj:ëÔŲ&´?áYxãÆöē—ˆ<`ō=úÚ:éÖÕČGːTP{pIëīôUæŋü+­xGÂWÖ:å—Ų.eži‘<ԓ(cAœĄ#Ēšæ~-ü ÔĩÍiŧKᝯy Sqkŧ#3(Āt'8##Ļ{׸Q@4Ûx¯ã~—˛m/T¸(6Ŧ’é†Vđ0ŧũNhąøcņâ.ģĄã9į´ĩ^î ‡ œ•Ž!Âū üô¯Ĩ¨  ö6úfŸmaiŠÚÚ%Š$ÂĒ0ä+æßøCĮ>ø§yâ_éW‹-ܡ6ķ[Âg\KĘĘ9xŽ~ĸžšĸ€8IŽøŋĀ×ĐxÛN6ŗŨŧļí’b>I@3ƒ“Ũšö¯>ø‘đģÄŨxjīmŸåÚÆ%&rÅÉđãœú‚Šųō=SãwŒSė dú<|˛Ü=ŋŲp=w6_ūøŽÆŋĩß .™{ ĨŪŽû3u$ šŌpÄîTíÆ1ו9ę+ę:(‹øoŦx¯[đėķøˇMû ęͲ%04EĶhųŠ“×$ú}+Īū ü=ņO„|W}{Žédˇ–ÅĸGûDRe÷ĄÆ‰č {Ĩ‹â¯ XxŋÃ×:6ĸ§É˜ed_ŊŽŒžãüGzųî?|RøaŠÎŪYîí$<Ŋš ’QÛtG$|} }=E|Ũ§ÆOˆQ 2÷Ožˇŗr<Čä€ZFyęÅ°XwĮ=:Wą|2øomđ˙I<ĢsĒŨ`ÜÜ(ų@3ÎŅúž}îč Š( ŗĩKoļÚÜ[nÛæÆSv3ŒŠŅĒĶ­4Ĩ$âúĀ§‚ĩ(Á } bÃúSŋá Õč#ũößá]Åæda{?Ŋ‘ČŽūŨWū‚1˙ßmū‘ũ}ũģũ“öŗæîÛŋ{mûš¯OŽ7ėw?đ°ŧß"O+vũû~\lÆsõâ¸ņ™m*~ĪŲ§Ŧ’zŊ…(Ĩk˙ÂĒ˙ĐF?ûíŋøCu_úĮ˙}ˇøWqEv˙daģ?Ŋ‘+ø+R÷Đ°÷,ĨvÚ]ˇØímíˇnōŖ ģÎIRCū´WFGÜŠ­_˜ÔRØŗEWYA^㏇ž)Ö>3Ykö_ĨĮ=Ŗŧ˙h‰pŽī”°n0{WēQ@yOƆˇ2°ļÔô[u“Yĩ"3õO>"zeˆRr2zö¯Vĸ€<īáæâ)~Üx_ÆÚcŠZĮ!ž9<ØHÆQŽ ôÉíˇĐבŸüHø]â îŧ5 ÷ļĪō‰mc‰“9âäƒøqÎ }AE|ųŠņģÆ)ö˛} >Ynßė¸ģ›/˙| ×?ã_‚Úī†LŊĐRīW}™ē’Üé8bw*vãëʜõõÅü7֕į˙ūø§Â>+žŊ×tŋ˛[ËbŅ#ũĸ)2ûĐãÄôŊŌŠķ_žÖŧ]á++Ëíw1_ŦΞjG„¸Î\Õ‡į]Ã}˙@ø}¤izœEíŧl˛ĮŊ[i.Är¤ƒÁ uTP”|[øLŪ3+ŦčÆ8ĩ˜“cŖĢrŖ Īf9ĪÖš˙ƒÕ˙ãÕë_´Ÿi:^¤ž2’ņîe0}Ēô\ģyÁ Øįĩz5QE×˙VßJä|KáÉĩš – Ō6Jāā÷í]s˙ĢoĨTĢ„Ü4L1zxŠnEŖ8OøBõoú G˙}ŋøQ˙^­˙A(˙īˇ˙ îč­žĩPķ˙°đŸŪĪ<ŋ𞧧ØÍw%ú2DģˆWlš¯Ŗč:Žŗf×0ßPå0îŲČöú×s⤟@ŊŽ$.æ>FIŦīA-ž„ÂhÚ2Ķ3ÃŒŸĐÖĢ/dåÖįŸ<ĒŠÆƒO•ÅŊŪ÷îc˙ÂĢĐJ?ûí˙øBõoú G˙}ŋøWwEeõĒ‡Ąũ‡„ėūörz„îtŨY/n.Ŗ“`lÉ$‘ŽsõŽÖõVĢ0˙Ģük•%QŪGv K JKMÉ(ĸŠƒ¤æ>"i7Úī€53MƒĪŧ¸„,QīUÜwՈ§s\ĪÁ/ ë~đÆĄgŽŲ}’â[Ķ*'š’ev(ÎP‘ÔôÚ( ËK}BĘ{;¸–[yãh升 ¤`ƒøWĪžøq㯇ßPĐ´ÆÔ4„”ÆX]B†{vÁ †pw;}åô¯ĸh $øÉđļīÆbßYŅvRŪ/)āv įĮ’F ā0$õāƒ×\F—⟍Z%´zPĐ¯Ž„J#I.4ö¨?x0ԓ_IQ@ÂßxüMŠxëUh!qef~YųI ōĒįÆXãœVË_‰>ņö\>šû ŨÔKxĶZŗÆĒÖ@@û¤ķ’=Ģéš(Įž9ø#Ä^1mč:wÛ>Ę.<īßGŨŪ^ßžÃ9ÚzzWĻxfÎ}?š=•Ô~]ÅŊŒ1J™kĒFGzV­á~ø{â/ã}įˆ¯tŋ+J’îōD¸ûDM•“~ô1nr;WŗęÚUžš¤Ũiš„"kK˜Ėr!îqčGP{Wkø™ĻkšŸ‚n—×—vÚ¤ ŗÅöYZ7”.w&TääÜ@)sā/ˆŋ õŲîü$×7ļRœļA!uė˛EĪ#Ôׂ3ZPh˙ž'ËŸâ6ŸIĐ÷¸ßƒpãgŪs韔j†Ÿmt­-ôÜ_˜db—˛†™ˆ'•~­sŽqŠéŧKņûÂÖ:\ĮB–mJũ”ˆGņÆ­Øąp >ŨhÍ~éÖöŸ´CZX!vWwŠÎq¤ˆŧ÷ę+Ũū'čē‡ˆžjÚV•oö‹Û•õMؕōÄĀ=My¯Āß%ÕīŒuHŨMĘ­Lƒ &âäú|š÷Šķ‚žÖ|%āËģ rĪė—R_ŧʞjI”1ÆĘ:ŠüĢŅčĸ€<,|=ņHøų˙ 7ö_üIūÛæũŖí}Ũ˜ÎŨÛēûWŽxŖÃv>,đõŪ¨)0Îŧ:ũčØrŦ=Á˙ Øĸ€>b_|RøgŠÎū3ŨZHßë,ÕeIGmŅqíĮcS]k?ŧQißŲú•ŦrŽVĖZîō0ü¯Ĩč &øQđƒūŲ˙ļĩ™"ŸXd+Fr–āõÁîÄqžƒ3œ×ŦŅEQEAq÷‡Ō¸ĶáKđŒWq…'ƒČ8÷ŽĘãīĨC[QÄNų:— ’†Į'˙ÆŖ˙?Š˙}5đŒj?ķúŸ÷ĶWYEoõúŪ_q§Ö&p7öWz}äVŌ\–i Ģ œV—ü#üū§ũôÕ'ˆmg›[ŗhâvRĒš#!uŅ[R4á(ĩwš¤ëIF-Ÿü#üū§ũôԍámA†ō2bÍ]mĪũĄ[Ëî3úÄĘz5ĶŦãˇgÁˇ:rkfĒ'ß_­[ŽIÉÎNOvbÛnė(ĸŠ‘CņĪÁ^!ņŒzĐt˙ĩ›S?ûčãÛģËÛ÷Øg•čū˛¸Ķ|ĸX]ĮåÜÛXA ɸŽą¨a‘Á䕯Eq´KÄŋ/ôŊ"Ûí7˛ŧE"ŪŠ˛)<ą =ę—ÁĪ jūđ;iÚÕ§ŲnÍܒy~b?ĘBāåIz ST†K"ö—t’@苜d• ōūņ/ƒõmZ}wMû$w"D|øäÜC~ã~5íTP+ņÁąøįÂSéU†ā8šÚV "įö ~ĩāz-ŸÅ¯†“ĪgĻéŗ[;îhĸļ7Pšé¸mÎ z^•õ5ķÄ>ø›ņVöpđįÂ_øĶÄĢŽøōIĸˇÜD™‡0*đ‹ųc°ī^éâ­6k˙kZfŸiįĶæˇˇ‰HPXÆUTgr@ô­ē(Čūø+ă\]{Oû!šh ?žŽMÛCįî1ĮŪkļņׂŦø ĪĀ>6PÉįŪNÂKģœcĖlpėŖœr{×_ES_[g8ÁÎ)ÔŲÕ?ûĻ€)æßŌOŌŒÛúIúT4PŲˇô“ôŖ6ū’~• 6mũ$ũ(Íŋ¤ŸĨCEY‡ÉķWh}ŨŗVꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŗĨ˙Z˙īŅŦéÖŋûƀEPEPEPEPEP\œßō;÷×˙@ÖW'7üŽãũõ˙Đc[ėúž†]ŊOđŋĐë(ĸŠØķŠ( Šęš‚iš|ˇN7mUūņ=\Ŧ/[É>„Å>T‚FĶ‘ũkŸ9SĄ9Ãt˜žˆâîõBöS$ˇR žĒ ĨĄø–ęŌę8næimœ…%ÎJ{ƒé\õIsq ŧŒGš¯ŠĨŠ¯Ēq“oķ0MÜõĘ)mP3œ R×Ūŗ˙?‡õĒ•l˙ĮáũjĨGY˙%˙ũ{ŋū‚jõQÖä ˙^ī˙ š¨|HĮüú?ČÃđ/üƒŽŋë¯ôÕW+ā_ų]×_č+Ē­q?ÅgQūåOĶõ (ĸ°= ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(í§úŖūõOPZĒ?īTôQEQEQEQEQEQEQEQEQEQEQEQEQEĪ% éúŌy)éúԔP~Jz~´y)éúԔP~Jz~´y)éúԔP~Jz~´y)éúԔPU3Žôę( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ˜ŅĢ‘Í>ŠÉOO֏%=?Z’ŠÉOO֏%=?Z’ŠÉOO֏%=?Z’ŠÉOO֕cU9š}QEQEQEQEQEQEQEZ˙N˛ÕlŪĪP´‚ęÚOŊņ‡Søâäø/đúIĖ­áä Npˇ3*ūAņ]í—ĸøsFđ嚃GĶ-ŦŖoŊäÆo÷SøÖĨPEPEPEPEPEPAīLōSĶõŠ( ü”ôũhōSĶõŠ( ü”ôũhōSĶõŠ( ü”ôũhōSĶõŠ( ü”ôũięĄFJZ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(™×žxKÄ×ãVĐí§¸oŊ2î‰ÛęČA?RĶ>øHgĩđíą‘NAžl\9"ģ:(č-PEPEPEPEPEPYúĶ|”ôũjJ(?%=?Z<”ôũjJ(?%=?Z<”ôũjJ(?%=?Z<”ôũjJ(‚$:{Ķčĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ lŋęŸũĶNĻËūŠ˙Ũ4›EPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEÉÍ˙#¸˙}ô]ersČî?ß_ũV5žĪŠčeÛÔ˙ ũ˛Š(­<(ĸŠ) ĨXô´P7wāÛ)æ2A,rPT}=*ö•áë=)ŧØ÷I61æ?o íZÔW$08xOÚF âå[…Q]c-Ÿøņü?­TĢgū<ëU(Ē:Īü/˙ëŨ˙ôWĒŽŗ˙ K˙ú÷ũÕCâF8āĪŅūFäu˙] ŽĒš_˙Č:ëūē˙A]Uk‰ū+8ō÷*~Ÿ¨QEéQ@GRÕ!Ķb &ZFû¨:ŸūĩaĪædÛGŗĐŸÎēia+U4V†°Ŗ9+¤uTU[ øu 6F8e=TÕĒÂQq|˛ÜÍĻ˜QE" (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€.ÚĒ?īTõB9Ú%Ú c9æŸöš=ō  ”U?ĩÉčŋ•k“Ņ*šESû\ž‹ųQöš=ō  ”U?ĩÉčŋ•Leamæ`f€&ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*•…¸“×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(¨^VXĀ8¨~×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŠ¤•’pN(j*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĻËūŠ˙Ũ5Wírz/åH×NĘT…Á (ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( Š( Š( š9ŋäwī¯ū€+ŦŽNoųĮûë˙  ÆˇŲõ= ģzŸáĄÖQEąį…Q@Q@Q@Q@ĪüxūÖĒUŗ˙?‡õĒ”Ugū@—˙õî˙ú ĢÕGY˙%˙ũ{ŋū‚jĄņ#Gđgč˙#Āŋōē˙ŽŋĐWU\¯äu˙] ŽĒĩÄ˙œyGû•?OÔ(ĸŠĀô‚Š( +ÄR3ë2Š< ULũk*ēOé’ŧßm… ‚Ŗë›ÆN}6q•ōôG§FIÁXÜđ´ŒēŒˆĘŅ’G¸#˙¯]u`xsL’Ų^ęu(î6Ēž zŸŌˇëÅĮÎ3ŽÜN*í9čQEq˜…Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[oøņAüęĨ[oøņAüčĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ßū<‡ĐUJļ˙ņä>‚ĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPVä˙5ú ŠVä˙5ú ŠEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPšãŅ>‚ĒUšãŅ>‚ĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPVæ˙Tü*Ĩ[›ū=S𠠔QEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŗĨ˙Z˙īŅŦéÖŋûƀEPEPEPEPEP\œßō;÷×˙@ÖW'7üŽãũõ˙Đc[ėúž†]ŊOđŋĐë(ĸŠØķŠ( Š( Š( Š(  gū<ëU*Ų˙ÃúÕJ*Žŗ˙ K˙ú÷ũÕęŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‡ā_ų]×_č+ĒŽWĀŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęQE`zAEPLÄx{hÍgęúēi¨Ē|î2ĢØSXÄē€“q1ũŨœuŅÁÖĢhėm 3’ē;**Ž—ŠĮŠĀ]FɇLô˙ëUęæœ% 8ÉjŒĨfQEH‚Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­ˇüx ūuR­ˇüx ūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢrĮšũTĢrĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ÜŋņčŸAU*ÜŋņčŸAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢsĮĒ~R­Í˙ŠøPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPYŌ˙­÷hÖtŋë_ũã@ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŽNoųĮûë˙  ë+“›ūGqūú˙čą­ö}OC.Ū§ø_ču”QElyáEPEPEPEPŗ˙?‡õĒ•l˙ĮáũjĨGY˙%˙ũ{ŋū‚jõQÖä ˙^ī˙ š¨|HĮüú?ČÃđ/üƒŽŋë¯ôÕW+ā_ų]×_č+Ē­q?ÅgQūåOĶõ (ĸ°= ĸŠ(Šņ˙í™wtÚģ~˜˙ÖUwļ‘§Û&OēøíčkxbüÉ´´!Ŋ¸˙…{ø\e/d”š= UĄČ“{đļ˙íq÷|ŖŸĖbēÚĨĻiąiļåîvåÜ÷˙ëUÚōquŖVĢ”v9+MNwAEW1QEQEQEQEQEQEQEQEQEQEQEUļ˙ôÎĒUļ˙ô΀*QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEm˙ãČ}TĢo˙Cč*ĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEnOøķ_ Ē•nOøķ_   ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE[—ū=č*Ĩ[—ū=č*ĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEnoøõOÂĒUšŋãÕ? ŠEPEPEPEPEPEPEPEPEPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEÉÍ˙#¸˙}ô]eDmmĖūy‚#7üôØ7~uHs[ɝ8jꋓkt×ŪKEV‡0QEQEQEQEl˙ĮáũjĨ[?ņãøZŠ@QÖä ˙^ī˙ šŊP_[›ģ ‹`ÁLą˛#ĻF*ĸí$ĖëEʜĸˇiœįäu˙] ŽĒ˛4 ô[iby–Rīģ!qŽ1ZõuäĨQ´rå´§G uš˙0ĸŠ+#¸(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ÛĮˆúįU*ÛĮˆúį@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠļ˙ņä>‚ĒUˇ˙!ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ'üy¯ĐUJˇ'üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ë˙‰ôR­Ë˙‰ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ7üz§áU*ÜßņꟅTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ÿøņü?­TĢgū<ëU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģm˙#č?TĢm˙#č?TĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Û˙Įú ŠVßū<‡ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ܟņæŋAU*ܟņæŋA@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠˇ/üz'ĐUJˇ/üz'ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ÜßņꟅTĢsĮĒ~RŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEEs)‚Öi‡TFoČf€8=CÅ ×ŧGuĸøL[Ė|\^Î2gŒät$āöĻŲxŸÄ>ņ Ļ‘âßŗÍ áÛėvqÎÉđ1œôĻ|„ęmĖĶ^f=H ¤~Ŧi˙`VđŊĨČ–ÅÚŨĀ*Ųũ@ü¨Đę ˸l,§ģ¸}Ā†Go@MS‹ iÛŦ‘+ŸÄ\ˇÄųÚß82´hOļđOō  K-cĮ^0Y5 K=3NV:†i1îUŋ>å[>ņeöĄŠŨč:íē[ęöƒwÉÂĘŧsõä:ƒZūˇK_čņĸ€ ¤n@õe RkņûÆ} â!´Ü@ņüDī^ ~Tŗã^i—öz‰n—Åį*•yäûđ}€5‹}ĢxķÂ1ĻĨŦÉeŠéû€™aP­'BŽ=3ČŖFnøŨŦK ĪŲ­—ŸáĀxü ~uÚxĒŨ.ŧ%ĢÂę6’‘ŸP¤ƒų@ėo`Ôl Ŋļ}đN‚D>ÄfŦWđ˛v›Ā–ĒĮ>T’ ún'úÖŋ‹ÆßŪZŠŗö6ūđŖėmũá@¨Ģ?coī >ÆßŪZŠŗö6ūđŖėmũá@¨Ģ?coī >ÆßŪZŠŗö6ūđŖėmũá@¨Ģ?coī >ÆßŪZŠŗö6ūđŖėmũá@¨Ģ?coī >ÆßŪZŠŗö6ūđŖėmũá@¨Ģ?coī >ÆßŪZŠŗö6ūđŖėmũá@¨Ģ?coī >ÆßŪZŠŗö6ūđŖėmũá@¨Ģ?coī >ÆßŪZŠŗö6ūđŖėmũá@¨Ģ?coī >ÆßŪZŠŗö6ūđŖėmũá@ĒÜßņꟅ7ėmũáSIxU  UŸąˇ÷…coī ­EYûxQö6ūđ  ÔUŸąˇ÷…coī ­EYûxQö6ūđ  ÔUŸąˇ÷…coī ­EYûxQö6ūđ  ÔUŸąˇ÷…coī ­EYûxQö6ūđ  ÔUŸąˇ÷…coī ­EYûxQö6ūđ  ÔUŸąˇ÷…coī ŽÛũzū?Ę¯Õh­š9f€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ dą‰Ąx›îē•?COĸ€<ßá$ĻÎßXĐįųn­n‹˛žŧ€§BŸ¨§|\Ÿív•ŖAķŨŨŨ†Dp_Ô¸üĢg^đ$ĻĢũ¯§ęV¤F{~õū4š€āĶuaĢęZÆ­¨¨ÂMqŅ>ƒ'ŸĮŠę­áöŅ@§"4?Šæž"ØŊ˙ĩ‰KŋQđV•$l ŠÆy Ÿ/??r×äk?,cƒæM6ß3Čoæę+B_†ímw4šˆ/´˜g;ž˛ËŸl0Įë[ž𕇅ā—ėí$÷SœÍs1Ëšū‚€98Ņ~7Üyß,zļ"cĀ$…?úd~UÖxÚū=;ÁšŦŌ0íÚįĢ8Ú1ųįđĨņ?„ėlg¯ŊzŲĸūįękÍađN´ŸĪ‰ 1fųŦûüŅģ"ŋw¯Zôú‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?S^aaã jã㠞’å”˛Ę‚)AÂÄĖ>lg¨ëÕ+Ė,<­[üa“Ä’CĶZY\8”nÃDĘ>^ŊMzWŲĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P•é>0Ö¯>.\ør{”m.9fE‹ĘP@U$|ØĪQë^Ÿöhŋšúšķ]'Á:՟Å˟M CN’Y™\J a”Į^õéôŲĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŧÃAņ†ĩ¨|WŊđõÍĘ>™ ŗĸD"P@Líų€ĪoZõJķ Á:֟ņ^ûÄÄ4ųĨ‘„ ļ8ãņ Jû4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Šōŋ øÃZÕ>)jZŨĘ>›o-ĘG‰A…ų€ĪŊ?ėŅsõ5æžđNĩĻ|RÔĩë˜b[ åšxØJ îJņô¯O žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ5æņ†ĩŦüIÔô;딓Oˇkb%R6>Õä ž+Õ+Ė<#ākGø“ŠëwÄļW pce”wžåãé@•öhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ã0e\īRQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEŸwŽé˜/5[y€Į5Â#}‰ÍhW“ë:U–ĩņĄ,u|ëi-ÁdÜW8Œ‘Č õč_đ”ø{ūƒÚ_ūGū5Ąmuoy–Öâ)ã=' ?1\Áøeá1ũ’G¸š—˙ŠŽ=tãā_Š:mž—4ĻĮP lā1+ƒë‚2˙^€=NNÂæō[8/­Ĩē‹>d)*ŗĻTŽMZ¯/ņ˙„_âļ™Ŧ’×Q9Ažŋ,ŖW¨P[ŊNÂÂHŖŧŊļˇyŽ#YĨT.}<õZ¯1¸đ“üeŠ/ŊiŖÆŊ7/?žöū]o‰üIs V×DŊÔ¤•XŗĄ*˜ĮŪ uô  á4Fc‘  dĻá=qO¯*øy¨ßjß5ģÍF&†ęKš&RžX  .<+ÔŨļF͂ÛA8MH‘F^GTEäŗJŦŽĄ”‚¤dx"ŧsĮ~4Õõ]ė—AžĶŦdeķfšl…éČëÕ4ų´Īúô‹˙@ĄEPEPEPEPEPEPEPEPEPEPEPEPEPEP}Ūģ¤XN`ŧÕlmæ׌ö'5ü%>˙ ö—˙‘˙yîŗĨYk_ĮP‡Îļ’ÜMÅsˆÉ‚Q]Yøeá1ũ’G¸š—˙Š žÚęŪō!-­ÄSÆzŅđîO]Ē™í‘–Up>›˛ŋv4W•č^ ŸÆÚp×ŧEĒ^™.YšĄ`ĢƒÁ8}j˙„õ GÃū1¸đ~§v÷p”ķ,ĻüØÆėsÛú8 EĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(>ī]Ō,'0^jļ6ķ Žk„Fûš‡ūŸĐ{K˙ĀČ˙Æŧ÷YŌŦĩ¯ c¨Cį[In &âšÄdŽA¨ŽŦü2đūÉ#Ü\Ë˙ÅPOmuoy–Öâ)ã=' ?1QÊØ\ŪKgõ´ˇQgĖ…%VtÁÁʃ‘ɯ,]8ø⎛gĨÍ)ąÔ‡…Û8 JāúāŒƒ˙×Ģž"đ‹üVĶ5‘ōZę G1č3Â7å”jõ ĢwŠØXIw—ļÖī1Äk4Ē…Ī°'žŖķĢUæ7ūŒąE÷­4xÃ7ĻåįķŪĀĀhĶ¨¯5ņē‡‹ŧzūļž–ĪO´„KrŅ4œ~ŋyF:u<ÕOøū&]oÃúĩü3ÚáŨdë@=zƒ@ĢEsVū*_øWéâKˆĀamæ2I÷p=oį\†…āŲüm§ {ÄZĨé’å™ Š ą¨8qĶ€1Įր=RŠķ¯ ę‡ücqāũNíîá)æYM!ųąØįļ3ô*q^‹@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gŨëēE„æ ÍVÆŪ`1ÍpˆĀbsZäúΕe­|hKB:ÚKpY7Î#$r=Ezü%>˙ ö—˙‘˙h[][ŪD%ĩ¸ŠxĪG‰ÃĖW0~x@Œd‘î.e˙âĢ]8ø⎛gĨÍ)ąÔ‡…Û8 JāúāŒƒ˙× S‡S°šŧ–Î ëinĸĪ™ JŦ郃•#“VĢËüD?áø­Ļk#äĩÔ@ŽcĐg„oË(ÕęVīS°°’(ī/m­ŪcˆÖiU Ÿ`O=GįVĢĖnü$˙b‹īZhņ†oMËĪįŊ€˙€×Ļ;¤Q´’0TPY™ŽŠ4ŦʸÜĀdādõĨ¯×üCuâ?hˇhŽšBßŦ6yāHUĶ{ãßpū^ĩëÚîĢ‰ĄŪjR Ëo`šÆæčâHĄEy^…āŲüm§ {ÄZĨé’å™ Š ą¨8qĶ€1ĮÖ¯øOPÔ|?ãęwow O2Ęi͌nĮ=ąŸĄSŠôZ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€3îõŨ"ÂsæĢco0˜æ¸D`ą9¨á)đ÷ũ´ŋü ükĪu*ËZøЖ:„>u´–ā˛n+œFHäzŠęĪÃ/ė’=ÅĖŋüUtö×V÷‘ mn"ž3ŅâpÃķ:…Íäļp_[Ku|ČRUgL¨9šōÅĶ~(éļz\Ō›@(x]ŗ€ÄŽŽČ?ũzģâ!˙ŋÅm3Y%Žĸsƒ<#~YF PĒˇz…„‘Gy{mnķFŗJ¨\ûyę?:ĩ^cp?á'øË_zĶGŒ3zn^=ėü€=:Šķˆ)âxA’GHŪ'v)Œ€s’3íO˙ kD˙ †Ąų§˙@EaLöŪ đk˛ŗËŸo„ŪF\ôPqęHÄh^ ŸÆÚp×ŧEĒ^™.YšĄ`ĢƒÁ8}hÕ(¯:𞡨øÆ7ÔîŪîže”Ō›ŨŽ{c?B§č´QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEWøŽ}Zßã“DĩŠæü[.)N,į?2öĪzõęķ9äŧA˙^Į˙E°ÚĮÅ §ū)Í0{‡_ū=Yž”ęž?ž×Ä)öīXŅ@ūR$vį9'§Ģיø‰–ÛãV(|ËuR}I2/õŗņ;GūÔđtķ"æk& ŽģG ú ŊĄx–+ŸCŽNŲ0Û3OĪ%Đߙ­tRēÂđĘĄŖ‘J˛ž„¯¸ŧŧŅ4ígÁŽōM~‹ē“˙ŗb?ĖĐ}đĻÂCĨ_ëˇ<ÜjW ۏuäū,[ōč5KHĶŖŌ4{=>,mˇ‰cČî@äū'&ŽĐ›øSūJĪ‰˙Ü?úפW›øSūJĪ‰˙Ü?úפPņcūDy?ëâ?æk¨Đä^Ķ?ëŌ/ũW/ņcūDy?ëâ?æk¨Đä^Ķ?ëŌ/ũP…Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Câ9õkŒ"MÖ+›ņn<¸Ĩ8R<ŗœüËÛ=ëiĩŠOüSš`÷ŋüzĢË˙%âúö?ú(×ĻP”x>SĒøūyüPg_@¤[ÛŧacEø}H‘ۜ䞝'ÄíûSÁĶĖ‹™Ŧ˜\.:í7čIü+ÄLļß´ @Ûæ[Ē“ęI‘¨¯I–$ž†U ŠU”ô đEsē‰bšđ:äí“ ŗ4üō] ų‘úÖ› •ŽÜķqŠ\3n=Ô“øąoČWqyyĸiÚĪ‚]äšũu'˙fÄ™¯rŌ4čôĪO‹mâXō;9?‰É  ĩæū˙’ŗâ÷ū„ĩéæū˙’ŗâ÷ū„´čWV–×ÖíowoÄ Ņʁ”āäd:ÖVŗâ-Âv‹šcU1 ´*78TtŖÅÚáđī†o5PĶ"…ˆ…ØāgéœūÃxFßà zįˆuģ Ífã÷Ŧ.nˆsĐm'īĶ Æ(ŪƒeŠøĮÆøĢQ´k=>Õqe ũįëƒôÉ'?@3^“YVū%ĐŽîŪÛXą–i4K1ô5Ģ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@yˆįÕ­ū0‰4KXŽoŸōâ”áHōÎsķ/l÷¯^¯3—ūKÄõėôQ  Ŧ|PÚâœĶ¸u˙ãՙāųNĢãųįņA|A‘onņ…áõ Gns’zzŊyŸˆ™mž5hˇĖˇU'ԓ"˙Q@?´íOO2.f˛ap¸ë´pߥ'đĢÚ‰bšđ:äí“ ŗ4üō] ų‘ú×E,I†|3đ…´Đáäķ#iŨz3ãۀ? éô­[Áš%˜ĩĶĩ=*Ū!Ô-ÂeŠ9É>æâ[{ø/PƒL¸Šëzf&‰ÃčC‘ߌ~4{ÂĒŠá/O°ÂņÁ\gŠ?wņ‹Ãn‡įhUN=7H?Š­øŗM“ÂļÖw×ĐZŪX¯“$s¸Œáxg¯ük3L•|_ņaĩk\ÉĻépųi6>Wl1˙f#ØPĻŅEQEQEQEQEQEQEQEQEQEQEQEQEQEä>#ŸVˇøÂ$Ņ-bšŋãˊS…#Ë9ĪĖŊŗŪļ›XøĄ´˙Å9Ļpë˙ĮĒŧŋō^ ˙¯c˙ĸzeyGƒå:¯įŸÅuņ EŊģÆ4P?‡Ô€IšÎIéŌ|NŅ˙ĩ<<ČššÉ…ÂãŽŅÃ~„ŸÂąŧDËmņĢ@” žeēŠ>¤™úŠô™bIáxePŅČĨYOBP;Ąx–+ŸCŽNŲ0Û3OĪ%Đߙ­aü)°éWúíĪ7•Ã6ãŨA9?‹ü…p7—š&Ŧø!ŪI¯Ņa÷RölGųš÷-#NHŅėôøąļŪ%#š“øœšļC §דxÂãÆĶiŦšåœPhÅ×í-§Íˇ=ōÄúz Ú˙„Žī@ø‡{§k÷…4ģ„ßfî€"grqÔd÷{Æ2Đ`đÅü1j6ˇsÜÛŧ1Å‚BK2qĐ įŸJĘņ|ú{ü û‰ĶĪ’‘įŽŒ†÷ČįŪģ Ē§„t`Ŋ>à ˙ĮqúW…ī.>ÉĻI-Üč×ÆÃÛÔ{ųÕßøŗM“ÂļÖw×ĐZŪX¯“$s¸Œáxg¯üh?ÅģøÅáˇCķ´*§›¤Ô×ĨW™i’¯‹ū,6­k™4Ũ.-&ĮĘí‚?āLÄ{ ôÚ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+Č|G>­oņ„IĸZÅs~-Į—§ G–sŸ™{gŊzõyœŋō^ ˙¯c˙ĸXmcâ†Ķ˙æ˜=ï˙ŦĪĘu_Ī?Š ëâ‹{wŒ,h Š’;sœ“ĶÕëĖüDËmņĢ@” žeēŠ>¤™úŠŲøŖ˙jx:y‘s5“ …Į]Ŗ†ũ ?…^ĐŧKĪ€Ą×'l˜m™§į’čoĖÖē)bIáxePŅČĨYOBWÜ^^hšvŗā„Wy&ŋE‡ŨI˙ŲąæhžøSa!Ō¯õ۞n5+†mĮē‚r-ų “Åú…Īˆuˆŧ¤ČTɇÔg_ųe÷~§Ėæģ #NHŅėôøąļŪ%#š“øœšâî>^cPÔ,|Swb×ŗŧŽ°FËՉã8ÍPņŨ…ļ—ĢxÆŌ1\”E›âũkwâ›2øč,Až›ū‚¸OxcRŌĩ Ÿ^ßŊÜå"–mŲˇ;n\šįæŒ}Ņ]Íī„/˙áÕ4‰õkVęSįC,ųÜ í!X÷__â  ī Ē§„t`Ŋ>à ˙Įqž(ũßÆ/ ēĄU8ôŨ ūĻ´<âÍ6O ÛYß_AkybžL‘Îâ3…āžŧcņŦÍ2Uņņխs&›ĨÃå¤Øų]°@Įü ˜a@›EPEPEPEPEPEPEPEPEPEPEPEPEPEPøŽ}Zßã“DĩŠæü[.)N,į?2öĪzÚmcâ†Ķ˙æ˜=ï˙Ēō˙ÉxƒūŊūŠ5é”å”ęž?ž×Ä)öīXŅ@ūR$vį9'§Iņ;GūÔđtķ"æk& ŽģG ú Æņ-ˇÆ­P6ų–ę¤ú’d_ę+Ōe‰'…á•CG"•e=<@î…âXŽ|š;dÃlÍ?<—@C~d~ĩ‡đĻÂCĨ_ëˇ<ÜjW ۏuäū,[ōĀÜ^^hšvŗā„Wy&ŋE‡ŨI˙ŲąækÜ´:=#GŗĶâÆÛx–<ŽäOârh„ņ‡™¨Ž×ÂĒŠá/O°ÂņÁ\n“á+š>Üi’FVō䔈đCWؐŖķĢūņf›'…mŦī¯ ĩŧą_&HįqÂđĪ^1øĐŠ?wņ‹Ãn‡įhUN=7H?Š¯J¯2Ķ%_üXmZ×2iē\>ZM•Û Ā™ˆöé´QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEVađū–Úōëf×ū&*ģŪctÆ>îqĐúVVFĢá[ģˇģÔ- ˇ˙ę¤Y] ķŸá#ŊkŅ@cÜxWEē×#Ö§ąWÔ#*Ë6ö¯C€pqô­Š(ĸŠ(6Ķ@Ķ,uk­RÚÛeíĐÄŌųŒwrBp:‚´¨ĸ€(ęÚ=†šblĩ<ûrÁŠoeätåH5j#ļˇŠŪÛH9ĀsRQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@‡Ãú[kË­›_ø˜ĒėyĶûšĮCéZtQ@¯†4}nîŪīP´2Ü[˙Ē‘et+΄Žõ¯Eqá]ë\ZžÅ_PŒĢ,ÛØrŊÁĮŌļ(ĸ€ Í´Đ4ËZëTļļŲ{t14žc܃Мƒ ­*(†¯ŖXkļ_cÔ ķí÷ŲŊ—‘Ķ• Öü+?Đ#˙&e˙âëŦĸ€9ģøgMž†öĶLōî!mŅŋŸ!ÁúÅt”Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@fém¯.ļmâbĢ°Mæ7LcîįĨiŅ@djžŅõģģ{ŊBĐËqoūĒE•Đ¯9ū;ÖŊV=Į…t[­r=j{}B2ŦŗoaĘô8JØĸ€ æ¯ŧáFökËŊ3Ė¸™‹Č˙h”dŸ`ØŽ–Šä˙áYøCūų3/˙[ÚNaĄØ‹-6"Ü1`›Ųš=ybM^ĸ€0u/øsWģ7WēTRNĮ,ęĖ…ŠÚFÔ°ĶŦôĢEĩ°ļŽŪä$kŸSę}ęÕQEQEQEQEQEQEQEQEQEQEQEQEQEQE˜|?ĨļŧēŲĩ˙‰ŠŽÁ7˜Ũ1ģœt>•§E‘ĒøcGÖîíîõ C-ÅŋúŠWBŧįøHīZôQ@÷ŅnĩČõŠėUõʲÍŊ‡+Đā}+bŠ(ŽŠŖiÚÕ¸ƒRŗŠæ0rĄ×•>Į¨ü+2ÃĀŪĶnVâ×H„J§*Ō3Iƒę7Ščh °u/øsWģ7WēTRNĮ,ęĖ…ŠÚFŪĸ€*ØiÖzUĸÚØ[Goō5ĀĪŠõ>õjŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦÃáũ-ĩåÖͯüLUv ŧÆéŒ}ÜãĄô­:(ŦWÃ>ˇwow¨Zn-˙ÕH˛ēį?ÂGz×ĸ€ Į¸đŽ‹uŽG­Ob¯¨FU–mė9^‡āãé[PEPn§ išÅ͝Íũˇ-“īˇo1—cdāžTuĪJŌĸŠÁÔŧáÍ^ėŨ^éQI;ŗĢ2>§iükRÃNŗŌ­ÖÂÚ;x‘Ž}OŠ÷ĢTPEPEPEPEPEPEPEPEPEPEPEPEPEPEPađū–Úōëf×ū&*ģŪctÆ>îqĐúVPFĢá[ģˇģÔ- ˇ˙ę¤Y] ķŸá#ŊkŅEcÜxWEē×#Ö§ąWÔ#*Ë6ö¯C€pqô­Š(  Z–“§ë˙gÔl⚈"įiõ¨ü+3Ođ?†´ģ•š´ŌaY”åYŲ¤Ú}Fâq]VĨāŋj÷fę÷JŠIØåYąõ;HĪã[ÔP[ :ĪJ´[[ híā^BF¸õ>§Ū­QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE˙Ųkalign-3.3.1/doc/images/Balibase_scores.png000066400000000000000000014651061403616477200206120ustar00rootroot00000000000000‰PNG  IHDRM‰éė§gAMAą üa cHRMz&€„ú€ču0ę`:˜pœēQ<bKGD˙˙˙ Ŋ§“ pHYs.#.#xĨ?vtIMEã , ĀĄ€IDATxÚėŨwŧœUĩ7đĩ÷~žgúéé z4ô¤ÄKģATŦząĐTŽíĩƒ×ËUAAŧ\PT ŠĄ%BI(é§Î™ö”Ŋ÷ûĮ:ŗ™œä¤ōû~üādÎĖ3O˛ÖŪk k-Œ@rK¯Ā[„<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<Į6*Š"cLã=aZk‡yŠĩvĐS´ÖÖZ­u’$I’ úë–âļBkíūKDqķ?ųž0 ŨÖÚ(ŠÜ’$á˙ēE…aØø؂p\6'žˆûyS¨VĢD¤ĩæˇ#ŪÛÖZˇÛYĮĩZmK¯,ĀÖK چw6­uĨR‘RfŗY!Ä>ž3B!„1ÆŖ”ôDk­ĩVĘ-“BK’Äķŧ$Iâ8Îd2DÔßߟÍfŖ( ‚@)EDqûž_­V}ß÷<¯ņšĩZ-‚ øž(ŠŦĩžīoŠÍõÂqŲÔĒÕ*_>|Éķ~Ã0•JméU{§‰ãØĶ¸c1ŧÃ+•J&“y3īĖÛ8ä9ļQ<(Ū÷ũÆ;ã8æLĀē† ('IÂâ‰BˆAËÜĖ8ŸĮą‚.“Áˇ] ‘ÕjĩZ­–Éd8ÎČIŪ(÷D7#DkíR °E4P—MĮZ+„āŊÍĶļ]M°ą¸”Rš\&ĸ ¤”ü>Ė;ŧ¯¯¯šš™?Š‘ķX/ä9ļ]Q)Ĩ”RÖÚjĩęyžįyCå3\LYÔ­÷aÆ>Ŗ†Ę—lžíâ¨wĮZët:],›ššÂ04ÆpH‘ mĨĶéÆ5ã˜ŗÆ^ˆÛ’ 8<áĮe3āK^)eŒI’™¤MAkmŒáÜpc –“œm*•Jų|~K¯)ĀV yŽm”ÖšË7ŊɄ„1fŊéJĨBDJŠ Ü_͙ØĖ*•ŠÖ:“Éc88kŒ ðąJ•™nŒŅZģŅĶƒæŖ¸¨:é’R"¤ž5ĀqŲÔ´ÖåršŠŠÉŨS.—}ßGļcãâL†ËČQŠTrĨķøÜæœkc"AžcåũũũũAøžĪÉ§84Z7ŽĖ:÷OW*jËn—Ką¸ŨŨŨmmmü×AŲršœË刨Z­ĻĶiŪŽ‰†ĄRĘå<m,l)ĩZ Įe3pÉŋžžžL&3ÔÛlår™ß„{{{ķųŧįyü.d­ĸČ÷}NĶnŲ’€[3 ‚ŪFq{á0 ƒ HĨR<4>›ÍĘ!p}Ž`Į1O} ĸbąEņl ­u’$ŧđ-BJšjÕ*"J’¤ģģ›ˆ8ɆĄÖēVĢĨĶiĨTĮD”ËåV¯^MD™L†‹ã‘įyB;QĩZ­Õjŧąî1°Ĩā¸lŧKËårkkk:ŽT*ŧÃˇôzŊĶđ|8—Ãhiiņ<¯ŗŗ3›ÍōšÍ=“RŠT†[zeļ^ČslŖx°ļ”2•Jõôô|öŗŸÍårbhÜŊƒ‡ŌAËåZZZƎ{ÜqĮ}ík_ģũöÛģēēxąœ'ØRÛõ÷ŋ˙}üøņœŧ5jÔ 7Ü@DQĨR)ĨT.—ĶZ_yå•Bˆl6;yōäŲŗg‘īûœž‘RZkš —bģíļûī˙ūīŪŪ^"BŅž-ĮeķhjjzüņĮGŕܚšš~ķ›ß`VĮF7¨Jõ÷÷{ėąü.šN§O<ņÄbą¨”Ęįķ[0 °•CžcÅíĮ9ÛŅÜÜÜßßī’ÜŠÛ‘Rē82÷áHĨRƘžžžUĢV͝;÷Š+Ž˜5kÖŽģîzÕUWQOO"I"ęëëã'j­yÚĮfØ..dīyž1†˙Ų×Zįķųbąčy^ĩZĸ¨ŖŖƒˆxRKE|?7a–Rvvvj­[ZZŦĩ¨ŗŲ¸zzî7YÁqŲl˛ŲlĩZõ<gh "‡§Wƒ °ÖĻĶik-įbų<7ÆDQT(ˆČZ‹&4CAÜsR8 b­å´ĩ–Ķar{T*åû~Įš\Ž§§įsŸûÜÁÜ××Į]´ÖÍÍÍDT*•xžĮlŒáŦ†kLBõŠ•JĨT*ņVszãÖF ä9`0ÎFpŗ "˛ÖZk9Ā÷ûž/ĨL’$ Ã8Ž1årŲZÛÔÔôČ#|âŸXąb…RĒZ­ōSx8ˇ÷ØRÅē‚ ČfŗœŋáQęJŠĻĻĻ|>ŸJĨ¨žųØmĪĪÆ­´ë^ŽŽ.÷HžĮí^ˇZ­æÎ(wtúúúxŒ1ŧ2<ŒęgšÛFwc͚5î…ød ĩOKĒ_ŧ@‡˙é."ŪŸZkˇ2nɍ§ēĩÖíŪA‹ęííu{†§Í‘BkÍ'Ø–øã5áÍįŨŌ¸ë†ē„ŪÁПŪžč@DŒãžäúô}ŋT*åršącĮŽ=zõęÕD$„5jT­VBxžĮ $Ix9™LfõęÕš\Î÷ũžžž(ŠæĖ™sß}÷=đĀĢV­ĒVĢÕjĩP(Œ?>—˝tŌI{ėąĮŋ˙ûŋ …jĩšÉdjĩZ:ŪĐMā5÷<ĪZÛÕÕÕŅŅ‘ĪįyQA$Iĸ”RJYk{{{šË‡qĮEQ6›å^#<đĀÕW_ũÄOh­_}õU­õ8iŌ¤ã?ūCúŋVSSSgg§Ë—ŦË÷ũJĨÂņúÎÎÎršŧ`Á‚ģîēëŸ˙üg___ggg__ŸĩvėØąûėŗĪģŪõŽOûėnģíV*•ĻNzÔQGpĀ‡rH­V+ ÅbąŠŠŠq 1I’A`ŒáĶÛۛĪį=Īã°øõ×_˙į?˙šŋŋ˙Å_\šråN;í”Íf÷Ũwß8āsŸû\___sss*•âI’”Ëåæææt:í24ÚĩeS—t:ÍeÖâ8æų=ŨŨŨŗgĪž÷Ū{/^ŧtéŌ8Ž=Īëčč8äC;ė°O<1›Í.[ļlüøņJŠ\.×ÕÕÕŪŪΛLDJ)­5ĪdâCfŒ Ã0“É”ËåT*ŧzĩZũÁ~đÄO,Y˛ä_˙úW.—›2eʄ N>ųäãŽ;.›ÍJ)y2•JņQvY:ŪũũũRĘ\.Įs§æĪŸÅWŧôŌK¯Ŋöڊ+vÚi§QŖFMš4é˜cŽ9ōČ#'L˜ĀWåk¯Ŋ6qâD>¯,ĨĘ=Ī ÐkŲAJĨ¤”ūķŸoŊõÖe˖=ōČ#år9›Íîšįž'N<đĀ?÷šĪe2™ūū~ĪķŌé´{ë`AXkųŒ˛Öļˇˇķš …8Ž91đüãÚk¯]˛dÉĒUĢVŽ\9mÚ´ņãĮŸ|ōÉ'Ÿ|r___SSSssŗ;y‚ øÛßūö‹_übéŌĨË—/?~|ssķŋ˙ûŋvØaĮw\___6›5jņĨ‘JĨøNßÖjĩ|>o­íīī˙Ũī~÷ôĶO?ų䓯žújggg*•JĨR­­­“&MÚsĪ=O8á„3fP=Ģ4jÔ(ˇįų%܅CDĨR)ŸĪWĢU~Ÿ!ĸ––~î˙üĪ˙<øāƒ ,‚āôĶO˙Ū÷žĮûŠŗ8CáS+ŽccŒ”2 CžxĮ;$I~[āˇŲ }“Š,lĢÜāt­õG>ōž¨Á˙ũéOĘc¨ų¯ƒžåūÄx4q­VûČG>Â'‡ËgĪž]ĢÕĒÕjãs+•Šĩ–˙k­}ōÉ'˙ķ?˙ŗņ„ä ŠRŠ×ąęÚÚÚŽŧōJkmOOĪ05gÎ~ũĄ‡j\UžÔÂ7ŦĩÅb‘wģ{ĖĶO?ũŠO}ŠÃĩnĩy%ŗŲ,ųžŸÉdžöĩ¯­Xą‚ŸÂkÅĢęN!#?ÔÉ9č†AŋŠ —_ŗÖvuu}üã3fŒÛ]JŠT*5(péĨ—6îŸūūūÆķ­\.ķæßsĪ=ŲlÖՅ[ž|9īá0 O9å^į[ZZøa|ÔvÜqĮŸüä'ĮŊŗŗ“ŸËČ]€ü˜bąxųå—s.‡w ƒŪÜÜÜÔÔôŠO}Š,^˙—;ņp"ĘįķDtõÕWķ†<ôĐCS§NuĮš[Ú4.üøņ?˙ųĪyW7^}îĖŦVĢ/ŧđ‚‚¯n!Ě5køOŗgĪŪu×]ų(7.“×aĪ=÷|衇x _ˡÜrË{ėŅx܏>xā/Ŋô’ĩvÕĒUn5î.^ĪŪŪ^kíã?ūÁ~°1=āŪˆø įĖn&“™4iŌĩ×^;čå3îŦŽVĢsæĖá˄ןPĢÕî¸ãŽÆÎd2ŸųĖgÜērČ!îÕ?üp^>˙—÷'īI^ķ0 ŋũíoģEņ^qÅÖZ>ļČslģ6(ĪąŪĐ0æ´Ösėččh >õÔSvQNkmŠTŌZ_tŅEąéææf—~p‘JwōũRʏ|ä#8Ęđyž}ĶM7šœ =ôĐCKðąXP:ūæ7ŋi­ũĪ˙üOMī”žįåķųÆH(…?öØckĩG!‡ŅŨŨ}ÕUWņS83Ä2\ˆ–Į›ģ4ŋâG?úŅ%K–ØzÜßZëvˆÛÃŨŨŨ\p[V(8äęv2ĮŠ9ūŖũČZE¯ųzķ|¸ŋķīėšįžnÉŠTʝ9nĪđ ņœžxĀ­Ą;.Ņ5ĖÉ9čFcĨ Mw\\úŌK/mkksģHŅÔÔÔ›Îfŗnۃ Xŧx1ĮĘyG :4ÖÚ^xÁĪ¯Ŋöښ5k^}õÕļļ6ĨOūpĩĄxÎAcfâä“OÖZGQÄIV­VKĨßāŖŗlŲ˛vØÁ%Ÿ˛ŲŦËF4NÖáëk—]všųæ›ųéÅbŅ0 ĩ֋/n ßtĶMÕjõßøīLŪT*Å7ÜÂyCRŠÔÉ'Ÿėv&/9 C>šĩZíšįžã%ķĢÕjWW'ü˜īû|ōK)9gãŌKsæĖáÅ~˙ûßį3æ7ŋ q–ˆį”<ûėŗnMxGšüĢÛęŸüä'Žļ_#|Ü{š;(ü_!ć?üa>Äũũũ.˙ĘÕ¨ŦĩÅbqÁ‚ŧĢyåų˙øĮ?xGe2žDD'œp¯LE;īŧķPyw™ķ?Ëåō7ŋųMˇgƎ›Īį¯šæ—2ØF Īąízkķ9æēØ˙ú×ŋ8ČqÕéĶ§wuuŲzpÜÍäčėėäž{îšAŦˇ‚‹6ēđĸ ä !Î=÷ÜaBÕCå9ø)}}}Zëk¯ŊÖ­ĒRęūûīīééá?ņB¸b>p•R_ũęWüãŠK)ŨZqäwōäÉ\SˆˆĻNÚ^Www÷Ĩ—^Ęé.įˆ§‚Ģũđ†ģPr&“Éfŗžį}öŲŽØ6î“ũčGŧū.Dëæs¸+žįq™÷ļįyW\qWüwËqËäūnÉ.ŦœËåxŨ …J—āÛÆŊá†øpû„ë rēŅ8ŸcĶÍõĢ_åø;oNssŗ›^Āŗ\B"—ËqRA)uũõ×ĮqĖKhœ°ŌÛÛģjÕĒįŸŪMæ "Nrđby°?Ÿ“îŠČįķ<ą‰ŗ8DôË_ūŌZ[*•¸fīŽoÆGęŪ{īŨ~ûí9CN§9Ā/7hR‚Ë L˜0áĻ›njÜüÆY;nŋŅ%—\š^ˇÆŌŪŪŪØ˙†3æŋūëŋOQ—™ĶZ?ųä“.iÔŪŪžjÕĒsĪ=—×ļ1WÚŌŌâV`ėØąîEģģģ]–Ôáž1WÄWM&“Ų˙ũ×{Ŋ¸œĮ—ŋüeŪŽŅŖG7&lœ\.ט…åŋúžÚi§šIKœmr uŦĩnN ŗÖ>øāƒÔkt‰ĖO}ęSÖÚJĨEŅa‡6TžcĐŧ¨üāîĖáũyÍ5×đK¯^ŊÚl3П6€ÖÚEHšaG!KĨŌ™gž™N§kĩ‡†Ī8ã ‰†aČåz|ߡÖr낇~ø×ŋū5Īđ}?Žcß÷§OŸ~Č!‡ŧë]īęččĐZ¯^ŊzÕĒUˇŪzëŖ>š$ÉØącWŽ\i­Ŋø⋏;3gnКsė›ƒ×Üõ—ûįķy7*œ3ÖZn{N§ã8žķÎ;Ÿ~úéļļļJĨ’$ɨQŖŽ<ōČũöÛ/›Íúž˙ÄOüæ7ŋI’dɒ%ŧŊ­­­‹-:ëŦŗŽŋūz_äá‡>īŧķ¨Ū\Jéû~kkëWžō•ącĮvttXkW­ZõôĶO?đĀO=õT:v]…/ŋüōO~ō“ûîģoąXävDT­V9cqīŊ÷ūđ‡?ô<ËOI)ÛÚÚĻNz衇N:ĩŖŖãĨ—^ęîîūõ¯ũÜsĪĩļļrWä$IÎ?˙üN8ÛpŸ^`ĨRá×\sÍ×ŋūõQŖFõöörˆ$Ivß}÷ã?~ˇŨvķ<¯ššųÚk¯]ž|ų<Āˇx|úi§–Īį:ę¨öövîŅÂëˇĐgeSß÷¯šæš /ŧOėjĩA__ßAt衇qÄ…Bášįž›;wîŧyķ–,YÂSšššŠÅâŲgŸŊķÎ;īĩ×^ÜÁ›ÃúApLÜõĪfŗÜĒdƌZkĪķJĨŌWžō•ã?~âĉRĘbąx×]wũîwŋ{üņĮ]+":įœsŽ=öØíˇßž¯¯¯P(p>Ĩ}ß_ąbÅ˙û˙īå—_v—j­VÛyį?đėˇß~JŠîîzęöÛoá…RŠT>ŸīęęZļlŲšįž{ĀŒ?ž/^%Ē÷ŗ ‚€/“;î¸cŪŧyŊŊŊét: ÃĶO?ũœsÎ5j”1fŅĸE .ŧüō˗.]šÉdŠÅĸįyĢV­úųĪūéOzüøņ|"I)šũŸíÕju„ ˖-ëęęúéOzņÅķ†|đÁ_üâ;+W>õÔSķæÍģæšk^zéĨ•+WōĻĩļļîŋ˙ūV*•|ßO’¤ššųë_˙účŅŖ'L˜ „xõÕWų wvvvuuõõõqēčOúĶ9įœĶŪŪn­u'3÷rį¤ŸĨRÉĶ××wÚi§ņą ĸ‰'žöÚkD$„āT"įx{ŗ—”˛T*]tŅEįŸ>ŸQ•J% Ãoŧ‘[ŅđåđúߌT[:Ņ[Ė†ÎįĐZ7ÎíÐëû˙ë_˙:á„øtâ1Å|°M<¨BG>ę¨Ŗ¨ŪÚ!N …ŲŗgķS´ÖŽÚOOOĪĒUĢîŊ÷^Âēānœøē†Š[•$ ˙đ‡?‘īûŧą÷Ũw___%yĢ]cg~XcežOúĶ‹-j|EîęqŲe—årš––÷x"úío;Ôz~āā=āf'Üzë­víilõęÕ>ø 'x5<Ī;įœs8ë3¨T†ŧdˇöÜsĪųķįsĶ×xƒ]}õÕü˜|>ĪS ~ųË_r ewÜHüÎÎNãēqîtĐŨwßŨ¸Ē|>ŧōĘ+?ûŲĪܤŪÉûėŗ×1 ÃĐĩ āšKCœƒnđąÛÔĮeņâÅŽč?xōäÉĪ=÷œÛÉnĶsĪ=wÉ%—´ĩĩ5Î?;vŦküи[ŠÅâ… Š^Ņ‹ˆ>öąQ&“9ōČ#W­Zeës Ü&wuu{îšŲl–įsøžŸN§/ģė2W Š÷6Ÿ3ŽĪÛØ˙ūī˙ļë4AéééųáČG'ŸĪsVōë_˙:Ī ąõî)Žnt!?˛ĩĩõˆ#ŽXētŠ­ˇ q+ŧ|ųō˙ú¯˙âup§+OåqáŗÔ3¨(ÖącĮūū÷ŋįĮķ>á§ŧđ ûîģoãéDDüž°÷Ū{ĪŸ?ß6ô‰ã8Žãģîē‹ęSxž÷Ŋīš÷Û0ĪŦņ’imm- ŲlöÖ[o Ã0Š"^šÛ9ÖÚ?üáííí<ŅŠWæÛßūv­V+—Ën īÃ$IæĪŸīÎ ß÷?˙ųĪķĢđuô‰O|âæ›o~îšįJĨRWW—{ƒŨ{īŊų)ë­[ÕÛÛ[ŠT\OîÁÍ7ßėæĖY€m ōÛŽˇ\ˇ*Šĸ+V<ūøãsæĖųžĀÕäŨđ˙)SĻŧüōËļŪœ€ë<ÜØ-#t öû,īNĖp߈}öŲ‡'üxWķŠsqO:ÕĨgŌéô?øAÛĐC›wxĮ>úhãņ}˙ļÛnŗ -Ę9†Î˙ŦVĢß˙ū÷]Ŧl6˕Ŗ8JΧGĨRqķ'œ\.wđÁķĒršÍÖ;xģKė´ĶNsuä”_úŌ—xąüŌ?>gßnēé&×ĀÝ'ŧÂ×_ŊĢßåjŖmˇŨv¯žúĒ;Oûk­Ī<ķLŪiüŦƒ>Ø6$“\ú§ˇˇ—WØMSģņÆíÚŊUøō´!>čî)étz×]wôâž2oŪ<žž¸ ‚WæÔSOuiĒAŲž$IĻOŸ>TžƒWûŧķÎãö3îâŊᆸN`cŗ÷ĄJŧķ ĪąíZožƒCĨE]\G‡a¸1ūŸøÄ'^~ųåƨēmhųËĄ:îä႕ųČGŦĩãĮw3-øš<üÜm>‡]scˇ‡M¯YŊzĩËĩp`ÚŽ“ Ãpūüųúįčüĉ9ô߸z|:šū•Jåˇŋũ­‹svÁÍAáũ0Ėū&ĪąQŽËĩ×^kÚwsæŸ˙ü'OāŧȔ)SÖŦY3|ßōŪŪŪ{׊[ƒŒ3Ļ¯¯ĪčolwAk÷žiiiá9(ÃŦ?¯’[ų÷ž÷Ŋ—ËsĖ1î”BđLžÄãŽŖm˜R.—=öXˇ2™Læ/ų‹ë¤Íž}öY—'ā%ˇˇˇķd‚ƃĪķĪ?ߘ8öØcíÚS(÷!w+āûūŲgŸ=Ė~ŽÕj{īŊ775įÁæüq՟|ßOĨR;ė°ƒ­g/8;Č{æÉ'ŸtsĒˆčã˙¸ËpđÂ0t€â8æ)ÜM$NģeچæÖڇ~؝ąî]ôŧķÎŗÖēYMį‹h¯Ŋöâ=#„xĪ{ŪÃXšr%ßøĘWžÂEáÜąģúęĢ-ĀļmpķXØÆqVÃÖ§\PŊ˛ŲPįđk__ũųĪžüōËšĮ@š\VJņÄ.č_ĢՄqŋüōËš\ŽRŠQss3W¤ņ<ëÎs‡ę$I¤”AđSˆhŋũösøš›šëRĀŪĪ9įœÆôĪē2™Ė{ėqĘ)§¸4‰”ōWŋúÕcëģL’dåʕų|žVĢ•J%"z÷ģßÍ{2ŽcŽsNÂķ<ß÷ųž0 =ôPîpāû~gg'ņŧĒ×āō}á…xõ<¯Z­~øáTĪ^c<Īãž\Ķ‰ˆōųüĖ™3wÚi§t:=~üø8 RŠđfōæGQÁW\a­ÕZsķųË/ŋÜ÷}wČܙÃŊ[*•Š”2“É|ā8î¸ãˆ¨\.ķš-ŗ;ÁÖm^ŊŲŽË˙ūī˙&I’N§ųšœæšä’KƎEˇÄøöˇŋīûÜUbŊš››wŲe—#Ž8"km’$kÖŦ™;wŽ¨ôx>™ų|øÄ'>ąŨvÛŅÚŊ"7nˇsįãÅ]Œ1üžú-Zôâ‹/ōŠÁŽģîúĄ}(IÎĸņ‰¨RŠđ=qgŗŲĶO?=ŽcžÄĒÕę‚ xĸ 'ø)AÔj5NØ!Î:ëŦT*åÎIÖx(SŠTKKË Â_ëĨĩÎįķî„÷}Ÿ y %•JížûîÜ÷BJiŒ9蠃ĻM›6Ôã……BĄŖŖƒÕđL Ēg_xs¸ËÅķĪ?Ī]yxzÄ^{íŏq¨ÜäÎęņ¸Ë.ģđVpŒŪ(œJĨŦĩ{íĩק?ũéūūūÖÖÖaŪWã8Îd2ÖÚææfž°5fĖž-tŅEš÷\.÷ŗŸũėĶŸū4lÛЇÖ‘M÷OŽj­‡ á…aČÃüÃ0<õÔSŋõ­oŊī}ī›6mZ.—ëíímmm5Æpœ=N'Iâûūäɓ¯ēęĒjĩĘąŋYŗf%IR­Všō•kĀāâŗŧ™L†c—ũũũÅbqSīnTΡ+•Ę>đ=öØCk=|HŊššųœsΚîēë¨ŪÆųŪ{īíīī/ œ0āČō„ .ģė2kmKKKE‡~8'“‡ˇģeÆqĖũēyŠīNfQ.—sKļÖAĪį×ŦYCDų|ž[p÷õõ577ķ‘åœGryÅnŋũvŪįa–J%ūSĩZ匇Îķ›ß!ÚÚÚúúúƌ3kÖ,Z'ÍA[>øž\.wĖ1ĮÜvÛmŽ)úũ÷ßØa‡ !xCŪpžĐĻ;.>ø`ww÷čŅŖyJ)ĢÕę-ˇÜÂ]Ų}ߟ6mš‹ŧģ^—”râĉ§Ÿ~úŊ÷ŪË÷xž÷ä“Oō.â žĩ֍čįŊÄGęÔSOÍårî¯ë5vėØŅŖG/_žœCüĢÁ-Š“$šįž{8ĪÁgˇ>ôĄŨvۍc÷üBŧœŌpGjÖŦY---ŊŊŊ|y>ūøã.cáĻõd2^ …Ī~öŗƒúƯģæ­­­­­­===Ã$‡ÜĒē…ė˛Ë.tĐđße—]Â0ä–ŨÖÚ~đƒnŲzųž?~üøJĨÂiQŪuqsŠŽˇ4‚ƒ>øĒĢŽJ§ĶZ랞ž|ä#ütĨ§¸ÜÅhëåæŦĩ…B!“ÉpžĪŊa’DÄ9ļÎÎÎË/ŋ|Ō¤IüëˇëRJUĢUÎV‹Eîwrūųį_xá…ų|žķŖÖÚkŽš†įlŊ…K āyX ‡S9ŖP*•¸Ž ÅKĨR<\ē­­­ģģûÛßūö…^xŪyįrĘ)<Ŧ[JEĮ9Ž7nܸŠS§rlÚEđy@=ŋœC­”ĒT*yįnŠ]Å°\.Įi ^ķT*•JĨĒÕjÜ2A)•ÍfŸx⠞^ÃĶ2N?ũôõg9ŌjŒ ‚ ÃT*eŒųā?xÎ9į¸ĮĖ;w+9.RĘįŸžŖŖƒĪOĪķ–,YŌßßODŖG^Ŋzõ!‡EQĨR) Ã,ŧX, …YŗfAĀ=0ĸ(ēũöÛŋųÍoŽwņúĮq<~üxžĮ†á äÁ Ųl–/ ^‚›CÃW“įy÷Ū{/˙U)ĨĩūøĮ?NDŧ>Æß÷yúBã9Ã)Žī|į;ĢV­âÜᄠ”RqķK!øē&"ß÷­ĩ“'Ož0aÂP+90=PJĨį/]‚dŊ83Ę/MD‡rČđĮ=I~?ņ<${ėąĮ0į|Fc"¤1Áįj’$ZëqãÆ}æ3ŸáĮķšBįeųŨw,_•üÄgŸ}–sŧÉô&’vétēVĢ}đƒä+qø“–W#‚RŠÄIŽüāįwĪAáUēōĘ+O:é$ˇą° CžÖÂŅēŖ>ú€āā;G‡ĪžtéŌŲŗgķ cvwwéK_zꊧŽŧōĘe˖M˜0!zōŧn€Ė1>nÂáæpĐÚSˆ(›ÍöõõŨvÛm=ößÃCī7õ~āø&'cōųüŒ3Ęå2ˇ ī+!ÄQGõĘ+¯đ(rCģąęßô}ŸCەJ%•JqŪ‚wˆË[PCäÔZ{ã7.Z´¨VĢšâBDÄmRŠTŠTĘįķMMM;ė°ĩ´´T*•(Šúûû÷Úk¯ķĪ?Ÿ›‹Å Ōé4—–âH.ŗęīīĪįķBÎpđēq€ûîģS#ŧE3gÎŦÕjëéVŌ x/•Jœ­?~ü;ė°téRŽ5´hŅ"ŽÎŋåáįë¸Ņ#lېį€ĩplôčŖūĖg>“JĨŪ0ˑÖ{îšįŋ˙ûŋš!3}ūŋ˙ûŋvØá˙ũŋ˙įjæđrŽĀ–ËeĪķxų¸äØĸ‚‘Quww÷ööΛ7oöėŲwŨu-omm­Õj<ĢcSã i’$\WĘMƒŠËÖĖ˜1ãŌK/å:TžīģšB\?ŠÃĶÜ#Áķ<Yō~ÐcĻ|O­V[´hŅ}÷Ũ÷øãß|ķÍą-‹™L†÷†[%7ÛĻĨĨåë_˙ú~ô#"Ęd2Üxü[ßúÖÅ_ˇ†¯Ä7s(1x Ÿ.Ë;üSĸ(2Ɯūų?ũéOyŖ*• —ķ<īŒ3Θ7o^>Ÿoœ×°mBžãŠ#Ī“†ŠBrM›3fÜ|ķ͟úÔ§nēé&_&IōÍo~ķÔSO5jĮōxĐ1‡]¨‘cĐĨRiŊ˗/æ™gž~úéŋ/Y˛dŲ˛e<í€G=s],đq›MĘÅ"‰hĮwėîînoofü¸‹kĮqŧÛnģ5–ųâ`ecwwθŊĘA˙įŸ~ņâůžúę‹/žøøã?˙üķŨŨŨaē@-wSā×âŌ=œ4ĒVĢœĨčėėėččøú×ŋ~Įw<õÔS™LĻģģ›[žŋüōË/ŋüōī˙{)å^{íĩûîģĪš5ëĐC;vŦ”ŌĶwƒÖšf×íYąb)ß÷×ŦYŗ÷Ū{ŗß8…Ā‘k"âÔ0# C+ŋĩ<ĮÆ:.Bž~ÁEĢˆhåʕRJžoŅÕÕ5sæLîáûūđ%˜ršÜ¨QŖ–.]ęÖÁZ˨1MčæI‘1†'‚đíaZXķ¤ˇÎ|1ēŊįyŪ+¯ŧ⊞Oča|§[+Ĩ?׋jĩĘÍĀyQ|ĄŲ:>EŨļįķy^ ë5Ō¸’Ž =5tjĻEGãb­­ÕjoxQģŊJDaßŖq¸lÖ Ŧmoo¯īûŲl–W›į™Q­V[ēté /ŧĐŲŲųØc-^ŧø™gžyíĩ×ø9;Ëį¯'kßđdVJq‰ķL|܇y0_ø/žøâüųķ]aĀĻĻ&Îōö÷÷/X°ā˛Ë.;įœsä@ž֒JĨxVĩÖ5æņ\uŠû‡˙ęWŋú×ŋūĩxņbß'Irūųį_yå•Žį/säT*•[nšåŸ˙üįu×]ˇråĘÆÅēŲƘŽŽŽŽŽŽîînŽôņØęÍ°+¸Sz’$š\Žƒ°ÃŒįUå.Ücƌá;1•J%Žãrš\(ZZZ8$íZH)oŋũö›nēéŽģîZšr%‡qš4wP”RŊŊŊ\i*Žcn<ĀI7_ĄŖŖƒˆŌéôßūöˇO<ņÁĖd2ųäŸ˙üįZ­vÄGœvÚiŗfÍjkkãõįš Åbąĩĩ•+qIĢRŠ†!§1¸íyãæ‹:×:‚įĖ\tžĮã_Ūgķkmš\Žã˜÷^Į]]]TīŲĀ'ļ똒Éd†:å„årš\.S=vĪ× ĮÁŨcŸŌÜÜÜ××Į×ÂzĐhĐÃ\<¯Í :;;]uĻ xîTEŠT*Š"Žãģk™;åpnƒoP}žˆ›Ãģ‹įßđ†dŗŲ8ŽŨX7ĪÁOi,ŗ6čÆzqļbąčĻ5 “¯jL'¤Ķéjĩú†yÎ߸ũæNšRŠ”ÍfĨ”ÍÍÍüžEŅœ9sn¸á†ŲŗgsÍ7jČÖđ#Õ;Š7^Ą™LÆĨR†:ą9Æ>îîÎk˜ãÎĢ´|ųrN‹vwwOžīyįRŠÔ˛eËxž…[?å‘G9餓f͚uõÕWwvvōNãæäœāוR†a¸÷Ū{īąĮĩZÍՔxXw&“á—v5‘2™ĖØącxā?ūņŖGæĀ7ÅqĖ[N–pá {īŊ÷ÔSOŨa‡žôĨ/q_ žžĀcÛy•úûûKĨDŽGQd×Æî\ÍqķîînNĪpĢsN™DQä&4âÍ\|ß_ąb…ˡųžĪy×L›ę3-ršGÕ×ˍĘĪfŗns’$YŊz5īĒĪˆrOŠÅĸĢĪFoԟŖąō'Ģxö+øļråJ­ĩ›&՘øáS¨RŠ¸ KA¸Fs;xáTŸ.Ãy čs­$.g×8fĐJĩū5Ŧg{đíbąHõVŪŽ%Æzq–”§¤đy>Ėƒ™k€Ņ8“†ę­>Üļ¯Xą"‚GyäÄOœ5kÖu×]×ÕÕʼn1Z_ÎĻĩĩõCŲk¯Ŋ¸5Žûk­V&oÁŽë‹>|sŪ'œážëJŠQŖF=üđÃ7Ūx#Ī:"ĸ –.]úå/Ų•ĪrËäĘc°ÍĀ Px[¸ēŖ(z˙ûß˙å/™ˆ8œŊzõj"âH7WJ-[ļlņâÅ3gÎĖd2étē§§‡ģD¸eļļļNžûė_˙ú×ßūöˇK—.-•JDT,šÄˇ‚ T*]wŨuwŪyį_˙ú×ɓ'§R)ž=Ãa\î¤ÂAskíĖ™3yJĮz÷Įũ9JžËå¸Î÷čæ†įår™;'ŋÍčoķ¸(ĨƏĪ‡ƒĪŊööv×SšˆN8áž‹S­VÛŗ’N§{{{“$á>đ}}}I’DQ”Ëå8Š@ M°ßLŠĨ7§h¸™RDÄ8ø” zÅ)žÁ™ ^ąÆî"Ð_oÄõÜÚ¸7sܸqW]uÕŋøEž°Â.—ËåĘårSSĶ.ģė2eʔ]vŲeˇŨv›>}ú.ģėrĘ)§<õÔS.ģāz¤ŋĩ–3ëâcĘ"jooâ‰' …‚”ōŧķÎûâŋČSaˆčá‡ūã˙xŌI'õôô´ļļr‹ß÷9Aō†]OŪį€ˇ‹ã­|cōäÉ\ڈcma._ž|Ė˜1Ž@PgggooīĖ™3‰HJÉ”RģīžûŪ{ī}ôŅGĪ˜1cûíˇį‘ŅŽoÕj5îĖ ē7ĪĻņ0ķŽŽŽ7œyāŠŌŅ 6égwtkí]wŨuôŅGAĀĶ5¸ŖÉęÕĢO=õÔ÷Ŋī}“'OŪmˇŨ8Í3xčú˛eˈˆ3Fœ^Šã˜+bšŊDDw%•§Mp’ŌÊ,ĒįBŪpĒÄČÅSaøÄæ¤×ŧyķžûŨīē"Zq755555xāG}ôŅGÍMé9æŌîÜãžīSwkCņŌ„…BaÔ¨QsįÎ- |Œžđ…/\y啜BNĨR/ŋüōE]tĖ1Į¸Š<.ׂ$l;į€ˇ… Ú‘Ö:•Ji­GõÚk¯Q=T÷ōË/?žÃÄĩZ­ŊŊ}ÖŦYDÄCû‰hŌ¤I_ūō—?ũéOssr×m8Nrôôôp‹ÃQ{{ûĻŪ.ŽŅ+Ĩĸ(zéĨ—xņŠŋĪ…9~úÚk¯i­š§E:æh~6›åy aūä'?á%su­õ/ųËĶN;mŨIF'ĸ0 ]I(k-$įVœCr3¨Ūbš ¯pÛmˇ]kkëŦYŗ2™LOOĪoûÛ;î¸ãŅG]ŗfMSSOAxôŅG˙įūį‚ .āW¯VĢš\nŌ¤I<ĄZ­VĢÕžžž|>?Ôü^+No4N,(‹š\έwY؂Į…ˆ&NœčÖĐÊĒWjâ3÷°ušŪ3MMM}GÖíĩžŅķ|uđŦW>kŅĸEœ§iŒwsëž“O§žžžææf7ųƒ×ĶŠÃlė;īžčĀ 0žüå/¯ZĩŠę%û&NœøŲĪ~öK_ú}7 Ëķ<—@*—Ë<ׇēģĶFÍņŪÖÖ†á]wŨ5nÜ8"âæDô‹_üâˆ#Žāėf*•š?ūÅ_üŨī~—āúĘ ?9l;ПŪØåîŲårŲ sæJ˜ãˆ›īûO>ųäOWyĶvß}÷\.Į›_ĢÕūô§?ŊúęĢŽōĪPۛĪįƒ øÃū°ëŽģA0nܸ]wŨõ’K.ágq….—lØXMĒŠĄyä‘ŧ Zë$I~ķ›ß¸úfÔP;ËM×ā%ôööŪpà ŧ„ršœ$ÉvÛmĮ1ũˇ)ÜYĮ§÷O<ÁH>Ÿ—RîēëŽDÔŅŅÁá˖]ãœkí‹/žČųZwgc3Ąˇ¯RŠđ twwķŅĖd2ĩZW;“Éd2™K.šÄÍ8‘RŪqĮ×_=W'sëšĨ÷7Āf‚<ŧ-aōäƒ(Šâ8æĒGūķųäUĢVņŠQðqÎpÎÆķŧ[oŊõļÛnKĨRŪyįšÂREžįņũCœëf\u r\žøÅ/&IŌŪŪÎguuu}ųË_vų'"úÎwžÃûmŨ–é.o!„¸ķÎ;īžûnĒw,ßqĮwÛm7ˇCxyō _Mœîr]X8G8ĖEę:Cp‘"ˇ¸ƒ”ōø㏟ģ\.[kGŨĶĶ†!Đų:â+ũ ë2ņ>áŖĀÕĀ8Ãë&ĨäÂhŽ'ŠĢPĮ;g˜ztqģ~énķ‡Y>úüēî=Í­$gėRŠTKK‹ëĐĮņ=÷ÜÃãŠNnÍÃ0äŗšˆJĨŌ§?ũi>"ŧ‡SŠ”ģų)Ž6WsiKwVģ=ĀĢęæÜpÅ9׈¨Z­ō{—kÁbxžwÕUWår9k-ŋzOOĪųįŸĪo•›Ą¸ĀÖyŽm7HPJĨRŠl6ËŨĒ9vĻ”âčŋīû.9TŨ"ęčč¸ųæ›gΜ9{öl" Ã0ŸĪĮqüáxŌ¤IH尝RjęÔŠüęœ?žīû•JĨ\.ķLc ĮXų)ũũũŸüä'-ZDDåryôčŅžįU*ūkĨRáØē €r@0•Jqĸ…ƒ}ŠTŠƒ¤ĨRÉEy3]iîNĖėīīĪårœ!Xąbīąŋũíoß˙ū÷1ü0"Šĸ(—ËeŗŲå˗WĢՅ ~æ3Ÿáķž9蠃vÜqGž‡_(Žãƒ>˜wusssąX|ä‘GjĩškZND™L†opRÄ÷ũŗÎ:ëļÛn ‚ ¯¯cĮŲlļģģÛ“ÍfSŠTĩZãøˆ#ŽPJqlŊ§§įĘ+¯äĘWŧ[8ö­”Ęd2īB\qÅ/ŋürš\îčč¨Õj‡rGēĶé4w./6~üxîšŨÜÜ\.—ŋúÕ¯ēO_ŒŖFâTgļxÖēX,~ņ‹_$ĸBĄĀŲ‚K/Ŋô¯ũ+Õ3OBˆl6ËÛŪÖÖVŠTŽŊöÚG}”_ģŗüÛŋũ[.—Bô÷÷ˇļļēėÕ3ũũũ}tÖĢ\.ķd W8‹§.ņ–R=îĪ{>“ɸ Ã0Žãaę>ųžß××įû~:Îd2œÂfŋeŗŲ0 “$imm ‚€¯tÎĖņÕÁõô&Mšd­mjjŌZc-ZdŒ‰ĸ¨ŗŗ“Ī0 9ET(Â0 ÃđģßũîŸūô§bąČĢ$Ĩ,—Ëų|žˇ‚™L†ˇšĢíņzÆqĖģ…7‡§vņģ%_Aŧ|N†ņ9ɗļīû\ŧŽWüãôí¸qãžúÕ¯ōųÖŪŪŪÛÛ{éĨ—>ũôĶ\pC/.€‘kŖÕ‡‘Å įAũ“*ˆčöÛoįŽ×ü'Īķ†* ôâ‹/ŪsĪ=ŨŨŨBˆjĩĒ”joo_Ŋzõ´iĶžöĩ¯qČÛUPņ}ŋũöã˜`OOũøĮ?ž6mÚÉ'Ÿė†Ė !ÜĀķ§Ÿ~úG?ú§Oˇ÷ČįķŨŨŨííí\ķŠŸÅĪŨ¨vęίUŠTxųŧ>ƒæĀk:nooį!ØRJN‡p(Ÿ—Ėŋy™ßûŪ÷ĒÕęgœąŨvÛq…'ÁŒ?ūúë¯?ũôĶ+•J[[[wwwĩZŨqĮ¯ŧōJđu!øÃ?œęc؉č'?ųÉN;ítÆgô÷÷ …8Ž9ÛÔĶĶĶÚÚēhŅĸĶN;kv…a˜Íf+•JSSš0aWÄâôŒ”ō„N¸ņÆy0{.—ûÛßūvØa‡]ũõÛmˇ‡†9ŽZ.—ƒ ¨T*W\qÅWŋúU^looossķ1ĮCDúŋ˙ûŋ|p†ŧ{yZIĮ×^{í˙û˙/ŽãÎÎÎQŖF­YŗfĪ=÷<í´ĶxOēú[ČslŦãâæUđšķíBĄđÛßūö¨ŖŽâ—hkkģ˙ūû÷ß˙ë¯ŋūŨī~7qcj[/[ļėĄ‡:õÔSyÄęÕĢŖ(Úe—]Î=÷Ü0 ųps‚$I’æææI“&AĀÉ!žēÄËáY;C•Šâ"K<Û`͚5cĮŽåžŲŧ|NÚeŗŲĪ~öŗ×]wŨ<Ā'ų˛eË>øÁ^~ųåguVĨRáÂh|ōWĢÕoŧņĢ_ũjĨRimmíééyå•WÎ9įž DkĪ¤á ŸķmoĻÎX>Ÿįž÷ü6ÂSģ8'Ä+Ės•¸K6_q|ƒ„[ÉĄv…K8I)9u7~īĒÕjü>Ŗ”ŌZķģĪq/)Ĩ›ĢņĶŸūtōäÉgŸ}öčŅŖģēēÚÛÛŨœ'­õc=öųĪžį<ņ9eRĢÕJĨR>ŸįGÖj5>š|’ķÅÅ/ʙŒ8ŽķųU\=@>…”Ržį}á _¸ũöÛ}ôŅŽŽŽBĄĐßß˙…/|áūûīįy(]Ûä9ļQŊŊŊ---ėBpjŋo­Ŋûîģīžûî0 9œ—Éd\%–uq„ŨUFâTÄ7ŋųÍŊ÷Ū›žš\ŽGI§ĶéC=tûíˇúé§yÉcĮŽ=õÔS˙ûßîsŸÛe—]&MšĮņŌĨK,X0{öėšsįrT‘ˆÚÛÛģēēxõJĨŌ—žôĨŸũėg­­­Åb‘įxž†!‡Yy;ˇéŽVĢŲlļ\.ķPzĮ¯Õj]]]ÖZ6-•JŲl–#†­­­}}}SĻLéėė\ŗfM*•úáøĢ_ũęũī˙!‡R(8úyà 7ŧúęĢŲl–ãŨŲlVk}Ægė´ĶNŧáA¸ÆS§N9sæŧyķ:;;yÚÁ™gžyà 7œuÖY;īŧķ^{í%„XŧxņÜšs˙ô§?Ũ}÷Ũ)æ /'08ĶpŪyį]pÁ\žŸˆxxûūûīČ!‡Üu×]Ž4Ö?˙ųĪ}öŲgúôéGqÄôéĶ;::ÖŦYķÚk¯Ŋøâ‹W_}uŠTâs€'ôäķųo}ë[´åvĮŧđ\.÷Ū÷ž÷SŸúÔu×]GDÛoŋ}˙sĪ=7cƌ#Ž8bæĖ™“&Mš4iŌsĪ=W.—/ēčĸŽŽŽ$IxÜũš5k2™Ė…^HõėZĨRáˆķ[°ąŽ œOĨRŽã˜˙yä‘G~ėcģíļÛ*•Jwww.—[´hŅôéĶ§OŸ~ä‘GvØaétú•W^yōÉ'įΝûøãķúÔjĩŽŽŽbąxã7ōė%Îĩ0~‰bąčę,q~ŽÃМ j‡‹EîBßßßīĻ+ņųĀŗ1x'ŅwŋûŨSO=ĩŗŗ“ŲÚÚzöŲg_|ņŧvZSSĶÔŠS—-[öčŖ>üđÃ/žøboo¯RŠs&LøÆ7žÁÉ'.wÆįX6›uĖĨ”P(ēģģƒ øĮ?ūqÁ|ķ›ßDžļ!ļmĩZ-I’“O>šņŦXˇĄŽ54rāI“'OžķÎ;šĨGŠTâW1ÆđíÕĢWŋđ \žÆ÷}7!ƒ_”Ûeģę.Îį>÷šëŽģŽP(pˆCąų|~âĉŋũíoų%¸ĖũwŪ™N§yųŠTę÷ŋ˙=w°ÖrĸJĨrà 7¸—PJ͛7¯q‡DQÄąWŽlCD/žøâ.ģėBõų­­­|ŋ‹WúžĪõ”Ü2ŋđ…/twwģeōŪā5´ÖŪ}÷ŨƒâÚų|~ôčŅ÷477s/ö˙ņ÷Ū{/ÕCäŧ&ŖGŪmˇŨ~ņ‹_đ¤^ø-ˇÜ˛ĶN;ņŗxŽ‚[Hãm7ĸÜîQŖFŊôŌK|˜¸‹¸[ŽˇFQtĘ)§4Žä¸qãܒyN‰ûSãæüîwŋŗÖrĢsk-'øŋCáGē]Į7\'íx\8nî^…ķĮw?ÅezŌétcU%wp€Ô¯~õ+cLĩZåEq/h÷B .t=‚üāœÃxÃ+ôĐCåĶ5“Éėˇß~î)Üm…×™ÚŸūô§|>Īëæ֜_”WžĪhoo'ĸíˇßūūûīīīīįEš•ˇÖŽ\š’—ĀĪuÚđo&Öډ'ē3áŖũ(¯°;ųŲO<ŅŅŅÁõ—šššžûŨī‹ÅáūË_ū˛qĪŋōĘ+n÷ŽW†‡~8īēBĄ0mÚ4žKá.s>čˇŨvÛäɓųâ’hü*üD7ƒĮM¸Éd2§žzęmˇŨ6č}rģíļÛ~ûíöŗŸEQäÖaūüų×ËE]ä^}ŨŽT*ŧöŨw_wv͘1ƒˇ…×–ĪĪ8Žy îx}øÃvīŲlvâĉO<ņÄ/€w ôįØvqG‡T*Łŧ 8"ėr™L&“Éđ_õ¨>Ŋ€ˆŠÅâ)§œōį?˙ųčŖæĘQŲl–KģpĨ"5jÔĉ/šägÍōų<ˇv(—ËÜBƒČU°.ŧđÂ+Ž¸âÄO,•JQ?žX,rįķÎÎNŽÆZk3™L’$étēVĢq/‹ķ(ū8Žy=3™ŒĢĶÅuų]Až;âûžë ÎŊÚÚÚ|đÁ}öŲĮZ+„čééáŌR<Ț‹M•ËeΎ´ˇˇë[ßēôŌK9ëã6ßŨ6Æ~øáW]uUĄPČįķœŗI’dõęÕ.@ŸËåúúú¸…F{{ûĪ~öŗŸũėg{îš'÷&™8qĸĩ–ˆV¯^ũÜsĪYk9ÛßßEŅûŪ÷žK/Ŋ”û‚p- ĻĻ&×b_n„ Õj•wīĸƒ:hÁ‚“'Oæî \ Ëuīęęâ>—]vŲWžō"’Rvttp“Œööv~iŪ“|4yZĪvÛm7g̏}ėcDT(8WávŨ[;o7Ęqq\īū'īØ?ü᧟~ēËmpS.Œæ FQkk+Ī×ŅZß˙ũ§Ÿ~:īR~Ål6Ë5‘lŊņxŠTâũEĪB”J%ŗ?”×^{-ŽãBĄĀõxŠ’ĩVJÉ=Æ=Īã‹ëCúĐwÜÁũ6x~UsssŠTjŦį–Īįƒ ˆĸ¨ĢĢkÔ¨Q?ūņ=ôĐ|>Īqüt:í&ŦYŗ†OEN™”JĨaJWqÃåQ¸*—īû˖-ãkœ'(‘Öš'Wuvvr?íbąčy^ĄPĻĨ„ĩ–÷Oa!ĸžžžuĶąonAđđ\.×ßßŋtéŌ \˛Š;dXkg͚õÍo~ĶÍ8á‰8Ü…¯;ĜB¸đ ¯šæš™3gō›[cŪeŲ˛eŲl–ß?“$áT įrŌétĄPp‰FĨODãV+îũ–ĀŨwøN>axūY?;nÛS­VŨj˙ęWŋjooį˛r•JeŲ˛eįwŪPÅŪyįØvq°Œˆ8HÍ ušā ‡qĢÕ*×Nq—×ÕŪŪūŽwŊëÃūđ•W^ųüķĪ_}õÕīz×ģˆ¨VĢyžĮv8Šātvvžzꩋ/æ€lkk+FįĀ(ՋØėŧķÎĮüüųķŋō•¯pé›ũčGD´|ųrn’E‘+‰ÃOņ<ŖˇTÄģĐĒīûāæAĶî,•JŖGîëë㇚B=ĩZ-ŸĪséü(Šúûû;::}ôŅķÎ;/•Jq˜•›.pĶrŪŽ|>ŋß~û͞=ûüķĪįŠ@]]]Ąa~"wfūčG?zûíˇī°ÃÅbQ)Å5ũų(p œCęŸüä'_xá…Ī~öŗŲlļŠŠéWŋúŊöÚkœâMļÖē˛?|cÖŦY<đĀĮ?ūņjĩĘõ”8›ÅũˆhŲ˛eÜ žZ­ļĩĩ}ë[ßēéĻ›ļß~{Ž‘Å•Ŧ\wåbąČģtųōåÍÍÍ^xáŧyķŪķž÷tvvJ)[ZZēēē¨^ŨˆŸ[ĢՂ øō—ŋüČ#ėŊ÷ŪÖZŪKŽŅ Ÿoá¤ŨXĮ…ģyķ*q’ÃZËi?>~õĢ_Ũwß}SĻLá+…Óš››9#Å]Ų?˙ųĪ?ūøã‡z(Õ;ÜpĪ w•ņskĩ'„øLāšJ)N ĩŊ\˝áŧ­)øœ!ĸUĢVŅ!‡ōÔSO}éK_?~ŧ”˛¯¯›d¸Î(œŽhnnūĪ˙üĪ§Ÿ~úä“OvĢę:]ķ?‹ÅbSSSš\îīīO§ĶÜ{¨õä>įZë×^{mܸqüĻĮņĉy“]2I)•ËåV¯^ÍSO2™ŒëÖΑĄxžĮķfâ8vgŨPxqڀ$ŖGæ}čŌ¨ToÕķņüŽ;îØoŋũĘår&“ąõ%œJáˇ&.Ũļf͚|ä#|ö^|ņÅTŸ3DD“&MJ’¤Z­rfËuŅččč0ÆpžŦ§§‡ŗG|™K)Ũœ*ž0ĩÖ¯ŧōʎ;îčv…īû/ŋü˛;“ŠŪ§„:ŠT*•\.wņÅķTJYkįΝ{×]wŊ…K `$ļĄë,lSx˜9ˇaājōTīí#Ûz…÷Æā`#×N9Žc7„‹ÃAĀˇ9ŧČ ä‡šåßvÛm˙ûßīŋ˙ū%K–đŸÆ?}úôC=tæĖ™ģīžģ[^ÔÍ7ßüÃūpŊS§NŨyįŋôĨ/pĀÜĩ›—$ gk8Ôč^‹[¸ą˙­­­<æš âķæģžĪÜ>ÄÁŠŪĖŧZ­ūéOúË_ū˛hŅĸ•+WÆq<~üøvØa˙ũ÷˙øĮ?žĮ{ŦģëøĨ]÷cNü¸}5wîÜoŧqÁ‚Ī?˙<7Žđ<īC9æ˜cŽ8âˆwÜŅį–*ˇß~û\đĖ3Ī”ËåŊ÷Ū{Ė˜1ßûŪ÷Ūũîw÷õõq"‡(īŽW^yåÖ[o}æ™gæĖ™Ķ××ĮSZ[[›šš&L˜0cƌƒ>xÖŦYnĢy%Š9u}Ąyũy5¸?s­V[ĩjÕ¯ũëģīžģ\.ŋüōË===cĮŽÍfŗī}ī{÷ŲgŸ“N:ŠĨĨĨąŗ4¯Į|…_—ûĢۍœ‡āLÉF9.œĪãDˇĸáƒÂˇšĪšįy¯žúę5×\sīŊ÷vuu­Xąĸ¯¯ĪķŧwÜqƌ{íĩ×)§œÂawŪĀt:Íŗ„œģâeōļsĀ§qË>'ų…Öģxĩš‰/'"¸]ĮŨ_Ī(Nū­XąâöÛo衇{ėąÕĢW¯Xąb„ A|đÁ‡vØąĮ;zôhÎÁH)ųrā—3ÆøžĪį/œ/sî3TĒƒ7Ų5÷D×ë…[ĄđÎĄ†ôŨŨŨmmmI’‹ÅÆBmëâeōŠņūĻ;īs)e*•rf\fËĒ§sø)7ŨtĶ?ūņyķæŊôŌK|ęŽ5j„ øĀūíßū‹¤ņ–ō˙ō—ŋ\tŅEK–,ŠVĢcƌ™>}ú7žņiĶĻņģŋo Ûî˜ēÉĮŽ_Žˇ‘glđ%IDžīģs’ėÎ4ˇŧLŪ˙üBü&öÖ˛‰#ō0Ra°'ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČslģĸ(2Æ‘1FkÍ7ļôJÁVĮZKDqĮqL8IļbQņ žl`ëÁ_´ˆ(Žc\Ą[3km†[z-`ũÜgh†ø<Ø:škĶ}N’dK¯líŦĩƘˇrDžcÛåyž”’ˆ„|ƒ˙ ā¸ô†”’O(ŠđÛ`ĢR­Vų†{ĸČå<`kā>:Ĩ”B¤ō',l%¯Swž÷lUÜ%Š”Âį)ĀÖÉũåĪS­5~ŸÂēt]’$I’c\āņíđļôvÁ–†a?)Ĩøkīû.× Ā|ߗRA ”âœ|EZk>y`k Ĩô<ĪĨŽų÷žÖēX,néU€Bˆ ÜujŒŠÕjÖZŒnØz¸SĨi­kĩž÷lU”RA ēN] Øđ—^NFQ’$aFQ„ß§ĐˆßÆ9cÍ1 |ß›‹EžcĨ”’Rj­yZŸX˜ø ƒÄqėykŊKpĸ•?Ž`kĮąÖÚ}4Æ$IĮ1Ļčl=Ü,ėÆë4I\§[KČŋē‰HkĮq’$îØâܘ_?årÜø<Øzc8ēh­B¸§9BŖÆ˛ÛnLØÛ_,ōÛ(NŽrŌŒs.“ļĨW ļ"Ž4§ÁøôBl”wØ(â8æ\5ÕGCŽS€­Œ"ĀĻnp ŽS€­‡Öēņ:ušI\§[wRŊ˜;>Oļ6ŽúãÅu ëå’aüËÅĨß&œdÛ(øĀ y 0O@žųžī~īšāŠĨļžįšëÔŨ‰ë`ĢÂßÚ đ 6\§[÷yJ WĢR ×)ĀÖŖņ{¯ģNņŊ`Ģ’ÉdÖũ<•Râ:…F\'ŋ1ļQfü ĪąâÂgœ.ã Ú<÷yx3Ū~É<ØX܀S7 ‚˙‹ë`ë‘$Ézŋ¸ã:Øzh­×ŊN…¸NļŽŪ€ûęK¸Nļ2ŗæÜ÷ÎáĢ×)4rßģ¸Ā/7Vxû‹Ežcå:Úķ÷>™Đŧ q•OÍŪ(ī>°Q4ÖĒâ{Ќ`kݍ˛„>ä[Æ>:%ņ‘ °õā_ŖŨ8ø:Åį)ĀÖCJéŽSWĀ q$„ŋnņÂ3hQˇ Ū:îX˧'<Ü=[zÕ`+ŌxJ¸„΀­ ‡JSŠb|ß7ÆA€>o[ūÆÕ8hŸ§[WOœņĘí ˇôĒĀëĶîãß{ļu Š~âÃáQ_ar(#IĪķ\ßˇ įŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTČsĀH…<ŒTÛbžŖRŠDQÔxÖ: CžE‘ĩÖÃˇ‡YNŠTjügĮD”$ ˙ŗX,ēÛÖZ"*—ËDdŒéíím| ŋV??RkÍ5Æ$IĮą[7ž†a­VãgQ­VÛŌ{`ËØæōQeŗŲ ¨žŌāûSŠ”1ĻT*A „ād?l(™L†ˆâ8ŽVĢTOWH)ųFSS“įyårš¯¯OE‘įyœˇhii!ĸršėû~EZëZ­V(ˆHQŠTˆ¨VĢ…ačyžīûŠTŠ×3•JņĶé´‚īô}KīT€-ÃÛŌ+°šAĀs&ĸ(2Æp&Ãŗpá—^zŠP(uÔQDĮņđų÷€8Žy!œ„RZkyâE*•Ęårî)ü€8Žã86Æ(Ĩ¨žJá´ĘŠ+ƍW(jĩZ:ægÕj5!?ˇZ­úž¯”B!â8ößHOKIFXiÅĀųÆG…°oã5ŪēaN šöÃäúî¤!ŽˆMËí++ˆHZ¸î„5ÔpÁ +•XÅĩ¯â-Éō{ iMũ >+ČʁëWŪņúSØĀBDd%” Ü/"ž6DũO[Xãu',ņõ¨‡ŧ­°ĄĩŪ#7÷ioVÍēĪSĒK!AŧÃˇĸ7€-ÍŊ?×Ķ‘{ĢŦ˙Tą$- 2üŊwDŊ…Žû%ySŊū}ģūq>đ善ąkÅ–¤•Fd„ĄÆßļVA‰ød”!ąŋOÖ~‘áu´æŧ™ƒ~´lkļš<­Zĩę‚ .đ<¯RŠpŲ(îīÍõŖ¨ŪQ|øÉqķ7ųcņâÅ˗/O’¤P(œrĘ)cĮŽ Ã0•Jq+"ú˙ø „aX,oŊõÖO|âZkÎŦ,Z´č駟NĨRÖÚ¯|å+ÖZîpÎiŒ N;í´ûîģ¯¯¯¯ŗŗķĄ‡:î¸ã¸t•k‡^­Vsš\­VK§Ķŧ†ŧuC­ŋÖ:•JEQÔĶĶĶŪŪ^.—›ššÖŦYÃíF`dÚØHJ)e lÚje­• ™HO‡aHqJzi)|ccĄ"ĪQŦ7čĢ$w áYPDĮąR*ŠĸõN!ŌDąg¤ĄŒ%O“´R JI“čX'1%FĒT*cŒŅ:$a„0RJk…ĩd ’bāģ›”i"˛¤6ŨWIKR Ī)ŌĘ i°Ō’°‚ŦVĄHJ˛Ö’6ÖZAŠŽ-E…žQÖøÖÚ(cĩ ĒO‰ Hy†”%eĨ°d8 ¸‰sˆČ؁ dŦ’RI)„VZŌVN4‘§¤gŒåĪ T:E†Īy"I$ČÚaŽ\Ĩ”ĩÖ}…aA†4ÕOX2q$Œ•~ā§3FČj!Ržĸ$ôO“ką16-ƒ@ûVëȡ[ĪŲ¯… •!!…ˆ„Žm‘'=Ą‚Zœ2Vha­$-ČJKd…Š ´šD"Ŧ$ō„I‘•$,‘%Y#Ą‰ ‘g)EVq˜iCßOøĢĩ–/LcL’$Ã>Ŗ1ŋ(_OC’Ôõā‹2äRƐ•ZI#HiĖ+ÔĮ@Čúr4 k…&"1ėģĘÛ&- ūød_od­•F’!C¤IeIZŠ´2B6ŽŠØR„\˜Gŋ%IÂãŪøN€ÍBZ~ëš„¤…ĩŌ ˛Vka¤Ę“R*"eŒLŦ!ģU}VÐrߓ%YĩĄŸG*iŧN=Īĸ丹ÂYa=K "eIZĢlBÂÄŌji´D"HŦ2žŌ’$Õ|›(+-y†˛š<# ÉXĘXR"Úˇ:c´4¤…ŋIŋOō‡Ŗ4RX!Ŧ ūU!Œ‘ÚÔĮa(kĨņ”‘F–ŠØâ?7Mĩv˜Ö° âķD)Į1ßā(úÛ\ė6÷ ŸX677sÉ)ĨTĄP¨VĢēN0Aā.ā§žzĒRŠøž?yōdN6đc¤”|1§RŠéĶ§sĩĢ^xÁ­-X°Ā÷}­õŽģîÚŪŪ.„pņ)÷ÜŠS§AEŅ… •RĩZÃĄą\.GõFÜ´cø>°,‘ō„•ÂĄĩЉЉM’$NBŌ‰'¤ī§|õtBüpC_BÁgŖģÁˇ‡x´1DF^ĒęƒL é{FPEq-¤D+!Uā{Öâ$Ōd„°V!ĢÉja­°_j|!ŗ2 ãĄŒ°††KKJHkE5 û+eî—#„ā ļ,+ˆĪ,×ųâÄÁÁÍ3ĢCɁÕœąb`Ōā•qŦÃ0Žĸ$‰ë3 „BĄˆ¤Ö6 9ôiëĪ5õŸ‚Cr—įĀjÔ/Ø ]˙ĻĻ&ūđŌQĮ‰ÕV$d„QÖLœ0ŧpĩá ß b$&ąÖ0’ŒÕqEĩZęCíŦp`€uš1sy=ōbįJ ŒĢŨ ƒ.Ė7ø<HrĸÁ'­Č4Ž?x÷@†ČHk$‘ä$I˛ž[g~öfŲĨ’ˆ$Yaŋ5|ŧFŽ”ŧĶņ…ɡŋoéõ‚m‹°˛a侕døŋ™LĘ÷}m¨ÆÕ0Œ“„lĄšËoĮ냁Ūn}ʡŨ‡é0׊ødä›nĘĻœōũķ}`? +Ĩuß —V*#…•VČD’‘Ō"2rŗüD]gƒV”„ąr­OX9ōNxgjü–ûF_zaÛÕøîâoąÛ\\[JųîwŋûŧķÎknnæ´ąXŧ÷Ū{ošå– ]'š„<ŌįŸ˙ü'O’Øk¯Ŋx"Eãl" ‚āĐC3gŽbŅĸEĩZ-ÎF<øāƒA”ËåũöۏÃL<žˆ˙Ëû=īyĪ“O>™$ɓO>ID•J…É/QŠT‚ āą < „“`C…ļ}ßīîîÎårü<ī„˙ģĨŧYVHA>Ya­ "Ī“BIeI&&Ō—"%Č ‡P}"žZ´o<åh­ĩÖM$ŧ>’¤$eIJ)-I+­ )IJ’ü ĶJcI*!=EŠ´!Īķ|!•´–B2ąŅ‰ĩdČ ) I˛ŌTĩüf%HŠM9ŸCJKDŌIFHKÖHKVP˜$$DJyž(kŖ-9†[‚dIJk„’Fa¤D’|1đ_ "%…–ˆÄĻ=XŌⓝl=Šį‰81JųBxBIAÆZRJJEÆV둁Ė´ÖÚZ­$÷H˛’H _-gŊŖcŦĩÃgģב‰¤ÕÚzÖz$%‰Ŧ´ÖʔÂ!¤1‚ˆdhl"­Rn5ßW‘ą–H ŌR$B KÚ i%Īë—$Ŧ ˛ŧ@IB R4Püd“ÎįD$ȓ–„Ģ#H əaĨPDf b#JÉÁVĘMÍØ,¤Ō’!-ŋc ÉcøkILRŠ”į‘G’ļ‘NŦ­ÚŠžņ&ŦsOÃĮĨ z\žū°ˇ]’Ÿy”+å&7#ĶZ+%YO˙`%Rz‚<ŠˆųüÕQeI*’DZDŠ¤”$ŦgĨ'¤”$…ÜÄķ9 ņOęâTÄ_nĨP$$ Cü…œgQō÷­ë|āĻ50Äāč÷ÆZė6—į0ƤĶé]vŲÅŨĶŪŪūāƒž…EqÉ÷}kmŠTZĩjß~×ģŪåĸĀy"ÚmˇŨ<Ī3ÆôôôŦ^ŊzâĉJŠžžžÕĢWˇĩĩcĻM›FõīĶn>&ߘ>}:§"z{{{zz8áŪ)8ŗ¯Åķ7“$ąÖSēĘķŧ0 “$ņ}?“É„aˆëČbI’ÖZ“ŖU,…Â’1ŌX-É))%IĪÚØrŅ7˙uüĪáįZ#ŦøĢą$ŦՂŦ%kŠVĢRJI˛ÆRb’jLQb2^ŽŦ´6!+(1–Ŧ°VIiČ ˛Z˛di`¸ž°DÖnĐúoØūZXk„ą”đFg=Ŧ"cH*a¤$ABXk1ž‡9[Ž%Ī kc!bÅ?Yˆ ).[<đ0Kœd7ņfMVZïbŠ^Æ*)<˛Ū@`!H1ÆØČRlŒąÖXĢ”$!¤RÂō1Ą´õåpg>˙ēãO ÷Ī lõUËB_$­ ŌŧÚÂLæā"‘›lZK\ŊĪj!$"2üĀZk%‘˛ÂXkĖĀģĨØP€-Švšëô ‚§›€°–Ŧ&+Y˓ÜÉō¸Å0ŽIé ­…§„šŦ‰ ĢHneoŸvˆ{‘˜‹=p'wmÚ°ĪSáĐA?W×}ieŦ<ĐĀđ:Mƒdø2(-YÆ "Ģ,Y"aŦāŌa? …!‘k­$cIX2õ„fSΊąd…ÕÖZMŽ?¤ą–d[˛‚_ ŌVX"ūĀÆ \\ÎŨƒĸU°ŽÆ÷p>mŪū2ˇš<‡ûĒZ.—yĻ§īûoT"y=¸¯÷ÃBŦXą"IžÛ1aÂĒ7đt%įrš\.ĮÅĶW­Z5iŌ$"Zž|9ˇ ‘RN˜0 [gÜ|‘öövcŒįyŠTjņâÅpŋJ<<0Š"ĨOä”Rzž7LŪĸ§§'›Íōk1~|•I„BJ!I)kɊĐĘĒ%k“L:§cĪD¤ĩUĘúžO֋t,Ŋ KeųžĪÉ6jč[ãûūzO-!H ū‡•yЌ‚HĪķåÛ0NŒ6R‰Ā“Ĩ ų†”ąJEŌWŠ”kĢ…BXA–GBFŧ>WwãīOBĢ×°\MœŋĀrˆ06:ļ†ŦōČSJ^ĸ7i}sŽ°¤Œ´DZ´į‚iž!eM}¸™1Ú<ÂiĶĻr 7T[¸l‹P™ §›MÂHĨŒĐ&ŠjĨSĘZĨaÖZķ›7‘0V 4Ŗŗę˙[?~ëvWĨ‚ę´ōFLųžįųČČÚZ"´B’Rą¤ØƉÖB%=!ÉH)AąŪŠJ%ãQBd”Ržô=deBÖ$ĄPžVg…FÖÕF Ti`ūĀôŠúŦ,"˛B‚<˛ŽŦ7 \ÂnĐ[Šįyîķ”ˆøķ”'ūŽûāĪ>Rm.R+ä)ō4q\Åķd,‰ˆ2^ā%"‘QbČĨ#jDD$‰”ÉxÆĻtė›˜‡{Ļ„§ĨÔBjŽÕC¤%‘0ܧîÍŗÂ1PáTr%V2Ō’°žiJy;Đš,%[ŠČsl)ʒ§Ĩ*ŠiIŌ’¯)Đäㆈii\W†M]Ĩ^ü×ÕÉ–<˛ž’Ę2DäYĪKˆ"ĸ”%Ī뉔5^ ()•”ŌZ#d@"Yģųp3úšD•û ãët¨|äP´ íYÁĩo¤õŧT | H+ )"ŖÉ#ōYŌ‰MOË­éwĩ‘*#…P”&Ģ8,l“JMG"åkR†"ĄŒTÖ(k‰Œáq{Dõ~ŨĒ~ínÖ]īŌÁo'†ø΁¸Ė×­â˛ĸĖ÷ũT*åûūzã2V†ˆ<ķzį!] KĘriGŌBhÁo€RöLĸ(‘¤‰Œ!Š…2ÂĶäŅ@įU+­ņMBDņ&¯kÁ™9ĖāŊg%YŸČŗ–kgɐDHdj‚linr<Õ1ĸĒ8lNÂJ_Kž€o¤ŅÂiŒ0’lÚ÷Čō—MIR2˛ÚßÛĒžÉĩZX­Õ{Ŗå ųK/_˜<čs¨>Ŗ‚Œo ÅÂ3B)@Â%Š4G$R‰*ž˛‚Ō1 2žÔ$AZYã"+é+)•’Z’˛&ĐI6ŅÂR"•Ū´Ĩq‡ÚoŌũÕ Cb Õ•Ú”ŋ—Ū<žNų3”ĢŅpã€-Ŋ^°uq“98Ėø‚ķëÚæ~QäķyĒw#įÁto§wČ0ÆT*ĨTEAđ§,‡†ų,ßļÖr…(ūgWW/$I’ršĖŊ:Ü !Nođ”L~|†cƌéííBpãt7cƒO 7#N¯ZĩęÁæ{yĩZũØĮ>æ†RŊŸĮÛom›‘ ų^`ˆˆŒĨRLD}ŠT-ÉŧŧJ“ܜ`Ī§Oa}Ö[÷oø_IoÆ6ÔæĀ‹ė[kSŠÔ[+ÖÔxĄrCkíf‡¸ë™šãĮ_—†aĄPāĒSŽ@ĐēīRĘZ­Æ‘,ž>Â÷ģF üžįi­ķųüđ“¸ŸO"qé ŧõŒ8Šˆn¤|ķüŌGį?~‹—*&Úo/ėsʇŪe)"(/!Jž2oØQæĶŌÖ؀d˜05ÅI*ĨŽ 2‚""¤ūrīœĨ^&v4ŲOųŪ1”OķđÕú˜$7ƒŖ^)}3$„ )_1IEDF’ĨÅ —ŊōBąTÖ^†ZĮGLÜÕUF‚-F2F‘”d‘ ™P"HJLę?c ISn*kõP\ë*’,%DÕL?ąčž—^›¯2}ĻL›tüqīŨ•GiyžĪŋŸäëŲ=ŗöˆ¸!šĒ.mĪ‰đ ۗDĘJ“æ dh…ŋ›w˙ %…ÛŲĖšĮŸ  Mŧė­ëÒōÅŋæ-í^ÔJą—ōļÛą}ī#Įá2ÅkīIĄßÂÃņ˜Â€IDAT›!ŧŗm…Ú’e%‹DECĄĨ,‘/ŠĨZR~dI +ˆ‚ ]>vĄú×6.U<ĖãmãgŽ‹gIF:‘QâSšiMąG5ĸ*‘%ōˆŠ†FIR¤l\“~WË^ĻĀgû늎ÍĩGæFփtŠį¨đû Īîˆ$ÅFûØ< `I’„ëĩēâĀ¨°››{;\÷KŠRK{ŦņR]Žt*l?i×ɓˇū¯3ÖjcŒ6qā§‡Ø° ]āĀU™$ —i}Ŗˆ˜%7ŲÛ ĖŸ6!łŧŸ 5mÕMĨˆ|ĸ QQR­ĨS "aĖ@§+"÷-6sxķz ^KIĸxā+‰•RJi6^q0€ˇ¯q´ū )ĀPŪ~ąĐm.ĪąųžĪ?VyĘ˙7Š"÷7d˙ɡ“$áÍÜ Ä•ĪâŠDviN<đrŌétoo/ŋS4Ž˛įrĪÛâėEŠTš0aÂ!‡’Éd†šĪą×^{ !Â0äļ"üę.Ņ#„!ŌžŸ‰¨”˜ŪDv Õom*JzĒē?1ĨŒ*DQQöIĢŦ6¨EŸ´ŠTʝîlY—¤ K֐2ÆHŖŊŒ e$‘įER™ŧW&ĒŨ+¨;%ĢBz:éĻ‡L†„ŽjAd¸M°äqžŌĐ@eÕM[OÜđĀCi-Č’d=›‰’5eCߋķ)-„ą6&]#Š(2‘ŨÔŖba‚L*đČjŠH%1 ’—YĨĘQ$-I#‰ČHŠ%Ŋ„ĨTB›°~ąõ¸¸ŧ MBKJܸ1C$ŧ8ņŠFôŅ­Õé÷IWÃîj­ß“FPl’”īgÂZâûžå(ā@ˇלCŌ?]Œ1Ųl–›wšŪQšŋ–R$­'cÅž§•×G˛[é՞X• ¤•ųš,jÆ c™MÂ$T6>Ē}ņ’´W#ĒfüHCžņl”įčoM×ĨÍņĨŠ*$cS߂ .J“0Qd++zõV^$O+Ųš˛ģŒõnm“HÛĀˇÕ°¤Ŧô=%v‰š<]4ÆÄq,Ĩ\o?FūôD2"O&QTķH ĘyYåÕ˜*ĒŊĻ“g×ŦŌ6Čųž*öÎØqžœ‰ČW^XĢ%R$Ō#+•%Ī˜@A”Hî€ĩI2Ō"OSJ a…)Q Oŋøš6ĄŠ"’Yʏ%›Âĩ°&Пļ´8Žų‡žj­Ŗ(jü5°Xa„%e<"•ŠĨ!gu(kÕ V+„ĄJL"ljĒÔ(ņ)’­č'ŧLb#ĨTž’¤$!­RR)?ŠĢÖYišÁĄ•DJkž3ŋYüŊ—ę׊ĩ6Š"žąîƒßh-)”Ę™J¤´¤Ĩ‰”QžoIļ[\ûˇŋ(Ū"N Ôj5N0dŗYžÉEĪíāߎŽ3G ĸ(ĒVĢ<ĨŖ­­/ōL&Ã%ĒŒ1ĨRŠĨĨ…ę\Q}l‘RĒģģ[)Į1ˇ+'ĸjĩĘG*•J6›åĶĸ­­ícûØG>ō‘a’+VŦˆã¸\.ģ_Ũ•J…{Ēoé] ož!k›NTŦ{č5Ē×R>6å(Ž&QY+‘„ũRč„R–QĨTÁK5Ga[Sa‚´…¸ÖėûQTŖ KĪ R†”ĨHi7í¸AFYmIikĩZ)BßÖt"uwü¯y¯Vû Z§L:Ūá]m-;„"U Tvk“ Û­u&“áv‰TŋN”ÍËXa‘Ō‘J„§Ĩ!’ŽækĄŦU ‘NiÉÄFU*q(Ēžˇ5å9H%ĨL´Õ:Ž“šÖ1G¯8‰H¤ŦÖ*ÎsXĢ…4ôyJDüã”?O“$áĪĶõ¯ IZ •ÖŗąT–´4Ą2ũ~ĸ[+ę‚Č'ä- ŊûžY¸°Ø)ĩĖ֒ƌoÛwŸĻRĨŠ˜$:$OPÖBãI+Ĩå¯åf“f8¨žŋŒ0 į9„Vąõc/ŠPš[ëXKl6 šĨÉฒņ7-ØŌ‚ āéËŗN’¤Z­ž‰ŲW°mqČŠŪŧ.ŊÍÅâūÛâĀčŅŖÃ0äqårŲNo¸Ė•Ëe!DŠT3f §ÚÚڒ$IĨRQU*•––žąáōîëuĩZõ<¯RŠlˇŨv\–ÄåQxPįKĸ(â$XĩZåû×5nܸ5kÖđƒšÚOĐŪĐĐlQƒՖ„Đ E‰(Q˛ĒdIŠ­ Ä’LŒÖZmkĩÕvCĻ×r[žÍī>ÜĶeŊ)4+Ȑ•–´5Â+(ąF“%"‘-ČÄ"˛"Šũš2ĄOĄRĄ„Ö†BG†’Ä$IĸãDkãIŠi!,Ie­5DÆ‘ļv“æ9Čō.ÕąPÆZIZÛXkĸ˜Ŧ–J§Ŧ ŦNH[Q,#­´¸dļĄƒ´ōŖHt)ņČZ_ØLG“Îxe›ÂČ@Ka­dŦ´‚´ļbĶĨr­°œÛ „DŦH“ KÖkÖV[Y1˛f„°2"Ą­­UÆH.~¨”2FV†Ŧ+ŲĻ‡úČ%__kyę†M ļk’V$&ŽH$Š’T[™(¯ęDĸ*lM SŤ“XGd•Ø ?īŪ­5Å$RÆ'›†HS’PD‘V‘ĻDS@F“DÆ ­ÉđÛį–^qØZ´Zú+}ųBVfra˛&‘k_$IØW^é’ôR:Ž%…F[K*JŦTzƒæķņpĒ˜ōß$IÖûyĒia…!“Ëd´ļą"Ī(%ęch”¤”_$ŗ´\ŦyM™Øv„•Z:MBKIûäÅą6Jhk­Æ’1ÄoƒFÛMšį [2 i-ČXm…–VSB/Sí­EŊyc)ėMYfũB$b­õ›ŦÔ°é J=cx">æģÃfdŦÔ Ą5Š•­ļJ§´&ČD§t’Ņ$¤ŽMIŌRč­)gmBDBXFJRž'„ÂÆI•H’õČ*k­5Âژˆ”Gšįh ņĶĄKļA:‘IĄŒ5Z”˛ĩ†Ôëí” â@ŽÖáâROJå3aEQSSSĩZå7 ^[ŧīŒ(J ĪÍse…0Ō‹…"mCRŌ’˛FYRÖ‘Gä‘VBŠˇÜęÍLōķIw€æ˙ˇ‚?Đ k…ą¤I$’ŒįéY-¤‰=ëûVĨŦ—ļ2C’ą$DÂ!Ą„]ģÅôÆ&H(2†´ā՗–Č’ÕB*)ČŗR%g´‘Z IÆģ W†'¨‹+Vö=¸ČëŦxZ˜ÖBķAĶõvĻĩ$T"|#<#b+#Oh˛’6åW+aÉjF&a„ĩ$„0ŠH "ką>‘2ä’VPb)…ä"ŋÖÚ, !H¨†Čĸžĩ¯˙w07Rf­ÕŲĀī‘\.NARKR[ĪHß(OĻHø$Y+Œ”DB(­ŦÂj!ˇš~䒈$y"QÖZMB‘ā$†ĐBj!IXABYáY˛‚|‘k9 @DÕJX*U„˛ąUjkŒčÖDÕ¤âgl’žđlœH/đĨ¯t!ÔFˆpƒî:åĶAcõP)„˛ÂHB$+H(éI__ĮÖxĘĻ}[ČčĻ|˜mÕZĨû‰ō9ki,%‰¯mĪ MB Ë 3ĖĀįÖ&üôdOĖ´Â E’„UŠ„$å™,å3~›…ž¸ËŗšŒäĨ“xsŒŠŪ ĪS×ūŋ`3‚Ŧ áYa…H„ ŠH(# +…–VKc‰|#R+Krë:E•RI%:‚”gĨÖę$á`–’°ÂL…°Ö!7čû˜Ģ„ߤ<†`Ŋ_†ųáV #ÉHĄH(ž%K”PJųJĻ|ō¤¯Ĩg6eĒaÁ¤Z¨Õō9MŌ2I¤ī§Ré$•’Ŧ$K’‰""ĨĖĻũ6,H Vj’B¤yŌ’oŗ•î(ŠęÄFÆZßfrAŽŌIĩVÄ÷[Øzđʟ§Ü“xK¯lE\ųAnY?ÔL÷ …<Į[Į¯’$QJ …‰'.Y˛DJų˙ŲûˇÛōėĒcÎīZkīˆ8ˇĖĘŦ*Wa°ņŨ@QŨūũ°…5ü@Ũ`aĩ„,xí? %Ä[?öO ĩ@ũ„Ĩn. M#čׯ†eƒ]åK]\×ŧœ[DėŊÖúÎ9úáģö>‘ˇĘ8EFž“yÖG'WFĉŗcÅÚë:Įœc|ņ‹_l:ŽŒb´ū‚/}éKM yéĨ—^}õÕv1žuëÖüĀŧųæ›föĨ/}éĮ~ėĮŽ^RW˙í¯ūę¯ļDO|â/ŊôŌņqüā(ĢÔZŗ ßãĻĮŨ7›Ínˇk˙¤é1ĪÕMŌĘûa}wĸi"Hš`!j´™ ŠKf€T”&JOĶßqÔÛŽVdŪ˧X8Üĩ&A Db1Ą"YÜĢ(ķ`•æŽÎ•ēÖĨmT•9F˜IDP¸ŌĐ.ÜhģgHŗ !’HCU" í #ƒĖb­tí˜Ĩ§šYų@‰[ˇOĻ7}~šypŅ‡Ĩ——JŠ§gßĀœ –ėĒhrG]MBûĀiM‰tĖTH ’DˇŅKXĀnŲkšę§ĐōgY7-;ú1ŲÜŧûʛŲņy¯Ũ(´ĸĖSũ˛!ĀH§Ĩuƒļlä]ē…eÂĖĒ[T?˜‘hûŧéĩĒRĨŠîĒĒRJ‚Qjv=„¸ŋ+Ŧ”~čOIöƒ ¤Ķ‡‹!Jék°Ö˜2!!*Ļtp–}˙:ÎÅīu=URJ&%A)!Ĩƨč'íæ<ßã᠇už(ŧ7K÷÷ãéڍĨ+f-8‹íÄH[¨nô~OBhé•ÕĻp‘9ĘĻέØ4äöc*Ęjŗąōė9§ĮŪ¯vœŽu™•˛R€DČXĄ€āmHĸ Ų,vŅŠēáĐ1ķœPŠŅÜBR˜‰ 3“đÖ I%%JųTxWûA[QŦ=Ÿžëq** 6R–“™u /}­š‹Ũ9ķQß?B<čPœ[įƒÔũˇvc™s”2/mIŲļļ$¤ ¤Ė˙BhWŌÕz Ō‘ØZíĪēŗŠîčyŠ “Bâ ˜ŦŦ\‹ˇ•›#úęŗr•v>oOC`­fÂũ>‘Ô†9ŽĪĢŸûÜįšTđŸūĶŠˆc˛738™ų…/|ĄŨ+˙äOūäÉÉI3§Úl6Ÿ˙üį[đŨ/˙ō/CžÕäĻs|á _h:Äų#¤ëēãŦÆ0 íG43ŲöÁŅŗŌŪI}ßOĶÔ~n Ų[EŽ2Ē@Ŋ˛H­™hūQL‹,B1ëĖz¨S~˙Įû÷ąo´öÁq¸XF”KëŖt3‡Ę~f?k¨(‰Žeģ-eI„!hɛ>_ °‚  yU°ļšS[ĨcpøÔf˛+$Ė‹ķG9^ģņ•äĢ3N.&ŋÜī=ĸH %Q] $,ų45Éīg}Ā NāÜRÄŠ–ŽQˆ”=ĩ5niƒX„.3 īÕŧ`×ŋL_m8ũ>nDT(¸YۊaÖļZ™Ũ*K˛hynšŠ‰ĪWķ5Q‘.‰šõíŅÚsõ ļP÷ĨtpđLXûiÖRķ<ˇOk­?öc?Ö#~ûˇģéoËĒĩūÚ¯ũZ)%"~äG~WŽĮ?õS?õĪūŲ?;99ųĩ_ûĩišŽÆSGĢˆøÍßüÍĻIüø˙8€–>MSß÷Í펙ĩ)’Úßžëú7 äüü|ĮģwīÖZۓķņ7ZųH™™ŒĒšb¨ų;˜@5†ĶĀļØ,}¯´$>6ĸž—ŋĩ›=fˆŲîĨ@+Á459ؚuu2•’AVö\ĩ…:]ûõÛūŋWŸâßõäĶčĐĀ6}EÂ+Yģ$ģŽs:+™Ã€1žîœōļ§ģãŒö{|ģ`iÉZ-ÃO †Ô4M—Q­ß§…bÆ\Šš×Ō^3Ī֕„fE’4™'’0eÛb|īSĘ‚` 3%P… %0X˜’Ķneā­ Ŋæz<>cˆė2KjˆZ2Ln]7[ą4âŌ=Đ.UzĘãëû@K+‰ņÉUõ]vW*ß˙ÁüÜcĪÁÛÜĢžōeŒ21'¯`.X¨„-‡a2Ål8žËž™Ä1‚čĐ@@­č0— õˉúyü>ē˜Č ’•0SzeH›Ĩjč(¸„˜T7:Ođ´tĨĐĩŸv¯Ŋņ•¯}įW_ŋ˙5e;ũūWĨÄ­b]I šôÔYiĮŽkˇøФ’*-?Ō °„Å~Î~žę)ZHH%ö%"D‰ĖŗĒÆT˜iijgÂaˡķ› Hļņ0Ō †š4mL–q1øęēy}D}Ļ´ûÕÃĨŗ}å{ Ø<#YꭗT=yhđœĪ¯’ĮÄâī¯wöęl]°yøéČgļ%Wūģhķ=Į’ã5ŌņÂé­n{ė§kūN-Žģ†p%Ōę(LĶm€ãņãĮˇnŨēj*5Īs×uŸûÜį~ø‡øk_ûÚ~ŋ˙˙āü­ŋõˇt]×^ŗÖúKŋôKožųæũû÷äG~äņŋũíoęSŸr÷üŲ?ûg˙Åŋøŋō+ŋrvvö˙á?üÛûoˇfŊö~ī÷ûņ/ūE›Ŋ¸sįÎĪũÜĪĩ鐖G  g´õi_iŋEõø›‚äK/Ŋ´Ûíúž'9ĪķÚ˛ô‚röōĘ2Ļ[āÔbŽė‹×Žėd;ãRĘd‘%–Iáë˙ˆˇŪ;žok­ē9ˆLGX#"y’›SŖģgą=§čŊΘŠusWF›Ē™ ]XĄZAļ؛Üĸ^š%ā’Ģ&<áĀ&­DgŅ‡lļė†@ cŅbÖÔgƒĢØ´ąØ†2‡Z•EgLTßøÉlģ>G$;˜xÃy $āTG´”Žv¤Dä%\†Ndę~ä›Ŧb pƒ9˛§uā>´Čė 8Ō{ėo’š Ū2›šŪuŨSŪ%ĐŦdcōŽieīõ˛Xízw§‚eĖnœŧ UÛė<ˇEū]2Ėką([āÄŗCQCVTė‰RŌ)ö`TS’&Ž-oīM.#J×Ķ!(÷tÃG@]ĘŌƒ]5ËMNķŖ./O9FZ§gãūŽĢčú¯o§L‡CāhrŅ‚ ´$O,Ō×/ŒÍ)¯˛¨č*LDĸs–b]IäœōŽ8Ė/f\°{¯ÍÛ:•ŽšĮģD2Š!ŖD gGÂ61 z˜PzõuŒ&mxēÕÉ›~8õŠŪĻ÷²Nģ ”œ•,ĻŌúOe5Ų<-nt˙÷ )sd§1Q”yĩÍÔcîŠmé6yžxI= âSˆ­|@ôŠ[Ė×ë×Īŋöĩ{’¯9?ķ—ū7ߎėЧPmå)€­ËœxŠãëiSV#P› ĸxP>$(;ė3‰fÄđmˇ¸O,מ*īJÎÚE——ÃlœN…ŗšpöšúÔw*ėŊ^î–Û› —Úô}Æô\ém&›œQ8ÔCnPr^‚3hN€ĖĢO·K]5Čkd}Ø&z`SËv.Ū×ĘZKŽ˛+ş§Š# ĖÄâąyøĢ_ûŋŽūĩMw2=ž÷G.˙ø'oŽØvŪG) U1™â鎧8<™žM•|üHwš+OjŽ9åaļõ’ãeˇĄĸSá‰_bÃ;ģ“iŋŨ]žFÍ1X{/–€\ė’¨.ą„Įšˆ€H˛Kī‘ĸ žWé.Ííŗéq1tu ˜bĒÃ%ëõôYAY—`ō6ĩ%ĶCËŨÛà ãē~Ŋ7īļs.Âßpė'¨@| įķĢĘí2Úüfžj¤ŖÉEJĀ„¤0ēU[Ė?†š@¤€Ų<öE­|4hĪGķ<ÃĐjōÃ0<í}×;yátŽĻĖÛ§]םžžļÍ­ ļųĮãčîGáī˙ũŋ˙ĢŋúĢ™÷īūŨOúĶĮWžsįÎ_˙ëũīũŊŋ÷õ¯ũ _øÂüƒđO˙é?ũÉO~˛…‡˙Ëų/é—~IŌŊ{÷~îį~.">õŠO5‹Ē[ˇnø á/|õĢ_ĻéßūÛûĘ+¯üÕŋúWK)$Öį ‚ĩŅ`"W| `É,a‚HC@ÕR\ GĢ!ĖĒgI Õ Đ?Ž–C~sˆ–0m Ń +AËCk!<[°jOYo"Ÿ!Æė,ģÂk ĒĘJx š=Á¤ĐW˜ōCiô0¨ˆ a9"hq…rāŽTßB°08äPŲá ŌÁéĨŨ¨…AÉĘĩ˙•AFÁ%Bi–Õ,ÚķŒ´9bzv%‚7n%÷$P‰ĘbpŠ ´3Oœĸ'Ŧ‹}Ázü=4ߥ÷]ĘÄÖō ƒL ŌĶ‚Đ”ƒt+ō¤/pĖÁGÂ.šŽ˙ú –4•Ĩ…Ët0‹KBΓ+ÜS?â'Øü‚‹ābķˆTŦíN‹ųyB6@<…­ÜĶBĀdD!ËÉAY_i²zÂs(™Îė=á†.Õ'JĘUEļ¤g-ũniyŖ7í=Ą%a€gē’Ŧ‚%Č‚tĢi38ËfĄ ‚iOšĮW>\(ąV<ēŸßúÆ4î,˜ˇÎæķĮŅŸ@fíŌšT=‹â~ãūÚ­…3ųž98Ļå˙ŧŨ‹™ā2ĐT8ŠN‘SŌÍįaŗëģ@LuL˛ÖY°LĶ‡č%÷t,ĶĨÍģՐĨëåŌ~aP s`í˙1ÁÛü)P=(%Üŗ´`ë´JĪdŌd|^›ŽŌwŅ+ĘwęĀ¨“|L^šoįüåžųf7Š+û˜“y5x–.!-å\čĸta"JæYĻ .XP1YĘd˜]ʐyÃã4ËõTæË(‚sXĻY=DĻÍa“Åڇ÷\ ĸ)N"R ņö˙>„;{ĮŦÆ[Ö`‘:–áé|o{–čŠáĒ q”Iĸu?QËF^Åö•#/\}üčÃs´„jÚÆ8ŽĮ,ÖÛ¤ãHÄåååÉÉÉü˙ņ›ßüf×uwîÜi"ĮãĮˇÛmE>˙ųĪ˙ėĪū,€¯ũë˙āüƒ_úĨ_ē}ûv)åŅŖGßøÆ7^{íĩŸüɟüÁüÁŸ˙ųŸoã ­ëļŠš?ķ3?ķ[ŋõ[_üâų—ųũŖôO˙é?ũCčEÄWŋúÕDÄOūäOūÄOüÄ_ūËĀ~ŋo+ļÆøŦŦŦŦŦŦŦ|°%aOķÄĀ0LW†ÁĶՅ“ČéūÃķ¯˙ļEõ)æÍí[?ūĶܜųTÅ=Y=zÔ4áĄÕlņË;ü€ æ’ņŧWVž;ČĖĮŅ..,8ö$wG}Fë#įÕnS&—jLķé9ÖFm°ŧAŨņûYũy6g/Î,Ųkė6—6g*ÛāƒdĩÂ!ëî'įōņoŸŋ6n‡.ã3——â|ĒŸįB1 žÃŠĀ _†ędbR|2á{žĢb++++Īņ­>Š-Š- x’2÷äŸ|(gŌˇ%æ•Ņ ]ų"–3˙ķtUm[/¸Ly‚邡Õ„™ß|‘Ž+^8ã( 4Áƒd×uŸųĖgNNNNNNĖėõ×_å•Wš×9€ļÜī÷}ß_^^Ūģwīģßũîųųųūč^\\œžžļWkfvįΝ_üÅ_üšŸûš˙ī˙ũŋū×˙úë_˙úŨģwôGôsŸûÜĪūėĪŪŊ{÷•W^ éÍ7ß|éĨ—4ÍĀŊ{÷ūüŸ˙ķōOūÉ/~ņ‹˙üŸ˙s3ģŧŧ,ĨüĖĪüĖ_ø á‡~č‡ÚĪ:J/šcÕŋŲĘĘĘĘĘĘĘJãč„{MĻ’{Ī°t$”“§™Ō1îsŋģŧ3WŸąÛ_’ķœcŅāyŨį¨Ų1:Ēg[Ĩ6ĸn‰T6CŗĻsˆËƒ[{×ŗŪ++"ŽÜ -'ûP§>ÜÃI€k1HPoŗÔH )"Ī!›Î*Ãį´Ė‰öÍyüßyíß}åë÷/™˙ņÔúäK/E”ĖÎrŽįķ9΀‚–ŠÄ&7ŗÜæUEĒÎąĪå{°˛˛˛ō H` ‚„f–[mɍđv5ģrĘ7<ŖųƒĻ[? o+áŸ3k_P=ŠtĨKEŲÖZDЂ) i‹kēž/ß­•g §s”Rš*pT2ēŽûéŸūéōOūIŗŽ:;;-<#3ûžŋ¸¸Øl6gggįīü–ŸĶDŽ–I.ŠE”GD 9˙Ô§>õ×ūÚ_ûãoe•ËËKwoúÄųųy ŸįŲŨ7›Í1įÕW_}õÕW?ķ™ĪüÂ/üB­ĩ™hxķÍ7ÛOlS&M™ĻŠ}đ\Ū¯ŦŦŦŦŦŦ|T‘E*-`īģlæQhA‹$s˛tCW9¸m渇aĖ@oŅK5 ëŧ˛‚2ᨋ,Ž5ĖXzģtÅ´ę؏öŦˇāĘĘGˆR œ"ĻiĸŦ Ž—R> 8Ō§ƒzÛᛠ ˇ;&-YŠW–ž‰Ŧ^sđRúQ߲×cŧŧ_üUķWĢėäÔ.EMpD­nŨŗ^åĢe‹uUS5TšđEčđ.”ˇØž¯ŦŦŦŦ4Dē!$'GÂÚđqŽĨ‘čC™Ė–ĸwåzü€ËŨō[Ž­Ī™H ŗ´$Ôâf.X&€QĶÔÁ(ŗE¯yÎ~‹•NįĐŽĢãدžú*€f@’™] ÷nâĮ<Ī]×ÕZ3ŗMr´¯ģ{DDDß÷í{ŽÚIMĶD˛ųM8Žq4 Ŗ)Myøđá;w"âöíÛMizL×uíŸÜŋ˙ŪŊ{íuZžČÕßbeeeeeeeåŋŸ´Z[/÷5uYƒ×R0ģ ĀdÖ:­ÍŦ€ÚM1ĨÆŲĮ^û!ÃFŽųúē(CĪ.:Ė§'!fI ÅîYÔgWV>Ē­kŠ$A§ÛĒž͌¸âˇĄŖᇄ `ŲŌ°Ÿ˜ž?ä 2Ą¤ēĄäéņöŨ>šNw›žˇ}‘F¸…Ĩ1ų>ˆ Ģ\lŲßgi@WŅ%;Ņ`I$číoÎN<ĩŽt'E1xls!ŖÍi\ãõ]Ö%JZ›!ZļyŽÃĮ&¤åŌ Žį+”xeå9GĶTk5°˜›ŒdDLĶÔŖųG-õ Ŧnz’œoqoؓŋlŽIrĀ´´ŠÎĪz^Ų˜„mzaö`cĘũÎē‹Ib˛<ŽųŅå~öģuÂiÎĪzĨ¯@™G´ŽĻ%‘ZÂ9ō0LSŽ=ÂDŽ˛ōĘĘĘ Wí2ļķbû89Â,,0…’đDŌ‡š‡Žŧro|3˜‡ņÉĢĶĪ×ũŗių“\ŌÛ @´{Yģ%iƒ2ĢÔą‚SįhŖMÉ8ŠĮpōöõŖĨCŪ&'´OŊNĮok¯st”:šJDڋ_­}p\“ãˇ‡BŪÖNÕž~üÛUäXYYYYYYųū(ĨŒãؚ6Ė,"¸3#-á ĖL–“IšŪeÉd zÂĶ é@&ÛmÍŠ Ī†ŠBAˇŽÚ]Fx×W{įŌ *aÍH#RF”°Lĩˇû.ĢžŖēįĘĘsif–Wä ' ´ĢŠĶ^%;¯„ŖrYʐ>ŽsWŠY i]ߍã>sĶĖڈüÕqųcq{s<õa?åË/rÆÆ6—aHŋ}rwqÛũdsúhÜÃÍūÜ&öæ=a˜Ļ(ƒ{§ķéÍ;÷6ûi6d'ŽYĩë<ĮĘĘĘ ¸tZčģû@-0īû.œéíŸ%­\Ųr;¸y]!ĀlV„Zđā}ߏûšyĖ˜Ų\ĮZ+i^đüœÕ)`DzoÃ0„ęTį~ģ=??‡qĶoę<ĪĶŧŲœZpŗįeÕWž)/ĸÎą˛˛˛˛˛˛˛˛ …5'ĖcYĐĖK ų%%p™ ×ņãˇ/­D)RBhžU2ƒCî§q;Ī2Ž¤ąpĒēŦ}סĀĀ÷|Í+KĐ4ôqčn+ƒHIžŧˆ–ˆrhëlZŨTVVŽÍ{ĩ@^-Ā´NIŨ|ˇ$ĨV—YÜķ–.Ts뷛Ab"ĻvãNšˇ[×âb!ēŲž‰Č–Œj0ƒĨ „u>PŌ æ`ÍĄ=ÛPÚ3YŅ÷Úøi—÷Įo}õ‹ũ<Õy8>ņˇ7ˇD ˜ā@! øaė++++Ī?†>|ãw~'ŋķ¨éesúŲč~øŗ Ø;d¸/ĻĒ›?˙ŋåNøøŖŲîrŽ3Ī$cŋŨlģž—ģ‡Īz+^%O‡!æZ#ę~ÜGNÎjļ?;1–(-“Ã\@&‘$ąæ¯Ŧ:ĮĘĘĘĘĘĘĘĘ K3Él‘`’Ze0ˆžš÷Š >~įrv\v™6Ė%kI4ąētvkSˇå|āÉ~—!•M×õ÷Nnī$8ßû5¯.'ĪG6Į $n Ë D$ąD”[6yjņë_YYų~xÛčFûÔ>Ėb<ŗĨ§‚"JŗËēŧˇÛmÍɜ}īf¨1mˇÛq7IÖÎ`ËP—ÔŧˆŸÉ ŗE’šĐ†ŠĄÂębÎ~õWĨnÚėé0ėũģŋw˙ŅÅ4#ûĶrįöŲŊ—O—`ŠCšĀdŗÜZëJ++++ Đ)ßøÚW§¯ŧļŠ­û'§g?ú‡vųä(XCƇjŃc•†!ŗ]*cĮÉž/ūœUˆ#G*=h(“lžĨܕb,pĮģŗŪÁ˜2#1›=_ŋßã ˙ŦZ1^ž¯`eeeeeeeeåCŖ€‘ĖĖˆh‘`;+(iĀœŦ˜”t&`W—dĘkõ™˜™QĒ›ØĄēđæƒ×yqr2ŗ,Ŧ—žœŪ ęm¯ķ^Kā3\’A¨šI&Ŋˆ0rÉ%ÆRŨd<1ë]YYš6ļ|?{šĻŌâZĄ9¸Øöēc7íœYëX íîĪŧÕã6Ųãbølį9 Ø&ŅÚ WĨ+[¯iZm #ĖžĢÜWqË.ĪŲՓĄ/uš:mOûÍųô˜}oZDĘqOYEŽ••• ˛zĮ3ánŋ9ßĪ›úuD;w^šÄ&Ą%!ãÆ.2,Éuū–ė:f­˜f(ī¸9Ė0ĪĶ)š¯s'vr6Ŗw—Åå÷û;ķŽôÛĀOmīũø­;ƒ`)–ŒLÃŅˇ˛ę++++++++/*G‘ŖŅÜĢHzŠR@„B"¤ )ã!ĨđÉŌ™'‰ÄLN}Æ&Ü3‘$°šwįâõ~wjį÷wEčļwË0ŧt÷ÖEĒķm¯ķ^Ë1PʐķU ķ€[×^ÍH &Q2zŦ:ĮĘĘĘĘĘĘĘʋ‹”RēŽāķxēģ`ĖČT.]$A?}û‹4MÂvĻĀėˆ‚Ŧ ÁæūŅã!*bYŨ<ãūClļ§ŽŋîR‰š ÁJéŽŪЗG—û,%Íŗx,™å‚Š5K¯ŦŦ\ ÁÔQßÃĩžíŋĸY>9š?Ú<‡€æŠN‰sš~˙ÛŋvkĮq~ā¸w‚?z{{ģ”ŌæŌšÎņŦLĢ”43†ôLCZŠ5Y²šfoiŪ‹Î–ņܜąLV*ē؄6 ËpĖNĄ/ƒPá"G•¸é~䕕••Q‘3į0Í6M9˜gīJI¤A03¨ ɛîË)yãˆĀÚđ"š"w‘;q†OPœ>?:˜ė”Š )ęäũŧ힎øFWĒ˛Ö8/ÅNN=§˜4Ûŧ¯caņįŠ{`õ§z&Ŧ:ĮĘĘĘĘĘĘĘĘ Jë}>ď€iš†ûoūˇ˙Į˙ũÎî˛ yŖ}ÛäĮģŊŒ3aŖ#ļŗ—(Ō6ČŊOČGgõüĨÍ ĶũoüžđÆ4–.ėÚõŌ’ė/m°N]WŖ[í;žÄÉæ˙™?ƒ.k_ę€ę˜-gB’­ˇ¸++ß/Ī¸B @™šÂŒJ17Û2ëÜ°ģØŊų…˙åŸÉîņ öwūōŸũ?nËlˇÛcΐ™™Ų3Š/´XTMĖ¨†ÉQ­†)o˛Â{Ũ‡<ÛŠĶ=ëCāĘĘĘĘĘ ŅJĮO0ņ°”ŸęÛ÷či.÷ ¤) J(—†ęJk™L kū¤õŠ~ÄķöÜ.Ļ`m­ŽŽ›ŪV’Ō’q÷TĢ/fh‰„ ÖRō–VÍ3­&! iÁ"ÄS•6D´ÆĪ’ Ŧ­v´Yj&WĢj!iI&õT–ßlÎĖøō#ŸXj˜ā \ũğ`OŪFeUÆøøqŧö—.Ī_ž|ŒY5ą7­˜Ņĸĸ=ÆŽ&Á¨R"„…ĄvažŠjVLĩ) °¯†ūd?Æ´ßLÕT¯šŽ]b€]f7F5f+u{˛;=Å8Á;cĀĻ(Hƒ§‰Ļ§)pŠ)e:Cŗ'ŸD”ĢkĪ 3מžėģĄsĖ3öuŌŪ#’Ēj'•§ēĩZYYYų8c@)6@įĐÜΞ@ĖQ(wÕnŊ2Ļ›-ŌūÍŅÁÚÃ×áéģA*ŗž_Ū˙¯|ņˇžō?ŋq˙Ģ˛ÚéÕ_üų˙ĶõoĮ>æČŪ7ÖSĻ˜w3ļ///û[‘ē?Žö——S^Nŗ§õÅ͌ģgŊÆWđ,6õĖÅLW6§˛1­‚­ßŪũ\ ?XVceeeeå&°–ŧTĖ CŌ ĮZ´ōÜuK(ɲX–´n6{‚•6–Ŧ„åÔG€ ”fCŠũ:°ĢāįÉlˇČ&ãĄRŌė#´ÔõĄKŖ™yíûĨ FÖ0u‘€y6ģØkXMÍâ,Vą t•]eT{š÷+lvĄT/ Ë2›ĩžĻ4t(i‚OVÆâÕŌ0ķúū(BÉ$[~m—ĐÁ¸(“)D  ”@Ĩf÷‡kŨbŒũhŲuŋõ[üGãnŊč/ÆũyžāÖ'/]phg‰ëmĀJˇŸ/ˇ[ŧöčŋ'ŧ˙ON_™ö>ÜŽ÷įßúÄŨĐf¸˜ÄÁTĊôW…  rŗÆãaãp›&f Ūu´9q.îîĪß~yøŠD?M4!tJ›Ĩö@Ö46™„Ę.ƒbXŸ†É@ņD&XM°´Eė†åTæZ|‚ÍžÕd˜1˒LĻ§y’"ŗ#Ôe9{´îÂdIm sĨ—9ęnģņyžŖÚŲÉKģû{ũÉŖ×ß{õôû8ģ…iāķĶæ$‚ŖķėLIDø|ũëˋ— Jģ^ˇ+ Nâŗ„ĩí÷Ą\ƒ 2"€Ņ¨@ sˇÛĩÎģ|ŨN.rķ†:Ĩ63Û§GPß÷}TB6Īŗšõɨćb¯$"îōå6á}lzvÃļ)ˇÆŨx˛Ŋs1înø)ēOôÛīîļ=ē^āĖÍāûmw9Y´'‘į…R7oüúūwí÷įØV¯šyüŗéŲ™]æCbģ1Q[ÛdõįÍį„UįXYYYYš ōXã2H°4Ä fž°C‰1håû÷]Ë`šdŪړ-ۈ€§• !¯¯˙úĪ!ļt‰×В´<ļ…^)B]_§!`TĢpš€kšQ$„Ã[ĀdL7Cōú÷åMjØæodFŠ€dđ4F´ú;ŸæõM ˆö¨ĐZĨÚ:FCBVZMiēžôÎ\ĢÆôî˛9Tx00-Kԕfmhƒ5i™%“Î:eŠYKŠggãЏ5ĻYĒpaWŦZR&0č"JÖãnyøąW{¨ßšõėú›ÔÅļsÁūėÔ&]~wŋŗ?ŲõäÎĻvį_üŊ˙ôûû¯|g÷ĩœÆWôrėĻōúĨäēũ|~įnŽųí×ßüRčÜh°ú_ú÷_˙æīœôŸœgW˜w…¨1FŸˇČÉė>X™[´?Č9īŗTČqbŪĨíģģˇ7›ō‰?ūSۗú“MĒ Í5´īē69QŽˆmi€)MŽeŦ¤ OUĸšDÁŌžtČ“ 2dëÄo:eS5ŒŠ+##&KĪēi€!+=A¨@…)”ÉPO ĶyžņÕķßūŌī^ŪŸîŧôÉīŪŧŲŪ›+˛jS\ķäJWH"Ŧ)¯p‰:_z€yzzûū7/‡aÛ Íķ×ŋôāüĩģ¯ŋņŨn;ĻÍ×ŪŖmUœwˇŒŨžäĻúî–öŧÔĻ˛šÍ Ų(âyęM|ŪyËŧ —?íūĄŲAÕ21]ĩ6Ŗ§ÃžZÂĮ,;9`ŖlgĐĄãQ˙ļ+šĸ͒Ū8™¤1™IqŅ`mNÅdŽ'AŠÕvĶæėOšöĖę˜ŊfCĢ˜Á €DuiCĨųrm]YYYyáQßfĘŅN›VŖõĨû2ŋ.Dxē`ŧqģMîĻP–'ķvߨ„PÄåú×jį{zŠ›ąŖÁÄ,Š>į’pŗš˜ %kr•’ŗ……ÛķsEĨĘ0ŨÚėĢř{ gŠŦŨO Y2ų!u‘ŧ0Ŧ:ĮĘĘĘĘʍ Ģhc~ĨnB`1uÆrˇ‡´f~"Ųj×X HPa V27ˆĘĸdĸ(ģh&IĻ`Š×~ũį¯¨mÂŅˇj)Ō3“*,CÜ0[v¤åSĖŖ8`ŽđŠ4OzĪâéŒâb +°.s͙Îfu]ÂP’†Ĩ…\b‚UČ4„WĄ¤Ī0sĸŠäuoũ=á¨`g°G°‚ŽöE$8ĩ}/-e™lņÚīęŽõέ–cžįn¯¸!‚6ēīŠoļī~â3ôĮÆģg”)z ¸Ũļø&%ˆƒĶŅāQđ˜3īœđüâáÃ˙8Íį}w2c?å›u>˙ÕßøįßÅī=Œ¯ ·C§a_j<ÅöŦ:ĮĘĘĘĘĘĪ!!EK¤ ÄGpãc“æđîm2¸ÎR@@Ɍ6€‹“Ī$Ņea‹ÉÉqâz¯5ā™c˛Ģ]¨yzH"¸L% ™-”Â\,Ā¯9ŋB ËCVŠKP‚ EˆDsån˙KĪlFP×}}™GņĢŽ[”˜ÉÚF.ÂL ĒY8ZĀÂõŖų˜°lÁXŧstHĀ•MĮ ļü=$ÍŸÜĨkø-ŋeũí9ōšDËĨN6/Ÿ˙üÉ'îŽ愄ž™Ė{Ķ9œ‡m{CÔgØÁ΀GįųĢ_žĮąëUĩŋ˜Ū´ėžûæoÄŊ7ËæĄ+¸čā'čĻ´lfJīģ$J7°¯‘¨{wbžQGô› q>ĮDtgMĨ›`SrĻ=e1A#ÔšËËŠÎ5áėÃŦYeAî|ŪĮ7ŋũ›ĶOžŪu÷CáØ9ĄÅÕĀۖO@iųČ6eÕN•ö$ʨp™ŅsÁ“%Ņ%\Ö>fĸ;¤@Iš,[_!Ō@%ÛŦiJËĖyúâč|NCĄē<¯ßŪ:°ķ gÜ)C`ÄŒ‚ÎáMįJĀ䜈Ģúļ`žb(]Lu 9ŧčß=ÛLsˆ×Ík1„–Ũô¸Îévē9š]S/~ë?ųŸ„ēÃØVŠ3lę‹#RŽŦŦŦŦŦŦŦŦŦŧ°Ŧ:ĮĘĘĘĘĘMhíÁHQŌÛ  l˙ɲU‘›Ëõ_Ũ‚aY FTC†$ž´-ˇøÜĨ8§°ŧ|ŖAšü"MäHqqNtਅÍĨČęŽ3ŗ¤Î˛mĪpŒfûbŖÛd>™§l6›Õ˛zíč˛×õįcëŖ”D MŌH" TZ<]br„Cé@]û.EäČ r€hé&Xh@:@¨_“U&™ÔĨŦÅęļšŸe ¤`PĻlup´|™°Hî‰ œÜš‹ŽG›Čiųî}ûžĻ$šâ&[æYp8°ŦģŸOđČ­ w}˛‹äNÄnW‡y š …>ãpī%dķ89ášŊ0,ĀDOh ›ÎúfĖĸs•ŌK›dߎBp: ë8í“æ>˜Ÿ¸uÖY–‡îđ3†ęŖņut#0&) ÷A O”¤4!épUÁŌŦ n<ŧ3‚…!´Į´Sß; ÷ŦũG”‚‰´jHĻąŲD@*L•2gŖwUd…GąjÛz™%ąŸÔŸpļ:iŸØgL˛ŦËéŨ„ T€tŒWōux\ĨŠ,Ũ6#D ›Í4ÍįģŨ.‹ģūî3#įŲ§:ĀÉJ)ÆYĮũŒ4¨‡L°åWO‡ÍˇJ++++++++++gVceeeeåƒį`ĨÍl‚FŗĢZē{íø 8”íĀEœ¸&bg3ĒÁ„ÚŒ…`̀^° -?V֜ęķÚŌÅķ3ÉņŽëÖDŽÃЌ(RxÛÜAKĒ°6UķŊ—Ž,)7$2˜“c6„=Q†’)ļÜŪŦ:ĮĘĘĘĘĘM`ĻĨNœ‡br,ĻU-uü˜œ ÁØ"ž"‚ËM4YĐĒĀdô„%,hŗe6)EŽtĀâŠÍ‡žˇŌļ –ĖŖ§V2[âzÉė¸€§q™ĸ8ÎyŧĪŌ•]Ē@3Ô$ ąųØ dJéjC¨.B•b^ûõ“Øw  dÕÔ|ĢZZ˛›Đ‡—l!ˌÎd=¯8J}¯eAssBĢ Ā‘­ŠZüŠĀ4U1 #ŌP˛ÄÃŧeŠÃĮI,Bmû?ëāÃÃ}ÍmpãeW iH+æÉ&¨…@ēZ”â´{S+ÄYŨˆŽN˜úūqˇŲ 1!.K1ÖÜ]ĖÅOfÍtvxéO|ū÷éģŸÛvŸ¨×žË%ŧ`0˜sĢÕäØPڙ ˜„ %J ;@†p@‚ũ x„oūúWūŸ_üÍķúã¯wÃf‡2alĶ7•# LhZRĮŗÚD„gË°9fídRId‹äa›ÚQĢĮlKŽĨ-•Hĸ [,zs&!Jô¤&ŅŒĻ Ni%ûÜaœ1—Ō•¨íúPįūōĨŸødų4ĐĐéĀ•“å[Îąū.ÛÚēEnû‹čŪō ×!“šĮåũîÁw.cfXŽûãāˆaQYm—]YYYYYYYYYYų¸ŗę+++++<Z&GĀ\ĩ¤ōĨĪhÖEûxÁtíR—ÃŧuņÃ%ˆj4ĩ6b°Ō’¨™Ėpí†á%8äy’:Ú Gą”Ū›ČKôaLxh`S’\˜q­Dw29D5ĖŽÉ[2ۜGdˆĨyÜ2Éë%ƃZV8‰°JJJEĪŪĶ<[7wáĘT6 l‰|xŋekÜ7Tr ܑdÛåLp‰ ]€–öwf:– åå+KÖK›•i{D›zÖ{Á‡‡Gt‡JÔZ‹Ėz €ômģ|G‰y,&DŲ×ėˆR­]? eiģŨÖî*qí\â ›mwzīÁ‹“íi.Ŋƒ"JÅ0ŠL{ánÅLčfœŠš-xŲŌHŌž¸AŲAø\ļŽŊû|OšqÖáx|ßeGxEldsZ¨¨-\Íw.ƒh3[/Hš˛˛˛˛˛˛˛˛˛ōb˛ę+++++7BDt]!•Ŧ@˛—†Čí\9UԊ s–"ŗLh ķúuÉX ÜÛn:M“ ÛÎ (qū¸7ĀĮęĩxBe˜ˇ&€Ķ÷nÎĖ6ēaĨ ëå>™ˇ_äø=ĪPį @KÉ-L&ËLX§~|øû÷ååîöÄŽŊ˛&ã„=y™uW§šVÞSŪģ}ŧpúödû;ķ¸éú‡ũIī[7ĖãS´ī'ą9õķyØī܂}âdķiŪö×ôĩ_ûŊo|ų͜ˇ{ßÖŽ¤)ĩī4˛[yĮŌMHâ}—ÁũŨG¯O'ã愘‚~īáןīŠĻÜ2ːSŅΚ1q+˜c$ę;]û///•,Ĩ”RjMIŸøÄ'^ūƒÛO˙ŅxQtÕP Ü2a [Ŧ‡–Ņ,-á!—*ĩß\)Y<Š•Sy˜đԐœņŌc@ īđKzŋ%Ž WÜ[>>Î]ŋžĮ¯ã¨B>$‘āh;“ŠÖiW1'Pû˛JŨnĻfi .)ØÄSh(áÍæú˜u‰Ū;+¨@öģįāã)îŋųŗ^)ŨŖ —=æŌaŠlļ›’6Tķj9– –.Ü €™Ĩr3°Å~*ÖÉäĨÛ(H Gĩdh^¤ T ,ĮzČôĻ7ä[1Ūy.zûö¯ËæēÖ2šn "aŊõŨʃ ]9ZhŅ*uŦŦŦŦŦŦŦŦŦŦ|ŦYuŽ•••••ž$Țæé„Â,{rSŖŸ'>xŒŨŒŨ%ę }Ņ“rá5°¯xpßĮË^3c$~˙+xt‰Í-đ{•‹ĸM[¤ÁæCņëŨYŠ—f(›­Ũ{ÅNzwĮyãčaõ!cB"]&ÚĨĀ’€yŅáø]ā˙ö˙Ķ˙ü•/ŸŨè3¯xb*[;ĢVw§—“MEėú[—ũwĮ>û”ŠķË˙ËW˙Ûöá#{ŧŸv’tr˛šū{–fįģšŠĻGŸ=ŲüŠW?û?ũ؟ūŖ›íˇŪœNō^W7ŠS†)gV?ĩy3Ü~ũŌ*ļHŧīRæĶdoNOpj¨qį’ŨųÅ4‘ō[H 6Ät ˇ$FÃ|Eįhã)|yøhĨįā4×ĖĖ§ÛĘ|Ņn™ *Pa:T Å`~0q!X ŊI­ö­‹zļ Ŧ@€īÃGØķ U–@,IRbvĨž"ˆō4‘ Ë´H‚Ū~āä!‡Ë–ÁáÃã¯ĖãƒĘą€/X2ĶĒLU‰mŸ8šDwũ7|œk-Ûŗ„…`™Ēq0ábI@˜ IôIŅ'ģ€œNx`¸zĸOŧb>pŨöėMÃk@ˇé´éėđCE—0›JĀįĻŊĄÕPÉ0;úYėīDŧĘm‚0˛žp6Ę1~ÍœĄXf&tœ™8ãĘÁõŽīĕcX:läkž_:¨‡ ĄvxVĒíŖ‰æLGPļĖ ­ŦŦŦŦŦŦŦŦŦŦ|ŦyŅÚWVVVV>2]áŗ ŌLƒĶXw¸8˙Õ˙÷ŋ;šËÅŪį æ"1-ÍŽí[„÷§›ØŸ<|}[`Œųâüģ˙í×wūģ91™˛1|Ž–žåd<9{ˆõ¯Vkšt)3C)ũÃíöŗņ/Å0 à ižįgŊ=á :H5K•֟n/2'Ø#ā?~ã›˙æw~ķw§‹}+īŪíēWyf—ČŌÉgp‚Ä:—‹y†ۓ73áŨæöwļĨīĖ—ēöNÂãnwûö­Ũƒoî=Ō7_ûá[o|öögß|0ū!šSŲ[–¨Q/įČũ4x7ÜK3\iĩ˙Kįē+ž­3Æ rge4ĖÅˇčČ>Íi LpÃlí.h)U­1|´œįˆ$Ų—Āūáüúųī˙Ø˙øCĪzøđhŅ/–VŌ< Õ ŧ“u=ŌŨbéęĐęÕ×tú~—œ… °‹p¨†` Z2™āŠr,˜ķēų.8ä_ņ1ŗ+ōFVã(@-ˇœöä_đfO´ {D†EXi5pzûöc ßĀøŸŋöڗ_{đúnwZY Ž2\Õ0Jv—(IÍEe0c‹1ö–čgŪ}ŋ9ų5ģøĘå9Î6ØĪŋ3=ú§ŋō_îr.9eIS¤‡až†ežIôĩ¸˛h+T‚ŨÄmĨmnwŦoqúdâ'6¯ü™W´ß`ėØW8\-ŦčĀ:ZĖUĐ ŠeŖáÉ4‡Ū9#sČ=iîg×ķÁ•öļH[ĩOĨã Í!,fāXYYYYYYYYYyXuŽ•••••ôTaeΚ XėĪãÁåōņv7ŸLĶéĖ”æˆ@8|qTŋFŨŗš=ĒĩPgƒŖSĄîMyžŋȘ;1dÚ>}N6Cž6y {#BMįZGšMŗōüÍ7qv{†6ĀŅ&9žÉ0‹*ČėIBáŧ„öĀ}āˇ/|ģČ~đm89”¸vžŗl7wäšsûĸô|ōívû¨!”‚Ũ#›OŒ°Š“ĪIņúeĂ(QĪ2n‰÷ķå%ËKØ ÷ŋy>ĻÛöÎĻŋ}'oqĪŒŊ=ĒvŨ­ŧē÷ NąīēŨ„ĸŽŋU#Å19w— ŗāŽņP =č* Õ'COø<‡YŨnˇwîx Wĩ<‡jÛŲKēĪsÁd‹dTĸ8k1ßzbædWļįš X€ƒ™UGĩæÂdÕ–˛ša\ėÚč…ŪaJv üí#>O.ˇÍjvI*°,Ņœ (‘I[† PĶ§jĒŪ]L6ˇâėßũŪW˙ŨųΡ&|kģ{wĻ–í-ķ„à f˜Ã.(x‘Ŗ•°,™á1)ĪĮķė†ŗKFŽßüÄŸũ4xÛ^dūúÃûŧ|TŧÎ%÷Yģí)Uúj.&P]ŖCDėRE#˜'ú™SĐÎßx°át/]îŋ{ûŗ÷ÎūĀ§ģÍųЕŠŗu27‚ĪHĮ`š‹žœ]ˇŊī}@?‰¸ŋ–°yØíäļmh¨{âöDhI|?ģÁĘĘĘĘĘĘĘĘĘĘĘGUįXyÁ9V1–.iʚå=€äąõ0ųŽÍˆ+++߃Ō „NŠNSžŸįãû>ÖíŒÎ|ēŠ`˛æ@šŽk¨/ą˜rįŨYÖ$öfAgqeHŲ,KHˇ€¤@$”āÁ×ŋÕA™t8d–ŽRu:W)¸ëMķÃĮžŸėŒ‚CE0t(*phÜVl)§.g R–Ld˛¤FšqüōoMdO ‚ę!.V0WH¸‹KUĢ!ļžf$€ŨîŌNoÂģR·~ļōøÛ¯l^ŪÎ1D–L"ÅĢųĀKĐBĶK É,+L—ū¸tqģs\Ėē|ԍ87ŽŦ>äxūčå¤ßŽ5j¤ v}ŖZ<˜įÂûč6ˇ;K•Áfh¯Ą?Ģ[tˇÎ>ũÃxå‡8lī–ų.Ä5’9ŽË0l p LĀÆ&ôL yjē÷–u:ø/=ų¸Õ¯GØ-ā_ų-|íˇŋs˙ūųĻ ą¯vō1Ā %ašĖm˜–-–(WvŌ›œãhƒŅŽDD“VĒ!¨ôC$†0LØĩ_˙ɯŽwų4ßųW‡]Æ$VVˈĖđäÍ=î1üæũ‹_ß×éĨOėčcjÛÂō ą2$%O$9›’4gļŨTÍ;+Åûũ<]Nįãeb{‚ũcdrŗ9Ÿ†Í&;^ÖQæz,į ęšbƒK‡!1#8%<îܙ;<œûķŨkwwû×ĻúrrÁ‚ –% …ē@m›ÂņDČwU8Ūw—ģžČŅĖŽŽoÄ!Áü­īš-'[ ŦO—H˙\r8Ųa#T°ˇ$—,ŋ~;ą  LĖk,1{ K5Á›ņ) HC$3ĖfķŅ†Ę-šKyüÖŲ¸•••••ĢÎąō"cOš=Y“ Āƒ•4Š•–i ĐefĢÁķĘĘõ0¨L5gŒCÂË0ų­ĶOžļ˙ڝĸáüņļlŋųāÁđG?÷;ÚvˆŨųŨôūÚX•4hŋŊw_K?Ø <äô@Š`wÍ°aK­t+xÂHîæŨÜåOæŗžđŸ^šsËlęc¯i|åôNŽ9×ėˇˇÆ¨ŠPVg&Á„’č oĨJļĀs"- ˆ–Pš§œLąų×Ī&XŒmŗļ'@9´AvPÅRÕ:¸á¨O e"YxšVSö´.cƒî`×Gæ ŪęîžzqūøŸūōŲũũvŋīXŅņ’@¯ÎĶL–´j ĻgRá¨.x‚*‚-,íM˜Yj‹×Ö9vĨģ¸súūĨŠ“nFũîŧģ@Ũ 'sb–™OĶ›Ÿūƒ/üa`û¤ĒėßĮ~w\#bā•déˇ:Ÿá˛ĮĸgĖč ŋ^z”ô{žP*7%fXu*uĒēšĩ¸])W í¸;;ÜÜŌ_f)Žb&á2* ÆNcŸ(A¤nMø ƒ]ķõ¯ė īÄŪņA“{ŧ ĀÅķĒČĨčŋĖÆÖŗ×øčež=˜Î°Ŋo'¯Ũŗ]_P¸ŊĖ8Û~÷;ß:=;ģČ@_.b’âT^0 éb %ĄGûŽĘŲ ˇlŽ¨įPqģ´Ą“Rŗļč2Зđ ”D'Č2Ŧ&AõÜh×åĨËf¯Íũy?øí—Ę{8—j'ˇGÜž´!@&)OKíø8Uß#|üáđüBĀvā;g0€nŲ%ĘL €lĨų&b†e– ŠÁL­X™Dp™_iŽ^M˛ ›ü–Č÷_ZmKÜIôQ.zŒŽšŒĩKĸD–jp ¨v‰ ÂR@ZÆâŌ&`ĩÃ6†ČÅg ĢÔąōņ€2OQę•Hē€Áæ*¸Í†ČzwĶ_žūú§NĪpų`zũĢą{\G˜:“SčÜŊ+9īĀ „1sŅHŒ"KØąCæ(į^<žģKĮã:ēįŲtŽ˙åߗOŧŦZ¯xyûDwbt`öĻŊ|ˇûÃ?1Oš†[á‘›:š2ŗ#™ŦĢÔą˛˛˛˛ōQaÕ9V^pŪũŠ—­–G–HÃŌŊŪâ­Ŧ\™X h…cfq9$ˆÛÎļ=ą>}įæũōfƒÛ'¸ŧDŪ|R,sŠâwÄ(\’8ûæ}L;dõMqĖEsČ¯><ŠHĘQ‰ č-@TŅ„L0 Ą5Āæ˛•`g˜‡+åà ƕ`ŪV{ˇåĩ sM•EĩTt‚æY†¨?r÷îŸ>}os›öŌįHĀ6Oē1ŲzŊŸüėáđ[Ā'\8/\sálđD0Y"‰H‡:dĪļĄė+Šž+ËhÂč¤FAA9ˆŠ‹ ŠÉ,ŋÍåŖËņb'JL¸&ˆ&3“€';ũSõâË'&EĖCZ,Q]Õ&„č’€åĶŊūûđ.æKģ2 Oëi`õ0€fTĄ\Ä|ķŋ¤ŲĮyß÷[zĸ#}d!cë3Įét3ųˇ?ũ?ūU€‰b¨Tļú}9@ŽŦŦŦŦŦ<3Vcå…Æ´<„ ‡Gv"…j˛ZkXS0Ķ˛ŨÂŽŦŦ\ æĄÉT`‚„–Jņå¸įîr¨^īlûW^Áģ0āĨ{W;Ģ?xŽ"ŠHd›KčĻ8É2ãōâq)›ĮûGš°)ŊMÆQ$˛€íßW°B:¸ ԃĄ]:îp*((›Ą‹ ’QÖŧ *ü’öĄ-­§%­Ōz,úĮ•šl)ÛŠ‘āĄ[V­aöJņ1›bĘØ]°N€°ÅĄįœWfúÃŋŧš3\n}ßK’Ža'7öķVVž'‚š €Z=€Úi>įķĖģ‘˙Û?üĶ˙û˙Ė'€˜€OfCnôøp@‡“b;5ĪĀ›Ā~ûË_ųũØo‡’šGîĮŽ.1'™8f-Ķ*+ŠĪ“•žŅŌ؋UwŖ–Á€P &"@ĐŪän JĐ)tŠ§šeÍ.ē>ÜŗCĐ”{fĮė…"xeŠ–&ÎĨ-VĻY "@yĩ&‹ÅˇĒųų| ¤Ļ••k!I’™ Ã0_>ūÆī~åôátˇčŠ9°Sf­šŲ õ8m–(Ā“›ēöå㨑.jG*"”9+īÛ°–Œ§÷]&ÁŪ÷)ĸ÷Ūk!s·o<č}žšéV@dJĢoķĘĘĘĘĘG†UįXyqĄā­#ZsxĪVKdĸ5°`ŠY™ēX,YWVVŽAÄøƒ˜-˜ˇ†Ō÷UšR}é`õ}åM_å0ā`0D t(@é.ÜeŨÜomģ•8bIjMËī Ā3^a¨ .đvču%e€˜<&p˜‰Tyë™$¯6ĐŋŖõØ˙Kpĸ ´æ¨ūÎī98)ƒ‚Ĩz`4/æ f‡âÍķ$A. ĻC°Ā=ĮļןįyŒ¨Ŋ?ÃD÷••gB°T`6ĖCNĄr{Žüæ7^ũņĪ|8 Ô]ˇx^Û/n6ŨwéC‰t\ü$p6›~Ū€ķta&v5ž`‹C"ÚÜđŽ)ßW“€ŽˇôôË "ģ ,~q ĀĨÃ[@Ō’%ā‰bTũÚCČŽRŌJf$*L7YkîN+AĢ ]d‚ÕÚ5čø#ā<Î6ā8ŊJ+sæyÎâV)37}oîį÷˙€ooÕ9Â'šēŪ†-Ŧ„ęÅå#T9Dž™āĸuäāĒ^¸Ė‹ė#ĸֈ0ÁŨû2Xévs͸îũsÔûd:ÕņüâŌmš ..ī{ d6Iģ5ež`ēōĘĘĘĘĘGUįXy‘Y|ĨN9Ku˛9Îp0ŖĪ`VĪV.\YYšë!.›‡ĻaTúÁj w”,0 s°ŋš§Š JŸĀ’˜ĘCÎx! ÷Ae“ũ NiæHr:’Zĩ<Ÿü­Ŋmš Œ0ĄŠY‚8P R4᠑4ŗōq‚ŧ…Ü"7Čy 9#(€<Œ´ 醠]‚#R4Á˛9ŅەUY$īļ@x gôD‡L?Xô>ÕAÔA„ D ƒꁄōđĮtG€Ā˛i¨ę–dV‡eƒj˙¤‚3ä ĀŒv&ZrM–ÕËCą‡ *ōĐÖÛž§úíŽęˆēŪģv™7 /0ö–‰4ķÅZ†pĮĄĖŲ6ĐņĶøOģÛ id’’"B‚™­Ī+/&`Iča“cļŧD>îâQ›°čę4ØšīĪ°Ũ ÜÜ=ē˜asÅč8jĸVØŽŠĸ†Y™YKéœ%öؖžã’î~ĨĩW‡L%=ųúÃp3$܀`‰ÅœPŽ4Õ>ĸ¨–å),I€SÚuߋmĖĐlšÂįŲĮp„öÛH$‚5UK@CToáS°Ö$äÉvi; 2B‡‰“ā[}ĖVV>ŧ—ɧ™Õ:›äîœgEļ ÜrīÎåÃûĩįöî)>q}‡¨čˇo‚JäaŪ× ö:Įņ xĨ!מ‰Sârwl:ô› öũæÎŲí‹P *™aI!˜`Ž÷i+++++!Vcå…FĖ$’4?„ŧ9Ē˜EķP3Ö;O j•9VVžļaüˇ¸š\ŽĶŽō1.0ŧLƒYf؇u9âą­ųmĩbšĩÛãō2ĩË"Ë r€u€æZnB TĪ”Ā\’Æ™I3•&)0ŊuŗR€8t ÖÁKÚ!˛uÉĸuyCE¤Úi‡ 4ĪčĐ IjŦ¤ˇ~eå™!.@°Ŗį\¤ÍqÅø)i=WOQ8 ‹cv4°H´H'­ÔZĢPēA´qB?l1ÂŽŖؕķÅŖę?d-m@47 šĐZs˛¨1ŸÔYŅâ1€v0ĀęSĖŧä„yßk1ÂF†æq`@ T(`8­k ĩ@ļü–AXsiK69mÉĀ­ ŽO+ŽVūĪ‡’æqōŠwĐÍ,÷H~1Īœ:ôEևy—(Ŗ¯)[|ŌáŽņøS€šÕÜ o~ħ:ŲJ0 “Ąīg’™™9M-dŽĻ%@Å2‰üĸĐ­ŦŦŦŦ|„Yī8W^`˜i´Ų!ĀĢSšLvXŊՕßø—˙úŗåŦŒų âäüČö~ftÕŧjeåz譍ŊGĮ“ŽëbÜ­ôĐ@„yî7iŧžË_i‘[ĸČYQ€æÅÖí‚Vkwy‰ÍŊSÄ4W t7%¤EęhIÁiŲĻü% ˛˜ˆæÖ%ÔžˇĮģGŪYæÎ 6›Í4V%ĸĒëOÎN|éÎK'Ûŗiž "$ĩ°_RH™™Ž!ˆ ČĖŧ} 1‚xWäĨDĻĒ=™ĐH3v˓ķĸp`Žn“›Ąí ĩÖnŗŠÉív›šúV­ŧ(ö•] OôЌT mŗœ[āĪ(Ä=žę؜{3 ŋú9`DŲ lŊgzߕyˇŧ¯~ڟOķļv‡H\@-Շ#$\‘qIb Œd0Â۔`)ÅŨk­î^ëĮS5‘ŪO‘Uܞl§‹sĪųŪŲvúÎxübĒČ@MtĘãhéÚŗ5ĻĀîQŋ;īēĪĪ{ņŦđĢ_ÄĢ¯`´fŽ˜ÖĖr*2š$Wéõ€Eģc(§˜úM1 ÛÍđę§f“ŸĖķ:?īˇˇAUĒBÁ Č@Ņi­WVVVV>2Ŧ:ĮĘ ¨6ŌŅÕLXÜû#´ßßūÎEŧąŲ1Ũø>ŨÍY‰đgŊŌ++ZŠÎŪŌÕģô~d:؉Į'ēŧŠÔ]‚āöÖõTÂ*,ÂŦ˛*āôÖí“ŗģrKKa db ¨÷ž:>„™°*.ŅFO@ asŲėËĐ×2É&a†yé7 ԝll.a˜bōe"uė0!! 21™L™–é&ĸ²NužNJé+ €:į~šŗoŲčKępsiNW<čKZÉAŪ¸9ÍáF›ĶWVžsD –ô„ .8ā&xfI/Ā &k­ŗK ŲÚŧ×ŋ\f1ō0ÚÂmpö@< ÔæTį(tĖˆInæÅēŽûūŪ įĢf!TaFšc °ģ8˙æ7žū+˙ßÍųãĶžQCčûė‡}bū4…ÉPŨ1ߞjĮdbüîëo>x0•NŲCÁ’i¨Eá™hųäō$ Á¸Üīč Č ũĻŗī;ŊōÉW˙‡?7G\ļ%­:÷ĘGšˇšWĩyŊ8ŒË.ŗW‚ }ĀÂÚqā:z&ˇsũÕCA áW>Åģ~ü–Ÿũä/¯ą´¤{æÅ26Û}8Laí$žLĒXëãīĘĘĘĘĘG…UįXyÁIŅ’Ëũe&ƒ‰bâåšíĖ/Đoļ}NÜ?ëÕ]Yųˆ!>ŠÉøöĸÆōwšÄwd+ŧķ.>Āe„ Í$I…Í\# ()‘bÉŅs.9–˜JŊ|ô`3īöu_Ë,ƒŧ –BŸIk ÛP2ĶĒZ‰úĖ !še8‡īŦO–aŽc<įŨđ%[ûp§ė ˜‘āÁXōlöz@Đ2E!ųčîŦŗ!ÉC<œk¤%ĨCW´Žv °tŽ ™L|\‡ÔŦÍSsDubëEî?øÚ×6ûŨZOęlʤÍĒŗ|ە2Ē\{c$QanŨĻī: grÎy +?DeR,­zģ Hšˆ`!˜ˆ¸u'3§ygÔüø9eÔį{ūŠ}œ’$W‘cåãÁ;íųŦMŨ6ßV…’`ÂÕz}š(A˛)‡Û¯+YiOŌ׎ÍõĮqƒ¨0 ŊYą.Ũ~hŊGa™DŦé"W •••••ĢÎąō"“WĮ‚);ļֈIË­ķváļx1v0PĢßôĘĘĶpđ![,Odvč;ĘÍęŨZáŨ„×û“ē93°ëÉŗ{ķäßDw*īč[;ŨqØ˛XÄūĘnK,oŋ„iĘ´Č2‘‘–mÆųá ÃŨ´Y ˇn đ¸ŗbSsŅ×Õüu=ųúņąúF”Ļĩ ĩōBĶn0[æÛ hį;Q€/įK°ÃQqCįCVžÜĪFžôÖōÚŋ1BLąŗ+Å8Ōč¤Åj¤Á dd7˛ŧ˛a!)3ņąÖ9éĨdPY‘ĩ˜qž§ˇÁ(!)åŧœÆGuęģ“ÛQxmÛ°0p8Šš։™Ė03yGīj´Ë2)čŠ ųáڝPŗ)‰d@¸xũMƒŠâÎéÆwûŗí°Î;MSD˜Ÿø$Žž…+[Ž"Gc‘xŧ/ļåĀZūēũ€¨žļ@ÃϸWæk ËŠž„5ą VÛČIšŊÅFkeeeeeåygÕ9V^h\OR8Ÿdō3Ģ˜`˜‰(3Ē×ŋ‰\Yyá1Áry¤3S{j ;tūō­éĩŪ.H7wŒŅFĀ`yx`,—Q|âŠę° ÜÚŊņ•/ī.ŧą˙ÆŖé ŲÜ÷=+(g.PY-\ÎØ0X)€îŊë÷û.Ëk÷Īŋˆ9GōūÃéŋüæ×Ēqˆj}wR+ĖĖ ‘#K6¸0¨$ sDX­>9D–(Ī:ŧô?jeøqژĒæÅSL[Ē—­…ptŒ‡2+ōÉķĩÁ˛ö/×sįʋ ‘%™Ž4äâ!GNŽąā؅°6buŖ^oĘĸûč€f`f,ũŧFRéJLrwĻø“ō:מ ËüÆÕĩÃą/€7ąDä2ĶjåfæîîOo"‘ĩ#iRVÎŗwRa–ŌĮĒ˛Ų”—_2hŒĒáäūãąģļÎ!b_ÃĘĻœm:—IˆŒ9"͆­°HbŽJ¤!¨4$€` ĸŌ“Œ@Ų 'ÆRįÍvûÚ÷O=(刔Ԇ9°šV­|Äy¯{UĐ2 ,žU"f“#<Ũ!oū@ÂųDä˜/ä‡ņ^ ÃێŸë Ëēaé÷éEČ6Yrpß"āi%4ÂĀ§ú ++++++Ī’UįXyqiõÖö Ÿ˛f¸ŸDÖyԘs?Î6L6C‘ %×ZŨĘĘĶqH(…Ŧ’ĪbûAĒŃߐgÕbå8ZÛaŌ )¤ģĖĶ’nČ9Ūœv_ũĪŋņ˙ē?}ã;ŋ{™÷QæĶŗmŽa‹Îa@ŠĢšĖ{9rcrp>dŽTä\úĶũnnį7ģ ĻZéßzũŋ<ŧüŊ˜8Wu~ZFĶ-Å Re‚˙˙Ųû×I˛-;[kīsĖĖŨ#"3ëuoßîžũ¤ē›$¨æ 9āŒÍPā@Ā@¤>HúŽ ŋ!ú ohAC‰ÄpDqDršd÷ôģ›ˇû>뙯˜ŗ÷ևcîY™÷VfuyUf•-$NeEF„›››;g¯ŊÖbH { î2U5 ī Šæ(›{Ģ_ÚŪLŋū÷~‘RŨ&‘švĒIČl}’r°u`ËÉöūLŸÁ‚ßdH@#.á—¨„ƒz4?ôc”Îą4-ŠI/š?Ū>ŠW Âė¯;Âásū9 a`Ē kŗŠ"2Ī› tyhuŊg˜L^Á0ūUGUĀ€]×ålbŠ¯ŗ>Ā%Ēē¸„ą`×uÚõŊ Ú_ ŋđsøí˙áæęâįðŲ/yBė'‘u ā†*pĸ[7w°9jfĮę‘!H (?NķS9ž<ÂvŋēšqŗØŪ&ËŗaÕ3$G3°úĒĪí‚Ÿ?ģ-‡ĪΊA€î27ĖúKôä[Ÿ#íŽjã[ĪןōwiäĨWdošöbâP@ÂŽãâ\ęH&â¤Éې,X°`Á‚/ Īąā ÛũYH´djՈp51˛Ôļô˛,Xđ `KįŽS¨n+mŲŽģ Ë-1[x -˙‚G`P@ÁY,1įoā‚¤°ÔíĢHHįÕōŽđŖü{7xØߘŒS¨Ķ *;ƒpFĀŊ‰Ā@`Í žb%ͧ÷'[‰Eî°žjęģ\ĮíŪ>$ōîv#šĢvĩá¨w6…H¨S\:#BĻ"Ū\ķũ~›Ŧ”ßûƒôëīÂĮSU¯{ÉGƒ™‚&Zá,Ŗ €ķ6ģéIü!<˸`Á7 °yž›Â$ĸš '÷lŪˇr@ éØØ ĻāWéŠQ6×ÚfĪ„” × 9Gü@ā$ŨbkėĀŠ!_ XI’éĪŠONŅ@įH!@PÆȉ˜Pk}Ģŗ—–0ŧQ Đ P0īrĮfȓíÎDü…~ƒīū2†Ģ LņŌkÖ°)ˆ á%€põÖëqŽž:Æ9QŽē€;<`‹Ÿ|@^}îlĩ M'ĶĒÆs‘¯ëGļā›Ū‘q<˙OŽ˜eÎpˆ! $ŋkĸėIaĮÔ´OiĶž˙ͧUÕąk§ũ–— Į×ud‡:Į‡´|CB’CLZ¤ˆ-Ģ¸ ,Xđ†`á9|“!Æ@ŽĶæîÂ:šW&°K‚–ÂŨ8VIiYį-Xđ2˜Ģ^!ĸ́‰ņ82ŗs‹8æ|ŽYCāT‡ōļ˜§ÄíĪq{ÄÍ_KÄÉĸĩÖëÃOėâ“nŊוėoR=HĪ ļšŽx´8sˆDu`f;ãömAfY(QĸŒÄūēÐU6QFÕĄ#DR–ž)ŠŌ|TĀĨŲą„€ŌÚ°.p,˛$9P÷ūĘôÁūŖ„Ô¤Yâ§ÛˇüÔ9,@Ū~Ã>ļ}x0ZV„´– J“ī?íhũpN)HŖĨdÎYäØh)œ¯M¯UW†ā›ÕvĖ Ta(Ü{¸E%ōmšy.‚ž 0‚ŗ>[霆hŠĖ:Mâ„Ë8 .#ÛŸęįģ~H\ ķTĀ øÉüpŒ‚IāŒvtÎhŽUŪ.- hģz4 *æHØķ€y,ĸĨ¸m-VžŌ;Ž×:Į;ˇīĩʸˇ§ƒnÂĶã4JŒ ‘P‚-Č"‘yÆû×÷u9lV†ũ‡6mmHÆ^˜frŨ)1ĪĀV†ƒoļŽLU§ŠX1vŊæÕ`af÷/.ŗųŪʘ¤ī:ôųú`ŪéĻxô+| Ŋé  Š:˛ÂÁ&÷ëûYl€đ€Ąh:$9NÖ$Á9šÖcÕmË´rä$˛ĘĸPŠ€ŧ3‘ŪÍęøJĀįfõÖí8eEûņQ——&P4Efƒ\?–ĄŊŲÂI´ėįšģ_^å—?đ­9ŋíŨj] §gÜËöûK¤dČ5 ĖXLjŒÄHę´€ÚķcâÚI öüYmĖܝ÷Háwžˆãzō´¸mcÜų†Ų ķ ßžœũVFW?fĶÄqģ {ūjxūV‘į˙éĨŲâųgiJ˜„KĸCdD'Ž!‚ĐYLĢŒŒWPđ˛Õļ¨)@ŒÆŧFvv+qʧߎßy‹§‹ęzĖw,#1ÚsŲb^:ĘIríŸJu:Ë%áĮŊË'Éņ‰^1ou´Aŧ—ā|ÛÆ|ũœd48ŠNš9f/DÃÉjE™­gc§<§9l26q¤Ŧ^ę3;ØŽIĨá2ē“bâ1ëĶ[ŽŠķ _ ß$äôv8'‹ōOÍNéåדFBkmâ­HNG$´ķLDB€îĖëĻæQÜ@G›xįâSŨboęäųz"žœūŠģÍ~ÄŦŠ~Å;ĀƒŦ ;ã¸ēƒ­q,/ĖŲßâ™ßđY/ņf¯oĪ„…įXđͅQ=čÉŨXĻÚW$ëˆõP§ĄˆÔz LęĢĐuôģ8sgÁ‚¯‚‚ˆäH7ņ 7­DÍQtČŧcLįôĸŸĄķÎá6†ûļúîÎHÉĢēŠģxDˇÆwtŧpŨûú .ęßˇo­ūĻ=Yuŧ"`ē5-A! –AwO+åģČĀôDúČ8ØJîû„‹čą‰ÚĒ ÄmĪÛVWŸZĶ€ĖY;THũNVß{Z>Ūįk \ŧķV öõō2×GģíŊÁ Âæĩrëü}ŅgÔö9ŧãąpžÍ'ÄÉ`TÁũNˇ‡ŊŽb$.3Ü&mžÔnxÕÅä+@āíRH!fpÃPBŖpp  &ĐŅk’ĶÁŋiYęĖũ4Nc']—n(EĩoÃ\œ ‡;`Į[)ŸqŠŨŦŠ!Ћ[eę8Đ´O—)=ĩîē$° l¨5!Ÿņė„ƒBáĢ94‚Ų6Y0H‚Q¸KœĸįĒĪMŊ ŠSN¯NVP9gÖÄ1ŖˆG)ÆŦƒFVJ+žP ŒĶ"]öoũÎ?ŊqqŸ™KálūŸ„ œ0 Éôœ<‡„K/”=]ßÉߞÂĻ8„”Ē(Š"ĨĐATAØ ļŽo ƒŠŋ¸ˇĮ¤ĄŽnŗæTķnŸáĨcUëŗqšž¨3åĮ€ųĪŲZRAZcĀŠÆ(Īœ¸SŪ’žf÷4¤ĸ9!*6k|üŅÛũúōé“ŧōĮ‡'QŠx$Ą¤”ĖŦē˜§bĶíģ>įz;čķõŌZ ZąĪØēía€Â}v–#ãUę\‚ƒFŋ¨Č¸kX Ķ˜ē(š‰™áâ¯xqÖRÖũBĻi CΉŠÅh@BâPc ‚1ŨŠž|Ƙ,u7xĀˇ÷ļCWŌ“—Ąä0æ BpsÔ ÎPz'qˇNwd\HRĢ‹U÷ Hĸ(Œņ™*Ū›†ÖôÖÆßÃÃī}üāōíëũöPkîWã8Žē•O 6}$=č­2Ėeniūfmf‡ˆįŨuéĘF đôÁīū“‘ƒŗ÷pļ‡ûˌ&fZ7ëËíĮcŸēR÷ßIzõô×˙ŪˇŽí‰I5J{Ŧ3 yÊŠ qŅhqh.€ÃŊUĸŝŪh9"‘œ/ģ"K)Û!['4fDãöÄÄ @[õEFTqsV@Zū"ŽĖzĐ?}Š)­ĢšŦ/y9_ âdŨĮvsEđH9ĀeÎmIuÎ@Ā›(ûeAs1—âQ‚m‘ rN0569Ŧ”yI9n[sî°ŧ/l͘ŋüĻŽoĪ‡…įXđÍEcˇ‡Š€IDAT°WŊĩ[V€,Ž`‚§ė `âF¨K2žĩę°`Á× !L­„įC͓Û9ûŅˇíņŲ;;÷šÂŨ6T‚š´áOâ­ ī QûN/ēĩ^ËÄ;ßzįö÷ūWŋy˙?Yáā›‚ļĄbFˆ;ˇg}ņN-€JEí1$ Āf~˙G˙×úû˙ÅOÆOjĒ.põ¤ž#›Û-ø)įö6<øü n[‚ĩR¯„HĖ­xV*=œŪē˲vŗWuÛ˙ŸÉ÷æ–īRŪZ28Ą]š—š]‚˛"Ɣ‡Ízõ"š%€ąf‡‘É&žC0Ŧ`˙åé&kŽâ;×Ôveš&¨å\&۔RļļŊ§Ģ3ž 0Ũ­;S ÅÆtÜaĶĐ{—ōf}ų{Āg öļoŠŲíįnđŨ,Īšo9šÕ5Č1’ühØNo{ÜcÁPĩ$Čmfiõ;‹/ĩŨEUZAéÔš|Ļã7dꨚÚC$BĒ œ”cƒ-$t }“õ¸Mũ–fįŌ8!„áÉ=ĄjROŦEۙ7 ËKrиũßO_uĪ6šu>$dö=;^Æq íP$GļĒá ÕgßģØ?…`“wŪvDŸķ2+/'gžS¯sëˆųļxéëĮ)FUC5Ô\ HŒF Ą­zØJl¯Äëh–â"Be$1Ö Qƒá ĸ mČYąĶ¸Ŧx‰Š$¨Õ‹īGÛÕq7âŊaSēwĀÖÄL ˇķƒ´ŽTš-ĀÁ9ĢLÆi$ĖHš¨ÔND¨e|ƒoĮ#CŦú\ˇ Â㖜˜m į;ʏįdŽĖ‰[ÍXK¯‚øĢ,4dĻ˛>k<ŪˆväÜ[KŒ‰ŽÖ=Sėš3îIDtâ!1+ģ>kdHĩšJUW‘Î+ECR'ĒHŠ‰°PŖ÷d‚0æģŅĨũļ5bĶĮŦŎ@4™í˜ČŽ9#§6!đSQđî|Nxđ$ų wq†A*„BF„•zؗ'īįGaģį~ÃÃ4„JÉ2M IíāķS5Ú%äA7™OŽĘ­;ct:ÂŨ Ą…Œœ' Åî0ŊüŅ›°pŦÃdO:jŽÅßLS˙đâ~žúõžQÚÅ,Î;˛Ô7ģ¨ÚpäH3{öÎŋp=ŪšíĖG€/}Ą˜$jr¤L$‡FÕ°€1„!M:ㄠ:åļŽMFõ=ŖajÍ˙47Ņ%,į‹Äiš¸ÛŠxTY‰ŗQ¤ķÃNŽÛ›ũåōAuļ[ģ|sÜōgõO´DŊÛúxŗīĮ3aá9,X°`Á‚įáîU$’ VÜ<íI™˜qt€ĖĐ9$AäĀāĐŗåxŠŊĸtÄĐá­ņ ?úÁĮōnBk<ų§ķNNėë 2Ā€ĶũH)m÷¯á“úԓGˆ G…ˇøÛ/|œŨ–Ž–$J‘s*ģEŲ•OĻÃv÷[įÕW}ūžššJoUĮ41_Ęä(¨ ˜–œ{ņŲÜO(ÁˆYŨÎȧĮęn$,ZîH}~…R¸ø~ÚĒõÃ}:í)ĩ;Œå^ŦÛKÍÜ9BāÍF÷.­j8šîíLŗkņéŧŠ7?ĄļĀpįËRGk›t*—Ĩlj˜*c°ÂZÖuEčŪ5Ũ&†™L ¸ŠĪ4a8āÂĀ32Įfī6_ۯƋ/ø™p ´õjÄlÛvGišæ‹?Ž =W /Ņ[įZRëÍ{ŌÅSģØ$$B8ûė) ÍBš™˜1îō"ĮJĀëˇ¯ąđ ,X°`Á PípoĻi'=Ö=bēđĒđWÉį&ŧNŅ zG&í@n€"@u—T/.ÖīŊõāįĮ“[kW:č`EØKØ|ŠāąaĒĄíßX ¸Ôšå¸ĸS€Hélû(?r*Xj!íˇäG æÍfv4ĸ“xŖ…ú¯:ĀPëöŅÃŨīūÛĮĶ¸Ģ–W랲%0Ģŧ]ÃRTc­ŋø;`’ôԘŽ6ģéÉÛŊv‡]NŠDÉ)‰ˆJ¯2Āo| /…6éÜöyÎS47'ģö֚­ƒĪâz`˛‰XžęOõķCBÔ˛¸46á$ŒhWNŊ-ƒ`€!įË´q¸‹¸ Äčq˛Ëæ[Üąe÷Ĩ(°āE8yĩhÚ†ë\¯Gr¨#ūŠWŗ†+ÍÂHX•É &ÉhF7Q‚Į\ĄWŦ`hŠjÅ$ aQ͋ÁSnĸ å1偠‚ˆĸ‰šÆįg›Lwå‘GķŅwÕÆb›qˇ_uŲN†#’uaí\67Cũ~īîĻ”˛*Ås†BP|)Ų|ÅŌÜeLGx°äUé.vą?ÄÂO¨ŲĮCA˛”*åĨõĮˆ%Éû2=ZŋՍHž JpsíúQÕ>š6zÍ ͛cOx˃9–˙šî¤ų%ĩYDvŠģˇ(ÅHzû؏;˛1ēøšš0>ãGD…ĸš˜L•dD0q,ؖ§oåûĶôÔŌdJīûō˜õŲĩŋõāčø‚ŗ­ˇG„G "}i“%ŽIVˇ"ųępsČLŠ° H×2eÖFÆ:į]\$wĖND§RōQŊę×aë™PG0 ĶË'Ļi}3-T‚á×đĩ-pq“ęN/Ŧŗ†'€đųGŽw“ĖșŒ÷EĪņ…‚AĨc曐 ˇ™Rŗkkˆh´Ä­˙õg3…æ=ŊąeĖÁE—ÁÜBD$Į,éxv/<ĪØwÆÅÄėEXxŽ ,X°āyÄåz•ÍĢ;H¨t}ē\á°F$˛x HsâßKtJ~Ū1=ŨęÅf0‘uė;Ū\ÜËķfuÆąņíuZĪ˛~Ē ‡ßĻ,ŠxoĻŋ°J Ļ ;SÃŖqÃ1žõöluDŲaĨxü>ĸ^Ĩ4¸ŗØøex{ŊFˆŠ AŦ“vOVđÎ1QŊ‰râh¸}…Æš˜ž*ĩķĸÅĶxŨy2jŗi*HyŨ)tĖ°ęãØWįŧ2ŅÉOĩ"ĐōXqØB$cčVĨ^÷ŧšŨ Ē§\Qž8æĒŊŽæīkß ¸mFûâ‚ š| ĀŲúâĨš |Š‘tB^§ÉpÁëiô˜sŗ4Đ*_zrä &CrÖŲßįúŲŽ(.S•ĸ{ŖûÁŋž`åƒTųŅOũŲOnūd[ĐAևˇlÔ2DŅ—]¯žØÃؕíųK%ī˙áūQĪ?édƒ¨‚GBĻú <Ļ`%< ylgžcíB'p”Ë{į7ŋ{˙īÚĢjH‘č9šänTĖWZ$ Ā[îŠĒ9kÎ$&§­î×_ũë|2­‘;íBh^TB¤=á(A˜8Ž‰÷/f•H!Û+5ļŖáUsĨųÁa‹ĩ­ž÷[+„7 E Ą„ĩ5ŗÂ5搐7—ę`xŠ#s}´26…ß\elk‰ÖŨa.5^zūt Edcĩ MD)s6eR  Ē˜JSˇĪ‘9”÷DŊGToQą9ORŽ=Ūį¯6—­vĐ°‰u—7ÂĪš~6ŧLŒå—Š–øĘcÁņąˆRĒ”´ÛM?ú3˙äGĶxØnäršĒgēœkŨÖ"g$GÛA:Ķ~;]Žî׃O;YõŲ‹hߨ%d{¯—ŦŽ]æa5tîžé6íh}ČFølA.Rå’ų…™ūv'°*ĐdU(ЍuܤT€í~Ügl`]ĪĢ+×bgôŠ*‚= Îû`ķČOS )­6÷šËŲãŠį]äú&—€g ŧåî="\bŽ)CąĀŲlĖāDM#Ôā‰|—§lĀāŗmēy‰ Ū,œŽœV6b`~,ĖÅ9zj“!Ō2^"×€ĸdēÄ(<ĘX4 ) i ŠĀŖFrôxéßO¸‡¤pINtYNâ7XËЂÂãHį'ŸSŽ_^Ō” v ÷{`į(BÄãÕö{pEŋ>u¯1ž ´oķDK* "÷0G8EĩiŦ‡UŸģÍúQyhg{ž/øŲ˜ëĻˇ"AˆĶœĶ“ī=üŖßũŅũ~gį?ęĩģ7}›čörSĩŧÔÕMî HûítMĸy+ũ›ß˙jŧĢė“āš!b]Ũ˜­?å=%ˆæræ!{ĘS‰´˛Ÿûîģ˙ūöúģoũę pŨAųTMđ+îtVU ÜfFc´, ¯8hōˇßížũāۖą:Ú¸å;ŸËą™~/DÅm<žŊ _ Ü|ø“~˙Č%'‰ž‘ÄWęAk&NMg€WŅ‹ŧn Ž!c-ttzĪ^PÚ{4č "/ĪË:čĒtŖæœŌžžT×Tqh ʼnIÅD1QŌ"Ž$pĘh9öc‰SfįĒ@đÄ'/ķį:A3mpÔ Ī˛‰ 5×Ö`-XôĪ50ķúÁĶ–Ķ€HĮÜ^„€ßÎĻwy͐ qw|Æ内įX°`Á‚ ^€Ũnˇ:†L•÷..îe GNÁ§ÜŠÄØėlÎ0f@ÜQ'xÅĒU˛Zm&LĪJ äŽûõÁCl9{Ū4š_­ģTĻđíSl{I›4’Îg5cDŅV:Fã@g€TēEYw‚”°ęP€žAáŒŦIĮ‚Éũ‚§CŸ%ĻŅw;•V E A ,1ü\W b<øä]Nâ@1ÔМƒĐUoÄĄNŖ`%ĨL?zø§årė¯Øī‚9Nāč °ęãÃ!é&˃ŦyW?’ôpŋŸ/–â/m{đ:ĸŨ­!0…§bR]čÂÕ[ī60qDĸ"įÚe˜Œ5m‘‚6…FŠ–ę37Ę=—Ų(, žÁÜ!î'sŖķā13”€TI‘›EßËōUbJbá#ÜSXSīû•íĨúĻVîŊīģØgxŽC€ÎîxŽRēĄŗ@ŠčØ­°ŪX˙āɟ˙ņŸÁW•ŊG’::ÃņōzĩÕe<˜ŊŨ¯čģŠ?üīøįåFW2ÕņtsņÖĶŅQ[ģąĪ* úvģŧRßgŠå,īŊûöƒī"˙ō…uOŋę‹`ßę[2L¯ōãOūøÉø—ąē&Ķ!Ežâ‹}ûžĪa‚j‘+A\^ HpĮáéÃcÉ"<Ā)žvŽ=x˜“Ė#ŸÜ´‚­Áš?ūīSʁë‡ÕC|įį~ëŪú-Á……›™9TüWŠįDĖņéŗÖÂŧė‹ĩéz`´‚eÖAŪZŅ×ō?ÍØî§%‘ŊÕŅ~ų%°ŸŽ¯ˇļŽžĀû@ZûyĖípŪäĩLķÛ$n„ÎpĪš ÜfMĪšŋf扗]Īz/y/}՞ŠßJÕÔõ’ 9ÚÖ$q‡ui܆†œxŽ&)pŌ PLÚņ,>E_šÖį6ģ €Íŗ ,‡æH&pŠK )!įÔG Âg'†ĶįB8('$dÎėäq¤;pĢ@YđžcÁ‚ ,xüÖ{ßÖnØmģ\|€×˜ÆZ"4Z ķ\Ôã1€s-ūb&ĸČ=ØŽŨūzˇŋq¯Īl€ž‘ųŋ^TĮ§hî ššŲĨtŽ¨ ÷É9° Åäŗ÷Å9œ¤5čĖeš9] ­û‹Ra#JwõĢ>_6˜;˜ÁÉ4US/“…×ĻŨF4Į`iĩĀf4ozž~$ÉbÖå Ė1í@bÕŗ“ŅKaČĒŋ¸B7é'ũčŋų—˙åĶG‡Ŋ”ĒįûÔ*dDü˛ĩš+dDJŲcđ:¸ûTûן<úʚŪäØŨ`˜¸¨ÔTk§´7-AŧíÆyTÖŨÄ‘Ļ{;™KŠr`ĢĶ[(*q,ŧ6ë*‹\ÁÛÃ[°Āmš+Đx÷ckäL{Īß#5īĩFXE}Î&ũĖ‘á2WŠ`‚<š÷æ°č-rx{ÜÄŅ˙ ŖÎ_bt—ėŌMŽŠB%{•ŨåĮđp}x;âbäʘÔ@gĄŽ?‹ûgŽ'Ŧ”ëû‘ĩä:á0öoKŽq}:As6Å´€8ŠmQBx7ÃRãaģē= Cáģ¯úXā€ƒĮĐox@Ē—Ũx=úc]—áQdÚ‹čĒ™+įX§ĢJ’l¤ĶîŠK ĐķAPæøŨđ@Rô‚Á›  S@€Ņäî,@‚¯ ¸‡ÜGãp}˜Vė*D4%UšíŊ2›ZÍúĢ*ēĪ/NRD ŌrDŽ.ßŪƒ-MOĮ9Ą.ŅÍĻüœ­õŽū§DâįÆ°Ûŋ3^ö“jc öm€bôƒAú~Đt9 ˇ7{ĶƒIĖ\¯ÄmLׇ $č8ÛŦî gxĶR´ĐéĻökv…ęúōĢˆ•Yûąf;fâ„ĢûēVEˆD1FuV Ķ@2¨ zzÍåtšlZœÖRLܞĶ°.øĢĀ!s$ˆų8Ū}Įtës@čyn”{‰ą]H&æ°Ŋá2!JPNĪåÖ˙×Ļ-Ō€–)$m};[ÅļŖåąEcūčK“pß(,'eÁ‚ ,xŽ¯÷÷mŨ÷ëOB„$‘ŽsÅPP¨ $bũW}՟ō¨!Ü!‚õ*÷ƒ˜`=ū›÷Hé jöYu}9@3 SRŽ;¨ $˜œ‹į˜xũļI ĮĒ¸„’P͇,Ėg“*ŧĻ1I‘(2]2Weoęh>3Ëėë2īŦ,įSOģČhjŌ[Éa~ŠkŌāaâû˛eĮąŽû*ģÍ;úxüžeGž¨å\§‡ĮÖKŒčĐļ3wIŒÔ1"c˙ņĶtŪ'؛Ė”9ŊpŸúūņîũŋũwA.7×SEĩ–^’9Ģt?ŌŊūŗę2…Ņ‰pé´[ž˙'Oũh;tW‘0J4"?9yˆ(ßyëÁøäŅ ŠÃőZY‹iPÔô ­cVņôÉ}¸ĄĻŠlz^úˆÃu_×pƒ@ žV Q|¸<ŖÂi'šī°ÛÉĐI­ ĐgL#./ž†Lú ۔œ ¤ĄĮqš&Íš'NrŽę8ņ­ū*­„>ĄîėäæūúÃíuŋ.vWxÕøLŽ‘B/x ’fĻ‰fõp8t]VŨ4V}-]žr,<Į‚ ,Xđi0„sĀ% q§1÷‰0d2Ģ˙L]ūXŧ:`+`xFÂĖ™ęĀkGu|Jh=—H€ˆhŽĘÅ!QŽėœ ž1a„8uī2H@"”RĀļžeĖ1Ë´ú&WŠ?ĻęæRIŖF§UE$’jļf „ÖYV&trÔWë"|…~ÃT5W×*ƒŠĨqہáVŦŦŗˆēŅ-0šŪË#÷WÉŨũœ ƒ7 6ëŪ–œ3N#ÂDj`ÛwøWũūÕāŽ.Ģ¸ØtßúUāįđŽ$ 3NŠ˛  BÎ/]  ÎVaO^Ü||0ZeŽKĀpj˜o-u¯×|¸āõļÛíæęĘuЋ‹-°#¯WTĒ1õ*d4ģũa—ŸV‹§MlVpa)Ē?<ԝ×čĻ›)Gz’Öīîuũ†qyČų`{Ųĩ@¤^$ŨãROGėŸ`ˇŗíĄÜ×ėÁC ]Á FŸĻŊa_@“W¨Ë~ėÍŋĨ‚b&5€;F2Ë"›Å‡ĖŠWsͅ]?0Gęû›ézī—‘‹öĒŪô ņkęĮ“„.’h6–2öũÍ˙Áw˙ķ˙ø+˙ŊŒô*Ÿ™ & s\@Ā€r‡Ģ.ÄÔ^Tp1ĸÚ!Āe@wĮ5z|§@&ė+ž?Ž?˜ü/ 8ëėķÂvÉĩ#ŧeÄLwžōš ų%õĪFqH fF#pLBž˙=p’uŧÔ8ß~/™'D€&œÂfŪĢũŋŗ~?Š Ūäû7€ĸbF÷*ŽŦŠsįõõõŸīOūû?ČĶ”Į’" aU”¨ōō×ōxwÕ=ųūŪ2šōáúæƒ?ÜÉßŧ7X‰'„TAUkg&áÁĶ Ÿ•qĸ2Ē—‹Ë˃•Ã4õëūâōōÁ¯ũĩükŋ1ũTĪ˛¯Œũ4ĖÃ@j¸ēšI9ƒŽđ€#ÜįØp*(/™Ī!"ĢMJûiéîĩÂNÍŠ—ȁį„€ Íä%ƒÁ€ķTF¯Æ€ēäœ{R§* ŽūFɝ Īą`Á‚ ŧœŖnWˇŗ°•8–ŲäØ둁;;’/|ŽŦf=; XĀSr#fGã ĄUœ_'ÄąĮŗ‘s›X8ÃŗĸdTVį”:w Šĩ„Į_ũuęÁ4qŪŋĩķ•%3€†#Đô ‘~58Á>OŠ ØÃķÅÕĄZņĒMvŠē4ņ LČ`ōA[˙ūƀ  ē^3üp¸§L 9SčI  cŽˆ¨i„Pd Īw œHĮtëÎÄDD%T$…Ō50jŧÉ×OÛũSĘ8õ[ī 1žē“™0€g3QĪō| i sîŧëē“N-ŒA~F–ë‚o2œwJ¤Č}+đøÃ}ũŖ?˜’"eÉŠS5DÔ¨ 8ņŠ‘aZĒyĒŖ돌ß6ûogŦ‘.Ž~ÔĨvĀáf÷mĻØ×ŧ­&öüīųiŖFá¸w÷Č|kuõsŌ˙ĘČíßš˜ļĶÆMúöoŠŦ‘ CÉ.Ãđō>3.NqŌŧā([žãSN@ "$dļŅ8>]ĨĻŊ`÷ģĶ#×ØåUbvŪûĒ?÷ŽVļŖŠ @x¨Pûęe‹ŽŠāŊ ~U_Ĩ‡ŋUXŨĖ"ĸŸ(2ĪÆ l! qƘyŽ T`œđpŦ&éŨPŅųáŪ“›Š_cn¯ž_wÖĘÖÛ¤ēā[f>ī™g4Uh€}{bŠcš’;ŒÅŅŽæÕ3‡hV<Ÿ9 ę|$ģ{ÎĻuģ2?Lã Ļ*pŖ×bŲŧ^"áŅŖĮŋ˙'ÃûŸ\[Ej…˛š˛žâęŸđîZߚvWũ *÷bŋŋŲEėīíę}^dKŠŠ*ÖĄčEÄZGŪŽ}ˆ‡iß×'ŦE;čzAû_ūÕmZxŽ/AÔpÍIĐEĐ=ā)Iʒ­´[5ÚlsTÉž—ãĨē›af\÷W‰¸ŪĢ˛Ūđč]"#āŗe3ИĄ3§$˛z ˜ęXJ1O}Z|ĖžĮÂs,X°`Á‚ĪãnEl6cx6éköɨ éĖëūģĻ­ņlqŅīŒ‚´†æ×íXM܏'Q PĢØ;o*ŊbtŖæîŦ§ŗ°úĩn吘‰ 'CĄŠ¤ßŦE‡˜v1yŋęŧõÎßū÷°ZC{äŽĩg~ącCq>s/ápA<}ōø˙÷OíúÔC™Ø×ĸ5z¤I OÍû!ÆÃáXé8“{æķp'št2<ędSsļā0ōžâîVCę´¤@¤V)°E…J‚„ĖĄÅ Ä+õ˙ž¤ÅĄ&ā€)ĻbŊSĻ.'ua5ŧ NĻ…2kXŠ—^˙čOŋ˙Ī˙ōßũūÏÃj_ŠkvDÍ|˙…ŋ3$*UŖęĩĮ!#톋ī—0s=ėįãëĮ‡ë‡ōāōwŽâŠ{Tō¸J:íļUíŨÍÅoß˙Å˙üˇ~ã2c[÷"Ļë›_øë÷6ī‚Xt¯Æ>2C<[:~ÖSåΚģûÜĄ9ۏPÃ÷ߗ§í<8’{ˇāåWņi/¸‹°ŋÛíÖ˔2W}•„ q_ņŽ@ųŠĨö&wnڅ9Ę˜¯†[WōŊËė A\ą­aąīÁœRāžTHBƒõpąŗÁqhm 84(ÎĻąrŪy(ĀŠ?úõy"Đ!FîåÄsČČŖŪE0 Äp¸`œčdNiwĮWXĪÜúį…Ö>'´FÉĖ˙䧌÷×æ|ž:Ũ]ÃÄvŋûņßÕî>š[ā— QRzĒŒ„¤ ęÁa’´ëōZēaG6>‘UTiģ¤ˆ €`ŗ^?|¸MeŋbäU&||ōčÉ_üŲú?üŸ|Õ§đkÍIDĖ<&ĀRĮ.a 1Ŋ(ÛįÖīĨî/)¸yø”•Š>ĮJäūū!ō¤žÖɲĮņŪãęö™{zļÆ3E‚z€Dá6evWWo]—ĮÆoœëĀgâ ßu-X°`Á‚įB“Jčā ũąP/ķúGį‡)ëYĢÎnT3írŒŸq§đJ ŧ46Ė…H™KKDĩąjåj’•9Ļũ8A´—ū|éÁF8Û^ĸĨĖÍgOBLb•EC˨‘˜V‚øŦx^+Й0YŠŠ.{üßDŋ‚fHwl<5fX u€mUI‡„ÃzMĶ Ņ3`ĻR9Z=tĶT|]aՃV’´~ė‡§Ŋ–N$:$Šö¯â‹bOÛH •‡7Ob˙āˇ~#7û›‹ÜS§}ąūŪŊŠī\ÄĢŦ9BâX'ĨķÆīŧŊÕI9÷’7ÉĻÎęĶ‹ôr_gí_ŋûo`‹^H­ lÖ}N€O^ 9tēYá-Á`¯6Į­_<īJ“įĩ+t27c´ÜlčŦšnĩ?QcŒŅ ex|ŗ? ˆˇ,:mŽ[ĮįrD‹ėãw¤ĨyŋV îEn(„܇ÜE4ÁDĖŨ$Š}`lÖĮķö˛÷° ørãíhÆYíŗ“p°‰cZgUH ?gCûÂj’BÜhÔHõ0íSW=eŠIvÄSÔ1Ø9^!.Đi–•„0įÔF3ė^ŦsĀ€ V!Lî0ŠŒˆŲ8Ā |ļū™Nd,ÆqW^Ã-Ū Ü 5Šg¯ŪīÛÍŖũĶOöJO€Č­bBæ>ž8jÕ~æ(ŨĮ‘}PšJĻ]ūŪŋu>1NĒ—=ĸ˛í™s´›Í¨įšÔŧt]2Ÿ(5gzL÷īßģü Đ3dá9>…įX°`Á‚ žt ‚pŪ]ßā˜Ã3íÕ}Î*Œį’ņxvŧ~ÍV~‡Nh[kižUŒęŖtøöwßžúÎÛP÷"‰(ãe¸įOÕŃ>'Ē\gÄ˙~2ú!&d‹°úĒOá—FÜë3'ÜXŨī÷H A/žC.˛ €8Õ,’θõĸėˇÛUęZmäŅavĄ!YÕb0öU÷•S1‚ôŌN֟s|žš•lŪí ˆHX$bú2?Á/b†8Ä^ĘxĀ ˜Ē!ˇģ&f¯YõÖž?pN o‚•LPƒŠ á5žŊ_¯9pÁë9Ö÷æĸ< ŠĶŽÛŪ/ãÍze›rų ŽËĀä.Ĩ@Drĸ;­†ž Û¸ÂÜĨ>įSąRĮŨXõzČŨe˜FžËĒŽA%đŌhöĖŌĨõÕĀ§ÛĮí‹ î­¯ōA‚ųfUáÍgŗ^ƒ@Āô’>AĖCËĢ>šWņNĢéŨĮķŗęWŒ@ÂF@`Sø˜RZcZ%tKî+ÆŧˆũÔ˛™åÄŽËÄrSęjŠõæsĩzœž˜ˇrĖw.§–õË L@:ų5d‚Wŗ.Íכ@Wų~Æž )âĶbĨŖ˛šũš8õVŋ6`НáōĖ"W‘ī@ĀDŒĮˇķjzŽ—ķŦēsfŨ-âtS7ånu ęP@båŧ‘€„ĢUzíHqo}Šë@N5ōE_øNúÖ;W\d”XB^éí@ĸLÚ aŽæ<Ä%Ö°*‡l€Ĩ"fįDy2ԈLbaĀ÷ŋķūûVŦK÷Ž6oŋ^×ķ/ĩ(ČȝĻûōŸüøņūôÃéj==K$„ōDßF+ĄŋãHؚĐŌĨ€ȸųä{{öc‰Ŋ›DTÆdNĪjŅNÎ{íī0+Ã*Oeëqȝ”˛įŨérķ‹úž.,ĮķXxŽ ,X°ā…0đ¨ææ•ũL>äŲĘŗ]OPüŦKĪöúcģG‡PD[Ũy]Ūõŗz]p *ž[úlŽčIy¨cę‡ooũРȀōŒŸ§GļĀ7šŨlˇrô5ĐaģßoÄW.×.žęŗøå!;äéõjÉæŠ ôIúÍFgo…×úZíl×ĀåjSŠĢuĄ‘áS)´!ĸ3ÉEuĘĒ‘ënĨ‰ûíáœ5äœĐ{ēŒĐ•6‘!„xļšĻ)•éfsqļc9?č2äĀGŲŦ:Hĸužže3fĩYģSĪÃ$’PQ븈U$dÎUē­I8!!||üŧ†hU×išP¡ĀOļģ‡‚§JlŽ?øøŊÕj†RŠ™Ĩ””RX^ĀæyäɈI˙d-ãŊRÜäūäŖŦcŊĖÃŊ:Õz8lŌx(6f ĒyéKt”\ŧķ“ë‡7ąŋ_cģ?Ô=ęSŦJÆŽīÖO§k1¤ Q@îomû/3ęÜOŠgÆ;Ë Ū†æVm!ēsnYsĒŠšŨŠ™âŦ<†>úiĢi‚žŠ5Ō¯nŊPŌ]ļƒáû'ã˛ŽˆŽ.yu•ßĘĒnxĩÆ?e5Uwęƒ-vëN F#0ŽÉĖšh„ iHÕ1XžŲOöĨŧ:ëânyÜY¤C0žNķ‘Å{›J\# đtk"å€ôPŽčō đWm28…PÜĻaã[î¨7œÂ™yƒĶ$|ÁTÂj×IE50JŸwĨĀ\Ŋũ×ŋõkX%éÜcė^Á—5'(°]ēLi‚Ē8(\›ũАŦ(ķ9îJn¯@8ÆPė8üķ'?šŲeå6•~Xôp_0 ) IĄōÄn>Ø?XGbĨžĪŒ;å&{šŽÂ}Ú&h â’jãFEÄGåŊržŸ.ÁœîÁS{{¯ĐveLōz÷Čuqžģ”ô_€å¤,X°`Á‚ŗ@QĻNē[MģtJE¸ ĀɁ*ÁCƒyÜŊ7 ¸@˛$ÃäNL*N­ÂŽU8 GÎ[›sį„{Ļf…rž•ĀũÖõŗ+q‡čC$„QĀbpO (‚ėD$åqy2ŸšķûÛ):—ëÖlW%ę¨cÛ xdNQ:“UēŲĪ=LÎŲĐ[žãÎ) L¨j“mĢ•ŽIÔ卒~e8=†ŒūĻTx`ĒX%œō=įW tCØŲúûaGD-Ųá%'ĐÄ<a°0ĐC2WŨåŊū—×é~ÚôaHĐŋđh§ĄŨŒÎ9,]ĐŖĄˆH MåpŊûd;}t°Ÿ4áģÉ#;(prŸō5Āˆ2CÛUoįŊEqŒœ($Đ7¯ž$uQŖ¸Š§äPÔ2Ž ˇTÂæŒÖŪÍãÅp§×[š3\œ+E$Iw[Q)Â[_-Ã[ĢŊų_˙§˙ņßē˙Ŋî@‰ĸT…8N“āíŗęT,€Ãz. ŲŖ7hiŅĖûiīĢu ę^1Ö÷)đ˙ŲM˙ũ¯?ŧų(å~Ŋúfp“đŦ2°^àŗŠ^ëÄįĢŨe'’øDoÜ}ŪN%9Ũ_q<ķ§…VB2č’b%ŅĶĻô +ŌĩËģÅȡNƒ'*z:swfĒ3.8(ˇ'Ļ€Ąn\]^öģMˆ¨vC>,>å€ČĢđqT;Ī÷×ŦũĐJOãÃĮÅáü÷vtíg 2™uŠŽk‹Ūĩää@„„R<îa–Í7€æ„Šõę @ĐĢB{3Đ+՘č@¨V[í˛‡ķųQ“ÚyĄģ†žvHXí#Y‘NSĒʐ€AUrŠĒŅŪPōčŽ T'"z ŨŊy\9/Š$÷Ū ‰¸ĶŠŅ>ī!øėMį=č3ÉŧÂøjHķ‹Ōg ĘÖHN#(AASÉŌâõkĨzU¨ˆMÅĢąĪ’Ün’+7¨o_ô¸XaH[1ô}֗ĮĄč×āēĒW`BíUû•ÂEŒ û>§SsÚI´'ļ.#æ1ĐÍj5i-•oöÉ ‘„b¯âāÖgl6ōŽ.Ô5X J  ´¨š °—]­ŌĶ*ÂĻÃ^U˜zÔē×TŨĖl‡čTĉ–?ˇrz\zą)J?M“jîä2!PĸŒČglęzƒąđ ,X°ā‹‡ Ēņ  Sv¸ z€‘ Wãö‰rũGˆ5ĒŖۀz^Ēƒwūĝu¤ĨÄĮŸl6›‡m.Žą_įpę~“n Ökë˜ ĄĀ¨D‘æĐžsōųØ įDĐ÷žq‰Ø1„žŽ­3¸”Ąš<1ÜWh…ė@åļq´ĄˆÛ´sÕV#!€Ė”Fį*k§OëÍÎŪ–u˙äŅ˜¯62îV XÁûÖĮwFuĖí[ āŒūöŖëVpĸŽi­÷†šÆ2ņŒ6Z¯LdJ:Iō]Ū[! 6Ŋ™ ‘āŅ<–… rÎĪ §Ķd`í1i-.Ũ˜ÅVũOŅ%ˆíqŨÅˇ˙ŗŋ÷ŋ˙ÕË˙БšÕ[´†ū/x‡8QũlEj0ūĢßû?ũË?úŋŊ)ˆôŊ9U'éę;īũ7%~)“€ FĀf2ö,, €õøĮøŊĮx÷ŊŸ˙Á?Ül6kIØw¸ßK „}Ÿ¨@€3áë !ü6ĸöhusd‹įhj­ĩÖuŌÃ4:ŦĩE6•C$ Ía#^ąyÁd Ŋ^š8”ŽnheĨN]í<)öÅÅCęécāģ@eŠ¸d/×/:"Š§UÚŌ‚ĸ†Î€)ŠĢ¤”Sę'Č÷ž|(zųä0MÜäüdĐąŨūüÅÆæč/ķÚŖ0¤uÆ[øGN}Ĩ1풁G—=&‰RÅ÷ÕßĘk]ķ×ŗi_b}}PĶŅ4ĩ›Ôw˜HĻģppįžúÃë%ęæššÍ3”Æ(°@„'F’8æxFäBˇD}–Q~ÔC„v8™_€"’Íú]}WôfˇEn-:DĶqúr th¯ !ŅÉÉį•PĖ&Š#ˇšéj”Hm‹Ú%D@ÄÖĘē•éĀŽš¯•>é C$ēN(ŨÆë´_m†íC[û{+öOv×qīŖo˙ĩ?zücI"yiÎŅ ˆDŽB'ęD q}‡Æ0Đ#€“@Ä->ëæ‰ęãũƒ÷ō/ūŲī˙$Ûečf_ižk ŊāßŦEƂ ,øŌĀÖ˛ !Æf'â öá@yō˙âŸÆv’×áâg–t8a2b3ŲĐd?æÍv‡ņŖ“{Šg.‡`lētĪŌC)^Ģî÷ãS?¯'ęQ[2§?¯’ûpė˛O"DZŦ7ĐĀdÄĮ×O XāžB7ŗī}څâŧØôëĢ¸š÷Ķf•V›u—°Į•nX‘NmŒ2Fr ŠöŒģT€ ܁JŲŠū—˙ō_ū›?üũŽĪģ›m§>i'Qmĸ¤ķ͇Hî €^ŖÂ(âŊŖ{đÖˇ~üøņA´&c^ ŨĻáāÔģíÆ2ŗŽø\—zfBIwžņ o/‰ €á<Íž;rė1Ÿ7ŖË>đĢE§C•u°Gx€IbB¨ļPAH€Pē‚•2™m†!!^ŦÖĮTy\dU$EĄ‹…*UIžæz;œpŠ&<„HpB4PISŒëŽâ"5“á0^ģîk@G ĄŌ\æÆËäGKIAZÄš`ĀńŪBBÂ#+Œ ŸˆüˆėŗäK“¯VW}fšŠŖĘC[ĒTDŖZ‚Öû JfM56á°Gę#¸š Ā †T ëäœéFĀ<=Ž{Gņ”™ˆęÕȁķŽßįxĪ¯ô=GšÕI„ÚXmĸkqnÆã;䃗q¸˛đO°û/ūčßū“?ųäÃí¸w¯ą÷>=•đā[\ĨâaûÜį"ÖrÆ­ú0ˆaŗ­î­˜Ā“TÁTËĄÚĐõ‡ųÃüÉÃG9¸ŋžÁTך‡ųIWíŗ(Ųc¨5(OķjbXĨ˜6ū‘bDîŸėĮnsõ­N˙ÁĪŋûņßVë!‡öT:Ū;GļËUZ8ø]_¯v´¯¨ÚüéébŸãÎkąĨʝoë wA%ō9}AĪ‹ŲAWHp&—–‡áoV­ŗĸH"r8ŖJTĀ‹`L‚N,'ûΡŪˇ:útXwžĘ9g•PĢŠđ|^U°Ë-î2BZŸģĐ4YúwO?’ÕāĢūiõÕū0­Yö¸™n.ųÎW}ŧąˆž\_Õ§÷CēZFôŠɊŠOÍt 7“˜ā–āNŧƒíÅzį °ún´j“m’ŊKņ@ØuØÎ}‡(Dx"$ĸZmļ9ū)I‡ņ Xûjė"k”!OH]!]×uHÕŪāÎå¯ nnnŦŒZ*#nvHÃ|MY‚á‡ŦΤ™Ķl¯I‚l5ä)I9ėŸb˙qÂÅÁˆÖ[ü:‰á$d|˛õz5VVŦūíOūėĪK}ēĘ5%Ņ5Vú6cęÅ­VĪ:ÔQëĐ8§;ÖiW\zW„ LCf‡›,īQėƒÃ!9įaX]ØíO?krĒ@ZÕ¤¤VĒXí­îā įē{ŌqW÷'Ū˙`úO˙ÚŋŸKú+ĩĒÖĩiIŧą9S×Čé  FŌņŌĖÅ+€ĖÚ/ÂŜ1ŗ8 7ßĮpv.kßõU_ |ĄAD넸+ü ŠnÕaķ‘uđ[žę<āĪ;ŗAx˛ũ¤ˇwDŦëŠ=Ūë…XxŽ ,XpŠF Vg.@r׹tĒī¤õ“G7+JÖLŗĄ–äįzTˇxF9õa5W“NĶX&D@ĨSGRø"ČÕ¤š†¨äēŗŽņ—÷đˆŠb€#™ÂģYŪxSĩÅQĶˆO\ž\>Đũ4ļܓĶ{EȘøūø?Ø^=îÍßž¸˜nļN†…;O͂¸õF?Ÿ¯KĨ>øίüāéa¯'žcÁ‚ |ņÂ)”hm@æsĻē§œ‡Š#ë°Û÷y­‚iÚ§Đŗņ€K€”cĸ€ŦŒÉ֗š\•ŪUI.bEÔņ~¯!ÃMŪl;>ŨÚũŪŸ˙ß~üƒ†€õ"d˛;Q@ 9ßņ'7Eˆt-ČÔéz÷—ß˙đģ÷2—eZ š„8‡ü+ķĪEžĀTâŊôõĒ– IÉäø!A4 ! ˜øųZB1~˙‡c ī;„prL‘ęL‚I1´ļĩŗ&ē/Xđ`Nå zĀˆ–!áiMbĒ"Ģ0ËdV™č•įâ9"ĨWŸmI\*hâ"!Ûë Š \Á0#tŨ2-ų >/Xá: n*ÍÜKŠ dí$$\œ Ā¤5FŧBĻ€Ķ+ëá‚q0ŸBĄš(Î0$EĘC­ĩ”"áEÄ­‚ĐRíiG=‡ÄŅY NŠØ 2*œ@Bu¤`!J‹–ĶŌ/šā¯‚ëëm§NUßty\…X€ +OÛ7G{=‰ČÁĢd,ŧĘXWI_Ց>y'@ėû›H(€hH>p“×Ģ`ä`ˇŪŒĶjŌ´GūQŲŧē\wåÁXßV};R)ŅĢ2ė`†—‡ müMSd7ëĒ+Ÿĸ<õŠPåFIIN×S×åņZÅЉ zĮŦˆ ƒá`0œGČ.¤v¨âĨŸjvSŲÉķĒ ũ.âŅÍÁ‰Čzáč=]gœššĮËáS~5įE€L͸5čN "Čh„á.ŌŸ.Ŋ.XđĻŖE"!>Õeį›ėĨĶ\‘įĐ-f %Ø4š3Œķ8ˆ|<ž€V0c@×kŅĀĒ—ŗÚ<ŋšx­[ ,X°āëƒ`sm?FuÍÆ€GhßØg” ÄũābgØĶ4܆ Đ@3v‡3¤WˇÖO‡‡w}î i2Œ“ŨÉö<ųĐa6†ĒBGԄQŖÎÚî$*C¸æœƒŠL\õĒyŋšDá)E8-ԘÆëØ{ŦīYā&Đ„! ´ßėmoåˇngšĻÕ}!ą  ZŸú•ô`“QÄ.RåNģíRQ]đõBËąāė? Ō'ĢâQŨÜFsF*JZŽF÷_üN3ĐĄĐɖŒPtũ°- ÷ŨĻ7Zā€¨Kčå‚ŋĻ˛ķú„Ũ>äšI%’döDaP< ԑHĄ¸CqÚ#ĸR‚œr0BXED{Ģ sßåAˆ JvÉ)īúßr×uE  AI&p×Ir=AIF8$Dî*&,x5ā}‚tɃĩäR˛GD„°"‚rëSŌdDđų/-Øé‹…P UԓsŌ RÜÁœdP\đZ8öÉŌåuAÔp#Ēęõ‹ š¸—ēÕÅaü‡į?øk——k)ÖŠ*05.4ĪŨŌwŠŽööĒ{1s%s™I‡qrUŽLô‚$hYá˜w7s8Įü4G<ė'hĀSUõą3Ņ<˜¸ØŌ1ļāķĸ[oę*×îaŠɆA5ŦL!čäđ^ŌûŦIčNBĶō(Zđųa‚‰A%Y¤R{g¯`QU`dķeˆÔáDoķnŋØ196ĶËp/R\ĩ„7ŸsíE!ŧ9Ļ<ŊfũÂaŖh¨ę5v“Âw7ĶXm{ø››{˙Ņ€w€ĄĶ7‹T ķ9Õ!‚2o‘čŅ"ōˆæpsŸy;J[ú|MņėũEpŗ&}Zj Hnqņ5ÎF-8 ŗO]ëŲĻ™H—T¤5†Ą“C.eōiŠXV/ÆÂs,X°`Á‚ŗādīûŒ ”ît=” D {:–KM¤bVœÁĢ…(B'uĒ(S˛ē#ŧëS‡lÕÍŌîzÚXîēûĢÕõ”>6ÂÕĐv?5ŧÄäÁÖķÔÚžĶš<;ĒpÍ5E5°ļV¯x†ä8r9]¯aĶšĶRĻ°HK]kz#Ņ6zgƒØ8^c}’Š‹•C§]9ÆžųéB™ŊĒ;ā_4k8u•–7 ´.-SÖĩF Ÿ" Œ:í°ŨĘ°?—°S‚=F‘¨„I¸˜rs¸ļĄĶv,ëq2jî˜ō*–vöŸAũ°ŪŒūÁõŸnëvō(Ĩfe•hj!õčbRŊeFq"o$ö=Cā”’Ļ}P7Ļmũčâ˛PŸ~īßũãŨø8‚fPŗčōPkåĖs´ĩȉį(.`âČŒÔyM1n.éŨ¯ŽJ­ÕęV—"‚Ī'ÆRUJDŠâ`JO>Í=ũ4ßQ‡:°HœEÍĐoļYÎ(đZĸN5™0/i›ÜáčUč}}ˆ;ËĢ2€Ú­LŠœ.mčˇû{iõ^‡ŽõČEô¸—PQˆ[†ãvc„ģ[8D”ÚōˇÍL™˛…,§9ā9ūéøeZq’8t¨Ā=M´ŠËËUŌ\öģ‚¨XŠ$0ŌƒŠk H g™_ĸmbä| âg2•cŪÍĖ˙÷"JC?_•wÁ‚¯wÅķŨĮ¸¸ėvčõØÁ@)ĩ‘ gė œ_ wfA¸ÁQpH—˛{¤4ô}L_õų{ąđ ,X°ā‹Įė~ë‚hŧNxADÖqˇë¯.uĢ1Ņõ­{ÍWąä3éôîâ ¨‹ē0ŌÜŪI‘äÕk-–¨רc*^Kfē/ÜXéjÉÕiŌeĐļžŗ~ (DĶø‡"ô/|–ŅĐE÷ wq§|s‚Ŗ ¨c h ŲŨ Ō‚ĮŽ=IŽäl;ß8›žÃBĘ0 VDJ9s"˜ŲBg,ø&@≮!Ũ'¯¨q1îžģŪ|øū‡›Ë‹ÃᆝŒe_æÕČ3͇ Kč­jXŗ†Gˆ1ā%ĢŪË!?¸{šė€ašQ|^8ŊÛā#|øūÛ˙ËS˙‹›r”ģ¤ĒYwÂ=1áčŒpÁJO`%GD‚]‰g°´'C Ŋî|<ļâëđôĮ7˙č'đ˙Ŋã¯}R+ļq–q`ūŌHšÉĮmĩØ¤Íˇ§m D§1ö÷/~ũˇsûsķ'"^%w—˜l‰á]𹡎ŽđAĘ1ÖPX`œ°ę1"wDĀ[d\kž7}EÔŗ"%„ŖSˆ„—N2įœŌ›Q’ˆĢ })=¸ßŪāÁ}ėĒÕŨUˇš …=Ŋ9ŨГ4ŸŽ"P@y\GĶÁq„Ãņlߝ=­Īqšg¸ĀE(uĢ‚vceëcQlÖ8ÄŪ(ũeŪÛSčėĘMÎLč0sķdŗEÖ‘´\—œsTx.%t}JķqÄ­…&.“Ⴏ$žį-Ā4Á“ģûiY‘ŗļûQĪŲˇl,yw=C$…;­R:ņfLÜ_:–Ķ˛`Á‚ Έ9Skf;€æŽĻŠŽ75RŊĖÃöQŌĐŗíëœnⲉzŸ ũŪ÷”ĢuŸˆëí6ę }J]Õ|_mīŌ„BD–p"¨ HÅ$„ÎĢ˙OuŒ}A#I2 IąÖIu*×û čNÆãˇĻ L0Æ1ƎÚeõjčģ~o…ˆ€3ŽZxŪրÎÔ?Nø:õPŊĢOöOÅ6!LDcÅîvĶP‚S 5=Gō@5­ūÎaú[ī~ģ~›C8ėR§“Ļœr."gŌˇ5gđäŪ›ŗõ…ųō~¸üņīļ‡=„æ8TÂSīĶbVąās"¤\O|"?ūhûßīøŊ’J—/û{ī’,ĶGÂ-9ˆI˜Žƒų’ã#‹Ž¨8ö8bŽČ5qũėËļo-Ú´pĀ ”)5•}ŲW„dŨÛđt÷“oĄÔpÕ`)K>͂Ī l˜V”š•$ V Š ŗp uŅ ÚŅŊíķŅ…—ā$JIIYCĸÚi1DÜŽÂ^¯ēļ’^zĢ\o­\X ÜerIõh63÷]5œ&ƒO-3Ÿqdjˇŧ#đSĩ1|ū+*$ ‘&°fũ/s,—Ķ~* Ĩáz ä"_9* ēÆ>8Ā;égZŸ “ŧLčķ{™j)eûč‘ŋ‡M3>JČŅÃjÁ‚¯fVáŲiaļn;Ūēä)?ãœˇĀųĶ õiž™âäŧ ņ‚€ČŲ*'o:žcÁ‚ œ „KPār§Ŋ;ŒkĸBē÷ŋõŸüņöˇ1ŠoåˇsŠøÜåĶㆧEę[t‚'O?ųg˙ėúƒPžÖƒČņãĐĶđ¸ëäN"*„Z™ķ ŲÄīå\gŌąŌÕ4z­Ū™o€Œ‰SqÜYoųüGÜr…Ķ(¤‡Ũ°PÔy™Æ:Â<ÜÚ6‡A?S€€Ķ“G5Ā‹wŠ`bZåė§ąëŅlôŽ(eYļ-øÁ‰JŅ"ŌēŅŗ{Wę=Ãöãųŋō6ĐãXņh?ržŠFm.  Éņ =đøā{úgۛ]7\¤â(` 1 û¸āķ‚ÅōC>HWī¯úƒãø8bØŨ”‹éÜΎ%C¤ēĖëyoĪļŸĪķo‹™ûöq˛Įlöų3~Zb~ĀŪâĩtn\ķáj“Ÿ<ŲęŖëŨ'{Ā5'W:žcÁį<$Öbšëĸ“‘2Ŧ×ëC-& h™Lŗę™f˙@Q/‡Ŧ4õē# bQĮƒĀg’ƒ>gĸCxNĶ¤ĪuB[¸wĐcÁĐh¨Åuœ†Öũ ō6@[ž+e>÷ûčļ3Íé1Ũū(-ą[€ēĄTÂŗ#Wäđu‰uÅ`ÕÜî_ŦJŽy­3û4Éaō<ô)÷p9i'”œVÄgZ°&€ÚE•Ą[m6|đÖVÁtÛ5g‰ŧ^—Âg€āŽōŪ"~ž„ĩ0Ķé–žggAÆlŠģܒ/ÄÂs,X°`Á‚/-ÅNNûŠ€ēˆ“!‰ŠúŅkÉŋúkØ\Á3ō vΆa‰;<á (GėwČÄ~ģûīūUôCŌ.| Ņš˛!ã '”ƒčaÕKĀá!Âč%$y% rÚ9˛EĄgĩˇVȞÃŨËSėûõÕpY>ŽOŽ‚Vt ā?úņwŋõ-UQŗUąNĐŨŽų"ÄĖuH Āč!N—sŒ&Øŧûí?ūᏧiLĒÚŠgėN'\➎ÁŽÁ…æXđĩB@‚-ī´U p vîģßŋü_šŦw4Į Âĩ…Áž­t@ßūØ; ŋ\LĶēĶÎÁũ4ĢĀĶÉ$°4-øܸŪ^_Į'ģéŅTĮ~‡_|īģ+&áV1jT@".nØʝ¨`dg’Sږ´āÍpØŠQŅž7?ëię͡NŠ.Ŧ–D'—!ųĮ?>ܔÍÜkĀFĶtëyĩ`ÁĢ"ˆáb›ļ^ģĢ‹Ōį‡ģ­įŧ+e¸ŧ4šs4‹WÍaõ|…+#>žŽ;Õ+í%JĘeĘŨp9dFáôāÜ2C¨ŧf+2Š€â*DLá Wu&k†Qnp;f˙(ģÃŌĪĘåįđ܌ņŒžōyÄ3?@ËÅ!pŲŅ†Â>d¨č+:‹âūđ“'XņŪĻG}ŖVųjæNáæšvâlŒ×-Ī!€˛ 7ûjãNąß]W0v´įšũ-"“ žļœŌiŽnwoųŗ&ßŪ\ķCāĶ´J4opaؗÁ¸ŧąXxŽ ,Xp˜ ­O“€:H.pJ˜oĻx[;hF%rFÎg\:ķT`8iŽŪŖƒ^v–u@ęöĨŽČJ•N/”ˆ\ ĘĢØč¯Ũģ÷ŨíG7T‹ =#Ģ%ĸBļ`9S>"ī÷)i/  '˜ųÍūéož>éßC„â(‡qēĶ/§ũ˙âW~õķˇûā ;6q;nÛSO qĻx@€GĀŋūûōįģŅʕmŲüíõŊMė]\ē@gĮmįŸZvR žāŧQq0^ÄĢø¤2…—ÆcíԄشÔķÔ5NŅĖŅęC 逮•;ÆÃÕúĘĢév|\9î&ŅĨ§}ÁįEč;÷é“tō;äĮĢūâ[—ŋņ?˙ŸūŪ¯e”Wȁû8nE@ ÛɛfRhA_œk ČąāPīhqį;Ÿŋ„pĮžCrHĀG”Š÷˙ß˙ú˙üáG˙öÉ͏ĀLU…zÔŅöŌQ“˙ėæî ~Œø¸î…fī^}÷īū6ūÆ߸wuM "!ˆæT›# pŊõYúâáŋĀ@uė đģÛßų'哏ëa§=á ģœ|ĢäNÃŌëė™T*ŅÁ:¸%ë˛I &’$Z‰€ĻzZPū´Âā¯XiŨ?wŨc_øũwA Á–*ˆBrMCŅ•¤.Ŧ3M TāŨËw­“M—q}< t\1Ÿ&šķōg­fP€ļxûōŨ~|5$€ ĘÜGG=Gŧnäׂ_,ÄŲ´bˇĻĶZqŪ jĖĻŌŸúęŋŗe…D{N,ë“`á9,X°`Á'0ļ§u#<ę𩔀0Ũép9@Îû<Š9ŲJ™÷ ŗŦA’îŨƒääJU-‡ŠN–'ZM^Y+xpņößúĨđ[ßųũÂå/(ØWx`Eô …ļĀš|Ģ€tŽ˜b§ôŌūŅūëßųĶüũ§§2Î'ŊŲøįöKûˇ¯€XŠõŗUG–™ãš{v0ۏžŠŽzA\ëRĶ4a”îŖÃŲ6q.á§|?Ĩ,Xđĩ@ЃzX• ‚F¯) †HĀ„Ō!5äPAķ­ (€C0VĮœdWĻš:xĀ`:oņ,øŨuŊá´ŋąQ˛PÖøåŋ”Đšąčá}Nļ‹ôĪ“FĶ7#û Hc6^"úĸÍ˙Ņe€N#ž(ü“ĮũčÃõeDÉ@Ô¨QVÕÎød_đĀEŋ9ԛĐךw}7Ąß† ƒĖĘ8Ī 0hĀ*4m5ÕčVĢ‹dV'ڟ"ĮŽĨ×FC+“#9‘qëhƒ0OsĪQ ųÂÅīŨzáøLĐĪŨÆI!Lsõß 6/ē‘ AŖÁ>ÁDĨĻ2Úû7ĶÅΞlËuŋĻŅX#Ģ'ĀCŠs2A“āiŽ;Į¸ËÕúí |üũë˜Ėcw  JģG,Ëķ߀`3›}æv7~i÷ĀsģáfÔNa„3BÎʃžąXxŽ ,Xp˜=ė¸=jz \ô­%kALõj1ĒŨy— qˇ+0A 8xQ¯ŧîU”‹aĩą2I •°U~ëįßû›ßŊü;.$ÜØĖslŽĶųŽ_ €Ūlž‚īŽí/ūėGōn’Ö8ŋ5‡¸ ,'åX?ĩ‚>î'÷™øÔŪîœĘøfĻ^=íT!¤0­˛ öĶūęĸ<îc–ä~j_ĩ`Á› Ē†3Ēx…;Ŋ%Šö•ë‘WĀ[@ÚBŦĀ†šÍũÂĮžŅ‰6ûduYĒ 7‹b/e§ėW˛_áÂ7âãW}ŧą`Čē_¯ąēˇš(ē­ļ9\3ĒŒ}×kŖļ]a  Š=9ŌėqŒE4ķ(Ļã“MÚ÷0äšūĘųÂū4NJQĀc<íØ ]žwu9Åûæ“ų@D@""Ëļt†ázÔq˛čd Dô@Ÿ)¤˜ŨF[öŦ p栜/ŸŠĀuuCŋ)AuĀÃÆ s>G¸¸šš€ņĸ[éĢƒcB@Ē¨C#:0VY+ķHZ4MPPîĨæZ%ŗ>æÎsđnáōĶø)ī÷ÖUõî9q J@Fh&IŖæƒæJ^įôx@^Sēto¯ÕíbûAŨ‡û„û‡§‡•nčē‚2ēŒĻ#ą"ëzĒūÄö<¸]n ÔÉĩĻ´˛ €MĪq›‚ōUū œ/h-zÎ/jžegÔ7ķÖĪĀŸ;or1Uā„õĢ>u¯)žcÁ‚ œ!G÷ætkPŒ ŧŽ;†$Šn@ŋJrNĮĒ#æúŪq—"Į]J/9 ‰ãa`Jfã¸ˇ’’S?ôĢIuÜÚãGģĮGyp\ĸ艕F%ŸUŪ?NûžK}ąDEBŊˇyûūŊ{OņąŸB#CáŧË`u[#rˆ`8)?@ŪzUŨž"žkܗ}× ;+ûˆČY•ĨuĘČiqĮfGrö+bÁ‚/„Kø3ažĄÕĐ8†Š6öՎĻgãî8ܓˆ+ĒŖy‰H]o‚]×+?g|Ō‚¯;nĨLģŨĄv“¤ŊhšLë G´›"ÍW˜ĸĪėí_P†8ģ;6Îã.ØX ˙ôO~a@HčZJ)e”N§‹)PRJ´„žŅAhÁ×zPDšgx•ÁģåvOĄ€ŸsԔ##bM%1õÚAĶ4jwîŗę7ˆĪJíūJNi€!NxÕ 1  ĸ *ĐCJ¤™ŠásÅųĪŽØûg¸ąÎsŽĪ'ûW‰¤ŗbŌ„E0&/ô’ŧ„âp˜.S7č0Ų”q™ú¸xē5éi´ÄĨŖpģû qKæ~ąŖˆ­ûcŲßLzO¨ÕMkâ 0„Đ<D[ׯ4pī:J˜ËŅå¸ũtB‚ j ‡ÄquĪ Aļ ‡į`ĩtēG|ŸXēŽņ‰R‚€GĶũ@øB=€;ūĮÍēŨ>Á”CX<í8å5ķYōļS}~žģ!bū_ž_Üv:MĪŧNģ˙Ä_{ŌpDËRZVį/ÂÂs,X°`Á‚s@Ô܉-X€0jMéQąŋJÅĖ5¤Uw$|I!ˇ~tûf ãܑá@…$˛ÛÛ0ēöRÔ#Ëdu?îëjēŧDŨNë~_!„*ŠjHŌT}MËcžûöŊ'uŧÚhŲcčĨh>ė ĸGô„Ė*—*âW†HÕķÄpũ°đĮÁIH V œD$D :eb…H!2?ËXAëV]°n÷ßÄßyīį>ød dfĶG^ŋ¤ī@•žÖ(*ŊÕŽÖéōBļģ§÷ēw'ė;üüõίÖÍâ;qOwRh^ 8qâfNķ…$ >7!I@_ę~ņ3? ˆ˜É#ÃEgņŸÕ%â˙ĪŪŋüȖeéØ÷­ĩ÷9öp÷ûˆˆ|VĢŠE˛ØÍnvģŲ 6Z€ú!ugš4ĐĄFŌD#MĨM$@́D´ ŠŅz€lŨj–XÅ*23Ģ23^7îuw3;gīĩ–û˜šßˆČ ģ™áyũFî_zîđkî~ėØącįėŊßĮ*i–”ØĨ5ŋ„~…ęt:Î׏ÜŖZO>¨ä,Vĸ,’d=F)~k¨8iv‡4ą‹ÄembD ƒÁ&"č8ĩ€Đc°8 #¨ŌÁŊđ‡=¨„N0‘Ŗ4gãfÜŊŧ‘ē‰ė@ā†p ‘íåãhŖō+É`ëķ†h@CÄÅ•R›øŗÍ_Át˛Ķų• €Ä]\´‰†Cb#*P™ĐĘ-äŊ#‘ aģv‰ ØŦžŊŲ;˛‡†#”û•{Î!pĀa˜@Ō¨Ä’°ļ"áIEž 5܇Į}îōËÜ&č€-wöÅb49l}U`Ŗ÷st~)\ŧ,iâĨ*8ˆûĻF(z~ū—BÜõQAl‘Ay-Ĩ÷ˆb‘'$HđvG2—ņ’ŧšP–`!ãXČķ‹Ė'ĪNuĀA€V-‹i7ĨC˔2 `ā„uäj“p$CŪŽ NŅ kK‹€‚Ķéņčjˆ$ w”R|™˛k ĩ%€ "?ėu~6!5=ĶŸ~ü‡ôÃŋķ“˙‹›ũĢMÕ˛™­ļ­U"ydD ô:´u@Fĸ‹ O‡›4HÎ^ũPëÎ9¯Wiį˙í˙ū1žŠ{†3D„&ōÆæ­GÍųöpØŊwņũŋôģ˙öŋ÷˙ũíæ`:ԝģ†ÄŖōûųR¸Ø`ā~CÛ¯0Xqŧōļ…,ÉĐõhĐ@i˙hž%zžŖĶét:N§Ķét:N§ķ¨q" Œ” C˜$—VB490¸"ZÍųbíķ€ģŗ„%•€ ÄÜ,Í4B a¨säÕ*m}Pt?cöˆ™uš7Y4ŧļė/ NAxö‰x(ū ėKŠąžæŊ¤'93’Ķ°^}™΃ztÎ@veūÃ?ųÉö‡?ø;ģųO5OÃ8ŧ˛Ö‘ DBd BnB É 0$ lzV o.Íń–ĨŽŦ0°/ŸiZÆŗû92Ė.Ģ"UüSŽøķ˜ūúī˙;ßڌ4Í7y¸JJ뎝‡§į9:N§Ķét:N§Ķét:'Bˆ3dŦĸ&ꂐ›:Ũ‚„ØŅ˛!ĸU úųxŨčÖ:0 qö€‹2¤J…g$fĮ éöļ„'–(u¤d¤< ÜA.]nt6'AĄ§äøy~!ŋÄhâ—O6ƍ’ Š•j¨/ļ wēˇ įnæ?qųéÕķĸ)5Ē•ârÔ!VG{×< î4 Ah…ĢŖēĒ7KÍšĸlÆ˛üNā+GĀķ Ž:ÍSx ˇÕÕÅnˇÛnķÕåĶŨˏ?}õ“÷7Д†‘ÛÃŪ¤ŸI‡§į9:N§Ķét:N§Ķét:˜#ČĐLĮJu֛đ…3T›ÄŅ˛ĀĘÛá)1  pfCÖ1YB™˛Ģ*Œ(Đí:yÅÁ1d)‚HØWŊĸJ4™<1ÂČV€ož5ōÃdi`œ§éE nõâúæf;Ėé+ ŖōO}ûu‘@TÄ‹ļT+sŋūÅííDĨd›v"‘8ËÍÁ}ö"åé—Â(2v¯†Qˆ8öspņŪKĩĒ‡œŠ#ôĻŖiYmHä§ÃöÕĢŸÎ>3AŗHNÎæ°(ŧkæčĨøoC¸Á‚pāģßų—˙Ú_úo_­~ë°¯g@B ÷!ՁÅÚĒš ßDU°@5›ĖKDĨ„pPY-ŋL˙Ę1čf–WRmŸÆ´ßUwŸŊúqJ9:äŧF`œw‡A°^]ģˇ};ß|zžŖĶét:N§Ķét:N§ķx!œ Ó{T‘CÎ%ũ_üŨ˙ã÷žŦĘîZëzŦûō~MaŧÖEyfÜöMĮĶÆn]lŸ´pP“ûˇIO~÷cÆ1ˆ¨– (‡Í“-\üĨxJč ąB:fHŽ¯ķuPC˜€PąßŊ?ŋĖÅÍ"Ļiē*<扂`Ouŧ]¨ŧššđj>å§å÷~ãߊŋHŒ„f‚8Pwähyœō …÷ë&hļô…œéD^—“t ”Û÷ngüyŠ˙Ķ<}¸/‡Ģo%];ÄĖÍŠõJ'ë͝§į9:N§Ķét:N§Ķét:— ‚R—´@ˆC iJČ|û“Ņ_–‚1aĩ‚M7ēÉ×IĄ÷a¨ ´9ā^ˇÕ$pûé'ŽíU‚Ņ5VŪÄÂü8j:j{)öõvĩšĒVŨī|8üauŋ:o=)Ėn"v]ĶūpŊÁUĶ†ÂrâÔcĶF“Ë0 Ÿ˙žˆ8=’Ö)-ãÜq$Ü %ĀjˇĄ7ĒÃeõpíœ&›†akÎ.€ÖyhzžŖĶét:N§Ķét:N§ķ¨ ¤:ŨáKexBéC%Y$…+jbIdM¨uņÎøúIžRÍB™ED Ad„WŖ9āå€bQ%#fE-ÔË%ĮqZfcyœ0Ôx“ˆķ/0íŲXˆ/??ÖŨ/VäGĄĸÎ[ÆAgAAķ|9%3.Ŋ‚PD‚ˆÅWžėûĶČããįŒ„đ8šNÂd*P‰JČ´|F:‡¤į9:N§Ķét:N§Ķét:š @3qG˜8Ô,L* ėĄ0‘B‚I,ø`ycŽCDš(Õ rO DŠs* S3%$\ š`”VČ(€‚'û„0‚ŠĄĸZ-‡!-é\:;$C%\ G3$ãÁīŧU$„!nQeQKĀį2QrÔ&Ģ€8 ŽLV~V˛áM:ˆ(8ļƒœ(hš ēˆŠH ŒĄoûøu~-čyŽN§Ķét:N§Ķét:ÎŖFZ\5pT ¨C\’@,ƌˆÔ¤fyy¨úņPŠ"FZŽE„ĘŠ! ˜Æ’ąŸ ĄÍæBI#ŧFŧ˜>–× —öŠã‹\„ŖâaF)`°čS…0íkáøîŧmBY<3[Î ’tŽÉŒ âžŗŊĮö& €ŗ"§wVŽīu,Š‘¯—lx49?îmrd` Ŧá¯ɃŨ ŖķĐô 4dpĪ€Eƒ`jeXwsYŪÍj?ˇ‚j3ßŖ]?vŌ ^¯Ė9 ÉA'*Ã0$ēÔ ØĒÛ `éÕ?ĪīGˇīK¯~‹˜­r9&„ĶÉųnwęŸ  Ä逜VĢmq"!Ë%PŠB *ĩŽQaŽČ  š‚ŗ3DĨ&1t¨-G5Ą9ž•u9¨'˙Ã7ĶaãŗL0cHå*­|-4*VxX!NOøĩäįö}‘%>>ę kŲÚ>ļȀ9N„p„ÜER舄P@鉀ļ˙ĸŲ}úЄ'ôøŖĩé}đĶ18}ķšŸŌŋjˇīA9^‰€‚pJAiß‚PFÆëKúN§ĶųĩE+hĮûĩ0†f:ŨÜ/ŽŋvâA¯Ÿ÷JŧO÷Q|īūųÚLĖ(0 ¸_T˙Ÿü'˙ÉŋēÂwn#āčÂü $`˜ī=KŸ˙ĢņÃOvåvw›•ƒ&( âā°ÜŗOˆåîÉÅ&Á{¨šĖR믭č>=ĸY‰f‚ĸŒ–N:ūzŧÛķáwŸöÉ­AaR]Ė`Š &@:ž‰Įsé5ž°ú%ár2y´ŠŽ.đeŽĪ ´99ƒ§LmŨ÷ķGÔ$ÍŖÆ)žô§ô ‚ætņ^E`glyYu.ŗWAČ2ƒ 8Ž_[ô~‘5pįWNĪst:N§ķč h8\ ÄPgøA‡"š–Ŋ2IrÅ|aĀTH[ĪeTā%ą!ŦbLR&‡ģ)ÚqAĶ’÷Ÿ 86'xĀ —ų˛¤Ö“ü&kŠļZŨ•ČOļōãõ6°ÅŽF€¨&ŗŊŠ.ę€.I<ÄČÅ:¯ߗÎîeYāš¸FFäwŊÍZ\Ú˛Ļ-1‚ž-" AĄLŗ!)•‡Ų‡fŠėũõ€Ÿ€&°@õ. ī8pAÍPÃú˜G (+ø4¤Š¨€C4˜ˆ´ŧįâÁt =`÷JBw5­¯6S„dúį Dœ>ÃŦØ,Š”Š ČiØ>=*(@ęQ1@ äëYL~Ŋ„đx2€2 KX…} ‘>$‡ÂbSZëˆ[ĀÚ:ÚĩÉjœ’ÂávĖ‡bIŠÜe2–RŋĶ>œR-RuîÎSÍ Æ•ŠønwŖĢUÔŖÕ(ŠĖHâz„[_šv:Î)R'{čŦˆL_Ņ,žÆ`ˆx ōĸ3ÃxČ<ĮëâM‹i*Ā;ī.2JCĀŨ]ŧ]đƒbZ`U_ŧü ß}rņt,ŽŪjoĄ@â˜įh÷û ŒĀw.×ûëÛá2WCĩbÆ\õ°ÔôāčRz Ę53đz´Ä !ã8W Ēļ˙†Āáąbä\ŠAG° 1 ŧĮyß&tp Z rˆmV0 \!đ đœl?úbļ_ËÔ´ų•ûō܌0ŠåCW%,‰ž•JqĖ&~æųŠ.+—2 ‡jâ…ĢĘ!čKEā„é4Fĸ¯Nžģ}GĢŒaK÷j@‚€Fī„ã­oEúGāņĶķN§Ķéŧ;kO0*"=š¸˜&VĄCJ™ĻCFDĒV P €”@GZ°‘Ëš5ž°üģ_;&€An  -ĪŪJu€3ÆšíŗŗÎu•Į÷˛n5à Ėęę¨Ōjˈ0ŌB`“{ũēGĀŽ~z|ŅČkëøօĀrŦ|‡9Š<ˇWŧKxh‹p ŽiTÍá6¤Ak"œ5Ž_āū)ž>…UŒ+~”ú]ŽWLQF¤R6¯æ4å¨Cɘž FäŅb"Vo%ŒÃę6I7ãĄČų–í”=\ƒˇ86ÅB’™Õ0 Ŗ¸I[bÅXÁÚú (gžŸŋĀČĨr­N÷í"‡Čō1zdyŽģžŒÖŊņÚOb97HĪM°ÂeĖ¤„ĘŅ  Œ-+ĸ8ÆĻŽ‰ čT‰{Y1Œ`ĩ%3&¤Rä.ŲÂ8W^Ũ”f&"y™ŗ{ Ēsé\;æŊ“ŖĶét€ĶõxšdW´6ß֞¸ßĐ+¯—|?P¤ŊÍ:}i8ĩ.ˇ’/šzK āX tdiUŧn€5\}IPū ‚]Ūîx‰­G Đę…ĻÁgÂ%œp†­iÉbÜiųķÛâXŒtšdčŒËeŠThĪcā,¨€2ä^ŗĒßkæčwÕˇ…t‡ŽŸŸĨQ:ŽŨĪ2‚€ŖęįCž_[’ŖíÃã^øk0‚Ū|Ę‚ČkģÎ,]ä?wl+ļY}H"ŽÄF ?NSôXš/äüíË)Oķ…ũ6™ŧKr´îg>ļ}įKéyŽN§Ķét=„ ”Ë °•~ †äęu_=ÜÁۘöŦĶ˜0[Ŋ\lļ@œ&‹^Ës$`čR—Žz\ûb™Ũ%˙0ˇ)-ą'æŗw˙ đl¸xšĢÃ#Bnk(Ö2&Ŗ‡ÔõSœôč[‚ųõ`ëŨĘ ŒF ŽŠYšW$Å@NßÔÚa ĒPՈ(V3ãã2ĘĻ”úį?˜_}˛3Y*WĢ@Đp h ™ä:ēÔĪļ¯ĒNÉ}ŦÃzŪĐÖ;„äRSՈĮKäƒc ŅŗŖĪ&ØšgĖĪåöũaXŊڍĢ‹šę吓CLŦ&(‚kĮļÆUŨ°Ä8sûoŽ¤éƒG­Ũ 2‚î‹Ä6ĶŖKr4î*Ôü˔ Đ$ŧʉīĨ"DÕ-C3 0I ō)ߊAÅ°‚0•DđM‰€jĨĀI*…’5H “čWŽ$ŖMřT=|>ė‰,Ņ˛xÕÅ"f‡IĀßHĢĶétžá|ÎØ@9EŪôEĄč•ĨŖâ!Ɩį¸%"8ÅoĻÆũ2Ūé<:8C¤‰IAɗš*apÂ\Ė¤˜(<[ũ,ˆBTņ ÕĀ`’+ĶD#WĒdĨ(‚ãúņėíƒ 7qaËy¸ _uÁzåtžNzžŖĶét:ĮNû'’ÖÚø%9CšŪÕy-B1'CâņCĘßûėUĻØtØä1ĻiÔĨŒÚĒį–Ā_НĐĀē@͋Â)ļŋ.uC„K@Ų%›qȨrteøĒqŌņf¸x¯‰VYj8Ĩ•‚‹.BËâü¨šúpõø@ēWÅÖÚđ+álrCÅLA%ęųųwˆĶ&YÍ,Hb*ĨÎŗĒNķíåt+Í×åĨ‰û“”ÍĨ.Ş„Ģ/Î1ę’+‹ēLĩĻšÜĮÂÕ\Åįg9û4ĪŸ|8°h¸×ĪŪĢiZ[qÖ9úšUd…ČŲōūfž‰mÚ¸ÛáPJIƒ…š‹A ŖûĘ"ÔC}8Ĩ‡;ŲĒĀ2ŽcųŠŧÖĀŅ´Î×ĘčXKįÃĪ“i>V´ÕbUËaI¸ hŊ÷Įáíqq‡<ā÷ÚûÃáÄ"{ŅŽM4ƒņFŲ @ĒKVV&Š“'5¨ĀkSáTŖ7Á„`uļPÚŖL8u:Î¯˜ĀąŅP€Ļ‚ßĸĒ3bqkā | §ļ8™¨ G9´’ëojŅI§ķ.B@qR3†ÍōîlÉ[ߡKq)&pƒ%•Ž^Ėŗ,+YD0ØZõM|’ˆˆ|ZBžAÁ Â@‚ņ`똑 /U2_T?č ûåŲævĀK֜ õ^ÉL,r? ?¤s$'ÅįŖŅã"”ėÅŅÜRB4„!+NũõafĸŠē'‰A5ĖŠ˛}öĖ/ŽQ‚*šÍB„Ã0*’•= k‹ ļ\Ōė6‰O5ô`„ēÕũaŗŌW—pŦonĻđÃîfaø™i)R֛mĀXMˇģŧ'“:d^^Äz]r*@e€#ÂHq'Íũ>öŸ‹ļ• ^§…ÚįĻđ¸āiæ‚3č!K’cH50‹Ė§—¨AÜ‘›†W@#e¤8uúßmđŽėsĮđ>_ôŖz…ø(ļ÷*†a`@"N˜ĀœîbĮ+U§ĶétŽDB´Xˆĩ–Ž€!€‡T.ē-rėēøzĮ{ÍKŖaĶŪ‘åž˛Đĸ÷e”:ÎŖ€Ņ4E¨Cŋ:[&Ã!SHÔfzqA ą„F8iÄ,iR+”â映Ē[rƒ8éī}5ĐpĀzėrŽNs:!N­ĨŖu:wŪzžŖĶét:w‡×æ[ Ĩ$iu3*ö+øh7;<ŋų[ę6ä€quĮ„đRUæ ĐbwōŖmEiLVE4$ •2%”æÃĀTg ZŠg÷6Ŋú$?ŨTL×7…ĄV3ęH+!Ÿŗ¸\ԙ›€ÖÅŠuy"œ _;Ēˆá#|Dŧķv”w-ĩÖ!e’"’4ę°Zéo|īĮ˙⃛aNęūvī†\­”ųƒ§Ī—X6Đ}Éc=%ŋ]eĶiŦ¨–ęŧNŽûũ­Q¯Ë3qãnĢÕíāuÎ×w6Ļ_ŪĻ‚ĩjŸįÕ¤ęĪ/ęĶ§õęĸŒi’†ˆIĖŠCB˛#5Á¯}\āŊãĘãiŗ÷›ãK X–åĶcã5ôĪŋ§G[ĶĨˆ,‘tĖ€CSÂ|\H|ŽŌ-^?<÷žP_{ö{ŋtzžs|ā[´3Vi\VÅŨ#‚qT8‰f="ÁښKpöõĒĶétžŠ0ĐÔėīšëļ_ĩU1Š`ž¨™ļ›v›x Ņīõsœ„Sĩ]Ëī~3¨ˆúļb§Ķ9hģ°$  ؜Ŋá QOĀæû}†@Đ]`A?ĒĀFŠ¤‘MGWāŦÁã%åŧíƒÎ‰HáÁˆÖ,°Ŗe[ãnėŧ ô­a"–Ļ 0@‡ØI„øŌH1 2jTŅ å^[ä2×U°Æá8YÍĀp|¤Ķé<âŪZî!iØāȆ Ü5LC˛#–O{|åhĄ¯ŲÕ",Z­ÃI $<ģááŗę–C4žzËmdDv„ ’!E¨C÷fÅDŧŗĩëŧô÷ĐrĀ.揚‡āKŅD=č!æTŲ†MŦĻŨū'˙´žÜXx˜0€”€„HM"™q‘iŌÆŅÎ75eˆē2€ ›˜I51°Ē‹ĀüęŅÄ#s*ķå¸.{éI2HjSœ‰$  éVoJŲét:ŋ„ Ōq.P‚5ą¸…K ą}ČũHĀ˜ BQfBŪæ*ÍØɗ HdÄŲŊíc×ét^#ˇ7Ā 8ԙ‚ƒ‰ˆcGÄɯîŧū]ásՐĀƒpēߕūyëį ĩåĸvîö[ƒ‰SC4(NEšMø –Wį„ö‰äģCĪst:N§ķØ!ühĘQ!S’I‰Qoˇ Øĸū6˙ƒũ¯ũ7ūĩŋbcëōˇŸc Oįmԑ- r‹Cš€āŋØī˙×ī?›}åÕžģ—˙ņøßúƒ›=ŌÆK4F„œŖ1ŗ(ÍĒ(†Áąšëˇ+6ŸāƒCyZ}šjÚč|°õ N´æŽôE3GËķĨHGဓMé&5G;f8ā qũ&(˛~1Ē-)777"ÂÃzC|Į§ōL tÆ}Ļ=xŠ Jĸšļ„ ˆ-2˜Ä¤ĒšŅŦCĻ닗ûƒ‡˜AĀ›CÅÕķŠĻĐL×3÷ŧˆL:ú“ü!_ę哝¸Úŧ˛Zō:ržŨ#8 bÜŽvŸ.V#P‰‚ôįh æzLcčkŌg‘äa äœ.ÜįžÖˇÆ’(‘’Zønž qēŸ¤­M¸Ÿí^Bå[ĐĒÍŖ´? aŅdāĒ†ģX°šx{L"eS)ųp[ž]­‹ãzžÍëNÃ0°& 93ĪQĩ¸î+v‡šŽW›Hã~š1ēŗFŗÁ eœLZ2Āú€ŸčæUÁ+„ŋĶ-ļÎ7ŠÖ}…ģQÚÁŧNĶŧ›ƒBæ=tgužė*­% !N˙Ęp›f$Ÿ‹įU e!VT9LƒĻ5U5‰&æ&‹YęÁdH&_Ŋå6y˜pwXá(5ģĒägOáT—“+c[ vņĒw€žįčt:NįŅ@xWRį*tJÂ!á„4â %€IDATåjšævWŸ„¸Ës,%Í÷ŧÔNÚŖŒ1‹Y ­ )ŠĀL$čÉ}eS‹úąw2X›âĶWŽ "nc¸LĄ ŦRÖA1úęō˛ÜėĘāĢQáČĄŅÔo2*ŦđV9¨_,Íņ6ĀQmīqK¨‰Š\Ūí<ĮûQî‡}O?õÅüĶE v4?¨4šŗpŌ–uŒ8 !cĩGĖRˆF"ũûŅoWžO1`sŌYÎ TH0;V^( §kÄP[ä1Æ!ÖS;š‡9ųv-˛^ĘųÂāĄ' rA„‚‚›KÍųũõeüäÕ~đ-øŽ_Ņ;ĮÃ˛`kéŌö%áÛõ0͜,"möHåÉs—Áx9§ …ņÕ#b%N‰邞mÂeMĢŠTØĘCŠSč&į”}%ŦĄJ=cË ĢJzĒS˛Û”b’VģÃėž&éX’=ÃņŽĐķN§Ķéŧë¸ļŠ{¯0Ŧk ÃŊ ”ƒÉ-ĸßŲ íŋ ĸYV„Hp0ŒUÆĒÉT|đâƒ ĩŠž@āL™ ›Î•1ŦâP?dŲeÉÛ¤Ļ˜CT(~^ čkF˜Dƒ¤Ëĸ)ģØ­Ë"e 2 *!•õ8žŧíwųWA›iĀzĨõ`îM¨ęÔ  ` :Ã5 K ÅC,ĸ" 9%L9&šĶƒ5ä\ßiE!fāáÍ&iœbV'ø¸ūŽg8؁ų|]ĩ7 ‡"pĮžp& Î>XC Žo§WˇûWú ōæoú.ßňäčŪdۚŧ–רÂJŠƒÛgŋšũīoy´o}`q¯ |ÍfŧŊeN… œ@. ō5ūÉøžīQPŗâ;ŋwyų}čųMV$ Ä %tsA1ŒklžāzžC āb!qĘņ2ØcN§ĀqĘRûų $é0Īõ ģÍ6˜Ļ_ü‘ÍĶöũëĐųv…b¤6‘Đ(ˆ,õČŽžØZĘ.F¸ÔWĶáâŌˆēÛĮ¯ĶéŧÆiÁæ@%*hN˜ĀWã-Ō āĶüRœä“!įŗ.40 @ܸsnæøQ€ī?_×:ģ%Ƌ‹Õ?S|’uÍՓ’BĶœqž˙_Ü”ŲWc\¤ėČī_ōÆcžũbP 9r™JöLĮģAĪst:N§ķč! wÍ d"$ ™vĐ@„HąANÅÖ÷zŠõ~t .“ļ]ŠP9 hduËz=•Õt™ĘĨÄĪ.ØËf0WŋœÖCÕ3ķ‡l¯ÆƒĒ­=Ī%0$ÜŽđŲ*Ŗ&æL”:šÆę@ũN>×W`€c ŨęĻRîfoû øUp*Š'<™k„æ_rŒËIķę” :X¨.@ ÂM|Ņļe­î‘"hõĖ<‡„$ ņäv’WˆD™ŧî%9WŦV~]>žÅO׸äÁÜ9ī/6Î ôšøUÎÅō°ŊŨšęYŋøÁGīÅͧųÁ4´~iqw=p@As¯!á1WƒéärãR) @Š–r Ÿ2ŦGCk#jš]ĖéđėØÂ$­A™SŽœyŦi5 Áô6dĪ8눔Ō•ÕZpc¤ ¤€ķ@š%÷ˆÄPDÂÛ´Ķét:­āôÖÕ{ėįDÜŪŦVŲl‡øđãn‡Ō\Đîõ_û@„lĒƒ5X!ŠžÚæ‚yžY/fķgۋÕxƒ‡ŌĐęt:oH Č’8m——ęŨĀ1ž€pũw˙Ģü?šū0ázĐXoėė9™„ØLO6Į”bd.ŸaAĻŸÖ›wˇNÃĖ‹e—ēĒvvuZrv;Ųí._Ô?Íy˙Ū÷~˙Ŋīīë ˆ„´õīąôŽ-Š{ĒãąĶķN§ĶéžŨ Ņ T]"p—ĸQƒŽHôČ"I"Ņgņ‘ļVš[Á×ë8ûäāÔI×NqÂÔ†´H Ũ…žDF™QũæøĘá1Ų¯ĢöF#BÅ×tC0A¯ß psŦWOowšÜ<oņƒŧ~ôšIĮËBDDÄ"L4 aQĖĖឨē%„PЗ/ 51H8sˆÃ‹ŗ8\ŧ†'ú@”9…$ĻÉ ĩŌPŠ#rn˜זĻÂ]ˆ(ĸ•,2›īŨ[ëh Ŗ;N§ƒc?Į)Ôē:lČĢ2Û<Īu¨‡ĀĶKŒĪđd{ųŲí.œDāëĶ 4BxkÜÄK‡m”=Ū××ČjąĢSŊ™÷¸ė1ÆNįQ§6Üi!H#œųšöQŊų/_|ô#Yíß^Æõ|;Kœũa*f„”b8XŽöd71{ÕAĖÂÃąM@žÁzÅdQ<Îíį˜ˆųŊĖ‹U-;ėößžŊ~%xeˆ‚Vž´ø; NéáÎc§į9:N§ķ *ęSkąø H ™ĄŽ_=u#ŧ!ĸBhkp`qhēųĮxîŅäĐīÄO1âö¸„':Ėpˆē &5ڜt‘puĒ,Ep".čˆŖņƒ€ÃUpRm3\HņEv@Œpˆ ‚a÷öč^ĩūũxŸ/īP ãŨÎUPĨEˇ —&ūbɐ\7Šũœq0CÅĄŽ G h”4ÎĢ4ʔÜĘ|Øēō)4]ōėz™ œUBԅĮĶĀď!Ō´š’Jē¸H,ôæĢ\K™÷V}”9eņ1)Kˇ˙p˛ÍčƒMĒČ[“[õ%“į8úKĐ)G¤ŖŲIŽ a$„rųŅRCį91Š!5"¨H#I13›ļ)ŋX ÆŧĖn{^…ėÎíX€†×X.$ciü žÅ+= š'w¨…eŅÕv5Ų<Īģiš  #h€=EŒ‹Á‹‹ĸÕŽŸ>XOū°¸û Žĩåøčą+î˙kųĢû*O¯ą(AÔĸŅäJûŧ%‘-BėĀD˛yŦˇ|+)‹Ã‡‚D ÄąõL\hšĨ&*%d  ÖĘ2ÅĖŊ: Ņ’TBH~åøžėtDÂk5ÃAhíx:’PâŌ úâlÃûĮ #1‚GŠh a‚:ƒW˛¸ ?ŒfÛ2:ŽƒíĖäéô‚U|JhXoûøu:;ŧ7ŋōvådH†Ļ”d}õ€ÛybÎÄCõs¸TÂĐ.Ząė Ļ×7ØląßÃŌ.IXoĐû9:ŋ Kwz[-`é|§SŽžƒÜéyūĒį÷n— 4=XFĢ râŅv0š‰EZ"Ėħ/1lŠS§Õf?lotĀîpQą˛*.h•CXú¤Ûė"đúãMē÷r¨uĨØŌTļ:Ŋē9„čā2EŲÃĖŗ0 lžæŗķ*/ogĸĢííė׈Ƞ€„N˜Ü_K ö-čܧį9:N§ķĐÁ)yŒ5e•54˛W ŋÄZĒSÂį >+ĒIš+įžgų+P#á5Č Ŋ•"cNVáÚ¤sLtEYæ$Ą-~ŲZOGƘY Ē™cĘ7:Bé*‘éƒXŠ(Ä,ą.Î-âŗŒņ€wU!* !šš@[ 3š„'5&Cd5ŦKVG,õz ūs PB$Ä $Õ'†O‚Y1‹rļ”ŦJÕé 2¨ŠR—+‹ūWPĒÆŽØjÜdßÔŪ‹}ũÉu]ËZ2p+¸œmМÍäüš™Ķ•åH|LČ ąvi“Õ’Mé!uŪrcr?J@ 9)<@E‚ūéĢrĩÍëįÛķÅd?_|-§ãA÷ŖžĐhQü;$@z@I´Xō-?Ȗu 0Š,įĄäēp"r´Č|ûͯ5˜cN!ÄО}‰ËĐeËŋđü?øg?øÅ?Z]­VIJßzŒg+PA™yŽÃœ>ÍŸí*Ė°RÄŧžž˙Ų'?͊'Oס7{ †5ãô žZŽ) €û›’UķJz)—VŌO?Žß|˙¯ūūīūÍ=ʸ‘ŠčZBĀÖžī@q)D$ķšŌ:$⠋%ä?zPđÎ@åô.8I‘`@‚¨ežQJS¸ mŋĮgOoŊæÛA%ãz%å€Đã;âK˙Ũ—_rÖ,híĶÚēž4†:kMą^á°ōV9rZWĨęQ DĀŋr\ķáu) Ŧē9ąĨõDƒ~<“ßíf†¤šŖJR­.s:ċxŪŽvŸ~âëÕÅzĀí+\<Åt‹Œ¤}2ũëÅ Ķr†˛|ÁÃ™8ėq™>|uø ­<É7éúŲéŧĶđ­é !QGä°AcĨáĩÜlW`ÅŗÕ÷§$ųŒzX<ŠžæŅĄËB ‰ĨKPßz l2ŦlT§RúŤķKāt'!Nē“ŌĒXڊ×\Ô˗˛}JėÍ§O÷*đ@ŠDLÎŲĨļĪDüüŨ¯ļ ‰k`-!¸XĶjzęōĸė÷SZaŽmÅŋuąú‹Ûuf.û]FR†× Â!Aw.ÂÕ%ˆ"¨’ƒ["’Cˆ @ˎd“%$›ļéüCt“Ķ?™˙ՏjĢ§’¯9l8Ĩ’…y™r/~oęčw~&=ĪŅét:‡Ā —€¸2ÔÄBÂÂ?ėĻu€Ã‡„:ÁæЄôevĐ?EÃɚõök¨Ũĩ•GE–.–h, >´w`ÜzdS¤e’ÄPņ$pYf7\B‡§Č0î˙ëÁŽ§@â@Ą~Ôa .učЖhI–”a‹×Æņ üü $Įą-„1"΀RŠæ*ž"ĢīúWäŒînR1hL}\\Éoü…‹?|ųĮ°‘žVËô!$›V F‹ŸG°ÎžÃđ4žĩL¨ëũĩ|fë‘RŅp‰đ@rnBî ûbøĶŨĻĒã8ęEHDē¸Čīģé¯EKĮŊCŪĖ'žpū8ĐâėË?Ši[™@Qp6ã—@Н.đ /åŪÔ{ _1Č8íAdą G įņƒgŋķûŋķ\ŦžwŊûõļØĢũū6¯Ž‚<Ķįu äČOúãëßuˇ1c$„ņ;Oūúķ|“¤Ž7ÃnÜĢœĮiēũĖí;†ŋôũī}įé_ųŊū†áúÃÁZĄ÷MĀ=÷ŦiNų]˙Â#w~=K—Æĸ! wĨˆž4ĩąå­üôLąd‡ÛŌ-20CÔF"‹9}PoN*'ëÅå­˙Ōķį$ƒæt H$u¸xŒnRÉHEB ˆš-ÚM*­ũĄŸ9.gBČë 9ææîĨ߉/šî÷û0Ã<ī?ųxķ§‚'īŖ ‹ÚūÃ-ÆĨB lyëĸ{ŽApũøč§iž×ĘTÜËü`^KNįāxÛ!@ 8ĸ™Č””3ĸL˜Đ}ÚĻ—ß~_°¨ˆ‡ƒ@(b$<‘?ŧ|a¨ĸĢi†ôÁzU ˙D0ŋíã×y— zP‚G}KĮŲ¯Dŗ<”“›ā¯ĸ|˙8Ŗ{­YˇíR+uĄÚN>&üÔ|Üú|AåâLŽ ͓ģQ* Oë:˙˙Ößú}  dā¤S`÷Ēzڐ–9펹?ūg˙ßôÃq<ČāÅ=æpˆM´ \am6ÕžzÉÆģCĪst:Nįë‡"N6Ô°ˆYQf)bE°@—ũÄ7(’P ĄEÆîëx\Ú,â^˜öË(ą¤J¤É´ æĢõ­Rö:-h„“‹Áw(0 rÛ"īœČ„㍊Ė õ„œŠF3Z īԁœĐ„ø C3Ũ}\“1zh­b¤`DØĮœŽô[ãę{ŋķo¨‘õĶÛJjĸ`įm>üŅ?üäöO_^ī´L7ßũ­Ëųo~€ĢL`Uî"ĮF˜˛úŌCDĸVŗpGΐ ŧ8ŧ|Ûņ×Î`ZËäP—›ûÕæŲī|˙ž÷ÁīZܤl’Ę\‘ĶsņÜOD÷‡*Ãŗw˙ä˙ō^Ŋŧũ‡ģéƒû_úīūkųߨ%gîĻYd#Tįzaķ|ũŪö;kũ‹?Aōũ–vĄąAÄļ­‘H‘ÃÛ'8ŊžŊ¸3‹Ŋw@€ĨGcÉä~—@ŦĨ:x/Ķ čéĒ•ĸrSQ6H6ĻēV:ŨápFĸ{yŋ5‚p“*ĸÆģ{žÃJķŧ/õúŸ˙čG?ũx_‘gZ‹Đāā„Q[vPZ?Į1–=ėoŽVÖ_|ôPRūļ ÷I.×VK¸J$J´m1ë°/:ŸŠīŦļÚŽ/xYĶzX¯ĻÃužZßBŗÕ<š Š“•ë*b:9ëˇ6hšj‰jSRzLĩЃĨ¤wziņŽˇ1š".˟ p„gá&a#˜S0c’›“7G–¯l/ļŗí×é[ĪļÛoĨ>Y 5ží_ œŸåq¨6#4ŗ0ĐĪÜž \ OÖé[¨ëš°Ÿ¸•aƒ}8KęF"„ĮËÍŠMlÉמÄÔīur4x¯î¸˛ĻĩĀŖƒÂņoH\z3ęŌčÔŽÔiŋ4ƒre.ÔB‹å×;o3q•–zGPĸ.˜m ĻũTĻyŽâëš.RĨh<\žCŽ ᒎĻ ‚Qn+×Ŧ I7ĸŠjÆōļ_§Ķų§Ú"?Úė%ĖĒ™™E^ãŊËßøw˙˙h‹ß]áY HØīß`"€9čr(˛ŦÔ0¨ƒ…-ēĸD ¨ƒkĸĢĮĒæfōV*Üp{}%¸-‡yŋģ›•|74‡Ū„BR@f IŽ2. æŖÜĪųqđ&hĒg˙~ŗAv@LĀr Ų…°BnûĀ.tz ļpđã‰Ë •ĨĖR@Ĩ×(>ƒîŒĻ°Ķڜ%Ā#*YÎŽ‡JĀtŸ|ļOeŊZmÂō ŸŠ´˙p|˛Í‹b6ĸČŽr0č—nm˛ZÂIˆ0§Yá€8Ī–Ņę<Į ûbá­ˇ#§U“—÷AUIzĖã¨.vfž đW/_\ßŪT0ÖˇĶüQöãŠ1åqœō0Š ÆŦ™3 QĢŠ‚áņút¯I¤˛Tx@’ā R“ąšRLęU°7ė2nâWîÄŲšGЃnÆ0q=JŠ Ef—9q5æPŽ5Cõp˜ėá´-Â[ô=ZÖíXģyļQ_“´đ2§jžl~ŠX ŦŊ¤Ķéür°ܑYšŧ}™Ũ'”axŋŖø †M`x°§oÅŒ€™ĮīûŒxF dEē}Ą×/ęåÅÛ>bw™vķ ,“´Ļ>Ф‚°%ɁėŽ‘õë<šŦč)´~7g[Ęŋ¤‡„ķķrīęÁÃAYɀR„,¨P‡ŠrTÅt¸9Îü`Œ¤ĩÎĩV÷LR„íč~žĻ@į1ŌķN§Ķy‚pĘIdCP—Õz}åĀt¸ųņĮ7˙ģ˙ÃK¤é nX¯¨gnœhzW@+ƒ8\pPÜbDvdÃhPÔ'Ŝ"€æ`&!âbŋĸq5ŽÂųãO6ŗ=Û¤ÍĶÕ5‹ËÜė—›ŋŲkÎĮōjŪ‰ŨŸ4EĪ‰ĖŸfŠg+ßÂVgĒKmnĖÁpļj#'ĖYCâh ûXđĒ#"‚YTŨŨ ^Å$`pđT§.q b@sT˙ųŖ„ž˙œßēũdØäPԘķZŽ†Žm0ēŗ¸ÁÚņųâÖ*H"X¤:ũčCŅy[1"š§ÄI´M1‹ t5ŽrZŠJĖkõ— '„gŒŸ=yšR’Qm”¤5áp˜ĶäädõvŽfÅ,ԌZ‹+m-VįlŸ  ãhļ*Ŗúm5ŖųŧW›į‰ –āGa‘ˆŖŠF3áhö<íĸ 8ę,/äĩ61œœÉī§:–įĢ€ßKrâ2SžKž˜ĶR&Ņūˇ…ĶƒîâNwy¯ŦPP+…vpsėÃjä‹MčƒŊct 'œV†J:‰"xņéKdeĘJ{T%o‡Į”tīt:rī.á‹` 1{ĖĒĒČpŋŊqāBp\ ōƒ¨V-7Šöm:Ļđ—ōvĮZh2Vpnˇ[`zÛ°ķŽķzļāžĩ˜€ƒîXē˜tŠ¤{OĪŽ{ŽkĀÉõúĩ}>ūÖģ = ŗPčPiN{KÕ_›VˇŽ–“Á uđá.?ˆ’"ŌĘŲĖ`fĩúÃĨv;ŋzžŖĶét:‚S@š¸ŽáŲûWˇQƒ‘/‚ōb?pČą˛ÚĢ—āšŪ‚ŪœÁāŖyöPč&˛O\›8%šdķÁz¯ŗ@r& ũoĄã0Í)ûHQ“N1ŊÜŋe"˛#Á5btŒĀˆHĀŅÖ‘Đ\)gį-üž>Í9#tœ˙ ،Ķ%ڃ1 F´ŨCÍôGC$Ģ’d%ô(& ŨĖTYžú“)ė‰gŋÕõ'(‡5}“ŗlÆo› /_bŋŲ^‚-ˆ GAėË­üHRĀŨŊz„KDDđMėW:_31°ŽÛwĀk&ØĒt÷pG”2ĮÁĖ,<æÕz‰Ÿ5‚ןŨÎf^÷äŪcŌTÍ0ą0$98ŌVû}ˆŦGUˇ Œ3ˇOĘŗĀ–¤Šî×â9ã@–ž7÷ļÆåŠa˙čî،ˆŽ’ĖËBøôk€ @øŊî0oĨˆ~gV$Â{"{Ž¤Ë2dÉĄ(öĀ˜ōž¤=ÜÉYąWTÁtĪ‡ŧķ6X Ž3āq4l JŠuX4g”y ĸ8WöpyŽ{P€+"֛-‡T-ju A ”Ė7ĩĶéܧMĀĖm2+"Č:"å¨kā˛Æ*1;Ōųørŗ,ˇ™;C)aĢe‚aŒ(V_­Æ˜‹÷ÃÎ/ c™žŨgŅ„\~ŖŨsŨP‡;÷—îĖ6g‹cÖqŲāTŲĶ´œÍņ qb–˜ Šu§:āáũÜĶō­õÃėŋ\yĖs¸ģš/™~‘y§éyŽN§Ķé<­™ ŠS:4Báz;íĢŠ"“j1ßÖ¨:Î!åÜ "D4|(U,Dd ×°P¸„ģ{ȕ´$‡z›YI"õ°ßÕ0*‡qœœ6 cÄĘcž *|1BOųŅū ("ÅR€"gĮ æ9c eb™t‹Ųc@dølā[ā2°øčō¨˛ Ļ9­@ŸĻišjJ""îŅ`,}Ę8ęü’;ŖJˆĶŋr¤UÁD‹G­Aã8|Bœņļ`fs†ūōíÃĀ, -^ԉɅ5â^ZŧۄĀ×˲TĀÚ*ÔŦD´‚, ¯ ‡QsŪÖr@d`écøųŖI‡Õ¨SËë,šĩ`$÷ˇ‡ũnÖtIĪÅŌáļ¨Æˆzæö LÕ6 Ճ–5rBÕ8`Ĩ"1šâčĀē…´Ņ„Ą—ņÔ2v’ŊkßsŽ'!<‰å-_í¯„P]ūĘąv¸A*0(2/k`Ÿ ,_Û´˛˛2dˇŠÔW|o—ÂåxRųQU*pXŖėkŅЍ§&é—— ɁŖyÔ/ʨûĸ5Jņ¨1æ5 ˜lŦ‰ũęŲé<"Z#ōũæH€.)¸xC ‚^°†Đt Į>Ôx˙îvę;t‡¤Ö†™˜j}•WûwZˇ§ķ¸qB gD“Ō]r .p‡K[EjUX_˙(8ĻøéÜ?öķŪW†4 ŧĶE')‚H… Ôhîęr’ˇä23GĀ °‡ô:]N"ĸ-(RJà ŅÛÆŪezžŖĶét:‚Hĸf5+TÄw˙ÚŋôĮ˙õæŽîá)(ŽŦÅLG­gÆũ˜cV/EŲÛ|3Ž¯4æ,ŽœM’CQjĸ &ÉD┖l€81Mà *“•ëš¸Z­ËÅåwž˙W?;ėËŧÉOŪˇ0ĘĨęÖ!Š_6-€$Ž"2ĮQ‹E T_ĢáI‘EpKÎE‘Tž8"čDDĀā¤RŠT}Ę\Ž_Ėōū„q…!uS"™opĸĮŧ09/=1ʧ-‹ĀŽ*Ŗ C„ū•#šŌūéz|5īkŨ­×Ooã (S¸Fk„MņlڗlM$ĸ¸‹ˆS$Äá¨īôŌâ§50é˛,\˛V2N6ĐÅēŖTc(ĪŨ|H¸ZĀ!uVD†)aˆ!É嘞)/ÍTeŗDäüžë¯#!uŋKÛgR°ĀũūũÍæE-‡Ã!ŋ÷ü@J,Ā'€Oágä9pŒK5 ņöjI‘°ã˞ PŽ~ã-5"ĮĮ%eģ.€l/2Bžˇ›W•ųjŗšvĖo`'Ôų:iŧڞÚMĨ@Ōgø 6‡éÕj™Kžl}7…+ų ā@Fd g@cé˛r §TjT!Qî˛íqÉNį‘rob‘’Ėķ+Ės}žž IVŧWeūĩĶä´ļŲzŠP€[bˇĶ8Ú4īîĸĀÎ/„ÄįŖĀ0 Ąz+‚RP*ĶQŦí ē­ëNējņļÂfĢ÷ ĨĘėhi÷æ8QŽ4Z‚PMGųŧåBsoÅ% y¸ég’jD¸ģˆ¤Dfæ]Ŧõ§į9:N§ķõC@§’Ģ&ļYE]ķ÷ūÍ?XßÜÆa/@¨PZ!‡Īâ&įöų=ČxųŌ˙ä_ÜžēÅ.ŸlûûëgO']9ÆĄ& 5¤8‹ĀsÕäŌlŽ›×E3šYAÖ0 sž\oÆo÷âęĶa\īë§×‡›dyōWÛdGuHFˆV„˜d‡8đû#Ā x%f‹XL‚ÅI?ŋ…øīd¤ŧt+ Ēc ŧšėf.7Iëåå9ä„aŠÉđ2ëcŠÉ3\č§ķ!–nq‚ą/Â&ĮÅ ÄcĶnUėCnA%÷ U@8UāŒÅI…XäĒœ‚Ā™ÛO˜ÎÛ!ĀzŌÖ+č`}=ø˙: Äų‹ÁÖ Å&VĀ;ĩöä6yēĶ‡ĘOšgb2@†Eš Ôũím֛ŋ÷O˙Ÿ|úę[iĀĢëÁPųhŖŲŪLĢŅœ0eąĮt 9Ė’ĀIĒ’@ŖŽ?ÄM§¨3ã Q„EˆzR§’#y Ô1:’ĀMʜæWĢøėéúĪ>ųĪŋSn'Ÿ¸áęÉ8˛Ĩj;o !ĐÜGΠĀA7Ad­ÁÛŧJēƒ;bļrąŲ<Ü[Pè:ˆĐģp€ ]é08ķėŖ: ûõŗĶyLœē’›Æiē×Vá`ĢÍ9:@¯ûy|Íđ¨×xŧB´ÛÜũ‹ T.Nļė~§ķ‹"ËũHÚ˛dé6¤ßÜܨ€Ã9#ĨÅ8æd "ąˆf- Ŗ "€A„*’Ô‹•2ßîĪUx~Ä4ņåĨ^'‚r”íē/z:Nwm^`ĪĄÄ#S@č|=ô/>}ú-˙đŖŸnŌūÕ'‚Į>ëzŊšpŗX‰<X5 iąčē/ēa ‹|sQA΃ãɈîįsā$( …Â5lé­–Å)Æ\˜qƖcI@šĀø˜úc~Ŋ`%nŽ‹žSÅÛņíXb1ĮTÄb]8/‘sEŦAB&p‚ėĐÎĘ؃%d Ä]ÆņS{ÎŨ~§qĮ<{ mŽęõĢyō“§?zyûjÃũÁwĶVō<ʏgPõũÂUZŠKų^Sĩj!’D“YæJę°Ę‡˛ÛŦÆ<×dE§˛Õ`ÔØ ŗ°*BOLŽdH yĀQÛá2ŨOÅöõ€ËįĢįßĩŨ‡ĩĖ”MŦ.no¯-?`œĢķՄHHkėcÖ¨´’S†íwžķÁwŸMWrąßO3Ã,¯Đt#4@]ÂXr0OD`åˆëÛO˙ô‡ÛÃ0­4IMv:Šöl’M|uQ¯:éöÜåJāÃĪ'ĄžŖŊ\œLĮŠ ŒČũJŌy Æq¤ÕĸmíķÕ§ ‘ΞíŊ9§É+–Õâņ“Æ€Øuī^Iˆˆ‘äģ]2 Ál2$´žëpƒ6ÁyM Uī›ņņūáëßņÃŲų™<šH§Ķétž‰ø=]ŖîU\Jė ŠPa,´œq)>œšŲäu°9V¯Ē‰ëĘšr°õeÚ<ąôÄck$XB ä`Œ*jŸ[§…(ĨP…¤!ĖŨĸ:h1{Uü†r0šą˜_íūė˙õ˙Ķ?Ę˙¨ÜÎĖŠ˜‘ÕĶēŗōgŕšŋŲũīI'Z„Ȥ€ Ü⋱v˛ C|.Q-t•8ė?šų'?ūđ‡—— îĻō™`ÎŽÁ=˜Qž­ ¯ļ4C‚"ŅZ^ĐVÚ8…KĒCŒ”3ëĄTNÎ%Dđ˜Ķ„6iûV)ÄVE]r*<ˇŪŠ‰‡[ætž?f+ī#÷2rדiŊīA?ŗĸËĄŌ2cāqį>(Á–#k1 Š!›˜Æ™ÛŸ‡á†K~æŲj=Ė3j9¤Á%&¯Žĸ›y{ãÕy€ęO‹Ĩ%ĮļØeļoķvS=\”yU#0WHÚoW(iÚnņōz.ņęz›„Œƒ—›˜ŽŨHíÂ" ŗ:ŧ2E°ĩ°Đ=j‰9†qör¨+#Ā’ŌNÁ^îö–YŪ86ĢåŠfÕͅąÚ\~ī7ø¯˙+¸zšk`5<ā{F‡ØÉ) .wqÉiB8ö{ūŲŸÛGÕų ĩÜ×â(ęt:oÆ}ĄHĀ°xūļŸŌ@;*&ø•ä)÷ĒîRĮĸĸ!0"2Bß ˆĄĶųÎ×ThOëÔ!åR'› <¨ #73i+˙ÚGAeÂA!)ņ&<ė9A†‹Õ:T0$Tõî¯e@ Č@:ū÷ÜæZ-"īË´wëúiŪöé<)Ōét:o ąxĻ…ĶƒŪbÍ­)÷Æé‚$ÅÁp‚ĸÃõsį)"<˛‡2†¨č4Üë °J€Ui4¸Ä¤, —Ĩ7 HN§ęŖäx˛YWb1ë>üėŋūÉõ?ŨŒCĐĻ<X%Ëc Tu˙˛Š'ɖÛđ#$E@ôp,š7G脞žŋ?f aĒŽĨJܤaíHŸ<{ÀzØguĸfGĩōBđŗæ¯åØÆ!„ƒ¯Í/›O›Ōļ%Žŧ6jpí€aÍX*!€Įˆp_Ž}<1€'ČŲöq_4ˇķ+‡ŽÖv€S?P ­ę='Õö›‹\U`ˆģÉWŒEŒk`ôƒˆ€ĮžqßēŦ#¤eZH7bIʞŗũ"2)(€ß}rų;ãJvˇģ—/¸Ũa‰ę3åāūį„fŽœŖ­ãé˜S‘W/?€ĢrXaČ ä n_ÔįīŅJ­.>3ęķËõŦ¨Â LÆDfwÂ6Ķ†Cāáúf>ÔÕ+ŧoņÛĪŽ6ƒ”ÕTjí o‰&Š"Â5Q%œ§ÎîsÆgß°¯‘NͅCT`wėYTHZ>•áX°’ąyy;V^„Fd‰~öt:„“č"ŠĐÅŧ)Ž4 ‚2ķRsķđû$ØüīQŅāũi`2| *zŨIį—ã‹uiŌÚÉÍë\°ßŖĖ`Æΐ]gåąZęk3KD(¨<ŽV(¨¨¨5ĻÉĻCLSĘēĪ­|Ŧ„†kSˇÆ}īõe\Ū™8~ÔŅŦ[UÔģœ7ęü,zžŖĶét:B•ģy¤F‹ĶˆSLU(NŽpDõĻE†Ä™ēUq"lŸ8ÍŧÆ`‘ÃÂ<`Ag”.Ņ ™š¤Žr¨t†-sÉŖ•Hkē0Ģ:¯Â6‡(Xo°ĒLâŗé$i6ÜYGJœR õ‹ûzب’Ą.ÜY‰aæt%cņ*FXDVũâk°›,%ˆŦ#åRtŪI“fv˜^Íīmŋ=X‡ƒ>Œãx˜UļDŒŽhŗwÃ2ŋŋŌ8u°ĀČÙįƒDķjVa"ÔXŒÍÎD€Ķ5"ØrQUF…×3ˇß^ÂÛ>†ŋæ$DŌ—ôp,u6qãtŌ…;c”ãŠ(ŪĒÉĸ­°’#ŠHÁ"č.! =oËĮŅËļ ˙Ūo|o´ōŖ››Qz¸œj­yÆ{5øé8ęåF֞ ׍c3!ŧ_EöÁ™âã0“?yųōO_|<#Ą*Ęô7ŋķŨ‹‹'—ÕWQ„žĢ‡*(‚ 0$ŗ‰†AöF)¸0ŒNŅ¨ŖīS”Ëī~w3gŦß[]üîÕåo]ŒÛˇÃųĻî ČXúnÃŽp ˆ”jSåȲEIb|ČŊ‘ɀŠČ¯-'§ 0åPëĩwēū´ĶųÆqß#÷Ũ§béįX\ PÁT‹ âõĒœĖ´TĮąČDN–oûčuŪeâ‹SúĨw ”’5]Ŧ #$ĀjJA­_Ŧ?ûzF8–:€V&pÁ 0$(Ŗ¤•¤„đZÃTėÃøĢÁÅ´–`ęĸ!uZĘąÂėŪbņ!Æ~=ųĻŌķN§Ķųú  \Z'‡ĢA]Ô% 4S3öU+m ËK×üWĮ“syo|%ŠR§"áãŽ;ãžM5@KÕ´ ÉąĒ`¨9LP‰€7KjŠ~ #’ ƒĒxv1ū•ī}đoÔÃô˛ü`_ܧ4ڐ…Qh5>„ ŦY#,™ŋX-’†ĩ¨&UsˇZÃŨĄiŋŸ))‰Reņ|ôpD1~‰?k*ŠĀ*é†Ģ•°(c†õ˙ęīũG6‹é‚†dßĨ“¯Z ydDēíjE÷85JD{d)įņÁÁø\ŽágŽb`ŌU(´pÂt2Š` ¸Ķ„SNg¤ÁÁ3ˇŋŦ´ģŠëÛ"" FDøú2ĩ)lT ŋ1‡ŖãÜĒˇ%ŋÉ X€ę‹īaj4ĪszH€Č įëÂ)ęEŪ/+ք´ú7üÖ÷~ķ3ĢŸÕŲļëL Oõ[“fĮgC­ë|˜ —đė ‚€Nņa¸qU‹¯V;āŋüã?ūû?úá\V­ņßûūoūĻķÉ++ĢD‹jUP]’K6ĖŽ¯ĒHáEÁ: äØį0x”ŗĨõ¸YidŋYĪ/ŊėTŽúĒámŅŠKŊ)†#œp (AG‚ŽĀÜ*ŗ˃퐋‰ãŽĀ8$˜#%ŒŲPĶ R­ÚámÂN§sŸû2ø˛´tD,7ÃfŅA€(@ đ!ĩ <íĐ^°@Ž`>F9ĩÕ^ŋíC×ųfÂĀūvwĩ^ ˆÛnnņt\Ę­j ŅÖj0ļv÷ģĻķã>šÃ eBÄ6gÕ´ŸûëémĒ_Š Wņž u([žãÔ¨Õ|,v9 }°ũIw=oÔųRúŠĨĶét:_?~ŦĒæ}¯í&Ä€„5 Fœ´0ŠŸī›ę¨Å‹Â,fQhBx ķRŠe7Ôā!ˆB L.Žđ*$tņÅ؂D ‡H ĢqļxōÁoũõŋô¯~˙'¯ū´Lˇ˛_otDĖ!eNSŖÚ8˜2ÜŌ.XyÍ­:D Ũq;}zsøá~~afáão|į¯f\ä´Íy%LØī¯¨OKũôÕOˇO.Å1ėëˇ,Šc}=íÅe(Œ¨P‡xp(U/֓ÄÎ<ãđ§ĨōĶĪ°É¨ž~ņę/8O°-ŗîoWYšįP aPÉČĄ *XYBxŠĸQK)ø-a¨›&ˇÛaôHų‘Éāũ:\œc|Šh†¸$Â*|‘¸.LHē~(4pÔõ_ü!ƒDĖ–ŗ˜—C=8Ũ ÖØčâ9P…2"ĀĨEk|žŌōÁ&Úķļ—‹īIsxēË'-÷ĻĮ׌‹ŪGĶ2,ˇO ŧg‹lĶ ūü|Ŗ•’,ŽŅ-bΊ9ė2¤W ŧmxŦ—6°rÉp¤EÆjŠ4‡ĀōŽ˛úá.įJPÅŌđ  ģC,ĸ]G´ķ Bx[Z¸„áL Ęvģ]ŸŧøäÃ˙į˙ãĪūá>Ĩ•Ö,%/|°ķß…âÍ˙b¤ÖQ‹ž]ŦđŅ§}úíõz=n.6ā;~ōp  5ā@p‡œo 'øEŽįC(hÅŊéĪ2’c;ĄË­ŗ=ģ˜  銲?‹žįø5ežg)%fÖžWU÷G7•+´ã "9į4a3Ã#kmkīˆˆH3h6fæîK41"ZŽČ›ŪŖŨ]UÛfqÜÚéÁķQÕęĻš•ęî!ŅZĢģ‹¤ˆ0 s™ĻIWë Ÿ…™…™8ŠĒ9įyîú°?äxAiŽ F„:ĸ9“W<Āãü"˜œoH‹,ža]Ĩáķ¤Î‹´Ļ­•'.[0šD…3Ųš@%ĒĮö×ÚŦ„EawAđæcMÄôɋ›ßzúo}?ũĩøn!\<˙ԃ-+Ķbå"ØĖÃ#tZ›˙Îß˙Ÿžēųq‡rĢyúîßū˙GuˇķķZAp …Kļƒŗ`לŅŠø€7‹‘ÍúÉī wŦ.×ģ}á^¯"BDŨá$SJd533cIUmŸ}3+Ĩ Û\čĀ—— ņķ!$tŒįĒJiERhD°$Č(BM`ŌWpJiĩņ0ÂåÜí÷fŽ_˜Ķ}*Ĩ$L"‚woØŗņfī yH`1ÚqzSŊ¨ƒŲ#ĸõ\4ų3Æ&ŗį@NĸW6F& ߑ{ÅwŌŗJ$Ą™ypūö’B2/3ÜĄ‚1×ũaEžŋZų\$ ‚k%3ÅâÖSƒeVˆkŽ"AŒRlĻÔQ)û[ĪëWĢõG—O_^m?Ļß/$ažŲoĘ>i)ĩFĘAĄ'ڔŦ8 i”vŽŨ 2Œ5*ča&pÕÁŦŠ‡|=åtĒ¨ĩ*@˛”)áÁúž!.R #Ė Æȉ9Ęŧ]´ (°)ck­xXīøĐS ļ/’h÷s:.ÖøԟOôÕ'˛V]žæb0Vĩc.¸UĒ2! `>fžqÔí~ ¤]ŌS“7D8R rzŧÕ6Ÿx„Uäšjæƒy¤!#e„Č=!_š€<+MÎ6ŖúÅāé?Ņt‡P("ĩ=qîƒeddbøĻ¤”*ĐÖ]mu†đv|<"TpOîp„‚káØ2ũ §„5cõĀŸĮ–Pi5+#(@ōņĶwĖ€ \:8ߑĐ^3ä#Ų–ēĒÁ# ļ8ĐN]āū„˙›)jFĒlũˆĘŦE‡ƒŅ(‡†|øø'īb”Uavņ‡Œ˙˜`R‘\ÔĄáH'BYÂņ™gĘxĩÚWWc­ͧČL‹üđ]ēĸ Ciē„0!D€ŌŒčäX°ö°ˇ ,\DËį4%¨jÄĪ\öÅŲ+Į_`Ä)ĩ —SO—Cąä9ĻæxV=gY§&NđĶŽĒz PĪķ< ŋŦMĪsüš2 ÃzŊnq‡q¤”ÚÍømīÚ¯Ž  pÁėÄŦ ‘6ŗhrÂK‘ų°Ÿ ˛ēØnˇúŪ{9aÖĮr)a@"͞c˜i•Rj— wWãjĩåbĨWĨēWå›}äOŠ¯6GWՋ‹‹Ķtí ,ķ6 1ʤBøē€¨•fôā‘hzŖXã8ē;-Ÿ´ZábȒ¯ō&ąäØĖ @Nb‚ė.ū°qÆĻK#@Z ‚ŗ&Ą.ÃĢÕĒälĒĸ’RZ­ÖëÕę^Ņ_įW‹†+ˆ—;"•rQSÚĻÍķ˧ßYévR šÔLe`¨ZTôĢ2×Āՙŋt@č t 8}IŸjTūņ WdD˜{lķˇ/åˇjē\Ĩ÷-VČ=XHBÛ‹Į]¸wVÄøĨį›ģ2Čĸ6ÉXÉHŊj™ės‰T Įa†IWĢ4 C›ę-ŸĶ1]ØÅjĖķ<ĻôˆŦđRd‡ULgĘ2Ž˛+Čv5æĄšŦÕ)p—:%ēzz×Kĸí~ät—Ųę ‘2ZHäŧŨŪ’ķ<Ģ€ÃˆíöųŗguŠž~UéÕáēŌvL›ÉGƒ‡m/ōÅÅzëĸšķa’ŨĖ$Ō•>”R˜W"„D‡5âgOē$"AîCʤ`¤õŧĄs‚ģVæˆĐ¸˜Ø^NÛ˝$$ʊkâéåúŊ3<ŒHôܡĶĒÎ$äá–FMNɒ†ģԌI렁aZ %1 ðŲ@ÖÛԎ؝ŸAĐĮŅ×ĢÍ4ĸ§=Įa-ANÔEO˙Žwíá|ȏšƒl…†ŽcAÃąx_@&—d‚p'†ÕB•BŖšė„Ŗ,Zuvģ Ûą¨ûÁK‹ˆ& ŸĸČãĪj{”…Ė­čSĒdq6§ĸã{Äå>đ’ŋr úņŅ"ׯwRŌ3"mŽÖįNŽP7g-ę&ĄŽâ’Ģ†ĒŠ)ëÄ€Ų8ŽØ?*é6!pt#¯KÃb!6)­D$asŪ{s_V`KmTyĒ0iM–v÷‘ôw¨•CD"ĸZu÷”RNĐG{û˛‹ŪpÅaŧķ`Œ@fˆē°Õ<˛Ôī›ŧPšYĢ™5|Ãz;ŽkšÅąĒUÃÚŲÎH.•j-öū‘mŖĀ“KrOîēÔėÕs;КV…‚1åœ[@ĻE~ŪöA}3$[gĢj#qŧ:% püéƒŨ”‘Ĩž5˜R2Tõ+‹üÁF ´:āÔF°@ŗ†Š”’›Ģ4Œīîũ´ÕY6 Soáč¯%Éúh¯ĩGŦVĢvz™Ų75u˙ĨgIr\&:AhBÎ$ŨŨ$5g¤„A†G“įhk˜1FĶ¨H§–Žön&¤œŗr)ĮĀœIŪØGtųķˆ–hM)ĩ+Ņ—qŧˆč˛ô%ɨ*ĄČ" h;ÜĘT5'$ĮŠ+Qš€Aņ˙gīߞ$Éļô>ėûÖÚÛ="2ëÖŨ§Īƒ@€ # ƒdF3]Œ2‰2ūzՋūÉø¤˙COz’d’™hšô"ÉHHŠŖ€˜ fæœîĶŨU•î{¯ĩô°Ũ#ŖēĢOgõŠčĘĒŪŋéŲ'+2ĶĶÃïëÛëû ČēÎéšäæ<Œ´+Ģ­{9gY" "P¤œ}h->?"Âa~:NŅ*†)!įœ­ĩC;ĀUåĨwĄu>eI–ķÅ.BD_9NsÎ )%M͇Tdŧ‹…Đu])ā ëÛšĪš´ûˇĒ¯_{¨yÖ9Ēzjkˇ †!%Ųˆ<¤[f¨ĒŸuļa@Į6¯4qŠÅ‰ ƒxĀUĶƒ¯eŊ?PJ¨&Ŧp¨Šõyl™N‘3sÎ+MT‚FVh›Ø…€ģÐ%gddÍ9EÅDD‘ßhũOķNÚÆ0 ŋarIkćeŠ<“„c¤¸Ís‡@^/Ļ!¤ĒĀ yX> h ĒĘ´>Dʛļ|ŊÁ›]N  biŠUĻæŒĸĒ§ŗ“*$cĄ!ā’N#Äf3@Ļúf'ųwJĘ9•ļŖ.ˇ”kįÆZ—osÅEkĀj›ĀND Ž?õLo#"!üŪėEāÍlBPķi›.=1ô`‹ģāĘ,%˜Ĩŋ'a1­Zu¯åŋŒ b„oá@Æo?[ķŌĖáI(ƒ¸!T•! ¨UĒ¨ČŠ÷éá:įĶƒŪr¨ö^Ö߂ĶZWë…ģėŪądå Ā C ČôŽũūâ"k …„ `Ę,”V IŒäœt¨ŦĘ1ũ­"čŲ áiÍ.lö~-Ŗ<蔧.Žœ—û(ŋģžžë­úĶôHwvœ~§ÎņƒĮߔ¯ HäōTž´ōŪīëéy ÚŨO˛ĮoÉC*Rt~XæynÎ$ĩÖVĀĒĩžŲüß÷œoôs"éŦ^°ŽĮVˆ Á!b>‡ũ>"?¨~˜”8Ä0ĪÃlf§nĶRĘė3Ļ#tŽÕOũ&o&øˇn6›”wŠiššāņēM?‡ĩ =Ņ‰–‚y‹RŠn"afsÁl8Ė‡ĖTÄĖĄŗ˜’˜Āße?‡ŽĨŗlfa¨ĩzmž#z?Į;CÃĩTX,øÍûūövŪäIE`gũīŲĪņŧŽŸƒA¸ģ‰Īߕvœļ[“yžgĖeš`G+’"G°ˆ ´ĩ°BNΊĀˇíoM‡kR$›¯ÔęÉĒ ™a‡H~`=æGĶ4ÍķŦã5#ĐėĒ4MĶDäR&Õ7ÖM/GĒŖVÔZÍĖ]j­ĩæ\§iJŽP/ĸ. ŗģ~ëũo‹oôs"9t4×ų`ëq*LãqēŊeÎų“¨ŒZ,\9ķâ5ˆČ4MS4Ļ2Š;ÜkëįHô7zŌŠĩļöŲvCĶ4ĩ‡Ģ×ũ¸DdÂÉiíį0™•.3Ũĩ"M!žĒķ<—R˜6Qk€Cā02ÜŊ" {ũĻuLĩV˜ ÍÜJq›eJĐ°ŪĪņ°¨ĩ:7:Ī3%vķķ\Jy@gáo'€ÅŖ’páĀz™ Ö MŨÎwŗ8ßö¸Č‹°‰&0ÂœlĢÖĸž"á ›ˇ~t2šk†pģŠ :`h!ŌģŪ—Đ×íú Ë­{ËäX{e&LúūĻé~k?‡Î ÕcŠ™ķFĄĮ#gĢõũ9ŗ™ĩ2Öāh‚āû]×~g´-)"03ŗ ČÃō0ûÖu^ž˜Øä“1ūaôs(eJžÜ!‰få*€iļšd[æ<2¨‡Đ†¯\bĖp$\ã¤ķĶNÂHĄ;‚ 0$Ŧœ§­2úúŊi÷ü"B§™ĀĖŪå%˙îc<ŋœúĢ_{„šWs`„÷÷zŠišÚäû6uĩ¨ûĸô¨¨Ũ9ĮŨK)ĩVicJÉĖŪŖŠaŋ=¯õ­Š9kÔ9n>:͌$ w?rssôáę´Z0ˇ¸ íQJņãąÆM)&Ia‚ųūDkŗŨlšŖ‡o×Ã^ŖsxQMŧDUĖpC.[m'˛X÷ÆiÂĄÔũ´ĪH3krĜŪŊo•bŪÍķ\ëĐæLÔZG/iīū€|W~lh¸Ėe<ۉ+ÂŨ=‡ãÍÍŅō¤IPN:GŠīFį° ĖĖ5jtĒĩž{J)ķ<ĪĶäåPį6Ûë\įˆåͲúVÕ×îoąŨnO ĩÖãņx8Ūl a$DŽ…Vn\í(épJąe~ŦĮiāp8¸•y>>0ŖîęU; ļY9ķ\Ę~{ã/˄æâęIQŦûV]€oņ­ĘÕęnē™ÖëéĸƏ7"2ŒįüyŌ9"Ņ0ÕZCŖUy‡Ãņx”8Î)ÅÜĢQkU”7*}’Įą)1Īķápø‘€DŒD=÷­ō9čb‰SčÁŨxvĨ”v´ˆRĘ>psŗ§›aĄå!ųVņjj­â]Î*ûũxđ›î[õHĖsĩĶ4i"ëŧ-õŊqĢ ˇS™<*‚ęZ_gũ×ôãģ¸–uÖđÛ‰X›œÄᨂJԀĩÔqļT€h­io>>]ÍĶĖkE™QĒo ņJi¤mæi14ģ9^ŅQJ+ōÔŗäķô¤pŧÅ>nßõFüŪ,:Gų†Î‘Š ĨŊ؄Š*bŋŋ*ōŪ§ŽĮynJ?DĀEI{x2ß{Bģ4gÉQJ91<Ø4ĒWĪíæ¤ŪbĒˇS>~HžUA˜&­Å“ Â21”ĘęŌÜÛBđ4IĘŠ§)|ûc“)€õÜŨ ).ndƒ D!„ߧ‹5,÷Ōî÷b9Ns÷RĘņˆRJúŽ'ċ&t4ÎրŽđķƒÎŨŖVa)ûÛzŦīīõtŲū'cü6wķˇ_l?~¤œLĐÚ 2Ö|éoäū ļ˙÷€9a ‚f‚0*[ ™™-Ē͒~8ŲgŒÖīx˛¸Ŗ,ÜŨŖš .î\æo6ädŠqjšm˙ü–HŊ“oUÄ›° "ÂÜā7w%ŌŌ$ž‚ĶWŖ̌aqDį€îŒˆG+žļļ'ŽĄôĨ@{Ŗč;#\ŲnÛNnŽŠĩ›ÁĀ€cŲc#čÍS­õs„,māį,ŋĩšĢF´ČĶöEĐluå´ 9 a¯Ũßj­įũĒm ŧq„W!k­æI°Fļ5_ŽMŗÖ0áŪf‰>¸žĢ—>ŪUō)ĨXsÎ1ƒ0 3zĐáė:ĮÛĸ=‚9ŨÃ,N›4yŖíáf†0WĮz=}8įO”ŅvņSM*ßŧŧžŽVs{#—đļÖ6sKûŅˇč‘a„‘a0hfôp‡;ĖŨ‰Ĩ?ėd1íbڂpIVŗé˛L¸Ļ–ģ>^ė–¯é á€‘hwQëvXŧË+æyĻ˛Ų÷w^ ׋™a}|&'•2Õ:ģ;›é‚¤hĻkPÄęË˙ŠÛâS}‘:’ŅÍĐ*ôŒ]ākZ°<)<čĖ%(ĀŨĢÁm˛ĶYnķR5 YpŌĨŪöh„Ûö-D]cV2d\cB&PÁ–\-ûMˆæ[enN3x{XņöČäV›aߧ<į6 rMĪ~;æ!?fîI3Ģēē/Ŋ˛ž¯ŪčÍ2b6¨ËąŋFÜŨ)4§Õ9ÕjÍö}Y=Y6fÃOįöŗcũÉā­Âķ3˙é°ÃërKí:‚tū$uėäšwõõŗ˙+‡ä}9ĻÚđTå˙–ŨđnŽ'’W.=m­wÛö4!Cäîøm ÁŲ%ôn!ˡ.ļAy~Bŧ‹ųi§œôTąX ÷#ōÛYÂĖZsŋĀ{æ‰k18á'4”HŠÍ>˛ēT ¤ŠēŧxĄų’K˜qB;JÖŋx*<čZdÄĸŗ’í¤0ŠĪŌ"^—wdČ%b$„ô Œ'7°*¨ĀÄķ GD!Ą`Ļ< įŠ7‡w7|ß|>QEBRļvØxøuí§‚ĀŨķoKģë|/¸ļ\­!—Xœ~Ũáøõ§ŪõĄ|-ĄŧŸ QU¨Š<"œ€H¨ī“ŪæT$ÍÔŅ°­ĸáho}\VĘwgī.É+á¨VP ”ĢI¯ŪT/քu×zđœĻŪļ{ūvSú~ūŌģūzÁøÆ ^,¯´ûįX €ÎíųÃÂoŋ´ŽsüHiŗOđ÷ĸûŽ8@ĩI8§Û¤=%įt¯Ũ>_ļ4%‰īũņēûŠ"Ķ^š ’}ķu ‰ kÁ0§:ËŠ”úŽˇâkxĨHÁĶæ!Žėˆķãm/mĮéÃ;L›tŅž>=4œ˜Bî  yĶIMĢ>­íÄū=|-OÅĮ“FŌĻķÕļ‡‡yžÖ-"ÂC–IîĸĒõŊtöapštĻúŠÎ ypęyTør†˙–‹]Ä÷i/üZĪåɋöŌÎK= ËÆ<ŨÔED{æi'†‡ä/÷ÍMŅ„™”ŧ›Vũ&Λ`Zíö>ųū'ÍĒ™‹xΈ ”įĪĄëeđ<÷[.0Žá؋yHSY^ũ`iėx3—×æļķD0h۞BW4ŖyK…ōΞrqŨ˜L͏v‘‹BáÚ$%F‹+wđ[&¨~´Kƒˆ(ĩíëī×qĒ9ˇ S ĸŽˆĩ¨Ũų>ČBŲtŽœ‘I>lxØˇúŋ=Ō\I%ŖŠ fĮZŠ"ŽInŗ<Ķ$yH:TÉî 8Z¯/ŒĻs,—œ ( ÍÉm>(`ANëqÚuŽˇĀŲq U†üųđ:$ΎĘUSWÕ÷ū]J9ŸČõļ4›ŽsüH9¯‹ÕZk­o>ų÷Cgĩ§pŋ+˙Ŋëuú:$ÃãäŗqĒÅįœO-`§vwyķđŠwõˇŲf&YjŠ^m›7íÂÜLuÜŊÍNdZ{™Ŧ_´“– ŒÅ! ˛bLČ$#eäËvsØRÃĻ@il:‡WTy9äŊfuLđ"ŧh^iį„ŦÅ?Ž‰™"\›Ņyųōf8ŠĀb”¸Ļ‰Á-ÜĐpk^Đ-}ŗt:N§Ķét:Nį"”ɘ•¤hËIą/øu +D p ;\îáUx”<9Ļ€f…áP0폷ÜÜũ”D€ū E,F[įé€q2pŧ)đ_ãP>¯˛¯†Z•q….×ŅÁ`0@wVY<ŗĀ†fnsŒ_~v´ũfÛÍ÷|ĪN§ķV@déƒXZ÷\`‚YY3R†dČāåŽÄbHD‡´Îmßđ#*Æ2ėŠ\Íō8Āéö}ˆÜuœ„%@\rûĮÉ֎ë$‚ijœ$D!’D¤…ĻÔU¯×ĶuŽN§Ķét:N§Ķé\&­ĩÖ8zĒÃæø´Åã„C@@@đ€#yš§Ôšā–¨†yĀUE*øĩŽ%mÅPĪĻʲY•0.čYōũH ų"2xËPXæ"ƒ–ôĢ?š^îŋĸV-ux´!‹;Ę[—BĄ8õ<ŖNÕë~“%e Qa°ˇ=;Î Đ[,‰ģ:v@œ$U¤*9!ãâÎmžŽ¸ū#ˆŒÂ˛Ë`2VlGķ÷Æ°ō='V3ˇĶĮīļėZā"cûSAŦ…zÁ`õģķ–+¤Š$Ŋ[™Î+tŖĶét:N§Ķét:avŲĖ\ŧúüōđ§˙øŸü§×ųŸÎ7U‚ Œqp&ā|Šĩ‰„ČŖîhÆĮUž¸~ųŲ‹?tŲ{hĐ-Ē-öáB—0]`-‹ÕHĮÛgšęĪMÁ­‰–}ÂÁxû#Ú&zĨĒĀŸ^ÉĄÆD†u†Y÷Ŧęt:īŒ‚đõŋEØ׀8"ZM™:´uęÅŖ΅ ™YĘfX§.pÂ=ŒãĸÖ0ÚT#@‹BņXš<.Ķ§ą%ą­“-Ȁ;Ü`Ŧ(aĨā͓=tŖĶét:N§Ķét:—@ŧ¸KH m ‡iú˙ŨåŸĻČDL {Ķ9č`ĄÜ‚A0Ūū™ĶUŨ{āųÍĶd8ŽÚ]ÖÄ)ö!"=_7A€žDbÆ(Zöˆ2”IJ•p\mGĐ.ä[ĩ†…ÜÕh|ŠÔČôĶaŠQ…‘ŗ‹JhŪõ\ëN§ķŽ°&oŦA­ˆŦîMB`.ˆ$Hž›/{ÆĘÖČéEĩÆúWšj.t°Ūyu.EDõN‰Ō$ĀĢ‘Wo{äIÆ:õ–žĖ͡*ĨŦ.QĐûžđ-tŖĶét:N§Ķét:ÁĒGbĀ4Al‡Û?“xäÁL@3JFËųä4>ą!Pʑš&ģv>n°?ÂyĒ(#öû9|iæh´ÍuÅne>Ė‡Db— @J˜ p͈ ļtTƒ‚PN¸žÆ&oRÆ\nÁŲc2NSšŸŧëMØét~Œ8á@ëŲpŽmq‹ ܑ]ā—†/ąāŧHâôi4ÂÎÔ Ų&V§;ÍiAk€œ1‹˜˜Aˇ¨Õ(ĒrÉŸæ’uęņ‰3‘íā ¸€ ĸ’Ußõfz¨tŖĶét:N§Ķét:aˇ‰›đųøķ—Ÿ# jŖÂ'ųøæ`Øm0UˋŧÉ9mG䌐 û%FĢ˛ĶrM֒ø¸á4Ų~?'šb$x•ÁøđúcŪ'ëĨ.đ€Q%D\Ŗ&ˇ]øā…I\̀ ŧŽ°"qÄ10 (.ËNC‡!ˆzІĩę…„"bŠ~††ļũEŪ@ęˆÖ4)ÚņFÃq(ãđøqq„šXU˛›12WDå<".9Ÿ]Ŗ•¤–‰ĖuŲ…†žLŅD2pąđžÎ‡ÎžäKĘ4–$ Š"U§‰cö΋Ū=k-ō†qšž §žĖÆaŦ:-Ë,aīûôAßŌGЛ´„„Ģ+Ŧ>’áöOŸ˙ŋūŋOÕTA”–ÛuŠ~Ķ2pD‚ī֊} ĖŒŦņ“]<Ķ@‰ĐĄV)íˇz˙(]įčt:N§Ķét:Î o6I ĖŦ7 ĸp¯)ƒžƒ;3ĨP  qÁ)ĢÅ!Ší2ĸ*JA6 C#”mĘ<‹IĄ Į$˙ģøŸũlˇģˇQ*jUUĶ•¸ē™íxûÕã_¤Œãė%ĒCĩ ¸¤Îą8,Á‘['no~ĩÛÅæŠį´Įf† Āh3c"Ú+Ų–ÄY§É)qÚĖmīBˆ„ī_‘ ĸÍߥÜõ°‰ŨŲâ&ĮcEQ˜@%$A JčŝĸîĖ¨šŒ”soú Øō­÷ÜôŦĶé<,hāÉuDdDR`ô€ad4ÕW;?Ŧ.‚ow´ŒÖ8Ę@(\ZŗdD ĒS‡˛#’wŗ×ĶuŽN§Ķét:N§Ķé\z‰Ŋų R˛ģâp@–t{ã6׌$ŽˆÁCEã%0IČįl{ÎúQ-Ą´:īIŊēʙĮ1ã8ŨđŽ +mB=˜Ž’Žf]$ ’ 2A# č­DK‡†kÍŧ”Ī›4æąã´š¯ĩ’R"cxäģŸl˙Á˙d‡gOîf _ú‰ŸëxĄ+@úˇāĀŒ˙ö?ÅgŠb˜ëÄøžđ ]–æ¨ī_“4€WķƒŲėhŠ¤įînņĸú'†-ķaļ)Õ$Cŗ;K@ ęˆu+JZĖĐÖW¯/]uÁÅÍĒåŦŨ ÷_ƒÄŠlB=ÄėiS7ŠĒ›DĐcęŒžqŅRÚi˙i™Ė§éÉwšq§p,Á$—\ŸN§ķ# úYOB,\9 KŖą{Ę`ēûđ%“EšÍ_Ä!ą¤ļôˇ×ŌuŽN§Ķét:N§Ķé\ĪƒH ŠÕŠJLˇøÉĪūRŽô b ĄˆD¨JAÚÁČ—zx—ČW6×Í.éôršÜžüŖ 7›#œKē RËFHÂ$ƒÃE *ikáEįˆ@ â˛:‡:öÕĖFĢ^‚Č@“Ũžx>[ Ûã'ŋ‹+,ŠÖĀåzcxæœq>Û>€~uûō夛qŧēÚ=ųčŅ…×æ˛,9ą€F‹_ĮYžvCw^TĖk×Rav•ķÕ¯‡úÚ¸@Tm>QpĀ/o} Q ˆŖéļtf¸÷Ũ’û†@Ęü8ėĨģY­thōÅ*ËA÷õmōŌĻ(į;üķœŪĖŅétŪ6Ŧ ŨĨĪšˆāŅôÕl‹•ŠŦēÂEuÖ8ke[}ąŦ ¸ôÂš]>:¯ŖëN§Ķét:N§ĶšB*BÃĩ éjŗû{į?JõãĢü$Yfˆ„8Ĥ†îƒ m.÷”ʐ„|Üž>ģz>}Ur1}ū˙ũ'˙đË/ūEąį•Ģ&Đæã‡Ä\!*BŊÎsŠ Ą‰ÕÉ}ŠMX8V{¸Čh˜$†qˇ"pRĻŸ>ûŲäĮų+l€ˆÃdƒˆæí%?ŪĶd|V@āĢŗ|Ģ¸lCˇŦ‡Šī{?ą4lŦEųxíĪAØ ÆQe>Üāö)# J*-„â‹Ôpˇm×@Šļ‘mím‘Pæ@,jß9z`_ąŽÍŒ¯W%$"j­­')cĢ÷­Ÿo\f|uŗũÆ ß'.w:ˇŽđ3ÂåĢ ‚qōúk4pAņ7Î:ûÎGqpB¸i ~Ũąę7ŅuŽN§Ķét:N§Ķé\€+ÉmėāWôÍ6˙üoūô?ŧÆ_JØ)’.?'wL8vĀpĄÕxB™ũvT0ođ'˙2˙Ŗ?ģ-ilEz_~\JĢ*p -ōÛiD¸ˆ¯? –É•íÅûԜŋĪŅ†œ "âQĒR~ũŲ¯täWĶ0@+hšŨÁēVi.ÁÉŅ˜d@…¨€›‰ĘĩqŌ<փ—bîBũÁ rą6ûæˇHPQ‡ŧüō1ŨoJũg’žō?Ė\kU!aŌ m.ŅZ4$ FqŌ$OŽdŽ6ķX$Tn3ƒÍ$\Bœß=Š 6áåK\;~ųĮ^V•ąFÆ\Ã`HîQĨEÜFЈ›AÛ[åLĀāëČS?ŠŦŌc§Ķéŧ-Nį–kĶžN˜Î&F2jõD|$øŠāZá‚â b\Koß÷IPR÷:\_Át…’p"ˆ*KÕ ųVĀw÷ 5ŗUB܅Ŝ§c\šær_jî;[ŨԂŦVæz<ø„ĖüôúI™d¸Ę{Ŋj"QE)HuCņ lÉŗęŗ:|M”€ĀĻp ”:^—2ÃC‚IŌf¸hwÉ@ëÖņĩļtōYē3 Ō!FI” ŽW/įßū ~ũŲÍtÔ4’DĀMÜčDŠš ę) NŠ"UœđÁlôē)€#$oÆäÄl5ų}÷ FĘÕ͋—O>Î(ˇr(xúDtkŧEˆÆâĮÕĻ07G(ę…öŸ@œi˛?Ëv<ųˇœ ‘ÚŋN§ĶyK‚Ņ4׸ëԁ)L5M´J@Ŗ€.Ë\I—K =ƒÎ €`!'ÄQBÃwĄ!2D,Ō¸~ߡũaĶuŽN§Ķét:N§Ķé\„ˆ Yę$Ę Ø§@Ļc•‚2Ę+ŽōÖG"!Ōnģ3ËuÅKâĨĻ”ŦY˛ĖŦ„€üvŧR;LŖfqØ4o6Ã~žrŒKLƒ@ƒNHā"#†Rfdxl_~öėęŅF0Ũ‡ŖĢõØeTĀSŌa¨ŧĖÆ\ķKD @zĩčˆØ<~ŠvÃx0j¨VúdŒ÷ŋņJWÁĸp䜏Įũ6§NsyüôŖãŸũŌEĻ°ēŋMY,ÜĻÃÕKÚJfÂán°&ˇĨu#R ĪęU4ŪžÜäŒũiÃ(z;]}ü¤ŖUŊw>åęjë^ķ¸•”÷sy.Ķôx¨$IĨˆ $<"–¤‘ķŽ‹ˇ>žđkՙCŊBŝ%3Ų˛N§Ķy ÄŨÅ 'Í5čŧ9~†§ûŋūˇ~÷æÅ´ÉÉâp‘ĄũÄEú9č ÖÅ´0F„€šĩí=Ú|2ØîŋúĪ?{ļûIŗ“úŸŪKŪ˙›ŒN§Ķét:N§Ķé—ívœĘŒ¤&zĢ"3 ąÔJ.7Ûķ ã—ąũgöKˇę5ĪÄ(C-ûä ņŧ6kV‘ÖĒŧ^`8œ§y÷íĨ 8"!uÕē(?œÜÔÅ8ũŦƒĮaR%"Í^Q‹ŽãĮņwoŽĪEm×Ŗ­‡ŗĮi?7ņ€.›1š:F$ņlLŗ°$#üŅã<0'Œ@2wۃÛq {K "’éA€Ž€í6öø'ģO7ØmBSuķ5 ÖÍ$Hë.˛˙œíë—VĄ" I2@D”ŠÚģūė;Î‡C›ÖÕ)kܖ c~|ĩyöoíūęßÔ-F žŨĩŸ]˛gķN˙=ŋ\?BĀ~…áŸj×2‹ēI-z=]įčt:N§Ķét:Î`s—>@oČ=#{āLāv™,ž¸âŦėKÂķ…Ö‹–˛¨, Œ¸ë08Mę"đdĒ˙Ģŋûw˙ß}úȀ k ´i4ĝƒÄåj Ÿ˙ûÛų>ûÕËy?&‘ŖĶ1f9”š"‘W-' @6­ãbOũÔWĪÖ—2ŧ6ƒ! ŅXŌSå=ŸßTŠWc`D„pQ*Kāvš7›Í§ũ¯˙›ŋļ:Ÿ˙îRÂr?mBŦŌ›‹Íi"0–Q-sQLŠ(ĻÃŧ˙ęĢ/S9>&M7ãļ~ôŅKĄ4Iâ >2uēŌ#ĖÍ"mÆg?K?{üReŽp„Ō(ÐØvé¸\*Æ+ŠĻŨR\&47ĒĪ!^ëėŠĢNįíí.äÔ¸!õævoۗO8`s œ}ķr“0NœV'ΒÉ7@…áCŠĨ˜8U )Øû9^C×9:N§Ķét:N§ķöa@ gā~ `‹g'  ¤@ÆŠŒp1_°BŌb­édĘÍĨk‚ˆVļ÷ŅlüķĪ~įĶO 2ę [FÂXÚÂeš—Ŧƒ¨ā¯^ R Ã6Iá“$Á[Z4ÅOrQü 3=ĪšrZYfuJ@jŠ‹¸0€`Ķ9ŪwšŧŅ"Ä—ŽX>t'jx"=É‘sēúų/ūö˙ėŽ°ĩbõĪäk{‹ÔHL#|2–Šâ€/˙üø/~’˙n ÕaŧúųĪ7˙Ŋŋģ+2ŋÉÚÃ|†„*A™šbķ„Ķŋ9ū~UUp¸W`MY¸˜vį2ĩÆpÂ3bÄUōtŠ– Á<ŋë= Ķé|0´Nā$r´æMö3ŽË¤†°[ĐCļŪ.m—9J80Å`DFģ—ĘæpTHP„TŗHŊŖãutŖĶét:N§Ķét:—@Ãba´xũg%A`p‡ĸÅŖ˙B#'ˆ#†`kßÎ8‹9o.qhQAÅ1Ę"r ĩJŌRĮOĨ ŦķĐ/SImKÜJŌlfÅā‚ĒŦ¸ø+ŗAąŽĖåā:~]ā‘öēķ.ßÕ/)ũ0Đö“&rœ|Ģ¸hf(VĄIĮYæqJ úš.Ājēk aXMÉ1Äļ26LD’í´Ÿ}˙åÁsšwO?Ũ¤kn#ÔīFëbS.Å' ä”2‹%ÛĪČcJĨ˜ĄL~°}Ȩ_2w׈ ˜@% ĐH)GHÔZePŌŠÚÍažQŊđūÜét~4ŦFUņJiHJœD  Ā @s´ŧdų’ Ŧˇ"Ž,ÍĘO` 5l6ö“áëč:G§Ķét:N§Ķét.@1ŌˇôŧßKšūŠ×“Ŧ5äKBĻ Rį+ļ@[ŖVŋ†0p&i’AņÉeÔöc'˙ĢWJ÷­f"¸ØÛHŠĢŒaԖ3žÄ .^$–Ú @^ŧ(ŧČ*ĢųX, .'š%x×î8Ū˙ÂĖIäXōá›ŨRU<ÂÂsN¤Oĩ†ĐR ēÆŌ ˆĨų†K‡‡5 .!0Ņ<’”MZ‰t€lw;¤< ÎęA’P1rĩ{û’ C.GķRŠASĒHUGˆd1 X$8!Ŗ(3nå‚QˇîĀfÁ´ØåGÍYĪ*Ė0A&¯÷–t:Nį;ĄƒÕáw˜A€ûãņ¨SŠgrƒ4á‹ŊžŋõQ¸‚ ô€ˇ+(ƒ„C¤ũŲR fSŖ&M­ųŽķ ēÎŅét:N§Ķét:Kā;ø5üų98 6Ņą]EŽ x@ŖŸÚ(č€\dÄL%z @úŠ=ˆÂ¨@ É7j؁%€XōžW"žĩ8ŧõ‹MŪs­T‰„(âTw5× m:Į kČÂe Ŧ€ l[Ôļ˛‚~ÚDÁ0 Ōãĸ+ķƒđĒLã0@­Ąc‹j‘’RÅŦdT†ˇeąø QÃë>ĶŦŊÜ~ČUĪę^ÅR uËyō#SQ‘˜­FëŅ§Ih÷ÖÕßMį,E„jžšd Ãf‘Ų¤zÎāˆŠx[ģũå'W$Ž—Ûœ-į\ĀØ*ytĐĒī“dC)¨s=jÚkō';Ųßôē^§Ķy[ÔvpöŠ80ä]•mŌ;W( U€]§\`ŅÚ7‡SC&ŠE™[&˜›Ņ#‰ )%žį ’ŖëN§Ķét:N§Ķš A¤€:“ Ä@$ÅLĖXg$ęhā$@ĀSŋAĢŅˇ¸Žt‡ĩÂGĢh{ 6T<¯(;c.ŋûÆÛH*›qTLĩ:TDah­'SImŨqšīyŸ ŪMGWžgĢíÎeūEÃK~0NRĮy/™ ˛AD)%`¤†P•Õ¯ŲzHÍŅ‹D á@AÍēÃL@ĨDŠĀ\ ­¤Ö"^‘†ÜĄîšæ2O%G†mŌáaĩVŸIÔI%vÂÛŲę¯o˙č˙ķ/˙¯ŋüÃc⑜îī­&p„8§-M4ĐÖzŧņv¤ÄĐũEüë?ųןü ¨'°8IÔåx[>•“ËV§ķáqˇcKĄŌ&ûˇŖīķ@mōaœŋöļiįüv Ž!ŪH„,GZÔ\™‰™ˆoTčúÍĢę]ÅÅō0–)ŒēĄ>sš ‘@…¤p_Nū~‘1g­92†A WÃ6ĮF<ÜũXęÕÅ>Ü÷šŽst:N§Ķét:Nį¸â9˜–9OqĢ¨œ!„Š!Q4FD›ÚxJČxëãd"W@a@Ė“ŕ‰Ž!•G¸ČĀĐRĸUĢÂā­Tĸ§|iÂč…Ũˇh(‡†œã0ģC “Kx$`€äˆjŗŒēØöĀՈŦ‹C–jū2C–árWÍų&ã׏˙Ŧė¸ÍĻ"ĀHJ)FĀĖī*igÛMĸÕ[5ĢÉláœÃ<4ąmRc$@RĨ†[ķájØÕiÚ cŠ÷U(äŊ­Ā":˜Ëtˇ lr˛ty*d­M7ˇ›ĮGČķ˙ė˙o˛ėÄ#ôžē—ĀhsJCa2w<ĖS”4æ¤8DÜ*&b€}dŽ!UëĪŪ":A¤ķx™fwöß~6=ųŲÎ}Ūr+˛ķz3â0 ‡R_Ē\ģ āJHÎ"ß?i­Ķi8‰Đ |T•˜[[Ŗ€ŗæB .xÖ]ŽÔÁđ€Âã*"4GŽØā™‚ˆzu*kßßĢęĮšČąÖũßîH"§ąMÆĢ]JåöË2aÔ#k$ŧIWģe­BP(ŧ˜ŒKBRķĮBâz_A* ``1šÃŖ$`HÁųbî{L×9:N§Ķét:N§ķö8h‚bt7HáɜĄ‡+MįˆSôÅeÆFsån>9ÍkŽÁ‘°6Ķœ€„´9ûŌ ųļĖ™ĩĶOlŽĪāë*ˇKŠĩC]ÖĒēšƒ]v{ŽĻÄų˙`ũ|?DžŲ˜Ō´†ŗO˙#”¯¯&–ļu ŠË ēze$ UOĢØ wŗ}ĄNQČ&žˆ­ēS4ÅO 4äüdČ?ŸæCž’ôeŪ„ęŪį=b¸įĸ= ę.ŠÚājsŽHîs2*xTTÅKF ‘Žž,Ŧ´ßĩ{ũņËĪęŗGW cĀ­T0DŪeēˇšíŊŸŖķáÃHt%ütôøuŗjíŅÎTU—› ŌV ŽPD –hĄMĄ€ÛYĪĢĐėô [Æ.A–m>DSRã폘…ŊĒŠH‚‚*ƒí?āîĸë€^ōÜrJęXúH×3™Joâ/ęđ5įŠķZēÎŅét:N§Ķét:N§ķĄÃ*.wb@("KėoūņÕ_ŠķTö9†˛7™Ū¨ ‡‘`c`WÉĨLˇ:P)€ÖIȤ41Ę5‘‰qŒ0Ü?įŧWųãO?úÛ?ũkŠŊn‘w䀨¯jŨēĒķat§ƒįū„-Ūam¨‚y•œÍ†ņbĢp ļ Ä,,Žē´@ĀøÚÁ45 •Ž „(@ây(wŦ_Î˄~$OC6ŠEĄ*A¸;>—Å']įčt:N§Ķét:N§ĶųĀYS1,–ūâ>ŌâŖĮŋû—~ąŋÚ<šüsæcđXęMĘŧ^‹ŲˆæCøōO~ũßĐjÔ bķķūú6mMaŸŸŲķ 8y”û/_mķ“ŋø—˙âīüŊŸūüī~†O…[7­ĨW%;?Nz?õĘÉĸYĘĒv8PĀĶC _pB–,+QąD^ņ$Šbą4Œ4Ëđ™Čƒā„€Áu5Ü:ˇ•ZRģ.š5ŋö"ÕiĻŠ¤%‚ë•ĶÉ*)uíô}ĄëN§Ķét:N§Ķét:6ksÆų{2ËOŽŸ{/Nv>(č!Õy&s,bÆi?? CŠž€ æxƒ@B; -w€8%3ĩõÔŊn˙w$€ÍėQŌēöį Gûúĸ:ĮWĀŸî÷sXO^]I…!˛ŠßËG¯ķ@é:G§Ķét:N§Ķét:Î‚N‰ ‘?ûãĪSBĘJyĻQÃŊD!ä)b@Œ{ŒåŲđķņcūĖ8ų”Dä„Ũôōj7~Ęᙗ•­$´3ŗOá›û/˙ņö§žíą=á‰TSÕW3ON–\ŌsČ; gaî\:9I‘¤å_PBžļm‹KDy/Ģ#…z čæך!i˙9ęøŋũ?ũŸŸ Y,"b“˛™YŠÃ0¸ŲŨ˛[!7 z3&•ōėÉūpˆq˜Kq• ‚PUØb›uÚzúÉä}ĄëN§Ķét:N§Ķét:6ō˛áR|účãˆUˆZĢģ„BîĶÉŅFŪž8dŽÕk9?Ë×/D‹āQ‚ úhԏĢ *ēŌ8'Hš˙ōŊ°5Ēę^­Ņs'öŽÎÍi?gËŊō*i$ ­_;čĐ{‡ß|ŸIkķE“BPq€–&+ŪYlÕO~rĖÅÜ}“r­ÕĢm†ąÖe=›Ōpâĸ:GĐmšB‰œBčĘJT÷syčœ.sŧ/tŖĶét:N§Ķét:Nįƒį›€B Ė5‚9 BjUŐÆTËK§IˆĶī1b;<4ŽöU’Í{RPom.‘Õ1ø耀8-UTžâFÎŪKôi؝ !UDH LŽ‡ā¸8Đ5åōÎÚJ–Øīģ¸ōˇ7laânˆÂd¤AŨ=Öņ&Ŗ"–~č€0Ā,@-<ÖŗĐ)œcyˇą,äž >o4J”b$C5 P"DÂNđũ\ōŅuŽN§Ķét:N§Ķét:ž¯ëĢŽ‚GČ:Yˇ8(÷#Á Áü 16_DBŒˆ 0.ü‘ā[°8'AŊīōi `g°€m]aųīĩĶyŸ QMBŌ|ĻdÍsāå  7€TPÖÃA|ąr‘‰(.čgė!ör_†'qjé0@ Bā €´@ônŠg‡­-oüLļ|{ŖF”ÃQCjV ˆE ^_{æčRĮûB×9:N§Ķét:N§Ķét>xžVŦk…Ht@_'Sßip~÷:XBˆ3wûkĐ HˆAˆXj˜÷Yō2.Ž[žVEcÕfZ‡ ]„ö’dįD™‰ˆjĮ,ęú˛ā×cā€Ŗ Ōz€$ _˛ę;+f`RēCŠâųî‰Ö NīÚ2ᘎ…9< Ņđ@­=uZŧrđ~ŗ=ë퍞Â! x$ķŧė"ĮûD×9:N§Ķét:N§Ķét>lÖÂãYÅ. w˙\ÜcZy¯ŠH@rHĀŋs*ôZĀ <€‡5&ųréH$ IIô ÷]~TW,\AĀ­´%ˆXŋŲLŽô’IƝΊUZ QTxčūųū˙Ų/˙Ŧm7Á –õXĐĨ—‚ūÛūÉßDL‡—„ĖÅõãŅ˙ôļ|ÚN4 A„8RąQ„ ģkø@e xäõĀXrÍq&34ķíæ<9'ąHJč!ąøeuŪSēÎŅét:N§Ķét:N§ķÁĶō~_Í^ŨücMįpēÄ_L—÷ ˛‚ ’¯†ûÍi‚ÚJąđ>K^–/\|xb@$„ ņĒ9 c×9: ŠÅĖ<Ĩh_<˙Ã˙ōŋų‡ˇ/ôööÖiXB-°)ãÉŖ+¯‘8'5yĒ›ÛûĪ7×áô šÎɐn­üÍŨĶŸĻ!k˛RȚ$PJQŊķ­jŊ ë[žāö<Ļô'ŗũ›ũq*ĻĨ„!ܕōŠ<´ŽŒŋâŽÕy¸tŖĶét:N§Ķét:NįÃĻ…pāËtīH-؁Ȩļâ¨KxHŊįŌ@Œ° €°g°gĀĐėūØũąûup‡¨p‚ ž! (o¸ütWlŒŒČAø+Ĩ­e.yĢđö‰Ų‡”†Ā=PöË/~˙ås˙čã§!ä´Xš9pÂ.ÚŌņĸÎV|ĀfšG“O†dÛGØ>ÂÍw‡^[™HįÃ˙úüüM ÄڙuŽœ2ÔÛJË%Ũĸ>ū“ōĪ~y,u.$’a.ĸ°ËJ,‹ŌuŽN§Ķét:N§Ķy¸,ÁtÛ3ŋQĻ$áÉHu9•ˆSOî7žj p.e…Ô^Ŋ›SšūđאuÖ7Žp„LĘcJƒ PŒŌr„%€€:ĸũ- b1â^œeÚJuėNįƒíđeĶ 0=Îųû×I! ĸ 1 Ô##r@„Hk!3ĸAîŋü œX‚&@ãîŪJĨNw(Ø*§h4¤XžVģäŨkūÚĸj|ũ‡Ī_[ΡËëîĒQu$‡ˆœE•8āA[ °Ė[÷ģŗčëT™ËdœŪÍŨ‰=–­!N  "…ÔĩŨ§vÍč]#yÜŲĒĖq‡a‡A,Ä ~˜o^Qwŋ—TúÉ Ķ­§Yą3/oA €d3€ąâúđō§yÜĻA3Ī"B˜…ņƒk’N|˛É™›“H"a¨!.c*S°@ ƒÆrŠx#ŨčuÍd¯œU!m‚€ĀAƒQYzîütWfĻ%ôAwIī3ēÎŅét:N§Ķét:‘ kNVęąwÛÍáĢ¯†aĀō0mwķtœÍÕÃ60]āŊuŽHPá{…o0j¤0xŗU‚HlÖ÷Ŧ1-ˁÂŗÜŽâĮŨæås|ŦW{L3“Š*SrT‡x^áy-;j,ĪōA@ģĖŅé\9+ą-2Ãéˆ[‚ÄņJíŒoXG P!r€B-¤ÛXƒĩˆ*¨‚úũ˙DHą´ŌˆÍWƒOŠR!SÂmÂ3`Ēb;Bl.ãlŽxÜé­sÅÖ×ōé'īūęĢq&ÄÚ”Ä`-+ŊÂ'Ô 99ļEn ÄbŪÅ V“já&Ņ*šÁˆYgĩ߉ʁĩĢæM´ëûlīgŠŸJЗøh$#Œƒĩ õl†}/­ž3Žˇ“û ōdĐ¯J9¨ā‹/Ÿ_?V[|Ē€Áv<ˇīRfKØۛéÆ*æšlv7‡Ãü“õâ3ā#d‚ž€~!|ãĐÍiĀQÅĢAUš˜æĩÃnŨ3qz?—Z`ŗå4=ēŲ= ‰Ã”,mn™Į ž<ØGi€ s…% €žĄÎņĘû¸;ąŦ YÄÚvœy†y“~XN•ĸ‘a€×8ØsIÃĀG_}U’ûpßkēÎŅét:N§Ķét:”Rdá5‚ˆ0?LĮá:į_ž’t ˜ŊÁŌ#Ŗš9ä=øYXTSR¤€3`o čJ¨ SÖÂhĀû[XāË/ mˇy:Œ{É "Ž$`x.ĶĪjˆ?€OE§ķŖį›EęĨâöę„ęīSËf´Ĩa`Y˛@X]*č.ļū9XßÔƉ€ˆ‹ €ĐöW%ŠÍg_~4ÁAũÆ åÕŋxöÍEo¸{õkēČz˛Āá­ÜÉHāRúų ‰€IDAT$Z5R PuÔHŖO‚’ °uM¸Ü­NĢŅ%Ŧm(˛vģŊõņÕMāšÔąŦZhP ôEÜĄ÷ųãī Æ]NYŠYqŖ#e¤)û4ˇ 8ąėģt .Õ&ā´/t [@‘72Uĩ&ŽÅ°Dæ°ļ6&Ä°3=ˆŗ–Ō¯uuk—ŧ!˜ęTŊĀ+"ˇ Då’TždiåČvwāܡ_ökÛëėëõģ”ģ†"đXO €ĸ5ė6Ŗ’U™†tĩŨnw;Xŋ]z]įčt:N§Ķét:‡‰ÔęĢÔHķt-鑛 ūā_ዯĪÍķfDŊÕ¸¯ß="G5ĄæŽ[ Ī’=ĩ:˛K5=Eā Ąo% Q],€*0[æúGWWļŋŊ’„››ë?ū“Ņk>lv:aáÍK† ÉūdŪétžĄ°ĮŽ§œ×3¯áô€ykĻ ôSāē ÁĶ)gÉ*ˆķęÚ0ÅŠjÕČʼnkairÃ"r8"Ą&IT%$+€ČŽT™œVD+‘0DlÄŗZV‹Vģ ‘ZMĩŠKnŽæ¸uQˆ`8=^ÉrđEh‰eõŌOŪ)ÕņŌäšķ…æMØŒ$QÖĪE%2āˆyiZēX>ĩ,ũOf°ã\JŊ}ytk5ūá[ø5ė1ė1œ—k.ųP=rˆP°Š@ÔĢGäا9ã8‚ÁČĶ,ŒvŪOIäÉöĶWõTžžį_SšsāŨ+~§ļú O˛/ûÉ0MåËũĶG— _yé:G§Ķét:N§Ķé\īĻ/?C=\‡m$ĢāÉn¸F2Ęņ ˜øwŽ†š&7črnnb(9īŒ.1KĢ…)¨!„!j›Ø۞Ī[đéŗ§ā5ĢxÄ ĄÕL;l†Ģ!Ą "€Eįˆ>!¸Ķéŧ92֜ ZįCŗņƒ ˆĪę3éĄV‘Ģ I!>ž.K|Õ9ŧåh•ÛXĢ‘ÍÄë.‹‚Åg/€hŋâ  Ąr•Iĸ…ģC\Ėe6)!°äȆd•a5ŠÆŧŽĪ Iŧ›ũ=­}( ".9e›ÖšHœļ`kD`ëöšKčŧ;D\Ô'iSđh÷;ŽÂy KŒ–™B&Ā\ę)éú-‘Å!v3â@ũɸMŸųÅv„j;ZâtĐ5 ¨ĨÃ$q ¯'KŧøuļũūĢĪ˙đšxJ$#ŠôÖmt6ˇŠ6äėcDˆ“ˆ†CĀ N˛œîĸ“$0ŽÃ°¨/>Ÿ”ÜŽY\qõ~Hž†Žst:N§Ķét:ÎC„€€ Ŧæ2édeŌæŸ>ßéZŊNˇáĶ\ÂĒĪõp80CNŽˆ”tČûéXÍ6OĮ˙’gšŅčįNįqK H-Uã 8x€°`TА›T€‚4øI$8?ãœWjš~ˇ}AˆŦŪ:Ņz+Ößĩõw[ÛzV#Ö ęMũ]/ÜNá¤#RķņĐD[$ČCâ˛>—šĪĩ}Kėš¯Ŋ#­ÅÄA—ˇošNrú…Î;@„• "…§zDLW~&øą„˜‰”@‹~´HŒËôsāt ŒÄM†opëŗNuŌ°ŦĮP x'˙ú<‰wŒB”B"ĻBU¤Gs<9ŧ8ĖÛtUpCÕ'Õô0aö‚ įH‡ōX.šI )ĻsМ5$t ĸ}@”@ršÎ¨AņELBEĩ˜÷ņ‚ÛĮS|ÅĢŧy´yüģ¸‘ųˇŪ ]įčt:N§Ķét: ]Ô>lōlÕ> /ŧBUeÔ§ŸĖá€`Ô#’G–ë]ĩÅ0á>dķühķ|æņY¯+đųËōÉīüeƒ"mÕĒeVG¤[ē–dN¨ƒ ´iŋ@{H‡ ,č3LŗĢLĶ!„ą@D”Ęn}ŌétŪÜ`~:â–åsØx=ú´wräđKCRTj…$ŲWXšdÍn…|Ž-­3Ã''ii P‚$(ą¸ä­‘ÁÖāG  $˛Ā‰=Ō8b4Œˇûy7æáęYÍxa,9Š ;—ÃŌ-"(ŽbČšIŒ€;wéæį9ÆosČbUg–|3í7´L3^/E? é+,ĨlˇÛyū2ĨĮn <ž€`V]΁H!ŽŌ9ۈÖ&õ˜Ė†ŖāQ)1ŒƒqZWXčv`{cČHvtĄZ_DųĢ˙îĶūō§ŋūà !F„,ɍAŒ@–§į¨õúđgøÃūB†¨<ėų˙đo›âXŽŽ5¤Ū<Ŧ–ã1BĐSˆÁŅh†5ž@ĢÛŧIÛ]~>–ŗíÜšŖëN§Ķét:N§ķ@ą6Ī–î„#aL€8Y‘ b@(cĀenŽĪA|įxöŲ $Ŗ ‚„Ȥ Ą„¤*˜%…e¨W84 ]íM‚â@@đ%fŗ8ģ¤ŅétŪFÔ$q„ȑēĄ˙ė§_$ &$Ā ļkęqœ™V ŦPB‰ēÃę9súyãĻ,¯zX8ĩ}Hy‘ žžŌíøÉ/†cĄĪ_=˙üXąŨlƧ›rfĮã|ƒō„9Ēƒ§rđXš-îãķũF`íÎ(]’d‘rî4xęû āĢPũŖÃUJ&ņ,`mí-4ânū€¯ûĢ(—Ēī%t2ØŌÖ!Á0B”@´Ļ§á#|ąAâa՟ ˆCítVįTķąŒüä¯=aˆiCMƒ˜ÕM€H@žW7G0Íøãį° =›Š…Äđ °ƒÆˇCHqVĀƒ€!N@āˆ@(ļÖ¯ŲÂh8"Ԙ뤇*ĐŲzsė7yXûY§Ķét:N§Ķét˜xœŦ›5´9šK8ęI=ĶUbĒ%8kĢL}÷Rˆy´˛ąâŠŦ&….ZdŽŠ#b5c‡ ÂŖ…ö D–ɉĀCLę™CK§Ķé|Œržž‚Ī/Ž¸Ū@†/Uū“˙Ã˙åS‘!o|f-9ČØLĸĩp•'N1T5"()Ĩ Öę$ŊFÖD‰œ¤G­fA8= &-Ė\‚HŽMu ŠĖđ1ÕmŠĒ|1ĨøjûøWČEŗæëiú*F@°}ÄŲöysh ŒjĄq"ĀX@1´ĨŨ3÷øĮ—ĘĒ„–Š*”!Œ×™}uÁúCÎäAxkēGä€ 6Û´  ´ėõŪ:„.ŗ:[ĻDĖ@˜Ā[ú6b€oāŨÞ-wæa• .a$„ÁJšæV5DL'æDŅŖj€÷<†„ o­,$R’ŒŧĒėë!b ˜Ķ×ÃL„•<†P !‘‚4f!˛„ ,`¨5ĒU™4z—Õ×yX;Y§Ķét:N§ĶétN8ámūmˆ:ƒÂÅH]š=ļ’CM¸<¨GHm“tŋsT˜š%…e¯ÉAÄLksŠ‡˜ŗ:zĐŲĻŗ: mn¯8K*ĸųJ b1îåŪétŪ˛ģ~@FÚ›™ZÕ6YwW˙ŦL“$ß Ŧ›9ĖĪC*SnŗŨąNDoE|sAxĒPd‘Ü0Oˆ’R’€ÕYŗ4Û+k2. ŧnk0Éč1Ļ:ŽĻ;Ī ŨZŊzōŅKÃÕĮ:nåˆÛį‡Ģ4ŸKŲÃ+75tvI"@Ž–Z§Ļ7ã"cč"_TĐSL)n ‰XdXe"é!ä‚6§ NāTĀÉ ÁD0#ãŗËÁÖvä@!Ŧ5J Üālˇąoá;øŦˆŒV”'ZOL8á0AhĶ93įR‹čU ~9 w3EA*<\89 X„ëáäbf×îîî‚LRį ÂÖĀK#ā8oŊęœč:G§Ķét:N§ĶéåŠW†‹ål5ÉFzĪôŦ.BQTQ0’Ú¨.æ\‚Ɲæâ.ų´ąČ˛„Ŗĸ°kNįm@øŗë!G…OŸČđŋø{÷ßũå‹/^ÚĄÎÃP<ûmNáéz6Ę˙Ķ>eŖ¨Kr$Gö6QŗŲŸ…5Kōķųđ¯ūôO˙ā—ŋũĢy#ö8í×YSq 0ĸ L"ˆlx|¤QžÚŒ/†< lbČQÔsŠ”Ãīí˙ŗHûņŖąŧ€û¯ä~ŋžũ2m“Ļq[ĮŧÕp•Í÷Í!H;å}™ë*Ky”N ŠÎHođ€*{ã/ĮŦÛđ—ĪË.?fŽâ3 ¨§ä­*Ũ.ŽåŒŨī˙ßÎX#ž‘­ÉSNŸ71Ę2É`1[ŋá—å”Ą8 ð4NUpN€>P{Ĩ )!ŗ„kķÚB1ŸđhĮ!JØės‹{÷s¤@Ú"ms¯â!ŗĄđķ°`´w@8ÍAxĶ9$‡*’ S0´T´ī%ŖoŌuŽN§ķž@_ô˙‚`“‚ôX|āPŠhy\,`ˇęÖ1č@ģŽÛ%$˛WD*˛­ĖENU]` d×Ņ`dh•žäūˇ‘)\ÍX­"‹1(H3ķĒ !Ē n"PôëVįBŖ>ĘépsĢã°¯éĨ 2 ’LæÃG;qÎķū×EŠm6ĮķĶ} îĮQį>­ĢĶét.Oŗ…w.vëË.!bâ~w.nŨlÕ¨û.ŊjÔ{9ÖĮVĸáˆ6AÄMP’ģÔäP‡KŠ°:O)|į+­¸Ė Yžo™ÍkĢũ÷-ę†<ĐBH§Ķy¤†#×O‘§VöĶB„Å1Œd@)t‹,Ž.QGĢ„WI$–ƒâ~Đzx–ŨĮã~[ŽŸūÉÁũôĶ)ët˜üĻūŲ\í×1E9Œžr%=ÔŗZHM^5z5īĮ*ĢDŅ€bFäbŽųe˛YžÜ>˙üęŅæã\6ã•Nˇļ“1yĖr rîĘÆAÂRL*a8CӋ–´ÅX'h‚§41áÚ-ŠMBŋw0ŗ×ŧFP¯¯­Úá‹ã¯¯?’›ãķOãŖÁ”ĐŦÕĨ ŦrŸįôΠA_ˆÜ5ŽsČä¨( Ņ&PŽĒ0­w—üŧøđqáŖĀȉáŒq%戇õôȒ“næôŧÔũČ< GŲ4ÂŗĶ‰J *#3 Č÷ŋOQ„UšMᒨŠ@A PC0ƒÆˆ|Ŋ7’ÅˇNŲļjû › WOģ^,z]įčt:īíĸĸ@{°–%˛ Xž—ˆÕ—2D1j0ˆÅH!Ô!Š´ūšUic+$0š$‡0y ôLheK=Đ1åVũzC­ ŋ˙tÁ8Ž–\$H' "ëJ´„ˇÅÅâ„öëVį‡ÄK Rv’ļîzœaĪ_>ž§_Įm’Ž‚ÄŧģēÚĮlSŸ‚Ûét:? ß´`n}úú֍û>‡3B"€Z4fuõåwšüQ˜8ШŽl‚ŗÄŅķåÜ}Ŋ–1–fŲēļąúú­S%Oņ÷đËډw:÷™€EŠHîŖĩ™×­HøutqĨŠ›j Ī‚JQCĐn>īĒGDļá+äÃË<ÎIE-97WĨ^E-^F„Z’peSmÃG *Ũ ŖųhE€Ļ3$"”2š"dÔ<§œŸ^mūÂ<ũéįGį+IܝõžvbÕ¨â8†ˆ‹ƒՐ˜G)€"•iūō8ßė†Ÿ€ÃŊˇĻ$n#8׃ÉÃ<ėęõOvĪ~ríb}P 8—lô&ŧwĢ`'НĖiZčEZ'4 : —-ųú"ĶĘ/¨  (Ⴀ6Ųc@ĖrīfĶņ Āe 9j$ 2ŽøŌŽ*b‚lÃū}˙ų4‚D €2¨ Šų‘:œôÕ-D^w˙ķš-ÖåßL×9:Î{É7)ÖvŽf]M8•åRD—SW ‹ƒŦ*…ƒT¸DjÂčbĄœ$R,ylĸlb.P6ôĢ°~{˜ßdzD0Ŗ„'7BE$Ōr*6Đ~R>: L"“Jdbœ­Ü–_@˙ūĪūÂŋš}ąy´‘aĐûÅųâf0øqN={×kŨét:N§Ķéŧ;Bøęcéé_XDäO?zÄߓĪŽŋNVîšlu$ÃōĐ*BqĀ5b0„ĮûĪŽÁ ÜáņGŖ]_Kĩōōūbąxŋhļķ†9<%Žĸ&7Š.p‘ 8r ‚w†N§ķ0é:G§Ķy9×Ō ãN ` äb- ļ¤ FB("ÅrO ÄC FHUCøŠŊUw&O.ČAŊƘFģ÷ž‰Vː¤`R’ Üæ po\ B„Ž×ëųÎE`N2'‰€xl#rČßzōŅGûß׏éČũíÍĪ¯ŽžÂˇiķ”,‡iī+GŽĶét:N§ĶyŧęēGGˆģsQ¯ŽĮáükŋ÷š÷tpu¨‹oĒ@r ūĪq8戀nvōķŋ’Ž~ņ‘ågÛÍ—ŧĶéīüprΕj‚ 3DB”DÖļsˆS ĶäGˆŪų€ģJRáƒ:°–˛Ø?ãΨJēcU§ĶyđtŖĶéŧ¯ãkeV „!&Ûüę_}EW0‚Ū:%î˜6o+š˜V°2€(Æâ§UQ’Ĩ§ųių<ô0dŽ(†ĖŽŊ•ŠŲ¤™•ÆwHW€#ĢĶĮaĐÍŌ#ĪĪ65O`HÍtë]oŨΏ Ļ,9ĻãąĮÊĶé&Āƒ0ē Ll=T€:Zđ ´F¨€Ŧ÷st:N§Ķét~Ô´vĀ’lÁoļz89/?Ė{ŒDBG@]ÔU\ÔĄ6†$é u‰+ŋßōB_Õ9ŧũáå_Ŧ_Ū^¸]ęčt:™Žst:÷†6ëDBŒ„¯SKZcpÊÄä!eļëGÛzÄ\ÁxmĶüōåņų‹Ē’˛7aĐĀeš}$BāgÉKzy;a2ŦD :Ū¤ã‚ĶŪ”vëˆÁįGYŌÕąųŅŪ\kO zôÖāΈ4€5OaĀI§…ËĶ ŅÚ×[7UW8:N§Ķét:?jŧÍēķU^n’}Q –&Ü!F8ß9"š™˛J¸/¯;ƒâęwķã¨ā,ŋ‰'‘CÎÕ.Sœp×ųáÁŽpt:‡N×9:Î{ŦŌ€W‡2I Ĩ$ūęøgZ¯ÆĮņWūæĶßũ;Āŗ-øs$Ā֖ķ sŽ˙aũΞuNœ}q˙joģW,Āņ¯đ˙žŽRqŗŋ ŽÁhK•’{„û˙ŸŊ?ų‘eģŌ{Áo­ĩˇ™š{4§Ŋįö—ŧŧl2™Ėd6zęR¤ÂĢ§B Õ@Đ@% $Aƒ4(č  Ļ‚&¤P$M„šTI%dÖ˧¨ô˜ŌË|J*Éd’ŧ$oߜ&Zw7ŗŊ×Z5ØæqÎmN\ōÄ=ŨūŨ 1Ž‡‡‡‡…ģ™íõ­õ}dĩ_Ļō9AvÆ'ą™Ä/‘5›FYČąŲ$4V*•JĨRŠT*O1deÁfw-ܘd3ÁāS;Ņyxú6swĻ<-b?rîdNPÕČ>C9šJNåŊ)˜›u.3`ВB^m•+•Ę#NÕ9*•ĘãÃGēȝJŗ‰0 ;'ËP (đl§WIcĸÅ%ė <Ãԝ ŧŠá–ˆˇŌŪBț¤5v°”clüYũIɀ öÆũ^įŗEĶÄVNVĘĖä @ānŽž@•Ī28oŪ,ÆFĶ„7(jŖ8\U*•JĨRŠT*•ģ96NĻ:`3ŌAįÎĪ(ßče dƒȍÉÉmķĄ 検ŨÅĪũøœ2Ā81üŖM| ‚Â@¤“rķ°wmĨRŠ|*Uį¨T*=fÆDÂÂÜaæP‚š{Np €@$f–ŧņŌŸR:ÖAĨ‘eŖ]LE\&0fp@A 0đĪčÜÃĐé€ Ũ>^ķū ™éZ¯Kå™råâå*åØŊæO 2”Ą"‡;‡ĸēŲ¤p€L Ęæ4MāS]ęT*•JĨRŠTžVJjŨYC'ōéÂŲ'ķ)†ˆ pi:uŗúÔ-āFĖ)'F#u ÆŲ9;Ãdt†Jr2÷Î<žûņ4‚œ pÆG:ųŒNĖ¸ õâŋRŠ<ÚTŖRŠ<&8Ÿn0‚1`xČĐH€°‹ŠšAEGo‚” đ5Č|jV €x@ĮtĢģp8M7“9Œ €;ØQ\Ļüãz^>#8a°Ü$Q’BŲi;#9Ȩ†‘W~&NDˆķ ^ÅP&ÖK,!ŒĀeŒƒĻ){ŖéëƓÍŗÃĀNĶۓa›)ķōÎÁĻQG@žTœ`Č šåøĖŧ›‘Œa //Kvœõ\(/€ėnĪ‡*§=ļx€o,ŋ§YL†#8ąáäd(c’0'Ģ‡‡JåœxiŅ!`ãWã€#XiʆlŒXī>|ž¯{üĖ…íIXÃ7™ÄåĢ”§ÛO˛ŠKŦ1% šØÛX(_%dB"x ‹õj ō$ą‰Y<{acg¤‚)LÜîZ4ōšßæpQĘb›rąurgųæJÛųŗ<ūt˜VŊ°2Ė].āÎDllJtߟū.æÅĪŦˆ:ÆÆÄ8˙j˙§ãŽGŋ[ar“ą0[€û™ēAĨRųDĒÎQŠTœØ!F.čK˜9‘wNi†´–Õ=˙ōāL M?ÃĘvķÛN~5g/7îūŖĄČĀŅĻdoyp|4ÔOū0¸‰CŒÄ„2G5ō‹{:•ĘBÕ9*•Ęcƒ"ŲĸĖ ĀIÁîėÄFfŦfNdePƒ]`2]BĐt‘b@YĨ îîMģ§Ë÷|‰īēũ§Ā7ąįƒĩäÜ7ŋKņVM 6šex€Q-íU>/Ō8ŠHhw÷ėÃ0Āā+Wž†õ˛īa9F‰mcf) ĖĖŦÁ™YFf!Ođ”-bš˙0r#ĀąÉŽōäb›ģŽ“FæT^6Ĩŧ8ãLÖåŲNē˛-Ž' iš>öīWų,Üũį2†(ØôvŸũŌia¨.Ũ+•ķsâÚzĄØ÷PÃ:Ŧ0 āō͘ōũˇ›" % Q1zõpFÉĀXî›ĘœLywTËi’@`āH”)gŖõø°÷\Ĩō ų¸K”{WpŊ c[2Ėy2•5#všĻ¨Ë*1lƒ8Ô9ƒxʘ<ßã÷œ|Ë՝NØã.l|,'2šæãĀ~×<ÛI‡ Ÿ8?œ;Så3lOžĪŲWLČ#)ؕŨ Jāizž^,U*÷Ąę•JĨRŠsm–ÔĩĶō8@“K †6ŊįŲž¸ķÛtP†BÎG)e>SĻTŒ{(‚"p÷PHTxå}+YąÆŒjŽRŠ<ʅ(ļic„o.8 Ņ”fqÚ´*^ÎQ<˛% qZ,1@0RF†ä$yĶLc0åē¤ĒTîCÕ9*•JĨRyųLEaqDˆFâÜ´cĶŦ€ũq8Z-.ī˜[f w‡<ôŪM`qƒZđä…EČp8ÆNĨUŋúî?ņPÉŽ'dL‡ĸpÃeãđ> sQ€9‰ƒOڝĻÎāĶ|Žú*zœ09` vÛT=3A Ã:…g9‘ķIdkĨRš/“ŸŒO:9ĘAW0î¯SøZB .Ļ"]˙YĄ2ŧ ÉoĄ›÷1ŧđfR-7ßxē-eÁ0`@i’ļ;™ÍęûŊRŠ&S2…ŸĻ§$†)™úaīŽĘCÎÁX‰ĻdÆfā †Mß1œ|’Č0rÁėP9 Ā^b96K¸3Ņš•Į'ÜBą";ûUrßDփœÉ"ģ˜›WwģJ圜†h—ŲĖÖĢqxoõŋüΘą7Xo6w4YĶg(š8Z ”@đˆ’L#Ņ0 ™Y[Dƒs.x^œ Áp>>\m/vfaĻŊåeģÜHŗģ¨"GĨRyHą OŽŠgģžøŽ?›đɧq*3<°-—9æÉ‹CąŌ:iaĀИŠ`ƒø“—RŠüÃŖ;?iüŊ™˙š+×Ųd›C+J–ȝ|rŲŸ†9ĘĪR6Ŧöã?ŅˆŠ v2e#3vwąŌzŒĶF_7v§Môt‘Á¸l|˛d)_-ë>cSâ*w<ļŠ‹N\ËÎĀp<ā.û›JĨōŠg'v°•HŲÁAÚŲNœíôGy4ãpiŠ™¸žûŅĨDˆ;o [€3‰Ę4Nåë¤ā54;āÍ!Ÿž4GäāŖÎÍ*¯b’ą_YØãÃŪƒ•Jå)El°ŗ"•ū 8!3Ā &—¸"ø4ĩčo'ÍÚ¸ 7KI´™—Ųŧ8:jwvō°ŽMk1am–Í…B+Ķ,PD‚œ †:Ē˙81y>„Éë%š…PĪLîė™t4Īpãž~ØĪ¸Ry<0Ā‰Gķė1† 2Œâņ_}y~đŖ}Îē7Ž•€6g@[2SåC`}NƒŦ érXgíĨ…´Zím]šĨŧ&…Ō›"ŸŧĒ 2[ŠTîĨę•JĨRŠ\ !pw8Ü>ŋfÆrâ"%"^ ĀALhĨúĮoŊķŪ˛_y`—! „D¨ÁK&^ˆæÁÁF ÜĘĢß{ũ‡_ũš_Ú?^.‚0Ã\™7i§Ĩ¨éŦdĨŪQįŦŸlX‚’k˛.ˇ˜ļBĶŽÃ}Ŧ–X÷Tzæœ%gaoą˜;yŸĮcS Ąë:ŖļÄā2Ī+›2Pĸ+0<8ŠuYÉhDHÃ2DcØ˛j™ę0GĨrn8Hˆ3–&š÷Ēhųōsķ|-_cŌYb(O†qfė‘ĘˆÆ}ˇĸ3ŨĮ{oŽũ¸­īæ|õų[íb'yí˛prHfčFŅœ&ī°ąAĒ`†Ė/›;ģ‹gøHV{V*•§&:­x3ŨnŲŗģ&0HĄkã8‚fĪ8æ‚Ëį@"°5)!eĘŊ[ĸ0k: ēm§^/U*÷Ŗę•JĨRŠ\ f#U53UUU8š*:SÛÛ$[<0ØOG:NDœŲ&ÛW FØ?>~ãí›G A˛:„fpƒ ÁŅE Á!æ~īG¯˙õ¯üŌ<įEdbUUō,Ļąkgr  v/”Ę“J&”LgĻģL1x˙põÖûˇßzcžVĮ‡Ũ,ĀlŊŋĘßūÃŖīĪ^üšŸ‹Wvg;;. 7ƒ‚ 5`Ŗ:męe€UŠãņƒ7j—Ėy"KƙûdI-3눝^[÷Ąa¯+÷JåœčhŽnąqÕ>åÁÖŧvž7Ų&ļ4 +co&ˆ‘”Ģ‚ûnCÆø^˙đ0¯UōĐĐs/\yöBƒí¤sL!č r`>Ø{ö #@Ū´D˛*ËĒo%Ĩô°waĨRyJ9šÚ(™@ąĶ‘›(#„Ü 0 ám5H8Õ9´ŦÔ"H&8Âš°tmČLGÖ_¯Ãņ•Ęũ¨:GĨRŠT*ˆĒÂhš (0;ķGE÷,v°Ŗt-ˆˆČJ™É .<äôîŪŪžŖogĄm Áe!vĪc Œ`d†"dļįŪžũöŅŪ‹[ÛŠßįœC#ŖfáĀ8˜ŧÄ*¸Q-R?É8aĐDģĀ…xtäoŨ<ú“÷Ūų`XÅÆēFæķ– mÎÃí׊7/ŋøŌ•¯~y~ã{ũZClۙJÄėxĶ\Wtė8ûį+qÎĖãÜąítĐØį`ą…ŠÕ‘¯Jå<0`šŠJ֐5yôwßÛûoß|§ėŌåhHø Ųg„Ö´ ŨūÛī­ÉôrüųŲõ+KĶe2jZv0Œ7(â€M)‘•Į r¸NnÎ2HĩŅvWwh¤~q5`ždÆ~\s‰+•ķ˛hĨ‹‰ĄkÚ‚clmp2ac%2Ā†v´čhá ˛ûnh ¤m” j9ŗ1ODjÄ6õ0æɍN+§—4!P&˜ ”L‘]ĀÔĒ€]ŠT F”KÂ7•Ųƒ›¸EwļÜ%˜2¤Īˆ. .NZ0¸ONÄFĖÎxD,ĪėæPfiÛx.Z•Ę“BÕ9*•JĨRšX|ƒ™åœÁä9ĶGä8ĪQÆ8°qŦâģo/“%NČĒƒ -‡Ūš…2Ü'× ĘÎJ!;ģ”Ø`3ˆVķÔ´ˇVËDpKŅM˜IÄ7ņĸėÕ¨ę)‚Û(î–úŖŪ_Ŋëí%mĪwVĮˆ圀,Cœd˜‰ ‡ĖŽ7?\¤Ôæ< I/' ­JĨōITŖRŠT*•ŒØŲÉ6˛@ÔaŲŨ_ŧī„&R¸$z™­ķbrMVƐŨir†š\_Ā@đđĶ•yOĒÃN°É—–ŠĶŦŠzĘcØąÕ^H… ˛6FĘ`‚ÄiŧÃāHNXŽËzõĖ3×ûՍÅv°p´fÜw W„Ā1Q0 ŨbÄŌ8j/'3ņ9Ķ"#8ąQ“ȧ@ŽĀ­™™ƒĀ‡¨)¯sOMí}¨T* R#)@âVá”8‰t"ãr)ōÃˇž3Ž!ŦĄwq=§NŦŒĖ XŖY܍`D‰ƒƒÉ‰Ŋ,Ė 0rˆ‚1 0g摅&ŗRƒũõŅåíyˇZī.WĐr˜‡Xž•Ę}Š:GĨRŠT*:‰‘ƒ9ØĻĪ1ËLėũü×á˙^;ŦaŨōą…G8 ģæ!„æDÛđō`SųięzÅRvc11m ‰Øür3ˇåāĪũâ/ūßßø…íĢ,†c‚ dN2ķa@l˜áš`9 ã°Ŋ:úŌĸÛ^ÄíÅly¸Ž6ŸyF’@°C 6€%ž@[¸ØˆQĨįÛķĢķÃ~īōîuēž‡VČĘ ”i7ŠĨŌEbŲúĮīmŨėˇ›Ü/9¸ī€|a–¨•-Œ@Ęģ1Ĩ,ëņjĶ~đãwøÕ/ËÕĢMĶĒ(Y&1Ēs<^(ņØtcŌāŌQÛ‘ÉŨ54ŗ¤2ˇ´Z Ū1tY“ąSdÉĻ9š:™‰ ŸV3H‹—N}˙V~JP āÃv-€qŒLCōfė´ĸîîŲƒzč„ĐcPÃvhŨŗˆhÎÂ2ŠHž SqŠ'Ā`€1`7'IĮ[MÃŗšŽ–f¤ã”`WŠT>…ĒsT*•JĨō9*îú'`d­ŒĪ}úwŠœ­üŦW´g†Iėp”Ėƒ2fŅ˜ŋtm÷vÖëÕ|ûrØšē}ėŗ¯G@Џæė%€ƒ--¯öë¯ßxåJĖᙄã,nQ‰TŲ2g#ˆ…`˜’=Čô"KÍ ‹KÍqēŗŸoõž:Na=^iژØŨNæė';ļöC=X#FŠĢĄíĩI`”dĻą3Ø-¨˜Âˆ˛„ AĮuYž\Ų˜<! 4M”`ôĒ•G‡”-ļķ@Ž4ēhēŽi™1Žž´™‚˜Û¸ĩÚuĖ)I0ŒI F"Ą PBąŋķ4Yv‘riå)Áš'2†ÁDäp2Ļb–'€8•É2–qŊF ßfĪ@ļŧŽ¨ YĘt°C}’:Ļ94)Láw¸—ĶšÃ4)$Ĩœf?gNxAÃl‰1{vÎQ¨å( Nc–lb0'8”yķ3Ī{!Ąd0†Ô*°‰Ú*à ™€"(!34”YÉé`­÷<â™S æ¨T*Ėî °ˆķíí^9Ūģƒ ]΍š@1€cÆé›ũūÛŅáÜĀ´Ņâ%'9Ôņ¨÷¸ 2(kP†Šg’á7*‡ˆ¨ģŠŽŖšzÛlooo=ŋ¨ę•Ę}¨:GĨRŠT*O'q DäîÁėŋ˙æ¯.ŋ˙ũ?úáëũâUKŅą(B:qÕŖÃūč°ÚņÅŲ֟zųÕg%6ĢÜæĖ Y–ũŠ2‚mJ8Jā‹¯k8Ģ9žō Ī|=>ŗØAy i)§‰ƒ3j?ÔÅŨ5ë0 9g ÄĀX1g˙ØûĢĒ0ŗ9įq)g—ĪáÅRšpˆ°āÚ™†Î¤ÍŒA—ëõíŊÕ8 Ģ>æD!ĘbÆÛ;Ú.ŧ[,Ú։FÍĮŲÆ8aŲH~—ėV|*?+ø]Ë`%(BhÖC™‰AĖÄ)FED.E| ˆD'*‚l§Įt €˜aLvN„2Ņąųwļ8;¸ųi[–Ũj=¤ž, e! œ’ŧÄq•v(U“ÆJĨR9!fufŽ&Chkį™¯|å˙å„Z°HdJæžņg:„n/æãrš‡EĀ&w[ŧ{ÍŗŦ!88€Feã6ĩ€ A?Vff3#""Ę93ŗ^šŌÜØĩPį•Ę}¨:GĨRŠT*O <'ĸÆũk[W~õŌ5ßŲû }ęÍō@FloãÖmŦ×:Ÿīt]ŗč¸_Ī×Ë?õ…Wųƍ­Íz˜ÃiĀQ-öãPøŨ.´€Mé8ÅíHD‰D†ž_¯)PbT"O'3tžŦÃë:áAÂĖĒ)ĨdfĖL`ŋ_1Ú7œŊåa˙•;:æ< žnˇ0īiž{ëÃî¯4ÍĐĪ’ršĪxą•›y~ö•[ĪĖēŨ™‘¨!ģš[ÖPŪ­TzŪšôÎŒ‰ĢØQųéqĀH62JŦÄžCđŽ’alc ūŌ•ˇÁs€$„ÅëC;‰î8ÉĸĶ™É• ,wß_7äŗœnođE‹v@ÎhpĪĖɋE%“ã$æ†D5á¨RŠTÎäĖŪ¸E#¨äĨbŅÎw^ū⟾ņ<Ôáy:Hŗ čg9‚ĒaīčĀX>|ŦĖžũōˇŋü‹×Ãí.Č@=dœ‘Z€ —aX.‰)0#g7ŖŲ Wiß~Ø;ąRyÔŠ:GĨRŠT*O;ŗl_Ö/īŽÆ˙ōæO~tûvžĩ´ŗH‘u8@cfá÷nĩCzéŌĨ_~ū…?ûüË/ãáq§yGšQŗ'„ĀēIöŌk ēpIÁ(/.s ŧ^¯û”"Í,Ļ&ōÖÎÖŅŅ€RD"g˙xg°ĘĪŠˆ¸ģ™`f83ŌnffWĪ9“ģˆÄũ´čXyŧ!X0Į`m­#íáŊŋ÷ÖŪōpŲvIŪb ×UęÖ}LũņgW×oŧŌ´[Év˛Ū|$W gģæë0VågÅ'#'— ōé´ÅHė9¸Â‰ ŽĀØūoŪ~׸ ‘ÍÅ@jQ‚Ĩ,\^–Ķ)Ī0ø;ĸ!ÄĀ^  ØÉĘÄá(–#ƒ[E8÷i-ņGũ°´Le"sĖ)Q§ €Č!6ųRV*•Jå,°e6ĨĖČ—fbwéĒ kv‡ȜÅ”Ũ§o9īã7ÉĐ]Âwŋŋ2rĮšäĘÖ%ŧø Ú]$xpIY ā8Î@”Bú$__wŸŽĨUuwÃjäZ­TîC}“T*•JĨō1õŅéxuŠvÄ|Ģģüō—IįīŊņVî æ]wcˇČڍéŲŲâ×^ųâ¯ŋúÚ+}–Ŗ1Ŧ×]aÂFÛfDR‚œ>?wį|ķÎÍųĸ•BÃ’iŊ^¯ī,›Ļ=uüpĻģüũĢÔņĀ`æ2\ĪĖ€–—™ˆĀ>ūE@eØgķ93—áüÚxüd cšŅĸEĶßÁûß_ŋûúm]…æjÎąķ-’PŌ `đ5įnZŪgæŌKhwĘŽÆ3āfTęŌŧ™ę¨oŪĘĪŠ”q B Ą0܍`â ë`3Ë9'…ë­÷žũŪíĀ sV!°#I6ęŦoō„Ę'YŒÜZå¨Æä|râqȍ,32Û@ŽFYĘ+įÚÎfŗõúbb)(gnČyúMøL•×cjĨRŠœ€Čĸî)ģŗheŽ&1Ę4'ąĖœ ߒæüAq‹°Ŗ^}Tt”sÔŧíČĒh;%¨P–˜$!JËÆIĸsūčCÅsÎÅ –™9ļînœ´æsT*÷Ŗę•JĨRŠĻUĶ…Á˛B‹ËųįŸŧ{m×|4ŗ¤ C Ûģ[Laō=erŧ‘_D"7WUa|B‘ÍĖ„%Ä`ĖĒšR‚*Š5š'rvEä6­đöŽŪ˙Ņ‘ˇķpšņ9Fr2•(fĀgĖŪYXžŸŪ“‰ģ;-„‚˛°3J9ŲTâ=Õ,QĨŽĘOĀæđ4PąŗŲH0†čŽę•”GôK§qwû0;Å5ĪÚÆÆÍrāN}ũÔ+ĘØ,ZŅúCbvâ‘I‰•Áqcw§Ŧl™Ą„UärīķlËļ\ÎMm5Î]wį Ļŧ9Äavv˜ō”;"õŊRŠT*×bc)Ģ+‡ĀĖÉōRŗ´­ +‡Me$¸ ŊžŪnĖg3ž5˛ĩ˜ĪbīÍf˜w™ÚÁ‰38!g€'q‚ú1Ō…Ēģŗ{܌J×pŽJåÛ ąqtCn5ĪŽ‡¨š#?JëųÕKiŊ:^¯wģCŸ×cĻYSĒ—ä“SÃÉqŅēBĘ>¨FPH91­û>œÎwÛôœAĩęs˜™Ē ō‰ë1wgaŽĖĒã0 ’3Úæa?÷ʃŊ!4‡û靷īôû|}ëŲŧ{=ëfîp…L F`ŧčfrkytôūęčęÖöuĄH 7QžÚå͉QĒÉ5n ōŗŗ‰•%°\b-؜ÍŖc†|%Ųĩõ“:–ũqXĐ™ŽCjĄ0ËâŅČ\ļÎf`FĻŅĐ&Oîq^‡0ˆcžŗ˜5Ē„œÅ”ā`›d<ģīļÕ|.ăÎ-_ą°CŌ1 YÄa0Ȋčĸ Įį:^YŠT*,ä€)ÃAæ9K‰h=i*†p(A ÉĄ8DâųkĻ‘ãō¸_ĮqˆÁ—Ú7iØĘyE#ˇ3 ÅÁ`ä-d xē—qÛļ1ē{IŋC9ÍÔF­Jå~TŖRŠT*•§ˆŗŽUØØXšëŽY0įōH+‹ÂģBy´įĨãÁšīõÆ,XŽ fļŲîbu2Úęĩ÷†‰%*%•ōÁūy”WA™Ĩ˜$Ih 3‘4îĀidąĄÄúC˜8y˛†áōbą\.¯ÎfēŋbfœRjņņŠfffÃjeÍvæ‹Åbdv¯–'įØĖĶ*üčõˇ=ĪwĒŧNhÚŲ4Lŧ‰Íæ ji)[a[9žūŸ\}åKۗ085ĄUë7j'QÍĩ`[ų™ M>8NÄ3,Æm;ËĘaL[Đ˙Ķ_ūī˙ũīŊūãwŪ`~¸odܯ#gô§Ēƒ“ØÉPÔb Įč”- j“5Ī?˙ŨŖ­åųb+-ÃÁō^x)}psFˆĮĮĮąéœSįã€8ætŊkžđėsū…/<ßÎyôY׎ÚÃá>å8A‰ ú°÷yĨRŠ< 4¯˜¸kDut ˜‰ŨKoV1l'QzŪî(2´i™ŒGæȀ7Q˛)ĸæĐč€SĖ*Î /Š÷ЁæŦ§Ō<tū°JåŠĨę•JĨRŠ<í(ÛŒŧxÃpk4#åÉ×ÃÄMÜ &fʖ ē1Ŧe/~“š°Q8xZ08Œ/ØOßendĀąųqŽ3ĶV~™ōŦö^ĸ`f¸3ŗ™•ŧ’ØņI5érgw"w/z3ŖÖãžؔōč}ĩčԚ Ec-mæ%´™ J™œÅ…k` ĮwōâFfi“GœĘu‰_ų™!8—S) `rĮúāˆŒÃ8Ė‘ŋŽ\ūsWúü§ÚËVŽM÷ČöžyIû]˙ĖÉÖ Ë‚‚đ>p øžņĮtëƒwnߚƒžúÜĩ˙ãŸūĩgŨ¯Iœ'í ‚ķ%s` |lXĒˇŽ×wŗåÕz9,cŲA0ßD†œœåü;§RŠTždĻž'ßäÄAœKo–l>ؙŨČadė|ž-Čāh‘ĨÆn ĖnƒÁ%Í ėšąHewļiÖü<Û:WŠÜĒsT*•JĨō´c„ãØ39ٝƒƒėD pĀ@æ°,Åõ›­8ÉL8éļ>9dã[eįĪīûéax$—RåSL€|ęŸîXŒūOžĢō€`fd‘œsG$, {‡‡ÎR´g7ĸ2ÛQÄĒÎņ$ĀfŧZĻÕ2G BŅîķIáĀ€R&R10C€1khÂ͛ˇŸũĘ –˜lo\æNËâĀsךRų,ĀP@ŧ9ˇ įÅl.šmāō% ČVĐē/:ĮI#­mŽmgŽ‚rF0Ī)¨Ōl§w>žņpįāæ{ī†Y Wb÷Ei^æŖIrßGāŧų™E›ų6CAĸ˜įqĻhÍb>æáĖīYĢg0Ėęˤō33Eš0py’ģˆæ›!]Ö¸tŊ<¸´˜ËŨ/ŧŗ§“{Īn†ŽŖڈ5™ZŠAgxvqõÆöōÃū(¯úŦkɈ=âÁĒķLČíĸ)Åį™įPįÃÃÃF˜™&)3\YŒšœĻqF2!*)Y•JĨR9ÁOš&ÎÜh œLĒĶúFŲ”Ā0;ßî 凜ņé1` ›f˜ŨŒØȔ°š&ē˙ļRŠÜ—ĒsT*•JĨR)œ6Ē§ŗD(_*516A“PĖgÄšÄr(ēH.q¯zmNFvæŠzéؚ~ œ:Ũ0üĖį•‡ģĢj×u‡9xSs˙Äz?•É*u<1ˆąØYŒĨ„ô80ŌÍ+"8<íFčHKHčId0õH¸ËwÎëûˇōĶSēw‰&oßhëa@L ČųR;—ũąĖüžCŲ'Ģ‚Ņ¸Æ]ęÍ*ᰁīŲps˜Ī4R+ÍVÂeÅ6mmEH‡úu’ķÎs€ėúÖ ž)›šš˜™>Ž"|ō ÂÁ`V>3|RŠT*O7S‡9^• hŖ —[ʒĮ¨LwLū„įØ2œÄ˜ŒÉ™Ũā P6+ÃØØ,‰• %#.=aįØr ˛ĢTîKÕ9*•JĨRyÚaį&Oĩ)ÃOJ#Všš°)–Đ&uŖH'ņx%CNE§ūārÁRQ‚ç•ÎØOlr*E‘(‹ÅáԊęS037'ĸBŒŅ˜ĢÎņdĀ€0ĪB˜7mĖ E˜Ä g2%ƒ PĒˀĮR2v8‘ē§ŨŨ]"˜88ōæ{—æJÅ ŽRųiĄĶX×b]ÅNhg Ŗi>Ļ~<æ!'×!ΜPRĮɧí= á'ˇqnā ÄÁÂė!„ļíbÀ*†ĄGŸuÂĸušZ}īģeäūčP,‰™Yȅœ‹`câ gv˜pļ.V'+•J'ËŸ,|”@0ŠŠ•”ÍĻõΛĪąņū%8ŗ1Hœ`#(XɜĄ e0[ņāœrAįØzé¨TîOÕ9*•JĨRyÚaCt>1˜*ßhE3(6×ŲåR~ūpb09d#ĖpB@™/.•ÜšĖ ķTĀâÍķĀ]õPĀI2y­ûp% Žwv†SSG4cķ$Ȍu(ÕIˆC   ^šh„GXØʃK2_15p+ūėgSŋ*O N–%˛`”GáQlÕ$ųØj„‡Ä!5dœĸ €âSësröĀBw ›=b+;â5†(ē°pŖ1Cŗ…†°G]‡–šļĄ<(Š5–ÁžŲ{Ë$!rGsfV2DĩíâļČ|ûßxŌ6ĻžzŨ°Ã@w9”ŗŖč:•gUžīāę^{íí|īRģ¸D†õŠ˛ÃžˆĐ( axDOhÂØĩGMØ~õe<{]æ‹åƒyJûģ‰Ce(8ÚÖĩ0Hl";ų¯˙Â˙y˙ø]BŠaūüŗ_Ë+ä˜DØ| vÕ×Χa„UZĪâö+_ģūúúũåŪÁ סâL]`bPb–9j0ˆ{îŸũŌ‹Ú‚´$Ë~ŋ/dX TŽ<(ĻĶAk0‚ –„L&V•ŽvŅf;]ŪSō`žŠ§‰cr2ą3:GŅt ˜e‡Hrf) ezįPĻ¸“¤M:ÚZ/Įļ[ æ~=˛ŒîrÁúô­´­ÂVå}ÁR@=nũŋ›9OD{W*•ĘŖ€$‚‰Cŧ{Á(eXŠą!o<ŦÎ͌0 ‚xé!3›\|™QÄÆ0œšT+ČlķƒîˇĩĮzõRŧNtŽâ › '‹ĩĪĢ&VĘYĨÜ$gÚō”&ĩ85v.ãȏNŊŽōITŖōHãw™2›–K™Ļ 7QœŽo~ûf~péˆC\ ]Ėą™sh“uũ¤ŌdĨrcō)ÜōcŨ#ĮėŠ<Ųŗ¤yr ƒg?_BØ—Č ?^9w9GÕŦquë–^ģÔ]ŲõĻÍđQÕŨą€ō#V—ŸwŸÎĀp"gv†ģmÎ>b'ģˆ-ŗ9¸č ŒÜ‚QŖDĘ Ĩg\؁M{/ȍŨ<ŗ[ts2e8CÉJ—8Wؘ­!‹Jl@dėV\t B$ØD‡ÕŠČ“ 9 ŲՂ2{C¤JHœŠ5'7VQ‚!8'7 O­ÎņIœŨWŽ=sį`/'iį™Ã~ŋ¨iēfé€æVdįŌÖvˇĩƒÃŊÕŪŅÕŨ Ėœ8܉Eį€“E š‰a¸8×Ē‚(āô„1]„žL —˙Øģü‰%„æp‹ųoüÃo~įÆõú Û;ÃŪ햁ŽE`Ā5Ĩ1kšuWî,ûåĨxõk¯Íŋúeŧŋ^wķšéäoFÎäÆ`Ũ,J/S283ĪšŽ~ãšË?ĮL!r5H"/ƒ—î˜f +ŸˆyˆęŪėāōķm^é`oiÚ4[pĀƒķ4-ÆŽB‚ˆÖ=V—ŽļĪ~qgû ûuōŖų"xN '/Ö{Cw*•Ÿ'/Ŋ:„äČė'1NBŪ‚Ã@yĘ,'žVÍ%ÃvJ˛ŨŒ žŲ*Ą˜ŗ3™#;ģypˆQ4RvŠ`ār™Z–$÷hŸž=ķv€Ø=ŋŨô‰V…ŖRŠTîb#˜ęÚgÍlĪƀMœ˙*ÔÉAЍÖ,|ōž”ąâ~9”NԗķlwNūˇ9Ųíô‘ÛĪéíõYˇŖLŸXȔ'ĸw7É=§‚ĒsTK˜™ÜÜŨ7ß9g]Žh=n#4Í‘›eĘĶˇ Čã,•d30(SĻ3ŨŊe`Åqžgˆ+,+—XŋM€á§l3Inymēb„Ø€Y”ÄŠäÖˇž´[4jlfDģ‚Šƒ'ÃķbŽ5u‚ļČrZG:"ëȊH.'ĪŒ­ôl3råâ îvąoG&åO,Ķ/xWqGüŪZUC‡Ô0ŽŠžŨ¸~õčĨƒß=~?Ũ„n]ž´úĄ_Ĩã#c’6ÆŲeõ;—ņüË[מC˜ãčxmžÍîËtæŠķŊRŠT*•JĨō8Á^ĻûOŽėīv†ÂĮ)ļåZ+zBŠ:Gå1ĻčL$"j–‡ÁĖJÖĶ˜˛ÎļV at7ĸ„8(Ņt„ĩ’øI˙AN+˙ĸĪĨ€ĩ;Úļ^ģZGLdm$ĖcÛ'…šˆ0û˜„ø°wę=ãnHėF›ézLž_eŪəĄėp€œÅ `bōšpœø\Mƒĸ¤(n•ŦÄæe‚„cûŠCEdgƒ(‰ šŗ˜<ˆŠ›ˆ‰ƒ‚n†9N!+O"iš–!įljPCNHkÅriVî`“Ĩ>œxĒz?ÅRĮ§“‰mq•.oŋ™Ō˙ôƒīũ˙ŪûuOī@ĮēhÃōûī-ŋũî;¯-vūÜk_ûŗ¯ŊØ6ŗVR4ņa-™B`jâ ŗą›ƖK˙ëEëvv^Į@|’Ąœ„ö–GĪtãV Ö´ŨhĘãĐ\ŊúĨ_ũĩũũāΛo­<ˇķYܚ ŗ%ØhHŽaŪ>ûڗvžö\ģ|˜Æ15­ÚtĐ.=SålÂgš‹#Ƙ3™™Ē@6ĩ¤Ē]×€ŗ;š;œ7 ę{?Â80 ‰4m”­ëŒa æwŪúũuˆ RƒáĀŽNg—čÚ/]iŽnũ°jį.ŪŽ†ãNZsfœm“Ä:ĩqŽT*•JĨRŠ<(OxeeĻ!øI~b™\°šČãbuO’ÆÚŪ÷:˛ÔÁ´Ę!Uį¨<–˜™ģģÃÜ`fgVøčX‘ņã.}ũ+Ô5m3#ĩf=‚ŦiT1s4*ų##ËĮäk¸–0);9FâķëbÜjŖ9ɤ?\~īûÇwÄŨØi‰j–2ŗ„ȡáŅ J&Xđ$îDa“ÅåœŲˆ¨ `NŽæåūŽÆ‚Q„•(‚‹ €ŗfhfIÁ•`!Ž…–‘ŖĸQĄMÔft‰T13“+Vq­t(ĘČgVV%Īä ud€ƒ™ĀØ ÁLŨæ.0”k!ęÉĨÔ@…bœ/¤›wqh: ÔŠ$:Ą´›G–“]´b—ļØãūá~ûģôŨaŲ߸š¯_As f¸dYiĖË[{oîŨ~ûõ?ųņōāøŌ—;Ž;M”Ņ,’AĖŒáG†ĻdIJ<ÆEʎÎ@`“ÍčŠmRĶy9ŠąP>ķāķ@10 ĮļCVãļļ›Ũgvļ|{ņî~Ä9‘šŠ  ŖyáĢ_Ûųʗđė3ëœ5ŅlbĢŊ‰9Q1•ˆĀ%ũ÷‚§(Æ1‘Tæ,™æFîdf„H6:G-˛"FđāIÆ^Sí>Ķîn=ŗwīŊ9îŨDę‘€Bn:ZlÍf—ãŗ_Ųn¯Īp¤ŖŽ›Y2Kęeu{jFõ[ŠT*•JĨōØa„Ė6nÂÚ ÅãKJGņÉŨÎ]\čj>mr8ė#ūT§âJå1¤ę•Į3@Dnæ"bf"â<ŠÆāÍBžņķWŽ_A7‡9† ØnAĘpĄ §Y}÷R,¤Ļ?Ũžeh‡u…bīÃíÃŖũŖĩhŒĄIDH9­{SGĶ€@D$”Ė ’@@-˜LDÎjŦDd“M¤Ų$x€P†s&qb%qą›LėÎlÁŗëdĖ]<ĈKĸ <ĀAîd šZ7ɧAņ’į1*ÃäLČÁSãŲԃšzf$CdGđôYbÃ*Îí|f_uė×ĢŦGÂ7BÛÍļķP2e Á&ķëÉRŋr/åũۇđēâß˙čĮ˙ųG?ž=ÛÚ~ūš$œ{ÅX†Į!4ģ—ú°úö¸Ū{ã'7ļˇÛŨ+ÛíVZ˛+„!p†˜&ŗ,`d‰/¸8I/á?ĶŸyû$tĒ¯ķ~ vŨ:§¨ŠŊrųÆĨ_ŊņÍ_öÃũÛwŽ‰hgįŌΕk¸ŧƒY“X—Ã0ˆ ÛĘ$>˛7~OZŊ>ĖE3fØ,›ĢˆˆÄœsi­ 0ņÉ0G-ĩ:&‘ ãzÃHķØĐU\Ț­–ĮXCą ģģáŲg°¸܀ŪWmĮéĮĩ‘5ŗš%goTߌ÷Ôķ{ĨRŠT*•ĘcGéi5›fļ(9šÅ.ũt‹ Ū–h÷’ÆqRÔĻĀŨ%rrÅotšR^yÄŠ:Gåą„ˆ„Y„ĖÜLOd”4zŒtČãÕÅ‹9¤b %#Æp6aŸ!­ČÎ}OĀ9Â1a>_AV)7ÆŖfVBR˛MüxN§đh9 F4;Đ8Q‰áPŒŗl*įÉüËؐ¯B(g#72'rŌbcÅđ`h,ušĸqkژG´ÉĪĒhONĐMãu4cˇhI @0CfįÖŦÕÜAUĮāœ]™ŗuŅ×\ë O.Ę8J=Öķ@Íbˆšo°6ŒÃ)–v~€ŲaÎäô:Ũåtę§Û{˛ėʛdä=<üÖáī­–´Ø uČP`>ŖųĖĮ5Ō€QĮĐđnėĶŽŽ˙Įũ`û‹_šņėÖÕ&"QfÛü@›ĸöÜ@^|į.¸ ۜŌŠtAvÆéčtTΜ‹âā33Ō•Ÿv0(÷cf JēĘ:“¸Ŋŗ×ké旯?wŲqŊHgÍ^ŧĖY$:IĒ-9X(ßwŅR‡H$"€Ü՝Ü)›iv!āDR‚:ĖĖĖ­8­G 2‚™Ydn¤WĻ‡8ū‡ˇņū[Ã0pęáî1črßW{aūĄ^ëīôÍĨĀÜDNˆ€9•¤´“ā%#ØSxH¯T*•JĨRy|aX0‹0`Ęģ3ˇHæ0mdąb== Z|4(ūÁl#¸Wä &ËtāGĒXWųĒÎQy,af!K'– šËMävIíŌ($9:Ž2L fLuOû´x"÷ĶĪ‰66?¯ëBpf bŖAZÖĀNÂâ(MËĖĖãá."X‡¨32@vH’Ų%ČƸš—Ņ R@™<0rŲÅJĻlÂîä eäāhŒZ[’KđŒ4 2›¸™16cÆȉŦQ™˜™á„“$y+…Äaŗ¨1)ģÕ~Ī'Æ@×^zöĩŋđg›+WüāÎûķįžß7OÅč†Ė ėÎ17Ŗzu`ōÖÃæíQ>˙Ķwžũ'ģv•8öF!0Âx8@&0ƒš5‚ØŽÚôûŧķĩgn|/ÍBˆJr´˛Š9ŗCÜäDú¸đasîNķ„œN“Æus`fLî7váy!Ot!*BÖ1š…ÛöRĘãÍÕ Ė\$NdLîŲpg˙‹v>ßQÃ0(uĄ™qD7D+‰NĨCábĨ"rw3cæ˜(03æär;‘(wŠ/ O„Ũ’d4—ˇdûø–ũčģī|đãeZ5‹îĒxlm‚aė×ûŽîėŋŗįKŋüüŨíuŋāŨî"­VĮÂ™Ŗ‡2Á|ę¯ĢRGĨRŠT*•ĘcC)•ž'ā 3ÍL']DōšøV•?+rLˇûæIz]0>–TŖōXbf"ŧ^¯ģØpC9įNÄ ‹Ūv˛ ÛĖ#Xbj d!HĀfŌbZ6_ä"™m/€ct]ŸU‰™ƒ'7U„ )‡ŽÖũl6KiP3ēP˙úĪ䡉hö‡uÛ^Îû#mͯ ĢÔr÷ ØŅŅaļ´{iĄ>g+*ŒÖlãl>_íowÛc^w‹Yƒ1čz.éƒŊ[MˇXë‘Í/.×–ģ]c€22ģ’ 0qķŒÎ:˛#2b0+!‘)tķڀv.&ēĖ7ZáfV‹ O0ĘH¡4_õE$ÛÖ^94(;î -ãAÁĀÎÆO]˙ūŲžįrÅf@JiįŌîÁŅĄM×&Ķlzko˙í[ˇˇ.)ÃQ¤Šrĩj¸Ō €Žôė3˙ķOž˙—^ûųmāúö´?ŽÚ.ædb Ž`E’|īĜŗˆˆČY!'ëĶŠ‚ÅzČŨÕāF‘ÃĻ#‡KĘĩÜĩô =ė?Ņ“ƒ™Ā‘ÄÉMŅ›‚F2@næ\bĢˆ¸tåˇÍv|3’äđQlZT8A7ŸDT^TVzȀ4{q–t‡j‰N„ˆÔĪ§@@ Üt>÷õŖ7˙ëŪp'Ėü™­YëjNŠŧĘdMD+˜ŠÍVËá~˙­Û‡ų+ŋô,ˇ‹ãŖŖv;ēōwpĀ¨˜Ņ(a#XV*•JĨRŠT5˜Ų˜Y1_afĻ@Đ,]AŧšŽ›ĻíĪVę.x+܏CXDŽ!­SąÄŗ\~ōĶ.ēĘãBÕ9*OėhȀ‚í$ĩRĻzI1č'ƒņiS÷g­ž|Ļû”ā€ ąīŋ}<uW%I9„y×ļ[+`nÉâm˜ĩ–€AÅá+ŗėyß™ą“g˛Đ(•ZÕô˜ø(´š-›féČėĻŋ|ĩ­ÍįC×Ũ ü.!Íēķ*6ŲT ™Š¸í32šw™šĮŖ†û@bĮ:Ú_Ėĸ‘;„<4YJķøth4Æūņånk\ûāÖîüÛÖ­ãŽĪgo3}ëöōæøŪnļ&Ĩād€2ŗ‘û,qc[“YV™ÁÆmÆöČÁĖŗĐ ^›_˙ævûlĮbJaŠ<‰Á‰’đqä‘A#ŌMŒĨ ÆSå”k]ōI)‘šŖ4&tķÎížáa“ŧ‚+Œā p¸nV"7€LœÉ×1žuûŽ\ËŖ*Ė'R'gAq–cŠ{Ճō +ŽAĨ3(„ R†žq¸w,Áƒ4]œK”ėĻŲG‰ÎNėNpsæĀD`h}I<@Œrv¸XÆÁ6ũO›w%ąļÁŌ1õlōc&‘ccZõ9vîŸŧ$ø~w¨|äTZ›ŋķŪōÃ7ųø™HgP‚0˛—=é ¤ˆŧ›{=úp|qôŌövs•V Äß2¸Ų4âYåJĨRŠT*•Gš2sĪĖ\ZOŨaéŠ7|1‰ˇO(Ŧ/t–‚uH Ŗ îB`™ € • ĸę•'+ō† ’N€Ā€Ŗô™–Ãlē;‡č"`@9!›~Mku'ĖJįcÚE>‘gî’đŨ%ūíũÃ?xķ­4›Y‹ÅB"í/2eé˜בŠņ}`—65äp˛!ØĐēÆãņęlK{;„^ß]e†ˇ æ õß~÷övŗK c˛lŅˆ•ŲČ؍ âŲ ƒ„!` @Ŗ˜'Ū([Œ)Hđ2}=~Ø|éWžņ æÍ.ÖĄæE=Š”žo'Ę ‹16ĄDŗœúÕÃéi”:Š‹ũ=Šež3kŌĀd†ƒåj@9LÉÔTc*—¤vúh°L ‡ š†ÂjÕˇąôÚ`Ŗ+ĶÔČ_Ō¤ÅĶađÁø†õ}OD!fŪ¸ ™+ī´—U5õŠ_:‘†šļ mÆ#v¸š“™3„ëĄáS<…˜6 ~ėftļ$í§Á04Ŋ…Ų§ Ą“q°mÆ8Ne‡Īã¯uVäøØbē}än•‡oaˆwŪģŊ>ĐĢ˛E¤ˆ5va€Ë!Úi:*Ė)8v—ëƒŊŽŽŋ˛Ŋ¸ R‹­˜›—V‘F6]xu˜ŖRŠT*•Jå‘DDJ‹ˆ&ƒhlãŪ ī”ŽcŲøĐ]—Ôå’˙ôjû"o7×kĸpQ30s” žJwt]0>ŽTŖōä`„A0D †U"z`,ų¨ 8t“Fk@Ņ? š°įC€œĄ b Lō†O:Į& ¸ž/6eõŗãĒ&œ=đæņņwî|đ&6[äųŧĪŠiĐÎâ0ÛZį•´ÛkÚ+4´)–Ãu)#4wž,Ė˜čČąlˇņÜR ‘;ŒëÁŗ‡Hj@h•H‰Œāâ9XNÁKA Ž1C00y8†B6ī6;8zkīÎęÚs•ßŸ`h3”Áā gØMĻQ`dDė8<…RĮ |&KÍŨĀL 28˜8sņ4v1eŽˆJXA)Fz†ƒ N dĐf„ė‹ŽáV*ÔqŪLû–÷âƒŲųDTō9Ü=Ĩ”s&ĸāąĄKėDh ĩœVãāÛÆŲA07EV8\ëˆĪĮč^3Fú8}â$ͯ¨¸ÛôÖɔ ŧņŋ"ÆæLJ~Ą/;m5ø´€ësŪíŠĮCāųú@îÜ<Ėf{€"tpƒ#*-ë^ÄŅyĢŌ­Žî,ÖWŌĖ57ĮQAyŗĘ,ũ€âĒ;ŋRŠT*•J呄™Ëū´5ƒûaū¯ŋũīŸ™Ešr#ÁÍĘ''ßh'KÎ W!¸9jļŗÛÉĪG "šĶÃŪ…•ŸžĒsTž(|Ķ:P”eą—)”¯øævÂÔļyžíéãīŲœ”ŅŦ”ūJOĸMķ0˛3F.bŅÍ$k+#c ėcšGKßmh'ZĻčíp|<ôG‹Yl4ëUœÍØ .ŽĀ*œ1(Crn7ã˜hȒ%ēúí^f :æā¨™uŒĻÂđĀÄĸCv ĨhĘnė™]%Y—ÍGdv†ĩj]†¤IRĮ9'4‘¯-T‡c[ĻtÚĶԑ^ycą’TĖp'rˆ āÅĶßÉĘ‹3Ēˇæ)äÎĖŲIĒ \Ŋzuļ×īksĀ0™Ą ‘›™ŸxŔųŗ˛M.d7Ž^šäm¤Á!Ė%ÔĀ&įm.ĀQŽ$ëĒ2bBh}k} QA ƒ94™I‚Qt#s3÷LėpūgÁĘĪ€“Ų‰1#œPF2üŽw_y…16õ%›{*•÷ītoōĪ!™ãô—d› ōÍôŲ™‘‚“¯U>ÖæđH×ĮÚƖëķ58 æpōŌÂg@,ÆTķŽ]ĻņxĪĶL(ģŅ¸™úāɀ ˇGđ’ŠRŠT*•JĨĀĖTĩø €*ŒW1ŧåà 0ĶĀ‘HŒ2Ŗ_8˙žāĨ™ųŅĄąS”HJÉĖœJkߔĪqŌ)Xy\¨:GåɁÁĐ(ÜАŅ%Áb{āØF øôđ)n÷ū[|65ÂyúV6¸ą—ožũĖ<ĮŖ‰rÛ1ĪĶ Męã‘Ę24ŗąßn/ųĢßč‹ū֝gē-Ōîh´š´™ŗ˛Ã=¨Ī’—Ã<Í&ķ Ũ]ė!ī°J“g[ÕœĀäĒp#Õ \IdâĖƒģ˜ˆuŽ<`" G ¯žŊōŸŪū–ZģPŅŒCa,:Į õ(÷¤"Ž`€ķ(ė 1œ÷ŗæūĐR”|„ßnŸ'Ēbk9‘YŒąĪ‰ĸŧ|ã…ë?ŧŨ§&›Žž3´LĮødŗ 'ßd*Œ]ļ\žtũųfÄ\)›2ĀÆļyëėîŠī–ˆÄÍl†ūØė֕áNžŊw{š:†¯\ßžūÂÕKWâņ¨ŌZą¸¸‘+ŧBøzP8™ŨuŽčtÖûdy`§z†)rl(áUN؏O“âãâDwÁgLßô4œm!ŗOžsåS`M0P‘õÚ-ēåʕP0”A‰‰3l=Ė¯p0ŒĢCĻįē–r^dđ€2ßãĀ@ŠJ•JĨRŠT* Eá‘ļiÛļ…Œ€“kŗÎ ˛ÂLCԜÅ¤-aĶ÷žé¸PģqĨļČfŗYŒ1XRīšį#æēRšĩXyÂ0‚EPĀŨÚčĀT¤āSŗ~šēIīŋÅgÛāōI U x2ŗr&x„3<’gL­¯įŸ/arb‡SbŦIÜÅPžSP&9“gwŖĶ#ô=ŌøŲbÁT×4ÂÚG…ւy”Ø4]hēõjøâ՝ŋķͯ `ā*˜œÁĐnvCĀ Ā›Ķ0ÍiŠ # ›oŅģĮnh€0ņhķ'=ūШŋ÷á;0\×ČĐĖ8Ö"ȓLy9‹AŠ4Ÿ†ÜЙPŠ“€ã§Pæ¸įšlR}Üfrg‡° :‘gwļ/;–ĻkÕĩæ5ap–Š‘š6Ļ_^FŦ0ĶtƒüeØŽ‘ėØ՘ˆAbė›Ÿ %Žč§ãd €áŧĖAäÚHÚŒŧu¸˙öÁę͛Q rž'öˇo¯Ūúū¤˙īūÂ/rVŖ…A˛3ÕëÕŒNã¨6;÷n[[cg;Ô0'v‚9ĀV´ŗsW|jiõųÉé^‘ãīæŸĮá„2ʒoJk'Ā7‡8c2Ŧą|yėŸ[5)vÄ×úå֘˛“$o0˜fÜØŲ.>Ė "ˆmk=­×¤ma˙LĄALfđ’Xf—0fÛæ6 šå.PŠAÍ!p>u­LŪx`žYĨRŠT*•ĘĶ1>ŲLĘ3D„Ļ š/¸§ą_­å&3ą{ɍēĒZ݈ŠúŨ ‡˛((I~â%é–ûŽbėCHĖˇŌØĒF˄S#‡ķ?yvkržGģŊZ?äųÚm(*yöMļ.ûi§ķEĮûVOŖÎQf‘ÚļUÕãããŨŨŨ“/ŊķÎ;/ŧđ€ÃÃí­­)0įX.—‹Åĸī{wŸÍf)Ĩã'Ũy†ļmĪŪ˛ŋŋéŌĨō%fŽ1~øá‡Ī<ķŒĒŠČ'=ÎÉWO~\°zØ;õ‘Ā ™al“R89Ržė{Úá:olXlēå<ÛĪ497ũ„Ī0°‰XŦ ę;,•B+ž0י„Žų(´žŠđߥŒq+oÍtE‡÷fŦ–Hd¤(žÂ°<Ūŋē}}čûyŒĢ´ä|2â8Q 6ĮëĶ„Īâ΄Eŗŋ:ž4īz`>îŒGír{bÃĮw^^ŽlDˆpØŲ¤¨“ąobQNRŲ¸øŲöÍí~F–:™ ĄÍ–ĮÔŗt` āų;ĢųŌl–sģe VixpO $)VtVJĨ&z&‚ËįwĮ0D‰n„ƒáĩÜ4%å0 J‚ØŽŽŋņâŗ˙ģWūÚ(ĖŽNĩûNĖB6L>NėĖ›}~qĪ?–‰Zņ[wöžŋt=0Ū|—ļ vįœ=Ģ@aqųŲŲíŖãQėúöÎjšŠAÉØ):ƒx"‚ąķ˙ •JĨRŠT*•sāpģ2áčĐŦŠūû+˙û?xũ'{‡F´&$f|$Ãīžná“IŠ!DK9ŠĮŲáåk˙?úoũbŽų–üōöĨ?}íZĶØępŪD'a=÷’!˜unČ_{áŲK_žt}{<öœ—ãjŅ6ĨËČĘ …Ęđú#mĮR9ái,Qáāā@Uŋũío˙Ģõ¯Ūx㍜ķ7ŋųÍ?ķgūĖמöĩo|ã;;;GGGÛÛ۟ô ëõēč]×ø˙ņ?ūŗöĪ?Ię3Įq6›•íl6ûį˙üŸīėė”Įyûíˇ˙Ņ?úGĒē^¯‰čėÜÖYšĻų›ķoūÆoüÆÎÎNšĨx”ŠÄōô`c3Lqß'7cō/Š•–ÁĨæžéČü,ëäķ+"tĻžOĨ“ŲIœØŨLāH)¯RN)ĪIVMđ!%6•üûlŲ9­Žúąƒn ;€IDATīl€Xidæ2‹˛ mFSōāC×}ĪĐ>a r đ3î"pP>ũŧøÔ8œTŽ2Ɲƒ[4ä]ĘÁm nsā2pŲ€ˆčdP䈖ÎwTYüTáÍsdLį”/;Ŗv™M' FĐs>•Ęã‰Ķ‰âupö˛æîØS¤pœŲwũķŖ—eä=Ō1Oų/>˙ėáņąŨžũÁj‹Î.īÜGėˆKW@ BØĨĐFëõîŅū˙áĩ/}mktyœĨé"“pė¤Íc*âRé=w:ŖY~v]Á F†)ė@č×ã,nķˆÛīÜúņ*ßîfëkXs!ģĪ°É()@vČķáģëļ¯Ō|öĖö`šĪē™å3?Ę§pߓi3NīöŅũ˙ą¯ĪkEqž‹Īŗ°~ęKŧQ+OįÕNžIãšōĮ~ŋ㏁ŽI€„4›‡´Û6ō¤ sĻę–Ü"ƒ¸cČ0E^,ēųv'BDB'÷˛âs5‚Œ)ŊĪņoQŠT*•JĨRųxĻų˙oįԛĨŽ; mPwy7oĪ(6,‘Ī›Û͐<ûÚÛ×ÛÅŋûÍī ŠŲVĶüüåkų•—Žázę–Āį|ņÜĀŲ”€–Ã,6ÁÉ"…Žq€üôęų¤q°ōXđԕSJÃ0lmmũÎīüÎŋū×˙úÖ­[/ŊôŌõëכĻųÖˇžõÆoĖįķ_üÅ_ü;įī\Ŋz5įÂĮīĸŲl`Ŋ^ÃpéŌĨa?EiÛļĖŽÜēukww÷āā īûĻi†aH)mmm‰Č0 1Æų|~tt´X||˜ˆŽ]ģVDŽŊŊŊcųŪ‡Ŋ_+Ÿ‚Ā#`€ĀŲÉA2bÛĨ=ĸ8XZöN„S#ŗäŗķ>° íœMÚ ēĩęˇFÔøÚöö:c&BmDˆ2›Q×ĖÚ֜ „ģŌä8õËb¸Ā  õl1€8ŽôÃQĘŊȂ$bÎņņņ{īŊwxx¸ŗŗsųōåŗOæaīÚĘĮÃ`x€į“ŪC#Ũ?ž}™˛7vVĐ%n÷ŒfÅĻüž[ˇm—ôđP÷ĶÛč†f—=y€ÍŽĻckô6sŋŦ Cãä ærrb*ũŅnN(–68˜ĀNL. Á–{mEÔЂ .‘ĄáŠL:¨Tždõíãå¯\ģōĖåŨŨ­˙īđŨŊ[ũú€f´Ũē“m‘Ōe÷/.öŗõ‹/]â^‡Q‡4‹ÍŦimHIMSū”đŸĪŠSų Ķ@°(MtÜŧĨ‡7=­bLHÄŠ{ęÉhƒmhã*øöŅ~ūFh۔zięejĨraP^§ÕĩË[Īž¸ķöë7öŪŋ6{ežt„Lwá0î°ŌåH˸hēˍĖHķ˜-‘J šoGvŽoāJĨRŠT*•G„ģã^!îA@ŽFŗLœB&ØɊCņ§nŖbi į(íŦ™5Üĩķd;pŦ­_ƒD˛|†Į÷Ņ E`NjjBhBДĘQyxętUũÁ~đ­o}kš\noo˙æoūæoüÆo|ũë_w÷ÃÃÃņ/ūÅo˙öo7MķĮüĮ˙æßü›ŋņ7ūÆ'=NŅTĩīûŽë~é—~éŸūĶēĩĩĩ^¯?é[RJĮĮĮŋûģŋkf?üá˙Ūßû{ÛÛÛfÆĖĒúæ›oļmBøķūĪ˙õŋū×?)¤išįž{NDÎÆxT‘ã‘…Ļa‰ĪNl%—ķöĨs}ķŨ?üŅ~rëÖG‡hZå<,Žl+{ŠĪĨÁ,å5w+ŠĮ{ĢˇúC0(`īũīŋ˙#[ˇi;Ūļ$dPÍÔĒqf‡ØųŽĮ$ģëvgō8ãË×/áÅžūÂĢužŽ‹îŪcõ‹¨Tž0Y<ĄĮķ[‹˙áįŋúŗŸ˙öûīįÃw?8:žuë}OéŠ4_ž~ũ›ß|íįnÜxakûJ×{Įę9ēØ°ÃĖČAūĀĒ'y"@m\û]ŗ5ŽņáÛĢūh6—…"† ‰ØJ䥄ĀĄēp…}¸sûøÃˇĮĢ¯5™¤D W*•‹Áb›‡ŨkņåW¯žoũ¸Ú']Dj¨¤ö‘°îȊ‘Đ÷ûag¸ruvųÅyģŃ­¸!Cž‚ēhęĄcČĶiEXŠT*•JĨōXāŦ@€yhr›ĪPt6˛ûn°5›į<ČhĒjD#:ĸš7j!k4ká hÎBÂȎĪđøģNáp'‹0HhŠĩŦ-5/OÎŅ4Í?ūĮ˙øΝ;/ŊôŌsĪ=÷ˇūÖßzá…ŽŽŽDdww÷üƒpųōåų/˙åwžķŊŊŊßüÍßŧ'<ü3s÷cŒqŊ^Īfŗ/ųËÃ04Mķą÷/Qá¯ŋūúī˙ūī/—Ëo~ķ›ûo˙íō8%/ä'?ų 3¯×ë_|ņĩ×^û¤|wgæœķIöø§˜kU.S¤ĒcŠĐŪ¤Jl5,ąžũÃˇūˇ×ž?ĻÜW‹E#”öÆםĶyßDŧÍ9ë8„Ö¸I‹m˜@"úîŦžkkÉ=5˛ÃŪŲHæ‰ií<œyŒmŧļrP'ŋ{qgīŨÛ7¯~cČŗäƒDâé7ÖŖĨō„`Äųøø(÷—¯\ûīvv_ÛŲũ‹/žŧJļģģč“qļ›v7p€ęōčā¨ŋÔvHÆLÁI‡QSnB!hĘN`@ö'ålSŠ’22Á™æã ˇŪt9ßm/¯Ž’ëĻ×Û§Ä:PpÎë¤mõÍÛ?ųđš×^ܯsi•ĘÅ`dąÃÁŅ-_yõįn´aõãīŪÜÛ;ÚivD$3ŗA˛Šš¸K é0đŌ3—^úōËĪąˇũr<ČæŨv?(ÜN§ĩŠÁæôIĨRŠT*•Jå‘ā¤2DuĀ  Đr`d×ŦĻâĻ`Øũˇ ô‡ŲȀŗZuŊĮ>Ĩœ2“˜EvÉYÕ|Ė€s>žÃ( L-+1ŗes3‹RKŦ1OŨīģßũîjĩ*i÷īūŨ^xa†’ĢQ‚Į˙ę_ũĢŋûģŋ;Žcß÷ŋķ;ŋķ×ūÚ_ûØĮÉ9ŸŒ\ë*MĶĐ'¸“—ȍßú­ß2ŗÕjõOūÉ? ! ÃĐļ­ģŅûīŋ_áŲgŸĮņ“ô’3—TBČöN­|´9Øß˜é‰ ÄößŊuôc w€5l×r/]rĪûđÎlš aȞŗ Å!§ėBV`( œV,DÚșĮû?>mŦííhûZ›×ž{K—~ŗĪ—SÜ5Æčô1õŽE‡JåąEŗK[:rîÍȎ¯!ŧįŨlöá;ND Ķ°1ŒžÂ,^ž˛ˆks#!bķ4¤@B(ũ/*ęÃ@AqŲ¸_w!@,˛kJ=SˇQ.ĘüÁÛiĒ# ]¸´ķÃā 9Ükš\Ĩr!8ų€<äŪ¸Ûš´uí ķ¤Wīŧ{4¯†QŖpPĨæÜ´ÍVŗЗŽ\yîËģ—žc™šIrwsWĪFšÁĨôŽPEŽJĨRŠT*•G!Ü ™dE֔’tM&ڔœîķá€Ļ ‘"–ĀMf܅ØĖŗĪÚĻ‰!"‹Pt$v‹d„s>> 4ā’WĒŦäp÷œ3jđøcËS§sü‡˙đRJ׎]kšæ+_ųŠĒ–ɉžī‹‹Ô7žøÅ/~į;ßšuëÖüÁ|’ÎQtˆõzc<§ OŽ`ŨŪŪūˇ˙öß~ī{ß#ĸŋ˙÷˙ūÕĢWWĢÕ|>°\.ˇļļnßž}ûöíŨŨŨ×^{íSDŽō#ĘHGĶÛņaīÔĘ'CwMÛ'øŽã8AōĀ@œ<å%OŽä1@‚ƒ<Iō$@Ā>Áų`ŲĮ9ū’HŠ/’Ų–dJ”L‰w˛ŲŨuŲ—ĩ֜sŒķ0×Ūĩģ›—n˛‹]Ŧž?47ĢvíËĒ]ë2įüņ˙ã–F§â#Q(ŧoaĶŊëW‰ŲAœ‘'WÃaŲÆũųããi›BŒ BÁ×­Z×u}ÛyT"œ#†9įK×uųĒ´>đŨ˛˜! ”Rˆĩ‡ î"[qHnõF¤€‚@0ãm„%ŒG;W/ ŅČŦä  ĮG‚UÛ#ļsŲž<ųĻ{—§Ī|ũšĢ¯^WŠD\ŠÔŗy?rS×ėČ÷}æ‚ÛBŸēYģ?šR5ĒRˆËå‚ŨČG4¯Fwí¤R( …BĄP¸ë˜jHjIEāYD<\ę5%Vļ¤„ˇŊ0Xícŋ´eĪS[RíbX´írš\ĸmb¨\åŊ[jĖˇųú8OLDjH!ŽmuŪbiˇpō9å:Įē1bũŗžôĨsįÎŊūúë˙ī˙ũBJŠiŲŸŠ™įķų_ũĢõĢ_ũęd2ųō—ŋŧV#°rˆÚŧgŨÉą&7gdųÄ9cėû~<ŋōĘ+˙ō_ūKīũO<ņˇūÖßʏĖO™N§žųÍo^¸pĄišÜį1ŸĪĢĒōŪceo•RRUī}JŠīûŦ¯„ōšOEDō6ØĖđ¸•ũũũŗgĪ2sŽ13U}‹ĮŸ(T•ÍĖ,ĨDf"BIC¸]Į§÷”õ2/Ŋ™ŦB=]´KŠ¸Omßö“­éöĮÛŊ§ņmŋr"Z ĢÍjXĨ pGč@ĘhMZ“Ög@A0P€™*‰ą'ŽÉfÍØēūā÷ŋō[tfæĒä-°t7+ÛĩŖŊåˇģ§Đ÷}>4, fÄëwũĘī 1š™ņPÚ3ÃPq¯ˇŦđ~ Ÿö×'ü|ŊëēîŽÎįlŧ…Š"+|ŗ=ŖæEj•0 ęĸŽÉÆČ¯lpōĩC-h`æãŽ|Šë: ëēĻ9#œË“Ŗđ&>YĖč{8‡ãx<>8@uĻ‚×.Üc­Bá6ÉcBīũz„ā}4îē# EDâ‚ĄŸ§jtŸ>˙hģx´]ôķų2†äëf:§p#tŒ-\p÷ÖYŒDÄų 3d’) üŠã.㜛õ="Š1š”Ō]ŦĨ""į\aN (ÔNŪ('ÆčSÕÜŖB….ŨiQYUUÄISÂjÆĮĖÎ9ņžB˜˜Ų,Äw=Ę&É,ŌĮ¨ĒÅ$ųD@Ģiš<ü;afîbįĮŪĖĖĖ9Äh"c‘Ø Ž}ßWõ$_ ī”|õ$""zĮ‹Î9@Í)ŅpœFĻēŽU5§ŠOŪ{‹'îĸ“gģ•įeįÜíúBŽ‘žīwĒJĶ’=ˇmģå}Œņn­ŧ2įe0 ËT’ÃÉĒ߲Uą¯™Ĩ‰!°‘ÆDfĖĸˆŪū@ŸbCÁŦ°ņÖxÖÍykĢĒj‹ŊĢĨ×Üwáœëc€01ßæ듁AÍ`Ãø’†ņå­ķŲwבĮTžō}ėcŒ"X†ĀŸ¸Ģū="O‹œs}ßc5]z÷CŽ“uQŧ‹äĩūĩ —¯|ŗŲlš\QUU>úhN×Č ĸ‚÷žĒĒ˗/įą¸ˆ\Ŋzu4­Mĸŧu˙ÍfŗétBČ!įÜÁÁÁŋúW˙Ę9×4Í?ø˙ ‹ų5ķ›~ī{ß;ū|Œņĩ×^Ë&Z1Ɯ.ž\.ÛļŨŨŨÍŋE~e­%Ĩ´ÖZÆãqžHg9+uäÍļskkĢm[įåu1īŊŨŊŲģģÎV ĀyĶ tGßŪë-~3l¨FĖę‚rčUM)‰ŗ­é֏}ę3úßĪāŖ„3ˇųĸŒž0ÔP5Pë`‰ßĐy‚*€'4€7xP Ųž ˆÂ18ĸĈCÅėÅĢßzöÛĪâ+ƝYĘĩ“JĐ Į*ÅĘ ˙¨ÄōžuŲ DÄü~á7öߍzØķß7ŋEá^qĶŲī†“ãm#F>9†%"'&%1J‚‰QNúf%ě$ Œ@€b8wįo)‹'w:_ƒî'#¸>†Zęŗ“åĢ]—j ' CŽ‡0Λ’ą}BUCjtڎˇb„ÔwŗYՌËáUxĪ¸i|Å|Ô ¯7íîŖL —ō|–ĐĢ‰$cWËxKę4ˆ„™M‰–Põ­QEPĘĮģ’ 6ČČ ÆŲYTŌČīëĮúۍĄČÆĢĐ ķÛyƒü˙ÁnW€Á'p„C7Ž#¯% ēà XÛļ,jÚQŒˆ1…úžOô}‚ňcDęC/fõIōŋin•ŋ4SU%'XUķ‡°úloúkÜđ "fÆÉģŽ°ŲöŸ'gfG‹3ų7üaŪŅūÖq/V‹?o¸AtÃ)ėhŸíē.ÆN(šY´˜ĶŽë:Ļ>Æ@!F‹1JŒj‰ĸzŠ†ĶßŅYqu,ßūŋ>įŌƯ˛ņä=sŊ\V€Č•ãņ^ņĻĮŠąŽé]čhĻsûo°a_?,œ¤[˙$7hd "!ŒȓĖˇšÚž'Ä¨ÄŊĨ ŠOąM!öąocč4v-Ǝû‚TÕíŋ>r4úVsXģKčæČj5ėßüK6Nī´:ųßWô}Ÿ?ŧ‚RZ×ņŋNĐ ęî’Uũõ*.w}íĩ×Bš&åøĀúÁųē˜ëÁs—.]rÎåĮ /ŧđĀTUĩ^BŊÍŨ9ˇ\.ķƒŋøÅ/ūîīūnUU?õS?õØcČZVģūÕĢWs+ÆO<1›ÍžôĨ/}ņ‹_ŧråĘË/ŋ<>ņ‰O|æ3Ÿyꊧ~øáÍöŦÆßYŽČUÖâÍ[påʕ .ŧúęĢY7Ë:ĮZF;!KŊÖ#¤áĪĩą¨É'ú“%Ō č°Ú‡U4Ž)ánâ\efĄ žžŽĢˇđˆa‡uįv?  P ‚Ö0OÜˆ€pfķ†ŠŒ@”îķ0Wķ€Gē 0jôÕ~Ž˜’åžÍUŪ`#čēŽrsyEŽ]‚ˆEDäũ¤si4Ģ/Öߕ¨÷Âے= 7R"˛noēMĖhøGœŲÁ(`ƒ(ĖāH‰s…ŲMoĀ¸!žãh¤›ŋ¸Ã}ŲŒ3$P‚™aŪLŧ÷Ū°{ąŲ{ųĩ‘ŋČJM5‰}Ú8âŒsļ‡úp0Š]ÜŋôāY?†›Ž`!ÄbâŠ%—•ŦŋÍEŖšČæ^oÚŨĮŒÔœ)d”,Į:‘Á‹ ‚1ŗæųLŠ1Od´Ē1ˆGMÂ0ĖˇÉĪ (×Įģ…™á–ëDŧķÖc’ü¨ÕøÄ6Nđˇõúyo73UË‘'s*ŋ.Ī—‡\÷Æ@ĐxGû›÷žEa&"_ג¯Ô bfīšŽĐ4MmQYŲ9;IũfCģ ‹ˆˆH°õŧlcÜē´Ūë ?5n˜ ØŅNŦNŊØ|;3c>’‹„E‹åxŧg˜D†ëˆYž”Áû ~o8š‡“é_O×ĨĪë%Á{|=]m;šĨ‚¤Æ‘ŌP“ÂĖŪ{Qęb˛Ą6îín#Ŗņ•s,BĜPyŠj8—˜ÁÎųēĒĢšĮ^ƒs$ÜîëęÆīa€ŨâŠ1Œ[†ųīí´ĒÎ;ƒ88įČš.š­Īö7č÷UUehŊØ~WúGOŋÎąîdTÕ+WŽxī‹…ˆėîîf{(l„^ŦŸžĩĩõúë¯Į_}õÕ|Īz—{ëĻČãt:Īį“É$;e]ŊzõķŸ˙ŧ÷ūŌĨK?˙ķ?õęÕsįέ'YyîšįžûŨīŽĮ㝝úO˙éWžō•ēŽŗ˙UÛļŋ˙ûŋ˙;ŋķ;úЇ~æg~æĮ~ėĮΞ=‹•‰VŪ ÖõŪûÂÁÁÁø˙áķŸ˙üršĖM!ˇōéOúūÃ8ļˇˇąj+™Ífšqä„`„ flāaÁL!˜:įCl+q Ĉiwww~¯ˇų-QĘ-¤MÕ Ž›ĒŽ”ûˆØ醏]áéíŋ °Ü n[ĒAeY5[@ 0HÖ3´úĘšĒfKÎ"ÃØ@)L ΎŪÃĢ ˙Ī­$÷ŒuŊSžˆ:÷6­W'Šŗg)žŨ–Ļ‘c€°rVŖR¯Zx;RJ›ëSĖœuëÛŅŧא0įÎ-$F"”Āe1Č°Š ŒéÍĮŽ™Íąāvû8Ûëi.ņØĀŠæ^°ĀųŨwŋ5c™:nŧ“åB+'ÃÉØāæߌĐjקC…‡›VSđVUģ];AËJ…ĶOa=5ĀĖu]›YŽz9e$Bäaü‘¯blÕ,ŅŒĖĖH‰Č˜4GėÍęŋážÕŅŽÚF‹oÕ]DRĀb–MÕōō 3ŖĒšĒi&“ÄčÜĩB”ÔjÂAo÷O`ÜÍ-åŠ,Ö+ '•Í5(įS ĪĶĒšŖūĄ˜ŒEaŊˆD_-<šĻņŪCÄ9Wą“IŗE^Ø9O'hČ*AÂÃjŠ19ßĐȏFã€:’˜ÁzW‰Hėö‡ÂÛÁ02‚rT”É+A ]K†ƒkM]›ÆKõîßõnA='æZōQŋm={öėÖY× aæ;īĮjzCĖmMÕ°Zį͞Ūû7œú!‹EH•%R%‰Œ€m*JDA§c‡ēŽŨŌ ĖÕu="LFuí%!¤šF0Ŗ$č P§ÄP…ˇcĢö3‚‚ę°ÜōČ ĩzũU­§3y߸äG#×ÜC‹…û‰{y.‹y"‚Ēj¸nüX •Ža‚D­  ;ēžŠ,q=īí›^÷ú÷>šå jÁ€˕Č$ėëŠT`ņ*&övnsSį É;B5\]‰ˆ°¸ĘûĻž0Ļõ¸›HÛÎI āv_Gžúåƒî†CčëŌI+ØÔŊPa4imci”$Ī´…ĀČvėūĪ'ÍuŒ#iđ]sjuŽõa•Dafš%kūmÛæI&ÅŗTN ØŨŨŊzõjJi6›­—ŠÖŸø[ûAaeģœOpŋũÛŋũĖ3ĪøŲŸũŲ‹/æŸN&“ÃÃÃétš˙ŗŲėŅGM)}ë[ßÚÛÛģ|ųrļ1Ļ”ĒĒ !<ûėŗŋökŋ6ŸĪņąišŽëœsyã›ĻQÕŦ|d3ŽũũũW^y…™÷ööŪp;ĢĒšL&›ũ.&“ɉ*_y$Ÿ˙W-pBÄī<ƒ €Ė|MŽö‚ ”HÍ ĈB¨T<Ēh‹1Õė¸6ƒzë[pöĒÆƙ÷õ™ōšxŊæ¸Ú”Õ ]aCŪ&cvĀˆ"æ+éÁ9MÄā .;Si~â€nH,÷lįĄÁU`p–sÎy˙~Ō9āāÜ°ÚÜ}ʀNā^]8YŦ¯MkßļŦ˛ß)ë“‚õžˇęĮĪn1ÃŊÃ˙ø-ÎOĢ—z7ˆ4xâ“Ŗŧ(:ÁCÄ^uW÷˖õ‚‘€” l.a¨W„ēúęåC8ŗũā ąđ ēāN;›bdFžĘdŽá—Ũũd+;&€˛]sö @Ę6ČCŖ÷B@|ÔšO%ŧ1˙_Ī˙čÔ~z÷E]g#KŧoF#$C € D<čW„ÛŸ¤Ą&—`¯:îõ¯|[xįEđüžX€|ŠŧuUEŒŲ™'€å$v.PxÁD"%#s¨1nÆ@˛‰ ųB*¸ŗĪ§đ6 . ¯<@iķ8EöĢĒēĒīaKũnK’Āå1Ũáõ´F,^-ÂÜûūôßßY™u°<ķ,ä‘ם`Xũžˇq˨Y1IîQŠQĨ”4ķ āÅ䜭ëünãõéčXáՐ”V3\Ŧ~Hx§“[Ų8NS"8 !ö ë¤4e^î'6gC-īöS8ĩ:Įf÷zé'gfˆHÎ_ ˇŪæLŽėĩ–L6›'Ūâ}Uu{{;;)ĩmû›ŋų›"rūüųŸüɟĖöPų]rĀFŒąĒĒ§Ÿ~zoo¯ĒĒēŽ˙Æßø?đ?đŖ?úŖųjũŨī~÷ _øÂũ¯˙õšįžģzõęų/˙åÁüéŸūéŦĐd!¤išÜĒ™“9˛ĸ“RĘî[o¸[[[ųõCŗŲ,wŸä’{ũ§;bŨĪ[ú9"LąĀâĸ„¤ņ„™?Ø _1 œėȜc@chŖ͉3UÔjžŖÅųu›#ßø~vÉøČōqŨwƒ< ēõŲe–”lRk`3oĀšBlx0Ĩ#üžĒÖV’lŪOm„aĻ#˜”}¯,ũ…ˇåĻÕŌõęÎ|Ģ‰X l SȔļaT‚eÛēÕaž>ÚuŒqëņ˙ÎÛV0 ÆQIalRˆB ā žøčÅīü¯×æ{ķũŲx§žÂVž"ĸ¯1ögÔ,ˇv剏œƒj˜ ÂDĶģÛŧBáx3UãDģîLY HFP§¤,^Ø`°dŅs°ŦPŽ# W6d› į˜´˛¤+Įģ†¤t“đ°ō ’!š¤4ôs¸;īįHƒGųđâīc˜ŋMéÎú6•‹uŠm^›žÉĻ‡™í„$ Öõ§ĒŦį& 9 2÷s$’I"Béį¸›Ŧû9 P#ŖĄŸcC/ߜ木ũ‡ ,Ä" é&7ŧ‚BcŠdĖĖ!†ĒĒŌÆÖņË7Ũķ†ŸCß’K ¤jH$Hd80m–$ŦŲ >6Ggƒ”rąw’”tčįācô­"(؆~ŽJ Kp’hČaųs^§)ßĒ{…¤t“ŋÜŅŧLƒhĘãDuwŪĪ‘°áCsTÂrȑ­‡Íthė€Đj\w'ũ[ĒiĄYįc?Č0xÎVrã-Ô4Xķ˛ËMídCÆ$­šļn}Ė[ IxبÕyeuœjJë~PŒ˛ŪÉú3;rÃx‰ÖŸÕģ,Y>ĩ:G^˛ŋéScæžīs36NCC;ĒĒjÛ6ĮxäŨ1ƘO"ˇķĄw]7˜y6›ũú¯˙ú+¯ŧ˛ĩĩõķ?˙ķgΜÉųΚÃÃÜ7žßąīûÜĀņC?ôCŋôKŋtūüy‡‡‡ŪûĮ{ėąĮûä'?ųëŋūë_øÂŽ\šōųĪū#ųČå˗SJë^“ca<į_dkkk<ŧYUoß÷‡‡‡šĮ3{Uea掸ĄŨ-Ū˛ŸTŽbn˜ģ;1iyOõŲŠHl°(”Čz3hlSĐc$E{Ũ”Õk"E Đ`%0ķ›R‡q:ƒ@ÂĘfŠ@>ĒV”-_BŽ1÷‰Ëk æQ°Ũ°°‰U¸z†īá gŒfŗ×Áîōd úßĒā+hčį`ĘõĨŸŖđö¤”nŠrģį /‚ŧH,ë`ŪŠŠĶøšŨ3Ũ2šr¨jJ,|Wú9"4×féęi'ÁgãV˜™q´2›,AAqwÖ¯ Ĩ8ŨŦpN4’’­–zRJ,îdt•ąžCÃzf]ú9Ž7ëįhŖĒJ–ĮōrDŒ1Åå[RˆÉs.aÖU\vUU ^÷säe ašĶsA6ąØ÷æÜÚ7<ŽŪĸŸ#1E‡4Ŧ4ä3įĢbU:¨PԔş¨~ŽŦœbŊ’n P/ŽôsÜ3L‘ē”’™ÉF›QzņÍ]éįH°ŖĒũõīĨΑËQVZŸŽ”€uĐÅZƃĖߙ˛™• D…€Ä`C{GQL˛ Š‚)Yãn (\ŧÚțÖŗx•@ģŲĪ‘›‘o9’]VĘd–}”Å—~ŦëuÃæ‰ũŨp‚ĩī:9–cũmļČŗʔŌ|>ĪjÄúė“/™Y<8<<Ėßæ…ō•øÍÚ#Ö¤”FŖQ~n×u˙é?ũ§Édbf?÷s?ˇŪžžīˇļļÖëP!„_ų•_aæŽë˛Â‘ÉBHnųÔ§>uõęÕ˙ų?˙įĨK—ūø˙øŲgŸŊ|ųrŪī}ž¯3ɛĻųūī˙ūŗgĪö}˙f’Ė™3gļļļö÷÷ëēîû~:^ģvm{{{ąXÜëŋÛFHpÄôĻ~ŽDīúnéY\4’˜f‡‡÷z“߆9@qąXėFõ¨1]zĢEČ­Ģæ‹ˇŋ*iČ_ëD°ÕŅM‘0ôŧŦΛ˛ē 4‹ Ļ–ˆāŖõŊ.…1ŋÁī2ÜŽō›îé'{ā­ĒČĄôī'Ŗ=DôQjĀ:ƒ1EG@,•~ŽÂÛ˛ĪßæĻû”R×uwô:6ŒÜV*&)ŨPCȓĀÕ Áˆßlī<˛Ŧy§~ĻČØHAKІ “1Ž]Ŋ~f<âQķĐS[Ķ3¸rđúĸMUjYI‘ŪĖk–xyšũ ˙ĀĮ§ĶK€Įl¯ĩ‘ÕgFËy ŽĨŸãūã­÷YžĮŧíKŊ1yÔžXæ–Ü<|ÃĮį~…ėNI9qö–Žm$opļÁmŊ{¯‡Oëį)áX-€É˜MH”@1§…åŗ€3ĢZ25"įÅ{ęēŽ`°sĢōÜ›”"C•Vŋ_YžšÛÔ)HßĮs-× s¤Ô÷=ENŒÎw bîįņ ]ŨÆAkQS Ä`Y#`:ČWĻĢĶ ƒt~Ŗ}6W6­ĖøÆŨŠžÁÁKJfŸ›VA9"q"Dp"Ā)ŠŠYBęģ;;äI Á´ķŪ[äā|–yrürJ)}o‘´‹ģ„“”Cî¸Z­ŸæėtU  Õļw Eq–Äz#ô\%b1-ũw†‰‘)÷ë|QŠ4!…”ŌZįP3ÄØ÷}°x¯ˇų204!y_ ęæęø;<<GŗŠsōqšÚ Åˇęž1Ž!äUˆŖ•Æ;5^ ĩvb!ų#Ķ]OeauČ.5æWũ{ģ4~oŽPĻ1*Ŧ‡&fyo{ Ā{3î‹ĮV;)CÉĖ’ö ´iėŦkÛŪ,ōíž>CŔė†fŽ!G}5‡}7ũM7ΧĨ\sŸSë5h›”L”Thyßæslö䌉ģĸvœZc­RŦՅÃÃݝŧôüķĪg‘#†į§ä‡5Msåʕ”ŌöööŪŪŪÎ΀Ņh”RZ7aŦÉÎTŲä*ßŗÅđ[ŋõ[1FīũOūäOÖ+W ŦŠ6;.ķģäén~…B>ÖŌČOüÄOüį˙üŸ_yå"úÚמöšĪ}nŗ„ĄĒĒŧȕ-š~îį~îm?ĸk׎åAŒņęÕĢ"˛ŋŋ˛ō9Ū\įˆ0ņ.ômãĢĐ'VkėíU¨{Cîî'…Ö°Ô+ŠÂõY×-[´ĩwŗÎÄú ¸Ãúũ|žÍ君%Ķ›R0žās‘‡‚ Ŧŧ\ͯ”“hP!l›)&¤åJę¸Ę$N °2ÖkĢ¤_@ ēąIī)xīãĸkÆSĮãū>î(„ųŪŌ÷č–KŠ ë|Š„`æ Eį(ŧ-f6ĢĒĘĩ–DtũúõlŪøî^øíW{ßl(vWõƒŧŒ€֒ĄīEE¯.ö\ëĢŅČ.ņ‡fÔîŲ _ÛkhÛ6¤(Žjļęé™Éhę?ú‰ķ‰1Ķƒ.HŌW—€.НãTŗ)ZŦvæ73;2&sOšųaF cJ&¤„tGëzfļŗŗŗ^’Č7šë LyYlLÆĸ,ĘdD+RŒLY4zȘ•Åˆ ĸœ×›Č—!~5UF"NĮ}LGzÃĮ>LáÖĻŌč[€”‹ŧ°ąēÍ <ųnËÂÍ1‘RØ ŨbąpÎĄī˛ .ö÷įŖÄIoŅ9ėNuŽÄšŽī-ĒZāmz¸‡ v€0 æ?nō ž6jÃÚËĀÚ'5—€Ŧģö āĄyh /*l$ÉŨ\“L$Ū’g ī1s>õiQW)v{â;E/đdãƒũåkŨÁR˛ą¨i×÷}ėŒĪ…ōÔo8üŊ -˜å$]Œ\āö ÉĨŲBŖmaûŨr´ė„qŗ΋Îqˇyc#j§Eß÷Ū €Ēö}Åb‚Đ ZŌÉ×c;čÛļef"Ô5…Ôũ$ÆāĐEįą-Û}f~ƒąÜŊ‘+ÜÚļ].—kûâ›Xëz¤sDIÉÚĨ”,jf}’9íæ‚W ]`Ūá°=4ëB\Ôė$ēŖs$ ÕbÁ9ž$Ģ2‹Cô×įũxɉĘåōžÃxļȖ-cīæ}īSŠ×¯wÍV‹!Ũ sØ;Đ9‚Ž ꉆë5Ā÷ö/žĒļY[¤į†EĮ’Ģ\´\ļũl&•OĻ‰”õönŖČaÛíT“Å|Ū5‹Ģn*ŪKŒĘĖ]œ]Ÿ/ŊēfŅ*§˜ēģD|›¯ŸĮ™ÃgûvŗÚwPˇ§]ĩ\3÷)‘PŒąÛƒít‹vf\9 ‰9Ƙëī™ųüųķīŪū]ī.›ų™ēŽĪž=›­ĢΝ;wpp°ŗŗ3™Lr[™sŽīû”Ōx<žpáÂŪŪ^‘ĻĶiM‘#_ļĢĒĘ1!9,? īû/|á 9!ãsŸûܛm'3/—Kī}J)Ģ]×]¸p!? _ŋįķųîîî“O>ų /ėėė<˙üķØđ2;QfS…[XŸķÂũūįc”“Ā9[ZŨ…tģŧmÉÆæX[iÉđ5˛ũL"˜ÂÁjĨš’ŠĄ>ä&‹Ē[Šė …ÂiãíĪEī‰N°ŽgA0 ģ`%ßÃÃųn<’ī>–ûSŠėČ5\MŧĢ°¤ō‘ŒŖ gZ}¯6žp’8Z÷Üô|Snmî 3ģå ëFÎŖöJccÍŽĮš˛Œ ēîî?Ú|EYlüÆJCĩÚņqc~ÆÆÉdåŽwÃw†›*ū^kĶä˛jķū† ĸjŊ4 i•BģØjF<,Wí,ˆ•‹ŒŅā†AļļsX{`ˆaĢ¨ēŖ]:%kĢŒ›60UŠ4ÁĘH0"į],ŠšŸã¤Ų …BĄpyÃÕųŖūūÕ´‹ j* boËHŗ@ŽŲĩŖŧYV`šß×ā”CîXžWΡ›kYo;1ŧ߈÷5§v}<‡Úgu(‹œUU]ŧx1û#×ul¤÷Ôu[‰Eäĩ×^;ū|Ķ4ûØĮœs!ī}ÛļXųD5MŗV™Ė,WŽ¯›HĒĒúō—ŋü­o}kggįĄ‡úä'?ųfۙRšL&š{ĀbąØŪŪ^˙hŨļ“īĖī2¯_ŋŽĒ›D÷úķ. …Bá="÷;æú5fŽëšĨĒ*æ1T]‚Ëņ’`#QhX™į¤!Í8¯ĀÚŠŧAqÜZ$ Ę npe<ĒūæÍoWqڃ‘zk{ĢģŲjiveyŧR&Ž–ūYnû0AŊfDaPbäø`B<Ō rÔáđlEę+ŧWPŠinhA•ˆÛ Č7#3eOę,XĐ9p‡Ám<*ĶĨ#f­:ģJXKoě͏œ¸](„‘ĩí@ã~ŲômŨÁęÕÕ!‚(oŪ V( …BĄP8Iœæõņu¨ũēq{{û‘Žëž~úi"ēvíZrB83§”ūāū wiŒFŖ .ŦUī}]×Ų+‹Ēã|>ĪČ/’#.~ũ×}gg'ĨôŖ?úŖoą‘"’Õį\Ûļãņx>ŸgSõMĻÜēqpp "ķųüâŋ›ÚF~ßBĄP(N=šY3_cŒƒ)3Ro!2ԙē¤.$´AįËp`Ō)üÖ#(1Uî7ÆGˇųž7vŦÚėBP‚QԃúãŪHQÅÚÍ&ą&ļČ‘­‹ĸA4ą&V#…SU‚˛)Ȕ-ŠEF/D{ADFäėXuš§…“FUšĒĒŽkąŋp8Ÿ]i_i17hn2j¨$؀”ƒõƒ.Á%H‚$¸”ģ’ß柎očc @Ą"4'[ĶÉ.Ė“VR… Čé2ŔŠP( …BáũÁi.fĖÍųëuJĮ˙đ˙Į˙ø'“ÉWŋúÕ_üÅ_œN§rAhNđöŪ˙ˇ˙ößxāĢW¯>ūøãÃĮäÉ=ĻĶiļDŦĒ*7|ä&ŲÛÛûƒ?øƒ‹/ü؏ũXvžzÍTÕķoūÍwžķų|žŊŊũĪ˙ų?ĪĨŠųô} ĒĒũũũŲl–RÚßß˙ô§?UÃGūĸXW …Bá~ ›†įë{vžŒ1ĄŽœæÄXR@Ę0b5 ō V?‚1î, ŠđžãM‹"ĮסzË3WJ€­Kš•låûoƒMÔ1múxhŦÄLPĘãš}ē¤+c¨Üœd  JĒĉX ļō­ĸu ĸ/žÂ{‹q×ÂŌi[°Įn2ŠĪēŠ=(ĄËíF‰<¯ãį}ã)ę[čsYéx tu¤3Ų‡Žnėˆ{ŽÍ{ķƒņˆ‚ņĐûDE/ …BĄPx?q-Ž§”>ûŲĪūÛûowvvžņoŧüō˗.]Z›M­sËŋņoėīīĢęüȏŦõ‰ĩđ`m-Õu÷>?ĻëēēŽģŽkšæü˙ŅļíÁÁÁå˗xāˇČĮfæO}ęSŋúĢŋēŗŗŗX,ž{îšG}t6›e&ŒįGūŲŸũŲwžķÂîîîĮ?ūņüĶŦsßĒBĄP(Ü'd?—2lÆN†87#ŗdfÆFD, ėû3ädß!žpŗmQáÔsYąvúŋQđ8"gzįl€ Š‡āc¨âW7‚ aĒ°#īĩ!`<‹"F–JŦN¤›"gyC!–íJēVá=%ÄeŌ\šåŊs“‘.úīí4C6Ŧ‘rž^́`7æĩl(sųČČwđę°LŒHĢ 6 ģĢ{ėÆLžŪĐ 7V¸ˆũĪsŗØ9Ķ„~–EŽ#<ŦŠÚQ( …BĄđ>āÔę›!äëf3{ėąĮ>ûŲĪ~÷ģß=<<üßø_ø…_Č)œsËåōˇûˇ¯_ŋ~xxøņüsŸû\~õ+ėííÕu=öööΝ;ĮĖŗŲl-{`Ąņ…/|a2™´mûŠO} oŠC„~ø‡xww7ÛUũëũ¯ų—yxž• fūŖ?úŖĪūķWŽ\ŲŪŪūņ˙ņ‡~+ãŦõ› …BĄpęÉÉ뮎|)43x% " lX;Ú`æN‘ãôsƒ”uĶ_œŪp°ž ÃzŸa@yH°—!û8Û"”øHP!ÕÍt RVđjûČ@ĐD0ÎŨPR[5Šd…C Ŧ𠧃~Ķ9¤ŌÖQxo ~2ŅēY*fQg];ģž˙Ú˙įŋ˙?›ę‚!€9˜‡Ž€į °ęˇŗŦę­d?†ąÁ˛Ī•æ Rĸ0”r#XéčkS%0L lPŠķŞsĩÅiŨLHúf+~ûģ_RĖ={0æ!„ÜÁ<P(RGĄP( …ÂÉįÔęXŠ y5$Ģļļļ~ņņŸũŗV×õį?˙yųĨ_úĨļmŊ÷!„ßųßų˙â_loo_¸páđĪŸ?ŸŸ%"ĒÚuŨ¯ūę¯~ë[ßbfųå_ū坝u%i^j‘ŲlöôĶOgĢ'Ÿ|ųäo¸‘Dôw˙îßũw˙îß-—˯}ík˙ø˙ãŋķwūÎSO=5NŊ÷WŽ\ųÃ?üÃ_ûĩ_{úé§/_žėœûņ˙ņēŽąj@É}$÷úÃ. …BáŊ _‘sŖäēĻÁĖĀĻ¤ë¤i3ƒ­W­7V´‹ŧq_ 7æߨpl2„ŌĩO­Ÿĸ8§ ojcvėšÄFYá"Äm‡NPÄT dƒ(Œ80V ä‡1 lŧ)r䯕Wĩî…Â{YLm­Eķcr•-×ŋŨwĪK Ŧ¤(xÚ Ę‘ãš÷dāHāSRãdAJF’jŌĩīÕúPŨÜÅWĻs!Ņģ&…ÆfŽ ũöN=_îŲŽ,›'ķ€ĖÁX*Qä…BĄP( 'ŸSĢs eœ­Û˛0đÄOüõŋū×ķ7ķĨ—^úßø?üÃ?t΍Įãī}ī{1ÆŅh´X,~ögö¯ũĩŋ–ËEķë033˙ɟüÉK/Ŋ”C8r#ČZĀX‡p|õĢ_],DcüÁüAŧe?ĮršœN§?õS?õâ‹/~ūķŸ_.—Ī>ûė/˙ō/Ÿ={6{Ž‡bŒĖ|áÂUũ'˙äŸ\ēt)?7o^9 …BĄp˙ĩuų“’XoYēeëņrP•EŪû‘ŖjqdU5$3"fqdl}ßö!xīFŖŅ|>gđ¸מia~0säˇwˇ–ũâøęģ Æ ؐɑ[7”€”R#žbĪÉ4Fhô`r’BĪNDDÁĒ5™Š™9 Fî@ŧōŋ*Ū Ø(F‡8ûK¯_ģ:šÄí­IˆŽëæŽ DEĨÁ^*9hÍH HHlĀM3 }J ­o$Q0 #´“éxoÁŒĻ‡>9WĨ´š“¯’6Hd’ĸuāT7Ė}×oOÆÄņîĸm„Ļ /ļíˆXD‚v÷úS, …BĄP(ŧ=§Vįx .]ēô ŋđ Ūû˙ķ˙ü?Ÿūųų|~á…+WŽ<÷ÜsUU}āøÄ'>ņ3?ķ3“É@J)„åīŊ™- įÜĩk×rb3/—ËŅh”SĘSJĪ<ķĖîîîrš|āB›Áˇ2N—ËĨ÷ūīũŊŋ÷áøß˙û˙ī|įâŋ‹ÅĸëēĒĒr&š™}öŗŸũŲŸũŲ‹/æ -­°H^( …Â}J^0(Ĩ÷¸ĩC‹ É}ĀM!šSC‰ ",0K€æe˙dÚÆÎbj&Uŗ#•Y×ĪûũíŨm ivxõú^šÖģ>ø@ėôÚõëõäx‡Đ+MXīĘĩĢ4Ä>DUâ;Š_Æņh4ĻbęŒ„Ŋcr.w>) <ŧJļrá=ÅĒis~wōÄų­OĩËÛëķ¤0ĻT ;åx´ŗSõ0§z†Õ"GŽĸxv5*yöĒ,ËŁ‰šėĐĪiäļE‘ã8ļ•ęʡ Ē¤lP2†*EÂŌŌŦšM<ē­ gyđÜ#†sŽŠ’žíPĻY…BĄP( īî;#k[[[ûo˙íúĄúō—ŋüÅ/~ņë_˙úÖÖÖ÷}ß÷ũÅŋøäG~ä#ųHÖ^|ņÅ˗/įŌ?ķų|{{{ww7ĨôčŖö}ŸŒüāŅh@Džöĩ¯Ŋđ !„ŸūéŸ^‡ŧ)ĨüÄŽëūŌ_úKŸøÄ'žō•¯|éK_zå•WSJ/^üčG?úŠO}ęÃūđîîîæ×m"Eį( …Â}ĶjY›7tŽÕíPūiYėŊīȝÄÉ,% f‘%ÛáôŽ,Ē|xĐĪû~gõ¨šrøÂÖøėhwę„Ø.ú$/îxģrG†9žßŌ™D fV>1‹°WÕ`Žŧg_3@šĖĖTƒ‘ƚ‰Ų ā¤d‘ŪĖ#ž97ũū?*įv>ŧė¯€za‘år™ĻVįi%58@ ‘‘(ëæņ$0ß-Ãëß{åk }UĶÂĶôėÎĮ/í>ļ"qå¨jûĐøąbx*A” FšW*€–Ę‘Õ’Up2†ųQĩ{ųâ“O=ņCŒIRH]XÖR  …BĄP(ŪÜw:Įh4ĘIŪûĮüņĮ˙›ķoŪô˜”RÛļι˗/įnŒlN5™L~åW~e4…Ž]ģ6™L˛ĀĀĖĒBpΉČ?úG˙čÜšsųĨbŒûûûãņ8‹ˇ2›Í˛’ƒUwww˙Ę_ų+?öc? Ē*3kÛVD˛#ÖZĪČÖ䛞Z÷ús- …BážAßrį­‹Ņ9œ™aZ î?VYÆĀ’†”zâ¸oļÂūōĘÕĢ/ŋråš—^ûŪūėĒIFĶæĖš3—ģüŅ‡Î?Nö_ERŗĩĩÛ¯ķ폟,r°ŒûØ;WIãCJ}T#WÕM=  #S朐Ž)Ĩd‘*—ãFkƉ §ˇ´ģ Į„šÅaÉųĮ/æŅGžT)ĩŲ˜Š†9…ŦNÎŲÆ*ĢRŪa#™˛1™(D%¯‘¯~įÚūĩ~>KÚÂęüŋúø?#"“ŽMM3…‘iŲ 2 EãuŽø ŗ1Ėw-.ž}¸Â0ŠQSJøęØķx …BĄP( w…ûNįČžŪYučû~š\2sĶ4š="†WU•M¨Ŧ-§fŗŲt:mšÆ9—%Ëår<`æõ#Ī;§ĒĖœRrέ57$'™¯CD‹Åh4ĘĒÆæĻîííÕu%ÉÖäYäPš9 …BĄpŸCˇ,ÚŌÆ:îę+Ė¨,ņŪĮš”Ė’ķ&Ž@)Øáŗ/}ũĪ_øęwž÷ôūüU“VŠ]öķžīwˇ/ØŗŖo?ûÁ=ņ—ž|ä3“¤×Cc;öQt’—I0´f=sWUÁ¤aēÛÄŪR×R Ū´œ6LŒĄj9 €ÁôKĄp|"´'ąJ*ĒÎ0ÕŅē¤ÁT´˜g­Ŧ%(*!‘Ô 9Pp㜐&wĐ6}\z llLŽŸYÚ9WÁÄÔYŸŒĻf0[īëčy†Öƒ"`ųj  ˜ģ†Âû1Ā"1P¯ëą ]¯?ÅBĄP( …ÂÛsßéD”RŠ1zīĢĒʊVzFnĄ¸é)]׉Čt:ņĸ0›Í&“Éd2əäX5U´mÛ4ÍūūūîînŒ‘ˆÖoąI}ߛY]×Y5šzõjK–ËeŪČ3gΨjÛļ9$? †īkÁŖP( …û“ėôÃÆJšoWÂÏoĄÔįžznųĢ“jŠ)qdQ_1‹Íf¯Īž˙Ũ?ūĢķo,^ãĒíĀ5i‚¨ĒËŋJÍK¯īͯėīōû~øüÖÂŌ`ÛĮ¸Ũv”ĨÁ€äî#ƒ‹ķmŠ&kF<ŽX°ØīúcOÎÆŪoÉȐTÛ%ēāLŲ”bTAV¤ŽÂ{JU;ÕØwd13ˆÍœ*7ÕŌTE ÔĀ‘j3z‚ŠĀ`đüp.!ZíŲęļ 8"!LŪõ<2e#ŅFļSÜčÛËÍYJ1M ‚ FdÎČĨ.E×0œ÷pR‰tķų|UĘVēį …BĄP(N:÷ÎŅ÷}n×Č_ĢĒˆxīgŗYîÕČB6$ 3ËžUXi"2™L˛ē°ÖÚļM)5M Ëu]į­Õ”[1ŗãúy3Ν;ˇŋŋŋŗŗ3NcŒëĀķė‹uĶ+‘ŖP( ÷9d`(šoaĀĻmIĄĢR(ŠEĸĸļ]ŧøŌ÷žyáËWū\ë×Ļį–&‹yčÚ=G]ĄŖŪRšÃëĪ=ũĖī!ØĮ?/œ}2væo;Ũ˛ r´F25īÕšÛŪ|qĩm¯.æ×B÷RȞĪúúĄéÖ#Íäĸ¯w Ã%¸Õbo~%UB"X?Ū#˜Ô‘ )`žĖąxbsh‰•1”mÅ,u$’g 1X ŦB&0ųmĨE2_ûĒŽRE ŠŖØV§‰a>%ŠV‡>åy“‚pš_du•PPž_&%9nÆuŜeEQ4Ĩ…îģ)sĄP( …Âû‘ûnЖUM)­ÕUÍí™ĩ°‘mŦ˛tc\,ÛÛÛëg-—K9<#UåG†ęēÎĪ1.—Ë­­­7۞ĩcUJÉĖōf¤”rhGvžĘ)ĖŧŪøÎąi]U( …Â)娊ֆũ,^(0ØĻ™æúô|Y¤ėđŗ~€­KûɃ˙ĪŊūĩ Į¯Ã8­Ô.Sb ™…N—{í‹Īžö•?ũķ˙6:wĐé^ęŽA=‚§lä>ĸo;¯×ĒņÅnūúw_ūÆÎö™sį&Įú 1ÄĐ(ÃŪ‰g} Ũél$ĪÎīĪŋũõįžģv0ë„ã–_„Vúpļjžŧxáã—ūØÅ?3=ˇ7w ˛ œEÉ~@…Â{A×uĖŪągq QkM“)ÕŽe 8%Ę'pį B^áØ$'‰ŗ1Š ¤fŦIØyŒ¤7 ĨTûQíF"ĩ’ęD¨ŨŠ_EÚJĪĀp+ȗY…6y˜ëûĀm]Mjįs)Åŧp0‚Ȇ[‹˛(D´ĪœĀN#>Öa4øˆ&%5ˆÂJ€‘Ų ÜūBá$C€2:ąÎāÅH@„U`¯­ūą'‚ĐÍNŊFë™ÔM×ĩÕÉäÎú}o:~—@ęōėL’ÁŒT‰•ãŌR_8nî;#“Ŗī6ŋŨüéē{cũEūz{û‚M+Ēĩ•V~Žsî-DŽM65Ö_į/ˆ(+(o¸ņ…BĄP(œFVW:c[‰ú xᔂZ¨'35$‰ĻšHjÂ,ĖDlŽ)Ĩ@JÂė¨&åIUÁd%Zöôb”^õú(ÎÂxgˇ§küŲ3_xf˙ˇøü =&Ī46íRHČSÆŧß1ČRÄ|˛}æpūōמũōãúĔĪßîCÆÔ9ī˜æa‰ÆĄņķYKŽšGJ•üח^˙Oō•o†ŪĻãēš:“ŪBë4tĨöOīĪ~ûđŸNË˙ã‰˙•­eo˛Õ,f‡1.ˇwĪļ1Ĩ”´Č…÷õ•j–u!ĒHî@5 @R™" „ C'Ƥ d43:d‚i•,+ V$‚ļ ah…b92y'ī˙›â‡A*D…s¨G„hĖôD.%N-ËÁ1J åUM”]â*ąS"8Q92¨uCŽ”‚ÆnRK;; Ļ‹ŖšDž$´l{‰PÁTĸF …Û%Œš*ę•zd„…VđA˛*ņ1 CŧŦ\ŦûwWú˙€Ž˛ pšėN 5&Ž„%F´×û]¸ÚLĄ@ŋ8ô•zCčbį›&öĘå´püܧ:GĄP( …“΍U~yßÅĀ a!YDRb°Č˛mŲWŪ×Ώ`4…4ö&YÔ@!)›×Ė.•uŪĶ‹U° ģ’dXT3JJąī¯īu/-ųšč_u´QôfĀ*Á‚1O ]Ûę•Ä‡KĶ¯üņ“;օaCĪš< )™¸čĶ­˙ūįĪũúw˙üYŖŲîŽ*#ęfŠŠŽž[ĪJŧßÍū¯—_\\?xøŅO~f2ļÔS]ã`1¯FãeßVŽKDGá=ä¨ũĀZ6ȇęÆíęœO1ģ]”-‚ ‡“0( /h2ÜO –_r )GąyĮ܍[˛ą…C `9˜ >ˆCezĄđA9HiŖåô ÷?#čĐ(q˛V °X,¤,’K¤†“šŲ)& QRA*Sią-n…hōĒAT#ŠĶ$Ģ*ĀĘŦ´úĮƒļą>Ģhž>Bɲsc~Ú;: Ų{5˜+¤iƄ% Pop€38C‚9ƒ‘E”:ŗÂ1StŽBĄP( ' ÎVĢéŊaU¤)2ŗS™TDDĖíÔ;]Hũ2ÎÒHœ÷Íhė›íƒÃk"$ėĖČĀ f˛TŲ§ÂÆFCâ…Ē:į€¤šËÃũŊ×SßS pÖũūdŧʌÚfäÉb ¯ËˆŖ\}î•/>ųāOßÖŗÁ3'ŗ9+œ¯@ÔjÃõ!×ߘī˙˙žûĖW_z1Ŋ0 |"˜:ŽĖH Jđ Ėēųá7_}áwmúā“Ų5=ëĢ<›ԓŅQ=_ĄP(NdÄ01‚ ´.ēf‚(Ų"kdMƒ'IˇÖēŽĒ1GÛnÛ­Iõ@J$eŪõŖØU;§ņJE[äF  =:ĻHģ:{´‚Đ'Tv”õ–K,ß*å|g…D‘ë nŋL†`Nš&=F1n-÷¯NƤŗĐm`B¨ajR@JYáØ):GĄP( …“GŽî#[EÅ8ĪdHÉ NĖāÔIpaŽž§#į¸AÚÔ-‚ÅŠ+&ÂˆR¯ŊÂ1BccS RJ1ŧ—ė÷æí|ļ¯Ö×)?R‡ųĖÁ`ĨÔ{MW)ayuīYĐņÎĶq˛ÔYj|Ím˛ž\=:úų?ũ“?ëgvn—šQš÷MåÛqƒ~Ž°ØŖŽĒŅ–TÎ˙ūKĪāėî_žđ@PsāQŨô}_55b™g … … dĖĐėž@IAH¤5JžĩČĒUŨ‰2~JÚuú r¸úyŸz#'!2SP$"S3gˆīūM …ûcņ•‘7ņŅČ{hÕ/ņZ1´ŒDP@ˆˇf@T€_Uˇä–Ŧ‹ŽįVÂp€D‘ ­!ĐĒ ō­oī09P$E0›L&Š­sęŲ`KC’–ÉÂ{@Ņ9 …BĄP(œLxđmĮ#ī\ęaŅØ|-c'biŊŗ܉M0 ŧĪ⸒ƞO-ąŠ7E 1TŽž×ŋ]áXQIĀ:_ŅĖÄIˆ=I‚†ž]Ķüp`ÕĪT  `LÆPŽƒī!E,CwŧÛN9hƒ)ŗs,šįįû_~íå&•lí"9;˜{ĸ^ x"˛.Âb°Šā—Ô<÷žøڋß˙ČēyëBܙLžģ~åėųŨPtŽBĄP8ņŦ5Ô UÖ(Y•5ąŲ°tx‚Ōŧb„*5˛ûĄĮ~¨—wÎÔŧMœžÃÃÕŲy3-ũ…Âí`#f‰Éŗ”ÜŪõö™?}ųķ•œ÷uOrt(dƈ’{ņėÖŽ›ž‰DŒú˜"ĩä˜< ‰™Ō Z(ÜUhĨÁįļ šĢ#š:¤>´äLD4&vĸá(žFƒš?%‚Ėy¨"õ Cė;LĒ-Ø1–Ī*ĐCáEzøĈā;ÁwŽ];–´‰lÕMRÕŽC%ˆĖĩĢ|[D‚tâu{úÕũׯ›^$‰}p[Ķģ Eä( …ŠåęįUD Ž¤SRz;ŒMÅôŽJ%¤ęh:š|ā/|ōãŅû˜âXÛBΠ6ôs0LÎpĖĨ…ŠRB<`IH0Z^Ųûöī˙¯˙w ū`ö2¨€Ą ČĀsB’äÉæØxÕŠė†ŗ‹1Žr;¤FI)'åō˛ˇž%āĖd `îúdTûfąøĘhĄČHŒt3ĩŲ;Œ)î„ĸs …BĄP8™lôsP$3Ļ$ŒĘķČŠ‹‡8ÜÃõWēŲõöÕg_g"3v,x}īđõ!éņ<~ö?>‡‘L["ĸV&F¸×ŋ\á8Éi…åú5äēW"c?fięÚûšš‰iA䌐;9@ĨœØĄį ŠĐø‘…Ī]x VßÆ+Ŗ×Јԑ›e)ū@đĖĩĢ]UŖô°d´]ĸíQU05ĒŪK¸ ‰Œ­ĻųHžģōęķû™ė˛qęúÉdBđ%ŸŖP(NFPcÛ°ë$ļ ę&#˜ÔÔĢú¤§ęū íēeJÆTIå&õ#Ä3⨎i1%cX"،ˆ¤¤ ˇ ™z¯Ė‘(„Ą^ŋöÍž×í]î”@иeDV—O¤Œ>gĄ ,k܃‚Q pĖĻŪŪšŠÂ÷b„Ú‚­Šy4ƨA\ŒFˆ„Š°DĀ**ŊP8FŠÎQ( …BádĸÃ8ڎŌ:,%įĨĄ€ų^ž{ų{W÷_]ķŲ˙Û#˙"p@åšųžŠ¨Å{ũAN9Eį( …BĄpâČ#r…tX”5bãØŠŖŅ|¯>Ø&§ĸãØBĀd`8“ (Ė3Ųėđ€ÄŊôŨîĄĻÖJ›ĻéâÂSnh•=ž^AQ ŗA‰ˆÔMÆg>pųŖ¯]yæĪž}iû‘JH‘HāęW¯ĻŠ1nĻąÚŨzđâšmMD<Æž{<˜“EFb1KŅ›\˜LĪēîĩÃôY-tÎĀŒžąĢŧ#o đÆā“mŗ{čüy(@:_:ŧîĢĒč|…BĄp2Éũ dl@ VŖØĮ9ÔzC0Dö&|â”k^5jĖŗ2Htĩ6ʃį¤0ÂÉjG)N.dÕvuÎ\čĶkÆ3+|2’˛00Ŧ6ä~ŽdAšŨ[9׍™@DŗåĩjŸ}ųOūėÛ_T÷z’ëâ§ŋđS˙/33åĘ"""UŊu{Œ’q§…ÕˆgfšƒĖaréüG'xÔÔĩ}ßw‰ŲWUŨ§ū^Š…ĶO™ä …BĄP8™XN†0,X›×$Œ^{eņō÷ŽØ‚kž¸ČAĢÕlķĒä&Âbí"y{éŲס/^š\īš>ĖŠÔžj(—¯ Ģ-ĀHAjĻDTUMTŌžšt˙KW¯Ŋ|¸øŽųÖ ąIĶ˛G×bąĀö<#ĩņ`VááG/üƒ—?sfōx¸~ŒžOŦÁ#ĄsÚ6¨ÚÄ)l§úÉŗįšį^†2"!:l9)&Ų€‰ƒCė"Cän1 íŖR=˛ŗ­‹ ¤TWķëķŗ“ –J1]ĄP(œ8˛Č‘ĢĨ7`ƒ…˜Ô×Ԍ ;'Ŗ)āB"ČIŌ ŒD0EV6L0"˜RļģŠīęŊ …û R9ŧÚ{wöė¸a÷xÄŌ,Š ˜ˆL× ĸ9#4q4JJĘP‚’@ŲÊÅfãkŽYžzåJXÖ ÔĀ…ęâö'ęūąŦsdm#ëoØ ŦāČÎHA&”ļaL<õqp CŦ4ömÛõėNŌųĒpJ):GĄP( …“ žą"‡&0į¨aÅĩ+ķŊvępąĸĩCĖ%° d scLĶž_öķöÚË{ģ—ÎBƒ§c W(œ Œa´2tR@BŠFŖ-ëmvũp|fōÁ‡>Bû…?úi_GĸÔÔËÚ/Œ”šZô3ķtæ~âÃOüđ;×v VßĻ3Pû#ˆ:o–ú:á‰ŗg§O/FĶZF ÅŽ•ēáĻÖå ÂPęb°. Օ U}˜|ōĄËÛjˆ=; ĄöR, …Bá¤B ¯K0#$BRÄĘÆAŌšĖ™•6ĮK'ql s`čå0ĐjŦ $ĸ¨…ÂmÃVIm AĄIDL)xņĒ ‰ŗԑÃĀUؠ䁴ÅN8ŒIc'*õsOũ„™ą˛>} ÃĖ'Œ”^˜ĶbšhŠÚĨJ@vŠjŌrŅ…Ūj_ōá ĮNŅ9 …BĄP(œ4˛9ĩnL‰æHŊ Ž-Žŋ~ˆäļ&;‹šĸĮ¨AŒĄ!ĘP¯R‡ņ¨ 1Õ<~ũĨkû‹g÷—~,Q‹QÂéÅ06Q8 ‹š˙ąŖ˜bJÆ4Ō8Š‹4Ũzä‰GHmô╧_|ųÛ×_Y‰ČĢĢ:_a6Kžęķ[züĄĪ>ųčO\8ķI įg2Ēü1Ž+‹1›‰gÕ]2oĸí#“úx(ė]ģrmĪš-Ģ8xĶ#˜i„2<ĄvŪ§0˛ö)Š?wņō¸m†÷î`>۞NCHôî7˛P( wļap"1Ë]‰ D\y›Ž•{}ÖUäĻĀ枊Ŗĩ÷zĢoø †v Ę ˛M 6¤ĢfŽl)Y4÷BᎠÔL`)ŠÂTœÔ\UĖ "M¤Ä0üáHi"§Ŧ GĻb€1™P‹ ĘQt"•#Ļeåk¯ãĩÎ1ŧ-Ŋņ°ŅŦ‚N•Ā$ ՈˆXP; i§vŌ‚=Ē‘&ŊWw…û‡ĸs …BĄP8yĘĻ:T3:6ķšžžGcG.ĩ g•%#1Ä47‚°å¸ÄMQ_ŽîÍ9ĸ/ˇÆMņƒ>Ũ°Ņjĩ…W‚„Z7~1í2Ôõd{|Ņ¨í—3g˙ÂĮū÷ ¯}pgüôkWŸ;œŋ˛×BÚŗe|ōáK[ÍšKžzøOžižB>öۍYŦ%¨Ņ@MbĄW!Ģ4ŅrÛO~ēūû_ų/Ŋ¨gLˇį!bšDŨp 05Īä"õË%Âáörų—?đ‘¸đĐDûÚ BŠ“fr8Ÿ{9Æ|‘BĄP(ŧ3Öąl& 6(8'F2?paë#9ŖˇQæn2šy°ØÉi‰Xëų*ÉįR8ŠÎŠ …•%ŠBá6Ņ>ĖUaĘD$ė’Ĩē ÉSĨÃꎎTF!Á)AašVĘũUf¤ÄÎ4¨!Äa6Q9€ŗˇœaÕĪņ&›cUPLÜ)VŅPŖ!g € žāQâ ĮOš¨ …BĄP8čQŊŧ­ƒ\čsĀ´'•ž¤4nĐFX #%Ķˆ!›dpŒØÃ;— ī%°ą#îË8û43xßx§–RŦë:.9´6’úžđĶnŲíŒũؓ—>ō! ŠīúEˆK@GŖQĶŒŋ-ļ–#ÄĘÃ;/ņ8s•TExĸÜv]ĒEîúŽÕ}t˛ũS=yųĶĐ^÷ &tԘ'Ō@™ˆ ]‹~^OĢ§ÎûĄ|đ2¸"F ]ė]U™RŠ¤+ … [vāŲĐ a„Čhģ^<;¸ ZWŠzm:ž[ÚR:Y )ˆŒAHa<ØXAj¤ #+õŨ…ÂmaöÆJ0O$@4XR$Uį áßJį °Ā!!Ÿ(„ÍÃ(AŊh%Šâ‘÷ܸęĀ§0gp–?LA0€Ū$Ր@Ä=(€[†Âš! ŌÍûX›ĢĮ;ŽF‹H}„÷Tš ĮMŅ9 …BĄP(đ0ųōȘaPVMGnlPBäÁŒ€ NA–īWå#OŸw1ũf%5Ę­Ē¤UCíP×uˆž"~<Æü:Đ@9i"&bĀįMŽĖ\CķvŅl5”0rŖš­-Ū=§˜aEļ'Ë]> Pģ gvÎôęæŗ3@JpĶŅ…ŊåĢ";uÕ0ISĪÁą¯GU×.*×PĸžK‚Ļņ˜Í›Ņņî=‰ˆ+ã D¤O­ŠŸí˙Ø “ņüOžōÍë×m2ŽUÜ|ÖiOŠĢUĩˇvŅ°~úŌå˙ã‰?ÕÕūĘõņVĩœ/5öÛģgÛk;AÅŋ…BĄP¸ĘąFĒ¤ ­ĒƉīÛŽ"B”CCõėĐŖîūŽ6\oi™5`ŗø ¨…Â;CCŠOH03K ¸ĒĒ¸ÖD´î”:’%؆ž*G¤Ŧ&Ā¨j ƒ‹QÛv0$avĖœ}Ģ˜yĪņ†=d Sæ‡Ã Pˇŗ3qGBŒ€ˆ&Á0Ŗ+ŗ¯ÂąStŽBĄP(î{ŒIk6"‰}“‡ÉĒŅ`7`pŲ‚@ ‘ĀNá|”ąd’˛“rŽŨģũÍ!¨9#5‚’‚0ãŅ¸ęŽĸĒiŋop•{õLÎā-(†@Ë5Ma„aø)ãaāåšíf~˜v.î^GÍ%úō“kE0Ė§HaÔĩ¯—ķp͈%`äląh=M †Žđ`aĪÆēÔÚFhÜ‹qãfDĮēķ){VKQĩ–Z{ĩ>A5*ué§/ûĀôsŋ÷oũšįŽĖ:á¸åą•E8[5O^ŧđņËė⃏'Ųší7b˜/'Äđcĩ!ĸ č|…BĄp1R5€8˜XĄŒāPëƒĸŪé,l$Ō-b¯'j0ŗ*30ø ]ÖŖ/%ãunĄP¸ ˜)7L$ 0MДõƒu+<‚<Ÿe€ĖŠ Ã/A€w`,ēŪĢäæ~¤}‚įą™Ár2‡YnĀčbČWzĻŠ&EŽ¤ ÁĢ‰$Ĩ„ēöjĨŸžpėŖP( …”ĄÆ„Ę+Ã:Ė; €ŦųĻÄX–_bĘŅßÆ56ŌDH §@nūČqС ¯tĖXÉ`•]L}3ŠļĪLö›ŦžAj#X¨b!_„!Ą.€$:mMęéNCį‡œ$—‡Â1qCk[Ë­uKë+ŨëĪŧPxcV> @ `ĐĐߤ)ö‹°ô}ßĩŊj℧Ķ&ö–ē–â‚L0›[ĘFUŧŌ9Ŧ+M…BĄP( …BáTQtŽBĄP(îwœÅ**X‰I"Î=Čd ¨W°Å*Y6IāŦ‡0œAU™û<”„´ęß ãÜŌwč”CFF떎¤FQŧK„­süč÷=đ]ŋōÜ~Û-yĀSí ¨‡ōÚŽI<\îŅ¨=i|îōļßÂܖŊĩ¨ØHßyŖIĄđžL0Ė”ŒM“'iˆĒ”\ÕČUuÃ>\o9w\ą0LSŒÉ"*—H#˙Ë •dŽBĄP( …BĄpę(:GĄP( ÷;lpH9ųŌˆXQ$į”ĄbL(lpĻUG`ĘnUČąáF0b6A°Ŋ“ĐãÜÂļĩČ:m-ŽG[į–žß:\ė^=8Œ4Õķ@#BâLģ¸ėĩUíævũâÅŨG?üā™G(ø´čįæc3nR[rđ ī˛ą˛@Zģ*Æh}$`ÛUĖ,€vKČˆa &3"¸ĀQ@)ģÉŨëßĒP( …BĄP(î*Eį( …Bá~G ‘@+“Š×Šĩ†ų?ndF1IęĨ7JĘQL›0xU‰e)ÂÍĮšŸƒĀYá`åwŨŧŠč ËĨčJ"]Z˛ēڏļ/úGėüõWg‹+1îĪS(' önÉ ügĪīž{äĖÎ%âAģB^$ŽÂIfåRĩv{ËY‘ RR$˜ ˆ,H")¤čGã`1ĨRL0vŽÉ‰* eę4ŧx$ˇŌÕQ( …BĄP(NEį( …BĄQ$Á÷Ž ÔôT÷LJšƒ@•žÄĸˇĶ*åRņ!ŽÜȌ DĢråa)upˆēĩ#'` R#Œ§Ŗnú~ŠĻõÎøąŨ‹—v^úķkןápŪŐLR5â­ŗ“­sÍcO7ÖÂlš„Oõ¸JHmģlPßëŧPxS˛Û›mdu€EėįĢJ8Y 1iôĖUåæi'âÅQÍfQS0ŗKNĘÛĐؑCQû …BĄP( …Âiĸč…BĄP(ÜGˆHŒ1ĨÄĖĖLDŧUãč}ZŒęÃígaŋ÷Ō‹_~ņ…įZMažØ%ūÔĨËų=ĩ{öœÕą]$[žŽ—û‡#ī*Ļ.ôŖ­ņÕũ=ÕĘąŲGßaŲøfvų*ĸX´ "_‘Æ  U/S÷čĮÎ>öĀ@É9’š¤˛Žz夤ÂfDąOFZ‘Ŗp‚!į& LH%‡4 @bdj†¨ž•­G42Āƒ¸sä¸d÷*›ÂS¸BĄP( …BĄP85ŖP( …ûU "YáPU3Kāƒ^Į¸Jö;ßūö˙÷Åī}úÚČíOJØŲŊŽôúáë_ũŨžo˙č÷=õƒ|dŌģą—åáĄÕ$)ÄvŲųēŠ48ã†dŽœ)ūNļ•líX)¯vŒbb,AAÁDĒÔ@5™%FŒ el€))0¸ô°a:r¯˙…›’•ÂĄĨ‰YÂ)”” DAWgĐĀ ŦĢģCūBĄ +ĻU…BĄP( …BáÔQtŽBĄP(î#֝f–E3›9ēzéėË˙čšīũÎ7Ÿūúlŋ={ļa Bw@é€ņ‚vĪ/¯ŋtåųoq÷ŋ=rŲ‹Ā×ŊbB^ĮŽĢˇ&Q{ā¨™@ĸa‰öNØ!xũ™nÜŖJ`ÖdlZ™+™ÔR23KAVLĀķđEŪž"uN(ŧÚÕ0ˡHŦܔU1ˆdåJA %†s˙‡sdŽ˜YÅ…Ī6ĢBĄP( …BĄP8ŖP( …û3ËvUYá ""ę|õZå~ũ™g~÷k_ŋ–Ô?øP[UšŽ1ŒŗÕöŲečūh~đŊ?}ņŦˇÉƒ—œLÂŧJ">jGD‘ CÆ Ņw„’æøå [ŽLŋiqV•Ā¤‰4PĢlŽ˜H5KJFÄųUƒLÂlPÂĒM¤P8‰( ‡6õ @m8(V=j&##QĘJČĒž`l¤JČ_2åÕáųΚŦ …BĄP( …BádRtŽBĄP(î#֙)%3fNŪũ¯×¯õÕĢ/†čwvԏ–0āÜy„ã\ ŪĮ]„ĘŌ7_úÖ7đõŲĩm?ĒGĒˆQŗ ‘CsŠx"AėÄŦú-ŒqŖÄA›?…‚Ô –L `2 ķāžõF/[š9 'Ŗ|ā(ÍĘā, dÄJYŊX˛i>F` 0ƒ"H‰Aƒą• ĻX…BĄP( …BĄpš(:GĄP( ÷ëfQÕeŠŋ÷ígž‹a1ž‘ÅUvHrH1ŒĀžî[¯|÷Ow_ø؅‡'ž‹°UUŽR ƒ”V‰`dJ;]WĨĩÁˇŒ{ŽR”*’dœ-1‘ ToŦ[”˜ŌĖQ8ÁhĘũKĢŽ Q^īņ–uJb#čĒY*1l:X‰aÄös2âÜü„ėڊuUĄP( …BĄP8=ŖP( …û3Ã*ŧīûĢ]÷įׯ]5V9˜˛H3kBß_UAbDUÕŖÆĖRč–ŨŌ×Õˇ^}ååũƒKĶ3ÉX6;ŌrÁ¸Ž–bīPęPË:ĮØ°ŧKÆ9œ`6]ûųprÎĖ@f¤`"10åÜuËģ¤:Ŧķ–!PᄒŦ„ˆ,˛ą’)„UŠC•9pļēb2f#‹æ8ōÕ3Vaæ#e'ĢBĄP( …BĄP8-”I~ĄP8Ŋy1Į°š¨3TąŌp'a#ÜØV÷ßŨÛ7Ū›~PĒkßŋđ*×WWģS^‘Įjŋ"#[­ļįČ`ÎúˇŧÔ­~Jü&÷ŋ=ëŽ,o IŗAÂ&.2ĪRŧúkŨÂ&5ļÆ Ņڃ(ŗ÷ˆ đ@ŨbMA3vÕų—Žŧöúla;g@c4N ŗÜl$fØāXePžk>Qēū}”rÅ:“!Ec#°0MIÍ FĢÃú^§q…÷ļēUŌ,u€4kÃ!`P†kCĒõî­´ē ŅęĩØCšBĄP(î2æŒ@ĐáâCJļžÍéhŧūú=ađx$c68Są˜€Čj ŗŠ¨°!ąFQeĘî‘ĸegH#$V3%U§ #c—GĶīĀ•ĩP( ĮGŅ9 …Âi%¯&'֝ķŠĪ°đ<˜ûÛzų8 O˛5Ņģ{‹ÕįŅ0ŊŚ/­ū•ü€÷ VxzJšøÚ$ķŽrŽJˆ KCLč4ÅʍMĄ 13ĀfI5‰CÎ0ŒÁ͉ˇĩIĢ'(&ÍR R!%Z˜9é'Ŗoķ{R9Ā‚" ‰3LĀ”Ģŋ  aŠņ€\UM¯í͡uˇĒ˜zŗä…SJY…ˆœW]šNʆĀwdÅĢguŽ'’Ųujx˜ąÄkš2g‚€7(ë$>z‹BáDBÆĢN ¤*k#­Ļ&T^ķuN=ƒ œōŖ‡'Ō‘œŸķÉīõoY( …ĶŧlĒ¤ S(SūzĐæ•Ā`ō@Žwž“Û#50‰A”ŊŠ×Ž´lŊ@­õ>Ž8Ąm}2ĸDX ŖČ#å(iđ&ŠqĪ>ą$IĖ“ÄfĐ2e+ …“CŅ9 …ŠåĒ„hø㠋˛Äqôse ”ÕĨSIöYĘũC ūĐdØoÅDĄĸėIœˆ¤Ū &š˜ˆĖÄ,Ŋ›îáՆŨp,8b"KæĀhŠg—œĒ×2”×ËĒ¤š{"Ö‹DËd(‘˜Q4 zíD, ŦāĀĒ(Đxcöļ˙č~ÃŊšvō`9 'ÚĐ!rŌø[ˇ_d÷6ë=}hÜōÄįBĄP(î"VRPR((* €˛Â8+ôYnWZ5m[ ™™äŲ˜ؔ`%‚™ƒyVaƒ‘G° î‘Vˆ ])‘ÉĀJQ´rŠ\Š¤m܅BĄP8 ŖP(œV`˜Ād4Ā)ŒA´šĐiŧÖũwûö†âôŠƒ"Q‡ŖH‰Üt Æ4[ f_“š*ĒumÛ÷]ãEj'^¸6Ŗ#’ŲQЍÁīt*xĢāĮĖ2"MI•TâD'R œ ŊYE°u02GSe!_‘#M–’ĒÂŲ)Jąú FHeX( …BĄpʉ žÉVĸûz(›‡Įēš ­~JüŽĮˇī[î™^ pŗąą‘iŽ ĘÎĢ„DŒČ””˛%”Š2Gæaų ›Ēą ĄÖUJ€ ŲöÛnÔÎfLh˛.…hĘ"žĒĒ”˛Ģ EÜĐ ĪweGMYę#‚ ūX^¤r5ŗ9…‚`¤7Ŧ ­NĖšƒŽBbGŪ¤Ž¤ieÖ3œS0{1ŋ#Ģh: …BĄP(N9„dW lŠž&‘W_ß­æˇÛ$ŖõŒK‰Í`+a%$ú–ĒS‹Ų芡<ļz¤ØpØ"k/P6J÷PĒ) …Â[StŽBĄpjQbžqiØč(´@6šōį€”ŧģy{ã;Ŋ5vslzá}€ }ëęČ<´X)zŖ95m]GsŠaą\Ļ–*ŠÆŖ‘Ŗ )ÅÎēŪLĢĻž4Õ)ÁƒĘ ŠŖš¸w+rä]*Ĩ x!" ą#æÜüæ~¤ Yîėc6ˆ˛Ė9’¤,ĘPĻü2 b3ŠĄMjčįįâØV( …BĄpú!c2†1Læ&#dmcĨpd?(P8VŠcŖĻ, šÛ22‰•LĘoŠNĒœ‡Žšš=W•`Ãøv$ĪŨi™´ …ÂÉĄč…Bá4cëEbž_vmãžÍUdŖcšĨ[•‹ž]ˇo—åā÷)D*CkX ķ€%đRęų,ŧ<ŸŊēčöŽīīŊ~moŲFáæÜôüÎôÜšŗ—ļĻįĮgw,ÅļíĖÁ)Üd¯öŠwĢ|å2´Œ™™Š ȈĄ–’%r‰ÜĐÉÁ+‘ējEvËė\Ĩ3 šúúˆdPBéĒ¨mŨ2e¤Ę +sĀBĄP( …SÎĐĨaL ˜#0LŒŦ&ŦüT‰Ģō˛ãŘ lŒ<éŖė ‰ÔXA¨“61*ĮJ•` (Y~0į¨;zŠ2Œ ¤HeâV( 'ˆĸs …SŒ‚ kJË×ŖQیĐ8nŪ0 öÍ6ģxüŧß u †9čV)ظ7Žęp¯=˙ōī?ũ/žøúwf‹yTŒÆ;;Ķ Ī>›ļƸøđŖäĄ?4m”~Ô-;æm˜įŖP%0 wĒlN†P "2čŠAcėē.2L˛Ŧ˛~Ú:$oŒ&f‚ZLą1"é°yfPđ CŪė´ę”* …BĄP(œr†¤:žŲsu9wCŋō{1ëĄUđĀ‰ ¤y°›HÁR241m…Ä°QHURÉí̀((qb[ŊŽPAW9ęEę( …“BŅ9 …Â)FxËč9cnēõÁĮĘێ€u5ú/cå÷'æHŊ™d ¤<7Ųûŋūį¯ž˛˙G×æߔfšŊíûēvīęėÕņøĖĢ‡/žtũk/žö'?ø™=öÎm=1žž mGĘ0š9Ā0~gjĐMĩÃĀĖĒÃŪNDdĻ1u]ÜzŸËÕpt;˛5Ŋ<ŨĒš"ĸ#2RĩĄuŖÔ¸ …BĄP(Ü7¸U5ô=¨ąÄØ/ģeS{##"# ˆPđņt€s`#Ø@€åI EeŠĪˆĶ…ūđ'úĀ{öUÔĮ]}nÔpŒHę@bĚcĖ‡—dS§0*u<…BĄp˛(:GĄP8ĩ„ļŗ[ícŸL‘ pŖĻ0xČéwũv@a 1 ÆúŽ Ëåm{q¯zߥâ•ũ"q/>ģÚöWūô[ŋŊˇüOŒŖŅJäXŨš<’ÂW‡Đđōõ§Gß;sáÜcĻģ 4BîC"…9P|ÛtëäËīœŠ™*3à)ĒúĄéhô'ËņČĨdũla$ŖēņbžŦšQJi9”Ā &{ŲßęōcoM}€¤ĀŦĒ=ûJõ†}ˇ”š …BĄP(ܘ\{Ŋ¯ęą“†ĐÅØ+ŦōÕööVŠŊ f(i¤ÁΔŪ‹`B2ÎVŽFä•É˜MņĖĻÃrYšęąí3Î_P†ô˜ļũ$…Zįˆ('Ž › %cA˛ÁĢP( '…ĸs …Ķ מ9õ‹ĘšŧōĘä<ĒAÕXĮë˛ĮÚ4ßN@ī!"ĖđŪs]¯ļ8G#…ã}‰ē\íú¸HÔÕÛíˇžųÕũîy¸“Ĩ”V"‡ę@ą`Ą ߤųáüÚÁ‹WŽ~÷ü·(’Õ jĪîŧ֍mHæX?W b`æƒ{‘ô!2šsÍč/\~¯ė7Ž’Q@ːT|ōä“@26“˜ļúp^ņ‘sgĪ‰đbæ4+ ā`Ar_?XYEɎųā* …BĄP(œęfLÂD1“DkĩOŠO•s °šdLÉyGžXÍAĮ§sđ "Šą‘ZERĮ īRTĶˆĨVfÔ D­™&)rßA#;‚ZÛGu.ŅZį€˜Šæx{ũ‰ …BaƒrV. §2Gę9úŖčģ€XŖhdlücFĐ×­ĩ@ Ē!„Í5õ7ŖĢ…÷æږĢęLú´y|ã[ŋW[ԝq7ˆŲöI…ĖÁܲ1Ā Äi4ö!Ο}ūÛ Š@:ęá¸{Ķ?#¨Ē™133“AC„j“ô˙ūÉODÜÎõƒŒv]ÕÎąëü™]8AUĄĒ…Ũ(Ō´íˇæũ™YûéK—>öĀƒgL]ˇhȄABÉRĸlŧÚö•M@ĄP( …Bácd՘‚-įũ5ãÅäŒî^ŦFÛ*Ml–Đ)Š•ĒWˆí˜Ko°^õ 6FHˆÉRt"MåĻuĩÃr&ęv×íÄ4!Ô 5F ëbˆĖ‘Ņ õBJ0b€Č¨4. …‰ĸôs …Ķ wmôŅ“¸Aį@¨ÄĄ´úwĶĮpKÕjËDd†ŖõũÆ6mã}‹9žąėõņzD÷ÜKß9÷°ihŗ%đ“ E6•20!D°Ē÷CzéĨį@ ˆC@ tÕÎ˙n}r3U%""`fd°¤Ōõ›ŸxøņjÖ~íõׯĪ—ÕÎnÂbˆ Å”Ë:†]Ą˙Ą=õÁ3gÆ{ËÚĐ0Z ė(ĻäČ`€FÆd`(•y`ĄP( …Â)†ÚE<°ē÷F´Wz횊›ņØâĻ™i']o!ø ZšcŸūŦŪ€Œ``#0ōUoŠOIČęŠXLR¤1 Ģ˛†d!AÁD"â]OˆDĢˆ#…š•KépĄP(œ ŠÎQ(N+4Šˇœ€ë-a 0Z­ۆĻ°Yj~|KąH^ũ…šĻ™:„vŌWŗ{ũAîV;u-.$>ÜīŽģĘwqŸ8™6 BZb$yīģ.:1a„Dp΅Eg¤ĘI‡~Ķውz´wƒĒ 1bŒJ""Jėē8ZüåÚŽũڟūŅá!šŅŧáđŖ1ˆ`†˜Æ‰oø܅īÛøâŐ,—SĮ,˜÷=ÕUBRb%%ēaS‹ČQ( …BĄpĘᅌ^\čkķŲĩ+×^~å•īî\­+ˇĩ}æė΃ĶéÅsۏGIu–h”ČSbĐ{×ôĢĢˇ"ƒIfФPÄ`ÉČ5Žcė“õ&ÉX“3SUŨ``Lj`SŠQ+ …FŅ9 …ŠĨO1wØĩ¯žP%ƒ¨*Kr‰2e yt ¨H_ŠEįŠũ˙ŗ÷§[’$ĮžØų˙‹Ē™š{,šVւB(÷}ˇž=Ŋņvķ4ûĖįüÂ'ā“ĖCĖKĖ>Āžvs8=ÃÛ=—ŊÜ;Ē°Ôž[,înf*"ü æžK*ĢŌ332净Wdd¤‡š‡™ģĒŠŠČpÎ$ËOŌũOÆŲâVŅ~{#œp€x+&HBĮ+Uë§nų7Ö<BGōi}\ čæ ™ō.ūĩԜqãæË4ÔrI^EęÎĢ}Ę}<›!Ũ;ŗ×ßēˇž×ļ#Gn›Á`›?äm#ĢOfmˇ´ŪŽËy>§5°§Ņ hN˙ ųļyŧt8/ú‘S6ĩRÔŠé đQį]ˇ,ãŊvķčŸũķ7ŪûÅ˙ôĶŸô÷0ŋõúíŗû­¤Ã2ŽĮˇ’üÁĩ+˙ėûßûãĢ­Œ#—ËquÆÃsĮ1q‘ÅëoĀ Ŗ×ĸUąĪ-„BárpŠŖkē@ĶéāŽ•ĩŸ~zöŸūö—˙æg?ũĢåpqSÂúlčŗ֒߸õī~ëOŪyëOŽŋkßlōd íË3hä]ĮĨÉkswb9Œž<į IbBŠ ŧ͝ŽDļmqÆÁĘZ ”FƒmĘąZž…Âãš8 L†d€#;áwÖö™F€îaŸÖĻÆqŽÂËÉŠCZį|ØÉņĮŋÆGŋ-F€@ö"nâî„JÖtbØ_‰Õējīô1­Å›[ŗë,–SA2$M歘GAĄ§įũ,>;kÔLĐ'Œ p4†ĻHc0`?Ī2ÕÍÕ\š”×ļv2ŗ$sēģēŧ›%w`jėÕGŸĨyÛļkí÷ꐕ{™ĩš/§Ũl~,¯ûę@t&ļJÜiÂíĨŌŦô]ƒYƒaŲwŌ͛Eŋ<åץWĄ×k´ĮĨ˜{ÍįpØuķŽ–u¸ä¨˙­ņŗQ€4BŌuEC!ĩSŋ2čßkō;ŋ˙îõÍ[ŋúėŗīŨģģŌœpõ`ņwožsãĩ›‹ƒÖ÷îŲ´9:8usE3;˛56âpÂ`›āJ­XƒļB!„ËEOtŒPÁ €°uË9ÍO–wۅī\;˙÷÷?ūë˙í(íglÎĨë×5#yÆĻKŌûšû‹ßüč'˙îüŅķ§īŋ.g‹Ōį,û"Ōʼn’Ė€Z"‹Ā(&mc4ÜŅ’"ÎŧGã†3‡4yĀ!f–ĩ2„‚߆>•TtÆĻP”M!@ŠilxŨĨI§›@āuĶgŧĒ|]į!ŧŦ ˛v™9`ČŲēäČnɍîNSŠ’ĘėŦc_ãĶŋ '¤ékÄÍ}Ęä0€€Qā@_ĩ|Ô, w#ŒĢ Čäč^L‹šäÔJJkÎOēYĸq$:ŨQ ŒëeÍŅ¤Ynsn“5ãXöū‰ÆØ­ˆæ@%$´véH}?Bõæk×al/FK&>…á䉂ģ­å§Ö”ÁŸ`VœÅō`9§Ãļš•ķwo^Ž›ī~GU“ĄkÚ &5z€IDATƒĻË0‹jÉđš)RĻUS ÎæGLQ–ØęB!„piÕĄĸĀE`Ķžãē‹…éūŊĶƒĢ éúĩŸūčg˙ß˙ôŖåųž§—5dĶôÛÜQēcœžÜ?l—đū'ŋøķŖų›oßøgŗîØƯۂîËP°ajmŨ8íšūøđv¨‹Ŗĸ#5Āŗå¯ØL-„đDœĩv pÂiFu÷bL‘÷(â!„—-ĄĪX+éČHÖ7š:H5B’; uīyí™üôo1õæ€{ÔCx opąÛŨĻžĶ,ãf/ū+Ä7S)@)Jp””S'bĨŗƒÜ.(5ĖÆŅđ$"l2_™YƒÁŧ؈ܤ6ÛČu?æn¯OĻĀŨMH¸ ŧûî÷>¸û˙Y™]L‚üÁAUhōlyVféāģßũîÎn ė?äEGãŦšŗeᖚ|Ô´Ūļ)%+ĒÃčĻeĩTss3vÍž*„B!}˜OšNX+ė}žĩ 2UŠÚÄ9@kh'`âžÉđöÚlŋ*ęī tá@ŖCš¤Ēp]˜ÍĀfŨãîŠvûũŋúÖ÷ÃĒ”Ūā)wmšw˜ˇßüÁwgož†[׏%™ųPM‚œ|ŋųåuF|' į‘ßŖ7€Ā ,œŽÆˆ.îtWwkƒĮú„ԝišgîķŦ°aL)5MÎLB6f*p!ÍE¤H"‹Čāū:Ų„B!„†M3$ FŨ˛ōâĢî0ŸöŸ,õö{üeĪOæGãدk˙Š‰Ã‘ö}98ƈa´áčĩŲōėßũæßūū÷˙¤‘kIŸ÷C !„§Ī@%Æäp¨€‰›ÃÄëÄ^ĻMŽžų$|mį!ŧ¤<‹uTŠ+Ī.S0à0@ „qJõ˜víáÖ^ßâÄ6Á•5åU~o3ˆŦŋSŠÍš4ŦÖĐūP$øėöŨ˙üÎ/~ž–÷æGČđ ‡õ}é×Ép~rüÍ7n~īģxķŖŲâ„T€9AË~ß@šĒŠúøÁĮŋę‡spwęļ ZpēyÉZŦī{ŗ˛î—ī˙ęįŋ÷æžs4đšÁZPC {“RĸÃÆĸpw—$Y2’ôũ 5 ã03¨s'ĐĨŊ>Ÿ!„Báųcí=~‘íDĶåeŽÖûrÚëŨŗūã"wOVĢ”°Mä˜ōŧ QÚYˇ\÷Ëæ×úÂ;ŸžūüūōˇW~đŧ^!ė…ĀdSáŖv… ]āâÚÉõ“ ŋē AOWÄ9B/+šˇĩVŖ˜‰‚F‡Š$#=×Ā†nzCĨŊžŗ–F“AÅĄŗŠĩ—&SõFĢû¤.vņŋR|S ¤ H‡1æNØČÀO>Ŋũ“ŸŨũåûv˙öÕĐH+Ļe0`§ũŲÉzUúáĻyūæ7gŨA•Ī ÔHē›ĐAũÅ/:Œį2/ÎméĒšŪ‘āĒˆhņœru—šI:?ûųßũŪ[XĀZZíYôfŦRĸĢ™›š9áf6*”m“POQ!E$Iũ• ¯XaĩB!„W aøŧfS ZĘē™ų§˙v”ŗ’V¤Š đöģ<‘Úv5ô H‹ŪΔ`îîœūúãũîC !„įƐĒPÜčI<še'Ķ6OĐáæ|ÅÖö&â!„—•;Mš Š/ÍĒä( '#]Ä2NQÂh€ˆËûāq€ôF5 ¸Đ|=•:¨=§ đ)ČOy iĮ+à ¯ņM})ƒ¨ØēŽ›Ôæ„åíûŋüÅķ7ŨrõöĩŖŦįRFÍmK™Šą”›ŲG'÷OŪ/ŗããĢW¯7yž˛?ƒ< DHŅÜ°¸}ōÉæCĶpÜÎôXSū류î–%™ĢvŗļøxûÎĮ  X€ –M˖ũ>†ŅT$éRÃ$ę>j)ĻM“UU‹ Iq¨;ŌĢu~†B!ŧblĶĸÃ6'´”ÔRáíAûɧŽē”ŗ#”Õ˙Ū§lfPx~ŽÃc´Ę.h[Ü=ų߈-Ė!„—’’ykháo7EËŗ‹Đ€‹]ŧĖÂ6Ģ@ák‰'1„đrrZģ°˛,Kģķîo}ëīuKG!Ė<â MkO 'ˆ"žŋ-ę‹lYŌāūøŅ˙|g–Ž›]+ez‡›š1ԂW¯Đ~yãÅ^ąš×Š„ Ä Y8īũíß}ôw?~Ŗë3é—āÚhēt‡BlĖŠk9¨~ú‹_|6Œßû/˙Ģ4ŒšąįfVŽįw{īęQĶ¯ĪĪÎī_}ķøŪđڝVäSÃËš9_Zârą8Xëūüpž(§#``eę ŋÚã<Đ “)ĸĻîZĶP˜R1Á&Ąļˇ™ŽƒŅ'-„BáÕ$"EGˆ,—K3ģråÚYųÕ8 L€R[˜‹/ęG‹ÅĒīI¨‚@Û MČC/)—ļĩ&įVŸŨ9ëæ8]™Ė[ˇŲTŗ æ ôgWËá%qŽÂËĘúŌ“Ænœ]A~Į-ĐnZûæƒ;žąŋĨ[(€Ã´ ‡Ēöũ0Žū@AF§QäëF^;s ę0hFK‰žVœ-íūiÛ÷ŗœ[×ėĒ4ŖCL\č›V(™ģĩqŨ÷÷Īpī~Ķ-Øļc]ģß+ē^­ĶááĸN拙ĒŽV+čbA›Nęē/)D?œ“9ĨlfĒÛ~6Å9\6§å~=ÎĩÛ#ŸČÎ7ŧJ1¸B!„Wnu=p: >Œeqe.˜ßzíŋø`\ĮØîs$RJL8;;;>jĀņü>į ļ^Ú+¯Åĸ^áĨäÄųëĸ€ æ‹Cdˆg¯…Ę/æøĩRũ,ú_>į!ŧŦđÉFr#-0Z ˛‰pÔå[R@Öėąã@í¸‘g@k´DM_€mŨ*`3—xU8M ēˆƒ@2:§™RJ eÔO>=ŋs7e&lÄAŒĨĸ5ŧAË:ĩņĘđ&ëÕpīîōŖō›o§ÅLú5ō ‰pŊ^Î?žûÉĩÃn>;ė×ÚˇÅw;Y8X€ f3@1čRJ’­HÛÎáų”UÜ7)!{œ :Ív⏞|ģ17¸ŋ"o!„BáāœŠOmŅáD’ė… ]ąîí[īf;BŸ[Ē’n„;ĖaVD4KZc›æëaĖÄA{trš˛ŋ~ã]F–ÂKŠË… Á^`>š+H›ŠŊÚ+¨ŋbây !ŧŦ„ÖĀSŽĩ߁CĨPM|ĶđÛw¨CˇûŲ÷q ėáˆÁ0ę Ē€ˇA{Ûųxå^œuŨK†äž Sįw=šũŲxrÚyĪ›YŠĄ,§88Öâcbƒ˜ļÂė>.Īīúq˛‘ZȘŲƒļmŨ]‹›š[ķ֛߂w]s|‘<´E€HM "HŠz¸ĩoÜúŧƒwđžv†;Ī:čÅG>B!„Â+Ē&sĐ@#ФvŪôįfc{<ķí[?˜7o`8tmÁ,„ 0ˇĸC)cÛæåŲĒô¸v4kxÍúŖ›Gß}íęwāQē*„đrMko—KģÚßy~ē‚rd›ļ•Œ ĮSOeá%崁>Ú%lŌ)DRMœ¨{˙†Xŗí÷ėå#h2$lÔĶ:ę‡ÔH>ė•*WĩUÂ&°ė–ÜĻjTŖŠĄ?[b(ķ&Ķ nĨqI–āŠF;Œ5xhŽ™ŪŠSĮåÉIrG)û>~’"šīËŅá Ķæ;ßū{‰ĮËsŸzøÃĄŠĻĖ¤ąŌŦ—ėšĢīŧũCØ6‡uđ§AĪž›Wâ_ö#„B!ŧ"ļCŋičĸŖÍÛŖņÜ[ŋŌáúŋûOŽ´ßZŪMečĘČÚĸCD@ŒnÃŦkt€(0ĖN>Õë‹īüņ÷˙ )7Ä"ÎBx ™Œk~&gÍŅ2­o°$gģ–VÁąŽųĐOđ äŠKkøÚ"I0„đr"SC+ž6MžjCgķ͆$ß|ë&åbjņāO˙n"˛í…MŸ 3D$uÄiĩî-Œp§ęā+ĩ‰ŪhõŲ0°"+mÎ6– o›„˛V/Ä( ( ĀáFĢíWTKrda ‡5Ú¤:JÚīĐĄ’*Žo,Ëú[ßšqíŋúėƒŲ•9lbą¸¨ž5ô ČedÛŨēų­7n}6‡ÍPx Đg°ÅŖ^_攋0G!„Â+@ļÃ>’O;oĐÁ›ÜˆĪZvŊķõ~ãæîŸ~D;Qc"$#%˜ÅĄ:Ÿ5^¸:U=kŋ÷Gú‡ŋ÷/úûŨLÚįũCáésoŧŲļMCM˛8Ÿ–!­s@āyÚë)įŸĸx*C/+mĶ˜ÜMΏāWĩe6r6‰;-:.z@mš“?ũ[†R“GFEąÆ ‘Ô],Ķj†7hpųęŦ(ͧ” !¸mKŅ´ tJ#,ĨxBJIL’'$aŊĩ4äėũ/dÛ$qWĖ÷ZL¨9‘ÆîíÁüúũÁ?>˙ËĪ˯ĻŪbĶ´)P…ڔŦˆ[~ãõo}÷Ũŋwåø œÍátĀˆšvÄō ‚ ÉąM$ššėüĖÚēÃ/ū(pėŗ¯{!„BxΜdŗ9lę, 1ĢrĐŲ "ŗųėÆ~˙Kˇ|˙ÎXēĨWõ” ‚Lę8čáâpčõęâæßøGß˙ö?¸ŌŧũŅ°Fų!„—ˍˇfWŽæ„´ŧv[ŠdãhĻŠˇ ¸mĪųŠöxē"Ξ 8‚#PsoābĐÁ­žÆy¤ũˇe¨ÛÉëįlZ^C€äpĀ]ÖD_W„ézIZ`E¤–lĒĝîŲyZŨ×ëōtÔ>í*âô˙)Za€S]ŠJqփHãØģŽ‘T$AbbÄŨŦåæøkÖĀžŸūĻié€"Ļ(c=5F`nxwŖSĘĢYTü1Y-8–ŅÉØĘФteĮ$"îp:Ũ2ēe78ŗöPČ ,MF"ētiû]”—ĻéĘrMiÎOVœ1ĪŽ˙ā{˙ŲĮw~õˇ?=7ëzįŽĶãt`@ƒnŪ\ë‡zå›×øÎë:KˇËâwà ˛īúY.S3´‡n§#ŲßĨB!„įD\č'”pčHnFܧ×aU”˛|…ĐĖ!Sgrļŗöė´?:˜Ũ?_Ļ.yßūūˇ˙ėđÚŅũ?_s}ėåĶb§ĸž˛¨:GEqĘ5[•o~īūÃ?úoķ÷—įĖr@gŦë}: €ŅlĶH&É(†Æ„n kIŖî$ãĒ|N „p™ēž•VNaL]‡Tuzī$āpņZ_"ŧŧŒļ.+—ä2+ĒLÃ`K&É2+ĩ’Įô­ŅœãŠŠ8Gû4 2č=-Á;„Ū@ŠĨS‡˛ųÜ|îč˛×÷:™) PAAŨ” āžô†{ wH¯QåqHÃã27Ŋ´&ˇÖŦ­qŽm¨Aļũŋ@hrŅä`ŗ7_˜ ¤aČĢœ­$+DA§)Ã9 žāõ č€A BaÚŲNė=´P\§OsŌÜĀ &ŊI0tît8hŽėø+4ú7u˜>ÅjđÍ×ZŽŋ˙îíķĶŪûõkŠ“â°Áæ:&3)–ĩæÍ$­ģzķyßĨŊqķõßûĄŸåÅÁz¯ĪĨË8 §h’ZĮhãbÜÂKŒâĖ Û4<\ë<“UšßĖøņɝū0ũņķgßūđĶ÷~ųūßū惟ŸÜųT}’´™ķŲáÛ7ßũũüĮˇnž›ySׇƒ˛ë:čđŧ⋋>å[ c‚QčėŒŲ8/č `°„"6 J2M%[Ô{nŒrZpõ‡rīĘ͏ûåėđ`|ãĶĩĩY”Z#U QĀ)đmĸx99d $SũĖgpē9Pœ$@j9k>pÄųđDœ#„}šÖ% ,uáŪÔļɀyęÍ—ē¨í¨ũöy8ÔĄ€Ô[úEéĻŒ‘RöŽ˜$ÉĻcōúp`¨+ö pC2xĒkŖûŒČļ‹PĻ§—rņ4י,™eC˛ %ô‹ÆÔjÜvÛ[Ž$|ŊZZBC¤œ@ƒæ0Ü}‘ÎÜīĒ]éŽ^WŽĪN—hģŊŋL—‡€'ą™•ëɛúūģ[ŋúîßũâ/>ŧũ“““GMŨ‚ķëÃēũæõwß~ëûoŋõƒ›×Ū]ĖŪL¸†ÅbuîĀÔ)åŗ‹uų&ŧņånC!„đ˛ŠëĒtqŠŌLh›|Žē šR‚AŨáë2¯‚éˇ|1Ģb­ĩģų{oā }v|đZ{ë×Ž~øīŪY÷÷‹QŠˆ´Íl>;^ĖodģęeîÚ²›ŋZŨŸÉÍ#Œ2Š%ɐŦ6„‡ÁŒ0yÅæ/$ŖĖ¯^īŽßyGDÚYĮ”׹&“Š…ÔØ°Ņ0Õ /-‡(Ž›/ČnĶ#D„c?"ÎÂ3V ņl*ņmąEžÁ[=S= A‡×JPŠŅĐQi™Ō 3$9ÄēŠņ5°ē&kĀI.{Ė“%ÂÁ”˙PŸ>˛ĄUĖGΊ,ĖŠ0Jë\*ūH¨ŠöWÕâh¯ŊųŗĪNĘŊ3]ĢČŅ|.Å{UKh[4ĢŽ$õYGĮWßzWŽ!ė­4ÜgœƒŽĀ[˜Ā[ ŗ•~ãÆá7ū´đüäü“Oîüö|y7šķŪŧē¸q|t+ËŅØĪÎîlD’Ė6wjĶ2f.!„BxVÄ ˆ¸ –ąrqw(/&/NX OÂC\îÜ>i;9œ]9ZŊŽļĸ˜ˆƒ}ցôœŅ‚Ų=ÎĄßÍĻ\j¯•åv×Ŧnb¤ƒ.bąž÷<9apiRƒäd—2ŒĨĶ&íwŋ]a+^CاŠŋlJF=dģĻ€#0Ę^—å/*>΋&:Ėá@­RC%AsI‚dČ@6$ˇŖÃʔU‡9$×JVØ_o 0ƒÉNīđMœC’#ÛíȆdä¸||Ēų{ņēĖæ‹Ķŗåĸč­oû°øŨŋúŅGĢģWģŽe°b,æäPwÂ,ûĐÍ>{=ŧūÖīũŪÕwßŨ—įëæ`áû=!Ė.úœ <Ņ“æķõjí2kfiŪúÁŅ÷¯ÍĪIŸˇė¤Ø0ŽÖĨ!f]ģ Īā­7Ë}ę!„Bx&ĻZ¯uÛiŨÃ4mAeŨÎĪMš•Úž+„IZ8ĘĐ3L‰Ú<;1-´"Â&§,’Ũhf‘Īņ6{Ø)-ģáŧ5Ō‘,éÅVĀđ|°ÉP+Ĩ e4wÉmĶ6ķĄŒö`•ŋø=…°'įá™đŨ ßúūļÍY3 €=ĐlŸĄū:2 î ÃĩpÚŧįš€‚DĪ´ ˆ˜ˆIZEŖhˆVŧ5K@šŠ@Y‚B˜R„{Šq@k ôiŧgSzÉNYŸēŨlø—OMÖÁTą¨im;;ë{:gW¯ŧķÎųŊŗģũ°>;?öÔ`Ö-ōl60ôëe)ƒđÔĘxpxü7Ūy›WŽ,‹­hŗî`\ûíËWs/ëRęÆA‡q”Šü›?áˆY`!„öMęÆpx­ũ*čBb'muÛ9,vc„ČņņõR†Rŗ$ŌJ:܋—q6mĶžUÕÔĢŊ_ĖĻ2GĶ…Iš.ē‹9 b0Īâ‘"ķü°û6å4kįėŠ›™9Pė z´5 a"ÎÂūų´ĒūaSˆf' O…Ŧ€0"ímļā›R€Ŧ}6Šõŋ蛲ZBiĀÆ0ÕäM€Zõ–hZ ´@ˆ!_tå(Û¤‘§~[{ˆ×CÔŠéîĀ˜NNŨŊˆ"(ģ$.CmŊMĀmg‹œŸ¯RnIī ŨõëˇūūĪŽŸŧ÷kģswuļ<Øډæŗ™.æĮW^˙æÛמõ¯^ëAë@ÎÖãŗÉöö6Š¸Øˆ–Í|Ņä Œ#VĢõŊĶķホŠCJŲĖ†ž”˛43’"ĩļ=Rā.ÎčB!ėUŨq‚Ũ­!R÷â0^¤Ũ>ôm!X¯†ĸƒ™‰¤$3˜Ģj)%ĨN(D6…YqgJ)ĨÆtüú?ô%į›ĘnL bN÷MŦ1™ĀÄbĪßķã„šõVęÖŊbffîîîmû@øu„°?įaŸ.*đLí¯§|ŽiN ›ŽÔ#dåXFŲßЄJnK=ՊSSîšCĖU}ĖÔšÁŪ8€“˜@­ ÕŅ)fĀ h  ,A YɲˇgSPē$ą$pʸqˆA”CBŸ1dkŦ€. ãļš€6kÛ\ˆ3*ģļ}ãÖņÁâčĩ×OōķūöŨåŲiq31Í2ŋrevũÚëßųVžųŽŽŠųRup1fĶ‘Ŋ6øē8×hu‡#=ƒŖ*Üu 4äœæ3ŸwMžLŠjj*ƒƒEÛåķķĶīxûN[&C!„°_.0Ąē],ĄÖ:åY ĩ‰Ž Bán%K’Ü ŗˆąÜx)Å ww‡‰@!ĸŌđsnb€ė\k*Ži€ ÎƨčĮîežĩųŅa)Ĩ”ĸĒ$§”’ˆ”ōđ"Iŧr†°'įaĪ.Ztlŗ76orž/ž"KāÎ)~Jîé@ 0ĮfŸ8ČIĖN7”6ān°Nī¯øQ›{%”Û<)Pâ­õĄ°fĶ+CāîmËšfhžJsÚMļ-ZĪâ"Nq‰Mī/Ŗm’˛åččhÕ¯×Ĩ´MēWF]õ3I×Ūyûøĩ×q~öŗŒ=X,ķrŨ÷ggčf#ŲE˛ggĪæ؁š!˜f–3%ÁŦ˜)¨t3īēîziVRbĶļîļîĪNĪúŲŧvúúL¯"B!„Bاá2*Fs5)lJŸæ2ž3ŠĩkcÁ.l‘žR&ÅԆa$I“Rn›ÖĄfĨîŊsŒĒëąXN]¤,4Š9ULĖ9šŒšFˆi*6U2ˆįėôüĖ€DĻœRJî^TušK¯!<#qą…đ pZŦôēÜÍ 6õi†~˜Íūüßūë˙í/ūÜ÷\Osŗdš›ë!‰O)&ö&=¤×ŧĒ# >3@ë^Á@é>ú3ā>ā‚Üĸ(Z$ kƒŌėëčˇ3,b$úM#вeoMöYÁÂp hG7Û$„ŸĀ”2@ĀTˇYPĮ˜¤"IāŅÍūs9aS#„ntæ,ŪčÉxī`6[Ž–í‹ĄĄ‹Pãr|~œœI°n,URrŪ–ßĒŸGõĒžēˆs„đllĒjîÎŲ÷¸ŋÆ*° cĀQS9šm¤S˜ sŧŌ5j§ÁX>!„Â3eR¸Đ7ßŊ–xåėlžįķ+â¤kd,țÁIĖlˇbĀ;LxąÔžiH Ų„4 0¸oZŲ{Ō~ ÛyĀÅŗ+rëk‹öæj]Дö8ąsOēįōáwۆ7äq_ !ė[Ä9B؟í ow Öķy X kH‹Ë~˛!ÜF]ÜmŠĩlJãØb-Ã+^׋§ũįJAonŨúŅų)Ī‡VŌz=ŽĻskoŸæ,Æ}m×ÖgĖÕ 4Q9†Ŧƒŋ˙ËĶÕĮ€‚8Ä,˛9.—¨ŋ3ģÚ1!Ą2}‡SĘ#Q€ZŠęá¯ĀxŅæYĒŅMq$@čÛVąãč(ĀāÁ, y0Âą Z$s„Ba¯œÚæw~øzfˇ^uíķcœ­‡ŗÃr‘§îUWÂÚ$v\´¯Ģęųcą§įË ļ~i`1ąųՃˇŋ÷úņÁÕQ1׹f}Ø)#ž5:„ųbáYŠ8G{UWdĶ&Ĩ›ŒŨíĒĢ€*萂mŋ}ÜîėŋÚmÔa^Ģ]˛âGrĀŦŽ@“Cęō+3ēŲŊū ŌtŨĸ÷”~q œ—Üîņš4…ÎH)*z6t`gYĐXĶœbæũpĢ/o­yũ÷ÎąØ]viĐQûį`ÛL„ęš*>Åę’ ­ “Ú c“ˇąŲ[Xk×r'c“Aą×q?/ RmęÂM×øæG“đ ,PÅ8ÂxÂÎĨ1+ő܃ŋÍ툹JØJŽā>š´ąųc]ŽÕŪ/˛Ŋ˛ŒĶÎŽę°uYJ{pVĖ\܋–sËŖ$¯šâáyáf‘Åâ•1„į$â!ė•ũŽŊ*Û$@Úëēü6ˆR;xÄhtՁ4U šūŠēÖˇę$G6@EĀDkg6+Ŋ’0(lė÷tø–Ō)’"ˆÃlm e9ŒkųęYc÷ŗĩ°ãNĪ-v˜]"âĀiî¨ũÆf@öiģ`Ō9@"Qt“ƁM„c[´jۜpŸš|Ȟŗ†e“ĢQ/âMŲ:ã”Âå„ųt Ob-įđÍũ؃ÍÉ#=„B{äToÆA–Š3æÅh=RßÍ3¨ž‡7c’Ø6&˜R´w'ĩģõcˇ§4:ĸuö—FwlŠNĢhĘŗ~Ŋ4ĪšAÁĀT˜hÅS$?'ÛMĢĩ€ÕnĢ8ÅCxf"ÎÂ^=¸šŽ€×"›ĩNŋÁč-KĄĪĄ]zāŸ<]6õ!÷f“iŽĖ¨`ÁÔÛŦ1QČ*y¨qSwĢr FM@ļąôĨ/Rž Åē. ûm‰QWŠ7;öëÂ1 D^ĖØ `DĪrîvfМ”Ķ¯KdģO ›ęj„ˆ×:j—Ũ :ŦΔ6åĒĻģŲ~ƒF<ÛÍ4„ËN†.0ƒÕF# í\{č$5lŽ.xėv !\.NĐw y¨ƒ€Xá…!¤¸{ĘÖ6>Œ 7aģZŸæÔmwhÉ4^ŲîíaKėb?ģÕ<æ:Č7ˆL~1°îoŠîÚÎbüâBķÂÔ8Ŗ¤’Sʍ”Áĩø8ú<žĐ@}Ĩôâ„đ§]žĖŽn.WĨūí~XōžfŽ/p‡B ´dŌŠAoÅŌÁņkGøôŦtQöōōpBaēųÉf‡`]3ÂDđhČb§Ļ“>< €ƒž.ž¸/ļ3­˜ļ­Õ@’ĮԞ’MãũÜ;ŦĮ|ōˆ°]ár¨u˛{ģ]ųĸˆOímx›@Ŧ„đ" Ĩ„c8Áĸå4dSz4ŧĢmLĻŨĘŒ¸ˆv„Ί¤æâSwJØEfŗí|Žxņ˙b^[ũ]ūôö¯ 0ŌP”(0Ī]{čðŧ‹Õųœ‡)—ĶtˇÜlįęōøũ›_ûVŲFĀŠ—1Š˛aQ$îÜží‡-ŽBVgwOĮĢˇšÔÆ(īrŲōÁÅũÍ˙Ië=ãSā1ÁŒÍÑ/ũOžûŖ!„§cw§ˇÕPåâspåuQ !|BĢjB–ŲäEáĐXĄˇģŸũqˇ†Xü}2;ךO‹x›-ĩR/’ĮâŪķguĪ]ŧ†đŒã išĖép>Ÿ_ͯŽˆn?ˇ62¨q Pã9M˛ Ëđķ“öũ_ܛ]I. ­M94ûĐØhē.ŧã­+YR;ašęv ä~°åāÜcœCŒ ą’ŠÉ13<ũāßüÉŲũúąĀ ŗ2vŠ9X<ÖNB!„įāáíƒĨ§oņmu“X- !„B!|-įaĪˆÍäūbÉ}G¸įœģԉhß÷'''į>ņ˜8ØŠYũ”o}* ŅļÉįčВH-+Ņš„áÚņˇ_/x_Å6šÅ%ģv:˛äūā÷˙û?ũão3`€îĸPמžČ*@ øđ˙ˇuûŪĖ< ļM—PÆáy˙îC!„đ ÚĻŅNžGėJ!„B!|=įá9˜Íf†ĄŦu`C2uŨü€ĮŠĩųÚw˙ųÔŪpc Čfå BũāÅ0›Í‡u*ŖXįčb”lĨķŌ”ūĶŋûÉÕ?ũã[Ā`$ Ōž{%×=Ÿ5ČQ<Đ¯8ŋoŗÆŧuŒ…Xëy,œ„BĪ^-ÖˇÛščâsÃc ˛GžB!„Â×qŽž‰ģ‹ÜÍLDrNe’Ķžr9.BB`m^ŋč¸@ēM_I Ä)žy ĨSšŅ¤7kĀ1€Čĩ]˛û”˛‡[āâ„ēŲú™€°°:ë1oĮeYzŅč˛/Ÿ÷ī=„B“PĮį74 !„B!„¯ â!<›É<tøTˇĒiš.u)y_|ŊzŦįč‰ŧˇ(‡ ŖSŨĒ€ųJ@ƒ­HcčÁžRœt$‡(’ÎÚâĖįÄ!ĐÁgæč˛:@{tíĻN—=õÛ€æ@‚æ R€­—yÆĸ[žjSŋĀĐæf æ„BáŲ™vV<Tš íF8|÷ÛC!„Bá+‹8GĪ†íNėE¤ģ—Ņ¨EUÛļíĐ…@lˇDjîˆ ($h„Ā8–^˛ŒZVf\Œ4&…ŒĖJq#VįKfā)ÕM™täÍNL7p/ˇ>åwØ&Ī„$`x–~ĐĨ›Öt…8íĮ9qŽBáAŽB!„ÂSqŽöÍ*Zĩ!î ""b ¯ŒûëC.`ŧȓĀfĨÖæė`A!Ŧi“ô ˆ{khŠ4Û!IĮ”ēŲ8ā€ē§Z Šƒ$xęˇ (Üaĩ Čny (Y‘Ր¤3MZ0oŽĻGB!„gęąeŠŦiÛZŨ ī×!„B!„¯%â!<3­FŊĢNōšįÛŧé^g`@8!´,’áži ’ I‘•R„Ås1a퐥’IļŸ€Š™ĮSŋuĀ7O Ŧ75S  ô”L˛Ļļ k—‡Ēf„Bá9‘ÕĒ'™RJŠÉ™Ü€™}Ũû!„B!ŧÚ"ÎÂ^Ų&sâ‹WÛ @ACtû;‡Ô~á5÷ĩk8™ƒp č`sZ'ž“s¤Ä(J)¤2+rM ˛ ɘMÚ"]áb”ËQRÄ8B!„gŽuxņ@VĨ nJ­¸AëWÜ°Ôäßĩ$„B!„žHÄ9BxÆšÆīV` yWĨoÜnŌD„˜ņĪɑ ’ 0ĢaƒƋ{ĸ×?ŠāKtžBL7n°‡P .É%›7E:EWĢ\íũŲ !„—!ķųŠ×ĸUî$)IHWŒĪûØB!„B—[Ä9BxfYrwnēonú[LÉû2ũ´mĪŽĪųûÍŒn žÜdę2b  L H@Ėˇáûœģ}Jŧæq`JCqÛ>T\ŌFGrk ÉĖ"ÎB!<6 +v6%œž“I$‹$"bę Bäsš™…B!„—qŽögS´ę‹§îĪ˛WöŨ: ‹¯°ĐŨŅ€  ‚B)Ž„ ”Pq#,šÕ Gܐ įƒ?bŸĪiĻĻ0ˆ ĀŒÉ†¤cRēčæ†Bá{lrŗmg)5I‘°Œ>ŽŖZÉ{ŦŲB!„Bx%Dœ#„„°Ų|ūÔo j]i=pė(X"“+Á@P0 7É$›e RMĻ¨q1‡ŲŪâŽŦ5ŒB¤ÍO)ĀXËÆÖMŅĻŦöšô FqŌv"0!„BxFd7ŋsķyΝĒũh:""MnÛ.vúŧ7„B!„pšEœ#ŧ\\Tā E7¨’¨íą @Bš(Eq€‡=õ[€ŖöÚt¯Ģî5 Í!qˆiÚš[ßŲbšé¤Áí73ætw:aRs8ę“Hčļŧ–īˇ'ĮƒŒ›^&ž9hÛũážáŲéJŒ –ĄÁĶŗ9¸Bአ#9œĐš.éBÔˇā‹ÍâĨ!āÉ 4ƒÔā>â7ę[ũ+‡0ņMĢđũpĒâ’´Ŗ5´V\āøÛŋūųj=œ-ĮAgíėúõ›¯Ũ|ķøštW<­ĒR\ÔY6#ĄËN'3Dģō§Žļ=ŖːŌy3Į*g8Z5¸Â‘ &`Ģ˙}ŪĮB!„ÂŖ"Î^*m;[­WC‡~F˜ĄīŅ6€‚™Së%  pčę öÔo …,WhįĮVÚĨĒRS– ŽÄĒS”R˜MS ;Lķų§먅!ōÎĩžÔ`žÁlČĘäBÅĨdÍbY%÷)¯ŗŦĻDŽ 1¤v#ߛC"0 4Č3ā`ƒž[æY3]\0æUËĢû<œBáéKŽŽĀ‰ķFFA2Ɇl°|Нžž&ãáÁ5xķééę$cv´8dÖg+wiÛĻk“:û‘ƒ5°2Ŧ%gæŧRX“ŲÎĮ~5#’ī+`ā4d;;9ũđÛēlė”͈Ÿ˙Ũęãîxé ]ÆQÅķɯĶŠßˇÔ˙ū˙áõkߜ͎°â86gš ’v]7ŦT 4Ą§ēŦ]Æ"ÚņÔ$–ëVš_Žz|t|ļî›Å!LCŅ´&Šââ%” ą}—) !„Bá‰Eœ#ŧ<ąƒ7žĐ4ķ”°îÁ o‘Zh÷MíĻhíN‘˜°Y@ēˇpƒ)ÜPÃØ ģļMėͧũ˜^ŗ:Ļ8}īAAíháĩzļŽ´éĩA€ÂĶfB )H2ĐÅ)FEl7ÎÁ‹¤b‘›vqēS=*' ZCļ”ĩMVęß:5v}†B¸Œ0‡qzīG2ílšlãZsī^ĶĪŪē*õ˜ƒĖ;43ąAe¯I~íhîg§-SJ M*ękˇĸCŨ’ŋ×ãĪ9âE8đė#œ|€;ī—o•RĻDRzĻ'1ŅT~ũ7'ëõâÚ7s{ŖYœctŊlāØôūĒĪ @{V‰¤¯'0;ų|Ŋ8ėÛ|nļh2Ė’˜š ,™Ä(.uƒĢB!„đ"Š8GxyˆĄėhĀ@+Ë%ūōĮą8„´hZ€o",pĀÚ=ļC˛ķåŲlq”–ũōĶÛGdõZ†‚b›É=m×ņC!„đĒĒĢĻĸU°äHē(sĄŦ@–ÃôéZûÉퟏũI闷?j…‡Į×߸ųÚëĮ׎Ú–ãpž|Mr–ÔŸ%/ãJËĐĻļĮņ]t°ƒöĒhžũŲøáû§÷?û\?: ›OmÃv°|üÁí’Wšo´‹ÃŖ6K;Xĸ‘;Mļœ8Ø#ž%1ËGß÷ĪŪy+ŋņÖũúü¯Ũ<ģ};5r*SE y!„BáEqŽđōGöc3š.—Ã_ũågĢĩæN‘×ë5€Úv4@VëB¤ŊÅ9Š˜_]Üz™-ŽŲtˇOfèįäPœâ.Ûî‹Y{!„đŠ3 T bu7)”Ąåi–UΡ×ãß|ôÁŸŋ÷ŪûŗĄkŽģnu˙tXŋwmvđŊ[oüÁ›o˙ÉÍ×ŪŊqeužžšÚpŪ8R›-Šv]öa¯ĄY¯_y}ŧŪûäĶ× ŋyeą° !lŧā” ęrĐ\ĪËgœp^šã9hļ´S!Ķw)Æ@îoŸĘ+ĻÎĮÂ&ŠĖŽ1Íë&Iŋ:-ãÁbn§ÔTÖßŲūķB!„Bø "Î^F”D4 YX—'\¯ÛÔéJĶЧžÛN¨Đ’ÛÖ긧ãg§w­ŒÃē§t ÕYJ‚D&eRR)uš˜ÜÄKz°áE!„^M*ļÉį§Öė“œĩíVūúŖ˙ßũˇ?ųėöũÃÅgGŗĶq i::jæūÁj|īũßūėŗûwžũíÕÛßøÃŖy“á÷–6öķĖ™˜YÉ(Ø_œƒž;f üä7gw>:“rØ6‡-“öĐM%ŽMŒc:†+ķëëņüôŗOĶŽoÍįm–9\Ũ.SKŽ)“#JV=eJI7ŽÃzĩZC¯æ>›u‹ŲQ×ö}@˜v >…8<;B!„ &âáåáD:Ũ‰nÖ¸‡Y6ÚjUãĩO 9KņŊ•nâúŦYät×EJ7@/Š1ˆRRĢ7žÜ,J‡B¯8'lģŽ\‡."Yæf9īūâWŋúWûˇwûöIÛõ‡§G?]—ö ĖŽŽŒũéōW§į˙ú—īŊ÷Ģ_ū÷˙âŸ7ŗŖƒ#ģ_Hfˆ˜A÷\÷Éye~åü6~ũķK/W7Ę}sM]ˇšģ*ې­éü^ŋ>oIĶŽãęĸJYš€§įũ[zy¨āˇˇīH+9gËYr*Ĩ|zręf‹nF •ę//‚!„BáÅqŽđōpbLXÁ sË:QD‹õãA“ᨍĮ‹`ˆ39|_ŗËĶEĶ*ZSÍl`jTNqˆqڕH‡ÄƸB!LŖ‚ú‰âDôINÚüˇwī˙/ŋøå¸}׎ŋÖ\ŊņŲú ĢW¯âë8éq˙üÔÉÃÁe=öË˙×Ī~ÖũāûߟÍÚe§ž…é˛ŋ´qąĨĮųɈĄ›-f§EQ tˆA“đÁo=šYĶúá¸ŧ{v¸ē֔˛"Áˇû? 0Ŗ; ĻQˇę)q98žb‰ŽļęûFØ4-™ŨŦ_­…PÛĒ8A7Ā5„B!ŧ"Î^".t13:Ú6Se–3āFŒ ¨ “ĀDLĖ‰˛ĪÃŲ­ŌÜĨW§ĒŖĢĒ;Ä(‡ÂčˆbĮ!„BL –J3ĸVYÎÚô?˙§Ŋ?–ĶƒÃ3–=ō M‹Ū°<‡'Ė ŖX Ėžg˙ę—?ūŪ7ßŧuãÆQjFHk€6Ü{2„œœŒ‹ĻéŌü´/š1oRN°!” oKrMˇĖZ?ŧßß;;Y ËÃÃér3Ž}Mxp3HŒ—ž˛a=J×d6âcbvcߏ Š†”|ę ‘zB!„^Tį/ʲšĘz¤Ē–ZāZ6ĩ„    S„}p Ôz”^qĐ,@OŌŽ)ĘQk*9B!„W^tÖuįÃ9ģ$mŖL}›Ū?;ųŋ}˙ÃŖūčØeO0ŖÁęG Bä\蟔Ą=>üüõüƒų:<ē:œ­hŌvYā~wå4w~åËŗÕŅáÍąW]Ĩ›ˇđáčĶ7ėūpqdÁō\đāđāäî'oįėįã9A-0ē;LŠLŽ§I\: ĀuÎļv‹;Ėsh}ÎĨOĢ›/†B!„đ‚‰8GxŠd SŠÁRĄQ›œ’Āē)˛”ĸ„øįi%2ɚŲE ԜRFŨŊč›iŖKT­ !„BÕHcĻ8ŲëąéN qû“ķ&Ÿ6͐[ A:|4Ā“†"2æŒČ4IŸũ`]>9Ž› ’Zņ ė7ŖĩŪŗŠwĪMT—Ë:üv<ˆƒĻAú0ôŨõn,ŠqtW>Ļŧ–ė܆§€@ĢØƞv{oÔŅŠo>7ÜüÖB!„BxÁDœ#ŧ<Xę¸ŌaíŨÛ+‡ŊšL ÍĐé„ ”S2G6Ų_¨ƒ^’/™°BÛ5íŊå0GĩaL$ŒS­* N)‰Y{!„đĒsIŌŒ:Ļ,žd(d^Ü~ķÉG}Ę}H‚‹8[uВkƘ 4Œ’OæIV"ˇûåíķeßPZĶqtøŪ[,$´ķ$-ÆՊŲ]Ęrš€¨iŦâ1u#OpĀEûrvëÆ÷ąčšYQ—Ũk‹ĩéÉyŪŋ—Ų@÷mTÃÄĻOßä=Û&ėa„ B!„Bá…qŽđĄu !ģæÆū!ēÎSc"^WFķŠ•"ÍØcJGAY"ž0`õŖŸ§“{čûÅb^ܒaâf¤R”TÍC!„W’Ŗ9“4)ÎÜæÖŌŲéŌ§€˛Ųŧaâ*ˆ 9Í%Y˛Úž›Hmcf:ŒĖž’ xAĄ{æĮF3ˇƒĢråúüū¯WŠ>ĪDmƒagÍm“‘ĄÅ]zGšųڕf.%ĖvĢ$Éä`4!šjuWŲtā!nÆĪ­ėŽB!„đbŠ8GxyĐS“+iíp?ųC\ŋÁf–$ƒ8„uƒšÁÍäį?e /pN×üđvvĒZč.™Bā`Ą(D ûî B!„™ Jī$%É!j­Kk–ôšáNS)Ā`ԑ–\:Āę† ›B zĢÖŠ5j™E0˜ŒHĖØįr5}mgWŽ¯Ŋ~tīŖOVåŦëŽ9 Lk ƒĀa‚˔úÅĸ=žļhfeĐŅŧ€}“öAŠa”įũ+zŠ bž9ŒS‡]Ä9Ļ¨wkB!„BxÁDœ#ŧT|(ēVEûĻE;G;CîZESĢ#@@§8G–=æs¸A§â@wˇ(Ę˜Æ’TÅ æ5Ĩ#”ĸ`ķŧŸĀB!<_é“(Į:KĒžÄũÚü°Ŋw7ųÔ&bjÅ2`0GĒKĶ.0ƒ!¯Æ…áPdæ…Ŗ#ķā9™JÚÛøĮiƒÆãĢ¯]?÷;ƒŲč­!0ŖF‡ ŅáÄhĻX-æéÆ[×Scƕˆ‹ėæŨNëėęxjœPšÖ˜ ¨MQ~†wO—(ZB!„^@į/l¸Ņt‡ÍA“ķËāC‚´%5ã´c4žÅęļBSFĄˆ4– ĒíbqxÜÚ}™w63üZ ™0R!„Â+O‰ĘļŅaŲ¨Ī$ŲXæŠųÖkˇšÛw“atƒ’™cAVä“•åvLĄÁ0ĖÕotķ×ķc.+OyôäĐŧĪų&-ËōęÅˇŪ}ë3[¯?ÍŧɍģaJĢ­|ķŸ’g¸ūÚŅ[ßm•+ņÁlhšÖÕ6ßĖiį†ŠcG„:ž§)ͧߋc§\mbQB!„p)Dœ#ŧDhg'§ŗ2´Íkē† ¤ŠM/ļF¤7¨†ŊŽ.ɀŪ ŠsíûŪ ¸õhLÃ$Â!„B 6ļ¨‰s–gƒsŪvßzíÖá_ũÕņ0Ŧs3­=‹@2a –Á<$\[šŅuWŽ›u¯ ēf§Ē˞G]›Įåōč`ņæ;ŨúîpzīžŽœ4e=nŋĮiôœP4Ãė>Ģƒ7¯|wīôIMĶ Z6ņj߈o<}NëÆŠOMėŠ„íF;öˇIč%ā„ą$ QIŪŒHE0&ŒbHŖQSŅ\Ņ7Ÿ†pá"ž(ŽŠĘßæÖj3ÍVšúŸŒŒKĀŖAņíĶR/ŋí“7]SĄĐM\Ā)ô{ņ$oŪ†ļágō(6•÷m!ŧŌ"ÎņŠr÷z;ŽŖ™Ĩ”DÄĖÜ_ Ĩvj jwwĮæĐÜ°~ŅũâĢŽp›“CjŠĩN4ĀAB Ā7-žëvĩÚƒ{˜@ Á`z”d8Ŋ}ŅžjId.$÷Æƌ˛Ī°ËˌõPUÕÍšędūbÛ#õíš^Īđz„đ…ČĮĖb-ęׇđ"ŠoIÛĢ•äîæaĻMVÆšHRôĻ…Ų¤ŧq|üŪzƒËķåũÛgŗŽ‘:Čžq6ĐčYĐ9PPÎa}Įâį§˙Ų˙ņŋd‹;įCĶusOÍęlÖ6ŖOm>öŽLəëa™ēŲ;xttsūÛ÷oúá¯SĶŠ7 YĐ’X)ŲKs˙ĩ?‘+ß8:ēé÷ûå˜ûž/Mģ×â–áâp@­w^“9âŨņŠqŠķqãaÖsd?đOö|DĶ$ĀëȨ~î?gŅv÷-ĪŨÍ|;Ķ™æ¸i}ÁĪ5ŗ‡Ū=ëäˆ|‚Õb‡yŖÉåpĖES>8ūxiëy:ãÉŅęŲYßdĐ}\ŽĮíųęLØE¨#lØD/’ƒN€R[‘Ē°îĢ'krûŧĐõÅãÁ¸ČĨļ{=Šˆˆā‹ÆŊFhLL‘#Â@'Œp@ë3I8át€4ŌEœÉ)ÆäŦą8åēĻ88 .Ž´˙Ā ōKŨÆzBظx ô͚ÚæŊuú†úîį;ęH›+îI—VHîzëŊ•Ržđũã0,Ĩ”RDĨ´mũ¤Ū!Éúö-"eZB —Éî‰@UsūZĄŠˆsŧĸHĘÆîkÖŊîė˙(A°ū—›(Häôršē°$S1Š}/D7šČtŦl"ukÆŪņæ‡ pKPB“;P{oŌ!& ‰.°˜â|5ˆČÅŲ°Ī_ë>lĪgė܊Ũ‰KõHÂs˛ˆlēÅ^Žk „—]ŊHëšiJiģ"ķØK5›8§@@1’ų?úöw>úĢŋúÍŊ{ožUēîöųëŨáĸ;ęĪĪõüÅ0'3Žy­Į?˙îī˙đę!ĖâlYœDÚßÛ ieXŅéÉs—į‹6-rwíõ7ž{ķ×?˙°_ëŗķą/]3ģzõękíÍ×ÛoŨkŽ>[Ã=k"s}ējGŽúNwŽ˙žNûķĪ逸ņ×Ų@ũ¯ģš;7Cž” IŌv¸ų‡Ûa!6Ķˆíƒųĸ‡Ô4ÍCSë”Ō…$ĮĕĒ ŅÔĄ+´Xd™‹¯úåË¤ äœo(qÖ65!€; Āč&N1wp&î$ Ŗí⍄›|ŦzBĨíš÷ÎéŲOĩíûĻĒ’ÜîrûœĄ/YŖDŦ% "9  ‹‰ÕįĘPߧ '=ÁEņ”€ä)9¯O' 0ŖÉe DíõÃĻ7î/ŧåž&\*ÛÕ4`zWŨ,­ų´6­ Ļ”œšŨ>đOvūsŲOĩē˛9=  įs–ˆâĸ>4¸4S^K Sų¸ÍXēĻuøî—Đ 'ÉÖ"Š$įžŸÔšŅøĨŋ÷Ō˙†ÃSķeō9ęJ ÍT]TˇËƒģ!ŠĪ¯~ž‡˛@ļ ŲĨ”':ūŖŠYËwlßņˇk˜S.fšQäs\"Û÷ZšåiŨmÄ9^Q|ÄöëĪûĐvō ō9Ļ-_—ÄÅĸöE=­đĩøÃ.SŨžGķ9D„f›- !üõÕođØŊ !ŧ ļ›æđČÕúäČ6uĶē°"úĖüƒ7Ū’‘8˙ëŋŧs{9 é`Ö됯Ėį8=ĪĪĪûwg‡˙âw˙ŲëßüãfņÚ)ŌÉÚkgŪ‹™Šidô=–.!SnjjŊŽ×e¤6 MjšÜĩYdŽ”ÍÔ­œ•2ŽG.XJŠ3œíúmp(ŧr>'Ÿ#ĨÄäÛ3¸ĒĖĀ‡R|ŋ|>ĮvEf÷ÜĢ§â“;=5X+:K9Ļ˙~;ŋ{íõu'G”oõ\˜ Ü fæzčĪûI/3]Ļ:Ė!.ģ×]ŲRKP°Éáp¯å>XŸę%:ŋļ×vÎyûNņõåčÍCuŊę÷ÕjT$']Ōfæh›Ûû2Ōé΄ZđŠi*ƒØžKÕ{˙ōũ9^ĸ_vøš>?ŸC$šĀvvᘥ†7vˇØå|ŽÕØūÃú6ú¤u k)oø›„v Um īOq‚ų—I=1vNBPK}ģ8Į+j÷å`ûr†m]ė ëVŊX˙…ļUƒˇûøÍöģĩōå揋s\"­[ĩ“zÂŲ&ėīîn{ŅōķBxÅÕífģ_Šoũ)=Ļ^8:C2#\œâĖĒķaėūė7ßšzí/>øíŋûõ/Ū__?čF”“ŗŽÖoÍ˙ø;īūÃ×ßūG×ŋņƒēõp,MSč#ŦdzfVäŊmprtB“@čBiœBIŪ÷§fĻ: ¨‰HsR˛ĸ^dŦ×ę^9įK´e!ļÔ ]RįSN\”@ôM°Č@P\HÖfP.^ãÛžʚC#N8—ĘÂF(šīˇ*ÛŨš˙…—üˇžŽ/ŠsˆŅj4"Ĩ$)e”ėųą;ĄŋZŨĒ‡ūXGÂOV’ˆ0ˇē8""L)IĘ9§”Ķ–ā"ZCJ\—ËŖuĢžū"FÄ9^QÃ0 ÃPWĮjj6€­Č‰sJŅt7ŲlcM %^J)/&æÅņDIpĪ—ˆ`įũc {DœãĢōG’"EžÂëã3S J)¤šjK‘ĸîpÖôáwÚĻo×LëĸĖ%zI áU°ģmģíņ׊Ą!P Å­H­ˇ.ɄëŌĩķŖyw|evuņŨī}ãÖûį'ŸËī’¯Ũ<8ūÎõמ}xõ–Ĩkį}ųh\ôŽbHŽ,Ŋ kjÃĐ/ŠėīíÅi…pažvKĖTáÍŧ¨˜››¤IÁá|„į:ûUÕq4Mķĸ MÃŗá4@hÍŊ€NĢŊ™ÍĖM’ú8ŦqÚŒÔĨĀ<•‚”ĻYP@ģXūûÂąv}ëÜVKÛĮxĸ÷S3¨Ų˜}€™šŒg‚î­Y{uql),Ū”ņôÄÆââĨhJŠhšė­ĄÃĶc¤%Ā6Ã•Š”ŗxX8ÄM p!1&Û ]؃Mą§úK/QœŖFˇ;͡oŦŊNéŌhrŖ9a›"q5O#Ʌ°ä5ndeĒ 6Å6js|*~Eē@S–=ˇū~Ō;ŋ4Sā°oS;NĨĒÄx 0¸¨zŠCnö‰–RŌf Ũļ!ųöBûōęV•ínží]=YŨ*Âh4Ödw7ˇRJIÅwâ%uIsđ^Š´—ĀåQsō~W›Ĩ'qŽWÔļrB-pšmHūØ}…Ī‹‚ =į‚đÔd¸æœ“›˜gĮ%*âœsFÎ9į„$âÛũfĪû¸.+>fJŠ>ÁĪû¸žŦĻåĖlnš" ˜Ũ=C"Î~§ēë;qŽœsÎ9ÖCxqĖ9×G}ÃjšĻhzô›“"’„ˆÕ/&ĸ?_uÂņtĐąŋ~´xíÆŅn}ļ\^ųöˇ3‘)ÉáĢ>õˤŖã9ĪWŖ"7Šˆ­čōŦMĨ”ių,ÉA¯[^]ĻÅbÕ~D˜˛PšâVĘz\öVVWŽģN›së–.ۍ]áUŗ‰sdВ;č´ĻÆ9TL)BÁNŨĒúŽ—Sãšá^NņiÃöEœã‹‡ÛZä5'ōĢåQ0朅‰VØjß­Į<ōüthrRx釮íÚ܊2§lŒ} a’ŲŒSčT%ŠūĨ #9’‚dĸbH(;¯”ō`Å*Ųd`SÕč%ˆsÔˇ†í‘ļm?oũ4™d:0Š HSŅŒp$­9›Dc*Š8Smŋá5Ŗ@§¸ˆ‰8“‰x uФždíOÄ9ÂW´s$<‹5‘€îŲ…žŠ[efĒ¨‘ūly›\û•ëVm‡puÜ+"]×5MS7˛|ųãW¨¸4l˛eOŠF\TUŠõØrÎ %5M# LMÄ9.‘íËxĶ4Û˛fQˇ*|EMĶš{Ķ4õ4J) ÃđBÍ'ĐĮÅ9Ļ|Ž”Æą5­Œs˜ßyŪĮü%Ĩ”Ō&ë`Ē+qŽ¯l7Î!â)Õ'ø Ú}ąÃctĮlī˛$)œŽ ‹8GøTĩFyˇcĐ:ŽŧD—@/Ŋqë%šíĻĶļ-đš[4čY €ĀčVŊ¯^ÅX~mqÔ'ęsâģ‹ÅPzLs×æƒtP-ws/Š$€ˇžæŗ™B Ĩ3Ų_œ@0…D@ÖūĐ0lkĮ+é.šABdčG3Ģ¯]ÛYqäĨŊšŒs Û8é*6˜Ã]וĻnöäņņņ•+W’Ė\[b6Ūuš\>ĮM~‡a¨—dŨ=Đu]"=Ņ>VĨ´Ē9įN˜AĖ` ÕCd™ĩžōųē?˜utØÚHZō=¯“†K#9Xjâ‘ÔÂJŠnRĩmNž-SÔ%36Ëáģ߉͚ˇØÅį—=Ô1ŽãnŅĒœs×uģvŅ‘4ÍŔPą=˛ŠYģ@jÎ,ÃüÁžßŦá"0ôœL’IrĐBÅ"Î^LÄ9ÔM4XK2ŸĪÛļõœ‹$ŽÛîxį¨÷ķâĨ”ŨĘWMĶėēî‰ö 81Ú(.;4´ƒ4GĶļm“Ĩ¤”ēŽ›įæ Ŗ=>čR†eÄ9.“ēĄ¤”ŌļízŊŽÛ4ŋ~VGÄ9^]Û hÛ4´mßÜv–\jŠ.ijÖAŠÅz§QāåéĪ‘RBÎ)%M}ęžTP.MBJxēę2.pˆâH”ˆ~…ßi›ē´ŒÖ)ß%kSÂKmˇ§q]ÁoÛöķÖO•¨ģŨ2$[-_BŗZ@@âF:ŠŽÁ˛Û,:0%4ÃA´šūėsŸ 37YöÚ€4dLķŒŠ4įNcH €c:6‡×ĀOĩÛĨã9ũÆÂķä$ ĩ„8=& '˛É^KœM z$[iĸĩ}€ĻĄƒ@šįøĸ3j÷ũ´.ĄÖÚßOô~šĀFÄ8mÆOI)sd Äc7Ë d‡d¤v[4"ítžFÍęvj š6%üH˜Č)Õī)Žf–Ræ6Îąs~ĨKįxhíu›˙÷Øë”^s$§Ŧ–´}` 7¸LĪM}æŒė}Z%Ģí3KšâõFˆĐ)ÎÚö€ Q|ŋĢŸĶ_}ķCwKžH=WB€é$õ͐kzHõ%&  Č5Fč¨ûQ­Æ/O…ŠZ“ú‘ēU#jœÃ•AÅÜÍWĢÕķ>ä/kį0ģh;÷ŋ˛Ũ8‡ĒŠjíė}Y^āV+ ŨĒÆ9ÔIFrtēUáËĮą!Ü&ä ÃPJyĄâÖ!ŧâĖŦëēļmˇ[ä†aøŧ&:CÂbG°7qŽ"Ö;†„Ú’š+@(FGŸ­ŧî>-rąæR{¸¨­SéĶ[ËūÖeˆ’0*N#€ŠšOŅŽÚö“Ō°kį°8‡;Ą:z†§<đËgĩZ­×kˇĸc֒‡ŪjœÃjˇÕâ_4ŦĒ-Įk+ĒÚ÷=6};ž$:Ģq¨Ô†SĐĪjK>—Æ*Ž0ēiLĀ!ęt(HÖJî xžåa\ŸŪ_•R@kÛv6›ÍÚfuī¤“–I”>Ē:Q’ˆˆúÔÛ /]œãŅë´ÎũN+bNˇä– É-’ÃÖÚ8“‹­ÆuG3IM×ugwΚ(ķF:döeŊ^Žûåb1 §(Å@'āĪ,âá8Į8ĒČ$@ĖŠÜõĩ, ûö`œÃÄ(HPĖÄE5÷ã8ĒjHˆČzŊļ~ũhŽ¯0¯ŦåņëuZJY¯×O„sĸxądĨĪXK?.§wäMŖŽžīW:ËĢ•É’^4u1¤ŧDĘÉajeŗ¯_dč˛,†§Ŧ&Ž™™ĒÖđF]#~ąZ7sZú'xQí€$ánÛuí)Đü9ƒ›“×´ĀKvÔ/.>XÄĖĖžlRú|ÕĶÛSZX˙@‰Ž-áw۞ęÛ1A=‘^¨:„!ŧâÍũ¯ĶŗĮŽģŌ62@@ƒ19M%™Ô"ãĢ%ÝFī›4$l:Šr“N 6J€äŦ_t`ėīí… a Ō…„¸kB Aā\Ŧ 9ķŌpSį5Ôöu›˙Ļ”L\7uų§ČÅã˜ŲÔünšF`sÆķwũdâÁëtÛķË;@: !œn¤“j-œHNSĻ×˙*M^ÃËÉHKIt%,Õ€01årŨ%š:ŸĨLÅÆRVX­Ōč)7L$(‰JØ8Ž› ¸¸ļŗëKm۟czŌĖĖėąuIZĸb¤1ŲS‚%ëĩ@”ĸBogHŲrŗ6Gs(|Đķõōü|Ũ¸ÍšæęŅ +ƒŅbĶ+R äOUŦöúpĀkĢĢ‹ÛÅ|n^La^āÉIÅŨõëūĀđŌāÎUŨ÷DŠˆ‹ÛĻĮx]•ōÖv×Ēžô]ęŅEŽzoO6?%ā›åuĢ]ŪjOV^×Ē¯Nß, ]ō¸WĖ´FÖ5§2z‘ĩÃ3”s‘z>mē7K=Þ÷Ą]pbz-Û´ßš’dč&ÂK´¨ˇíCΝŠ“#"_ŅļųŽį}LOĸV] Ā!â‚ZŧŌĖL#Ÿ#üN۝2Ûĩ˜z ŧP¯į!ŧâ[’¸ŽÄũfwÔŨ˜T˜cÍi§jp‡(č0Įč+ĸԉŖ1Ч=ŧØi`Ę:Ø˙~^‚bõg9vz´P7Ā^ÔŅōúĪá×^Põ„ŠųtfNäœ f˜&/ž ×Õë‹".""¤‹ ­} žt>Įļ•q}?Ũ–ŧŌ|Ž‡āƒ˛ö¤u#šxŨUkÃôu‰ T*P”B$ĶÖ|´æ)…Ĩwøˆ.¤ÎķRŖæŊH“čpU۝× Đ/E>Į6“c{Ö„Į^§æ°q4ÂÄæFˤŲlP_BtžāQˇ&>=ŗĪîŸ6m7ËÍA›Ž¯ø‹Ž†åēŦ3NWPéFNiXnûŒsl_üĄÛž õ•Rˆ$ĀÕôÉ[—‡—Ķöz§n¸xO4‘ĮœļÛėGķ9>/ų‹~úN¨ŖŪgJé‰îĮ‰”’P¸ŠtZc1xd5ŧöĶ ˜ÅÛé%R+Rėn.y*wqŽWÚvX°MF{ąB_Īą9ūéQ<ŊKâŲ¨Õ4E„›Ra5‚ūŧë{4ÎņbĖŋKŨAņĀ7[Ÿ÷Ą…K ž0Ĩ”ZŨō…{1!ØlYĒĶŧ/ØזF €C\ @š(q‰ėI\jÜ$„ ɎlH†mŠOŖ9°:Å­… ęŽō=owkŠū\ĀĀNœCāÅŖŪlžũwaĮįäs¨Ēē)¸ŲÔ }x4KúIķ9ļŲuÁôbĸņDÛghZw•:D\¨Km‡œ™8ŒV’ N4ęÉâ];S2Ÿ%h› EîGœašZßūt8;šwįöjy"\Ŋz|ãĩërío| i.æ(Ē°F$į„Ļõ)æ āâ" .}>Įö´^§ĩņį]§$2’{Ęn⠍.&ĸ”s'Ž]ū`=ūäƒyįî'gį'Ĩœ­ĮNō­ƒÅģ7oüūÍמą˜ĻYŗ˛š{ļ"`„¨Í5§ŧŽ}šč%˙PŨ*wˆ ĨĻÆzTĮa(ĒcÛĨËũ OŅįįsŒãˆd Ũ6ôƃšŒŨ>é6ŌšcąD^,n<Ųû)ĖëN˜MŌ 6ĩĘ]§4ŽM$fį!Äų™ėáļð¯šm9⯨í‹v^nžxŋo_TˇĘē.W¨mZ bEû)yčxĄNä/qđ<ŠíųuĢÂ×ņbŊž‡đj{lū>>į:MŽŽ´AŧO("* K2´ q4*&Tˆ!Cs•Fˇû@ „ TXDœ4BŲā†<•5ļ=žŊxv4›Ĩ™šˆbt¯[ģal:”Kŧ`… Ÿį0sŗšå1BuJühëë âMŽ\7ų˛œ4Ų˜ŒŗË@q09˛{gŦ…ŗ;ŅØeËD{“X™ÁgŽ…:Ī–øėŪęƒĮÛw>ūÅO[ÕL=†Kr~ôÉŨŸâ´[üŅŸĩßøöŅõĢ “ƒp$ŌSR7>į¸¸.ķéöD×i"`@vKÂL ”>Ĩ{đõWËõ_üö×˙ëûŋøéÉŊejÆŽãėp\Ÿå_˙ęę/õ{‡Wūé;īüŗwßũÃëWÎO—3•lž ġĪ*wßԞ6NĄŽGęV59›-n^ā"IrJm›ÍĮËũ OŅįĮ9đČĐ´žånßCw{r|årģéļ<ŅŋĒĻ”ę<†šČ5Ų~{]?‰ķ˙ŠmũU~MįxEíž~mĶ|…|´=$Ą›ķ‹Íî4%vv’ĩ°íķ>Ū'0ĩØ ž#ú ļŗ—g3Ë}ŪĮôõÔhžjÔ­ ŋÛ6[pŖn‚(Ĩ<īC !LR-VIÖâĩėfm“öč7Ķ`j4ŠęŽēà Ôf*RÄ ÍčTn„JGŠģJŨ™w˜ÁŧævėķÍÅéȆڙÃeZĻqt‚ĩ:ja ūÅ 4ū ĪĶjÛĐā :Mœhšė€96‹&€cģnōč\@U}°n՗lיQ}W­­tžčāÕ p*a.îZËĖ‘æ0ķŅL`ęĻ4W7PŒJab‰Ū8ZSökÜŊģúõ¯īüøgg|ø+WR­?cæ:šõūË?˙˙ŊņGįW~đƒöęUĐÖ:–Ņ˜oJŊp3vãž_˙÷o{Ĩ™ëÔ!FPÜĖŅĒĸ‚eâpíø˙įã˙ņg?ú÷}x—YŽßSs^ †QŽ\9xíúŨû§˙áî;ŋúåŨdwŪ~į÷ģÅUM3+­YŨ1P+bq įī‰:GZĻubm˛–>5ßz˙ũß Ã0ôęÎyÛ_Ŋz8?bīk•ŪÅŒę´_ˇpĶ¯k3 ¨Éd/­‹:u8ŨĐúŅ4 aĘ;Å]n&ˇÍÆĀ“¯Ļ”ļ3SlŽÖ‡–ŋžĖņo–wĻE˄Š~}m12Uā÷‹í˙ĒUR.‘Ũ@u­löõ“9qŽWV}ŅŲÖ˛ŦaŌ§rJ=ENÔĻ”ĩƒLq8Qy &.S"’0Ģ+D0ÖÆŲáĢōMMƔRí7mŧ$ļGēéĢ9ÕÂØß~ˇZg÷+uŅįŊ$†đŌĢc­mëÔ/ÎßwbŦ•‘‰LˆÃmZ×Hš€ZŽƒ¨íĘ=cLž{B4DÂÅō‹é~¸īu ……îÂé'>nģëƒÕĢBØؤøq'T ÛrģfĩlK‘RJ’,"ĒZĮ„ã8H@°YėĻŪ0_`7Į}ûöú„ī§"ĩŦ–Ā)ueHļĩÅĨ.2‰AmŽ(Œwė ËAמúéņŅįgīũûÛ˙æ×7”׎r3œĄ.\Ō@Ō!āĄßčûŲ{?ūõGīķŸü“öÛßN)˙öôlvõŠYĖļ—’‰v¸/ĢÎÉ^JŠsęĮŽŸ:a_úųĸkĖē%}ĐâĖWūvŨ˙?˙é˙ôÉG8:‚pĀAßܔƒAĮá §3CĶđÚMuģ{ûãŋųčƒ˙ëŋüŋ\ŦNīΚ|`Š_­Į„ĐŲ 3_ųÉÉxŋ=ĖíŦ[ž¯2=‹%B3*8`ęø/@/'ßÄ÷Ł@TÕ]'DN˙đ‘ēU_a^š{ouûŨļÜܗ?ū.wãz<ėŽÎ‡%öÖˇmkf`]IUUÕ\›iŠIj<ÎįËÃŨ›Ļ)Ĩt]`†ŨčÚWqŽB!„^Ν†ŽėnMsbŗDeĶßÖ-äĖčHĪg1ËPë•ķŌH á+ØnšŪÉąíWvöÄJžÜĢÍa/J?4Öũg?ũi^Úęėhv įį)uFx}Yu¯õÛ˛—kcąģŸęŅŅũ÷~~åÆ ĪģYSJš3‹e#āô}ļĖ~Ņ‘Ü2QP\­qKÍ Čw‡ōŋüōĮ?>=ÃâGWQf>ŽĻĐ⠒9Ā“ž  ÉÚĸ˙î—ī57^ģĩ˜ ũ0öc—„m÷‰EīfŠŒCéŅ,qú[|ø3œÖĪüzĮ$ŗÄC-bŊækY­V?û÷'‹7xķ[GķĢĮÚčˆu_z¯áW@Ä(ĩMü5„^&é !„B!„BxŽhŊöm—qrōÛ˙´9ëįÅē$fEŌ¨=¯kŠƒH›ådũZWëß{o¸ũŠ´31ŨhØ”m{ŠĐ!ĨtL0ī­œÃbv>oyrī?ūė§÷Ɛ9ĐbT}‹“dį-ÖÉaŽ"Pĸpčõd(˙æ§?úņÉm],zbĨ á<% }áJ:ŠŠáĖ|ö1~õ ũčןžŽŧ$z‚ŅŦV5"õ}vļüų~ķÛ÷>ģûŲÛ4GĄcJ 4ēOMŗļ-Ž.OũƒBø’"ÎB!„B!„đœ9}Ö6÷~ķîžĖÖã5i1”Ü6%Ų˜ĖéâāNڐHš3É8–Õę“ß|Њ´@Žĩivęâ|åBHą"æ ŽĪgí&˙õGŪ30Ī%ÍŅÎ{˜ŲŦŅ…ŦŗŅÚĪ–aŲ<-!?9Ŋ÷Ŗ{w×@ɍ%ĒĒŽÅĮ=7Ãs)+ļ~8žá7ŋ¸˙ņ¯og.Žį×lDōÆMj.§d4ĨÉÉ”ųęž|öĢĶ;­mMWąâ‰.n`ęíÔÍ+„^>į!„B!„Bxž`& ŸŊ÷ŪkŠ=\•ŌpvÖvšŠL™ÉHŸ>‡–ĻIYõ07Ÿūú7uĩjq“TƒMŋėWŦp€QwQ&izI§‰Ÿˆ˙§?æ t ZŦŖ"‹wD;ĸQ$‡z.i;H×įöîŧûŅéíģp“”ģnTuÕŧįŪ:t™§+ë{ūéoÎī~|n}š7‹.ÍhMB—и¨-ģrÎi~ÜŊŽõŅ§,?ųíŠÍĸ9LH,*X@Üj—Wîd!ŧ"ÎB!„B!„đ\Ņ\\K˙ãOŽI“Åč>ôFŊôŠą0”‚R÷EjÎīŪ…YY.Å4ŲTŪjģ˜ũ æs\´ÆQËšuIįŽSĘû§÷OĀs5-ž¤An˜Da=‡˜˜g˛Aj‘ģ1wį‹öWggĢAE%ˇ3˜x;ëöÜd'_9¸r÷ãķßūâS ų¨ģĄkŦÎĐĘŧ‘ŽČ¤˜Ą ŠQ‹™HYČp°ŧ맟õĶŦ9ČHĻJŨĨ>'›“AbI0„đ’‰ĩB!„B!„įÉæ4ŽcĢH}A!Ö}×uã8š@pķ1-U'Aŋnŗč8Ĩ(fɍ°‡ētØ+į€gQz)Ĩa#.ZŧdYÂĪ/„¤”%Ņ^ @"Ā¤îjJ‡—44íšZ‡œĐ܅Ö`ŨkčHœ>ĸ?ÕqéŲį€#|€€Ļ$!„0‡ĖĖMtŒ‹Õ}]ĒNc–Dø@sŽBx)Eœ#„B!„Bá9K)™Ų|6+ũ€”PGGEՀ‹˜…€ŅŒ@×ú04M3 Ãl6ƒZÛļ‰ ĘěT@3d°QiūwöūäI˛l9K)DÄMĩ*åY§EŗŠ–”3ˆôĶ[O Ē ĖÜuåÂĖ¤–RÖ]<ŪpÎ]lžs8įœsÎ9įœsΝŗžËŌĖšëW‡ŊéCäe¨‚˛ —õ3¨ĶĸZ6›<ÔrTr8Øßģy#ėė&P"*ĖFŧ]Ô&Œ[ų_° Q2Ģ.ØJ‡kŒ_{ų•öøx¯ähŠÕĸôËF$BōÉB * Š ‹Å – XŠ`ĶÕōĨĸųú̓@HĢ˜™4U_ōŗíûD ”vV™”!ÍC„RËxĨõ4úÍõQu–2hĮ‘c ,›*X‰aųįœģhüįœsÎ9įœsÎ9wžØT2˜ööøÆÕĶYs_J%ļĄ ēJÖ'+EQ(P˜4˛ŗ{J|JÄûû“k×0ôfj!VŦ§/Œ‹>üBÎb cP°2įÕnÁw/_ųÖtzšëëųɌé`6ŠD4e*9@5i‘Ā!†ŠÚdš˜œũĨË×~ņʕXĩ+˛’ÂÆĪ´-˜‘…šĻģMÕpļA"Œ3  \_ĨF&$[Ö īėOc…1‡ąØ`2‹{^äļfΚ ÉsįœsÎ9įœsΚse\ĮI2ÆĨŊŊoŋß|y>kO`}ŅÚB]8°ŠÁJ%“ŨīVC;™Ŋ|ëŌĢ¯đîîŌlij!b#|ČÖØđBEbB&Ža5)@ËW˙ßõ/}3TíáŅŲ,Jˇ\–žßŲßKYS)ĄŠ/īí^MŽŽēå7&í˙åĩ×^Ž’ķ˛„ę@YŠĪ5É3nĻŌLy˛$ZVÍãD ĀŒ6íĢļ?T*ąÁŧĪŲæû—'ŗŨ lĨâc`,æ`_tÎ]`áŧī€sÎ9įœsÎ9įÜ VYĨžn'õk¯L†ãÅpŌxįđäô:ˇ” ÆlIģžOĢĖ§¤û/ŋyã~9ŧözĒę“aBÕ4u†ŗKđ -4Ž‡ëŊw_?d¨JÄšG") V'ģ˜ūĘåĢGßúN˙ÉŊģĮŽâŪŽNš“Åĸ UÎ9YZžtáááNęŋõęõ˙ņÍ×ŋ{åę¤ë 9HąĖDÔĨ&˛ō,€*†ØČū•Y:JÃá*¤Z¸deĨ Û>d›¤C-”U4Ų ×nîK.u ˜@°ŒiĮú ØÔ3įÜã9‡sÎ9įœsÎ9įÜš2.ņ¤Ģ(Ą­ÃĩĢWË[ŧ3~ō^ušEŠŲÄT×5MÚŨĢˇößü&Ŋú2ęzŠ9ąģĸB¤5ĀĻ &ŧpĢÄĐ(•éĸôtB$ķžíÃTņW^~Ĩ´ĶōßūÛÛ'§ewö0ōđāžî_3hÎr~i˛û­ũŨ˙ūúëWûAOÄŠ ÅlšŦCL™&Ī˛žCE⊯ŪØĨ…}xē,CĒĸíÁļŦČļA‡fíb[nžzõú­&ĢĻÔ×ML% ÂĻ¤ƒÆ/Visî…á9‡sÎ9įœsîé0RĨ€-r‰lTÄ°i.ãJÛØœaĘI9)g#SŌG86Čëåšh˛sîED*,Ä<@ŲÛß?Øí×lvåôí÷—Į‹´ėŒ´TDĶũö`6š´?ũÎ/a÷2buēęVĒŊi1>YĖgM3Ū¤6ƒ:”ŒŸ}ÔÁãĒûú’” F ûČĮÛÉĪļžĀˆ˜Ā˛F!‰JŊ īXč—ĢŋríŌë×˙úŊûÁøķ˙FwOŽMÛáÎíĀŌ´Õ›—ūę­WųÖõKĶž ]ꗋŲåkËå˛īV—ö§’•Š}åĄ’ö*ŌœîŊŋJ Ž§Ũr aĖŒ@@!§Ą: ûųō×Ûë8\uÆĨiš´L˙%Ø8ÛX˙,ŧ˜Ã9wŅxÎáœsÎ9įœ{:” ī ķĶŽĩ+ íI‡IxįĮŨÉáōäh8=V-ŌTqV_ģÖîŨ¨&×Ē°UNē#i$4œs63˛qV*¤0#el’įœģpTK×4 h*ŦaįԴڝÄ˙îĘî¯}J]ŸR* ŠBÕÔ\ŁĨgâŌ֑X‡ÁûUU†A7;÷ŋ’´˜ ĸ`†ę˜dLēž$e@ ÛKŦ3īguH/¤}„ĄHŌ}žPŅÁĒ6ÄĘĨ2ė,ô‡o]>øŸ˙ĪŋžĖ%kY-ēcĶT;U3%ŽÃ Ģ,9ąbēˇŋ:ĄŲŨ[j^<ëį3Rƒģˇđķ“+÷ßKˇr÷áÓË× bÅrrV!kĶõ_j.ŊÚ+ųÄR’%1ú>Žfč™_ž <Û!ęÎ9w.<įpÎ9įœsÎ=%¤ĢĄKŠŸ˛D ;ÆÉ},īwwß?Ô‡Ž]#C‡nŽ÷ģÃÛËũˇâôĨĒڕIÜŅXRîsÎUUi6dd6”ąĩüØzÃWgœsåņŋÎęĐ3„tĒ9įR  !0sÎųą¯6ČãaÆWÛĢjŦ0…X_ŌŲ €næĪøÎ!“Ãf7ō¸Ö¯Ĩ.Öh&"3SÕRŠĒƒ­Č0pÎD@U͌˜m ”¯î)U1Îʝ„ēfÚgĄv˙ÆôŪcKKUh”8‰ĶÉlo/„ƒËÍ+ÃĨ”ĒEÎP @Î*"~@Î9wqyÎáœsÎ9įœ{JŒ+Ē”9XKNîãƒŪ]<œ§eŽa†Į €b†~u”OīgŊ2ė^{åōėzE‡.•R˜×ëb ŒõŲy?:įœ;Ûxƒ™ŒĢķã'Ÿ' î™n͟pĩ1Î)´3ŒíĮÛ'6„0Æ#3#ĸŗWū*ŠJ‚™Ã&!Ö{mœLJG7Ūl‡ž ]2ŖĒĒĻ;ÍÎdŠE5ąē+Ĩ䜙YDJ)Ĩ”MÎáœsœįÎ9įœsΚ§ƒDÛ*F>­îŨÆŨwŽNîwÜķ4î*HD ˆR‘´1Úáƒ+Мë¸×J”:—f]/‘ęuŒTsî3FÛ5÷q Ā¸:˙ŧgŸS!S“ą“ŅæãídũĘæs|šíķ6>DÄĖDTJŲæØÄ!į•s€Ô8•’ ”(UhB]QŒa*WŽÖ9Ĩ”ÆĮ}1í))Š–2ÖĻŒažˇ$Î9÷,yÎáœsÎ9įœ{:ČB^æ ĪNõŊ>8|w%}¨eÚPŠ™JÉ0B jj ŌQžkķPUíîn=iŗôšĀ@›­Áë'>œÃ9÷â !`ŗ(ĮķžkgLë)JB€@F@ cŒŲ j¤›ƒüWmĖÆįķlŅÆ6O:› ŒW8‡§(ĻĘj3ôĐd‰A`îÔLŠąŠJČ9C6ŌVP*clĀ‹9œs/Ī9œsÎ9įœsOĶˆęÕa:Ŋ7PßLe7¨–• ‹@3ˆ‘+ģõĩ“´X<ŧ˙āƒųĨ[ģ{5EI;Y—n0 ›îUÎ9÷"ÚîÍßÖāë >ã~ŽQ´ Ųr,h;õšÆģ˜Î­õÖŲ h›yŒUŖma‡™WT`#’ ` ãbFĻRS-TT”ŨŅÚb^ˆŒ÷6į|ļ*Å9į^žs8įœsÎ9įž6Žeĸ§8šģL§<“K-ĮÜg+9D ČD€ą&Ž,îÚwĮéôA×ė6hHx\—Gtđæc:œs/ĸíŧņŗ9žĮ%l‚ ĀÃčĖA{[´a ĐmīĒ¯Ūļ2†™ĪHŸØĪj{å¯\ „‰9Œ÷IĮģJPUXu(ĒHfŒ@C„alZ5F5ãCxžę~œsî™ņœÃ9įœsÎ9÷´PÍõái:üđ´?ĩũI¤„ÜŖŽLMĄŠ”`†ę˛BŦŅđŽĮĢyęēXGpjåĖ4ōÃ9÷ÂÚ.XÁÆXjp^ũ”>ŸąĪ€3÷l“pč&ųās9ļo“€mĮĒ1ĖØ>Ų6ŗ“sÉ Č˜ŒÍĔ ŒwR• ĒëX ÕrŌLdBåípŽq¸ēįΚŠįÎ9įœsΚ§ƒ %iîsˇė¯]yU–89ÂË7ÂŊû9ļŦEɸÚŧQ!ļ5îb˙•ú/žėŽBS H <.ėđ™[f:>îÎ9wŪÆÕöm{%œŅq.>­VÉ9ÆØ0ŦĖ,Æ(A %įŦšaBQˆ,Ĩ”R aį\Ļ.mŗ×j|¤'Øų&b´}~ įœû*yÎáœsÎ9įœ{jr„‚~HQCM`Ą›&T}3šĻY.—Ė—–C’ `|lŸ¯ōĻÉģsΚķō)ÃBH-D˜Ģ†…l%wĢ~5›NA5Ŧ 9-—ŊšU1ÖÍ´äķ~$Ī120Œ,dc§Įņ¨~;Ž-ÂÆ/ģBzĒáœ{qyÎáœsÎ9įœ{:ŒL‘cS[×u{í$Tč3DČFĻ㍭ˇĨÂPuƒ”­iĒœį!@“ˆĀ”đøn_ŸŌáœsįėlYÉŖKÄ*LT) ]Ö,\BEĻ ‹e/!ŽLM Ļ&PÖÄ@ņuųOE™  H F›_Ä؎|Ņ&öP;—Úįœ{ŽxÎáœsÎ9įœ{Z”Į‰TM˜[oŠPĄF˛`ÛDPJršNTa’1„ØØ<„םŪsΝˇUr€Ą¨‰HŒ"Á"›°hĘCNŠ/$Mv˜š2 ë–uÍgæ0š3ĐXķ ˛É96ö°b20›VjjĪíÄįœ{ö<įpÎ9įœsÎ=J ÉÜhģO@VÔ5ŦdĨĸÄ0Ā`P V˜wKPŸmĩõVŸŅėÄŖĨÉĻÅ8lŦ‘zŌáœsĪ‰ĖQ¤LŊTDƒ¤œæ]^XĘ Úß=@BZŜķĒOD[%qfXŧwÕgQ°”`€Ņfx;dEDdį3ÔŨ9įžžs8įœsÎ9įžŌĖ)„öāÚūéÕjnXĄTŒÔ([P•Ā$GąÉŦ:¸|xōáüôŪr8 ŒX×{ĶËģ{7.īž^ī\G )™„ šŊ˜ãSØÆūƒžÖdë:[@t,ō8ī;îœsįÆsįœsÎ9įÜĶa¤Š*ŊöŌtywrôcČ Y‰*)ĀF ÂvœxA_7ÄĩŨxãÖlŊ`5d’hPÄ6ĖsÎ=˜y›s؆Ōüũû˙ņũ‡˙õŊwôā胞?*HQ¸jZKņāāÕWoūō­ŋtiį­8Ŋ‚ŧĖ)2‘gןĘBąˆąžj…‚f ņ0”˜ÂxœUī[åœ{yÎáœsÎ9įœ{zÄy˙öŽĶņŨ&Q‘ķĀ €a4NO5 YúO1ë0ĩ›oj+œöËzÂZHaĒãŌ߯ú#mņxW÷Kv&šrÎŊ ևãÍáa}d ""AIy^hYâ{˙ū?ūĢ‡‹?[,VĩMöƒrI)͓7§žįū_ž˙ƒo˙Ü_ųÆwŖ\OCŨŌ,ž÷Ŗ|Niá¤ļÄxķĢP°1Aa Đ°ŅÁFëš%đú¸Ídŧ9†ogx¨˙2u_ ã?Øņđx9ūÃ>§žŒmmņúõ86–Á[ã6RØv ‘Ē¤Øta]ŋNąî8ĮP?Ņúō<įpÎ9įœsÎ=5ĢU§=Üú€đáÛ÷N VdB;BĩpMÄ0ä’{ËK{°lîŨzëāĩ7ou˜ödeŌ˛jĪ(€‚ÎŽŋā›Ÿ.&c1 ļ^?0`ģ#xĶ^Į>cXˇ€wÎ]|FĐõ"ŗ™0ŽĶXœöׯŨē{īA;…ĘQ{0˙ķũÛ˙_ū_ üÄâÃę`aIÉ @`č ēz/üøÃ˙đî‡?ūŸūÚ˙öí×˙Mī[õéŠôš]_ël¯žKčįK1L&ũ`Z‚šˆ@˜†\¤ŧ qRr.Á¤Ž*–r"ã"ˆņXņ@ĄFj4.Ēú!Ũ=§ÎžîMÜD!aˆ>ļ÷ž’˛_21ŒHepŠÁēå +Oë])Ō¯0ÍBß#•bÅBē!btÃĸæĄÁ*¯ m­RļĸX‚Bŧ|ųKķœÃ9įœsÎ9÷ÔTM=”Aõ~œÎnüÜd:ĢîžsrúaTō°ę†e)&BU§{uŗ;9xéōÁĢm}…‰‡’†’™•Lã¤rĀ÷œ>[Fcww`ã>_;ŗũĀØåėÖ`į܋`s°qoōŖcB]׊dĖb˙öģôãÛ˙qY~dõ˛đ^oeVĸ }y¨ULCķÎÚÄ/_ū-*įũ Ÿg}Y5“:vą;îÄĻÕŽ X|¸ŒÕ¤Ī: Äh™îėNę\ŒE%U-(cé†jáÍŌšöŲ#ŧsĪ­ü3%ÃØøtŦ^:—ę#ÄĘø™”úIS#Ņ°ėŖ5ģՁö8z“ %uč4-Y›Všé´­Û„ 2i.0-€`L!ŨĶā9‡sÎ9įœsîé00ÅjH)k– ĶË4icŨ^>9îŨ~0ŦĘ°ęōP¨Ų™ļ{,ûáŌ7^Ž¨Ē0¤qåeŨęũĖ;>>S_Āžy<]›ļ zö˙Čûm7œ{­']o>3~bėû‹J0‹ų{ņ_ß~īĪ ­:FĻvb Ä!‚‡!ƒāüãŸ|ÃåWŽū<¨œ÷Ŗ|~‘I&•Mëŧk)JB™c~d÷îv?}į§Ĩ´Ĩ´Å$VļŠē~Cö¤Ū ÜZ]7Ŋö¤+bŠ2”Ī,ōf’‡˙>uîķÚT¸ŽA˜Æm"*(Â…Œ(ÕŨ'÷†{wNīŧw—(˜3­"íLŽÜØÛŋ'ÎŊpČ‹ēÆ~GP į*Ąn˜?<}wŪŨ‘z%uļaSŸą^\¯`5Ā]—$VĻCJU TŲj¸s÷á_Û{ũŧßķ‹ą˛ļĘčāŪÛzįí‡Ũqdry÷FΜ* TE§ēœËûīãdč)HU„'fĒ60Ô` RŒ?ĮGŋ[ũ¨îÜį¤Û‰e0€ČĸXŒˆ4ÔĮō‡oŸÜūņIB ī\jŽIa"(Ŗ”Ąh—Ũ°ZŨ֓ÜQäŨzŋUŌTæLAúČy¯û"<įpÎ9įœsÎ=%Æ,ã^ß"›¨XŸOēÕÃÉd26¤*cg*RcXŗĀ0fbU53zÔ:‰˙Ā×ežûįķød+ÁŸ^įÜlŒmČŒõ #2pÎeõÁŸ ļā* š€ÖYŠÔ`€!u5 2`ԅ)ßøĶ×öķy?Äį‹Ō¤ŠÃ!~úŊãģq$ŠŲ­t@wØ š-™$ ĒPG@ęLWîŪeZÅĐ^•ĒB,3ĖlŦį((0ĀJq*šsî čØķČX4Pĸ™å6ՀIDATļjNOđã?ģ}÷Į'Qw/՗0TŨCŖ(B@ŦĒ*V ŨLŨŅ2­bÕ\•*ėT…¤hG 2īúxÎáœsÎ9įœ{:Pc¨‚L`%R ¨Y֓7Š‘@BDDÄļ3ÎL€Ž67†Į>x|8ļ{jHĪžĩĻqå‹ļoų6Cį^ ã|Î6ÛRUuH6¨ Í4ŪõK¯X7Cúč°2ĸĸY$@­’Ér8yÎņéH›ķĸŋģŋ÷ÁaA—۝&ÔË4LĻmÎ4 Čš2@E)MdqņĄœVĶƒKSÄĻ6툋•ÄØüÂČg8÷¤”lŒY2&•ŠĢū÷ß_=ŧŨåĶjwzšÅ¤K¸4CN(T9Á ™ĢJŽî/ŅœTĶƒƒIäŗ‘ZņŗŦ§ÂŸDįœsÎ9įÜSbŦƒ2¤ĸhĒũjŲuKÛ9˜ %e+Æā@,QÁŠXŸ˛‘š% jfcČÁüąÃ=+ēi^Ĩd S@ũIwÎ}2R!„œs)eÚ´9g‰!!h;˛<[ €Uu03 ¨€ –Y2ą!˙LÆąjīß~˙žå0›ėĒÔ%R;=9ú†ˆ€uĤi÷&3]ÔGw—‹ÃŒAdc3ė›?Κ'ftö˙¤dÆÆlĄ<ŧWîŋ?—<ŲooÄ2éOQV8=ÁĐÁ ÂF`Āēâiģ;,åđnwrĸ)ÔH‹=ū-Üäg°Î9įœsΚ§ƒ€ŠCTâŦĸ\qŒRYļnŪ‹˜hŽ%‡’ƒiE6eš 6ĒfŗÂŧ 9øŖīVŧ˜ãi#ƒæŦ%1t|.D X3GWÛūqÎŊØМ‡ĒĒęĒyxtråōĻĮG… 9C!Bš(‹˜p^œÎg;Õ|ųŗY0C× ĶfzŪå9Į‹“A­=<ė aˇë)•ĀĄ‘ŒsV$ƒĀČčRęû9öÚũi<¸ķÎũa‰<(s`ÚVį)6ģŅ{ūåœÍŒˆD„™iĶĪtüĀ6ÆOžŲķLŅĻĀMi}vD‹S ČÃ{s*M[íôK´‚&"D ÂFëČW %# hš}CûĶwîĻ„¤‚P)ųúüĶá}ĢœsÎ9įœsO K(ÄÁŗ‰“ÉĻ\Ã@ $lúĀolWeôc¸§† ũbÉd˜ P-Z4Á* œMž6Keūƒpî…`5fŒĮf ¤Ėœ“‘`ēsp°ķōÎäå‡'WJwŦļPŦ߅!Ŧ ,’Ûļîû>'B*õ$ė]9øVŽÃây?Ęį˜399F×ĩ3ž”3´@"õCE#]/œÚØ Ŧf°˜ ĒŠëģ.WFQ€‰ÕíNt˙ÅęžVļuĖ,"¤DDĖĖĖ¤´ŊÎŗŋ#Ėëf(€Ü{ĀÆ Îę` cN …2ÁÂøj5´PęK×!˜CÖūŧŸæ ÂsįœsÎ9įÜĶ˛!N6.‹oGžō¸‰”×˙;n… öŅu–ĩĢ¯0nA5öÖģOi$0XHDd,āȊqPŠĮÎŊā6GęņhP€ d$,MkdžÔׯ|ķááOVÍ^PZÍã’c!2Ä`%YF`9äÕtōæ­Ë)āŦ:ī‡øŸíQÎiRÅÁ…SbU›AãøE !'Õ3cā­AŸĪ9œsÎ9įœsO‡t]Ô?.ĨđŖŋX˙mŪž™ĶuüņŲíH×ë14V‡xÔņt°ĄŠäŽ´(ADBŦ‚H˛ą=ÍæŠŪLÁšŌøÚ×qķ2P‘ĒVŌŨŧÄpåĩ[ŋ˛XŪŪ]’+ÂR)Š!gdÍ`tš&ļqÚ÷Aķ•ûŋüúĩŋē×~#Ÿž÷Ã{Ž)€(ˆLlüMųņCą=úũŠ” ŗq #¨™1m+ķhŨRąŪīK‚îųĨĒˆh;#įœ”-ˆ1^‡™ŸqLĀg6î¤uĢU* %bŒ@ĻĨ˜G”ĄL`0d’e€Ø‚Ė fSÅ…˜ŠéĪjßę>?¨9įœsÎ9įž#P6Æz•F@ČcnAPÎd!ŸQÉąęīŸ&2ˆA˜ęē1B1+Ļ%—!eqüų=Ķ†×ΚįŲzË˙z„õz’.ˆsR‘ÖJĖĢ>îėܸō”-˙ėĮ b! ļu9ˆŌdR +=>í"ŽŊ~ëW~ņ›˙×Ģ{ŋПLĊ׌}:eļŨ]~8–…!c¯G!€2…Âzø6ę šĖRÕJÕF…jÉÆdD șY40TséÜs‡™ĮSĘą\#įœsNDÆU)eü_ĩ¸UžŸų=:{>4nĶQŖl.]Ú?é͆Â"EUëxęj €L7UqS"6ÍQ86íŦĄd˜z…ÕSā9‡sÎ9įœsîiQ#T‰7…jŧ+(…‘A ”ƒŦ}|-¯ˇŗŅĮŋÖÅĪē1Á‹Ĩ¤DĒfƒ@üŲ_ŋũöÔÚÄ:ĨĮ\C fT °Š,Â`‰ĒęāÆå7Cĩęōƒ§?<]ž_úĖŖ(™Q% ¸pŗķĘõī~÷­˙ņå+ŋXV—ģSL§=ČģŌ JāųåĢ|'­‡,WH`†ŖAY 5×3 [AĪŗŲt6CNĻĖdŲz•uûģ•ėYīwîKŲÎ!X‰H]דДØTC!03ĘWwhŦ…?ØÆQäfĀW–‹"ûŌMĢƆ &Ȕ ÄŠ”Xa2ėMĐąĻ’BĐtŪOøÅā9‡sÎ9įœsîiŌGká đzUe|C8ŽŲ0Ž›Ķ؏˜+æøČģņēˇ•wŦú\›™ádgĨ0R#(Š˜VÅĸj›€’O~ō“Ŗã‡wž.æ"q˙ŌĨ›×nî^>āŨ]^î…3IĄĀöņáđΚ īėë]Āˆ™­dP&MÚÍ5VWn]ųÅŊŋēķƒˇ˙ß˙áŸŪAÎLf-´:Åõk/ķÍī~ķ­˙Ķ~õųa•æŨÁÁî0xČņéH…ķlgRˇeNG&-…JM@D&Ŧ“ÍoF0TšPUԖ¨†f'S, “R@ëJ2W÷Ãsîg`" L̈́yø-ĄČ”¨ėŽĻD ¨}Å˙¤Į6­Ljœ3cį2(¤ !¤>sË[´` ˛AĒ‚l…TM*LA0E!ō—äĶá9‡sÎ9įœsîiaË7pfM|ģeÔÆŲÔlēZ=ÖąęãkčŧšÁcˇė>N j´î&Æl œäŽšUÕ´ļÕiŨuu_đg?yī?ũ§†RDš"|ĀDĘüÁūOūėÆKŋđmŧ|ĩũÖ[!VīžžÖ“Ë{“Ũųņ<Č'•Ú8į.2đzåMi]KG†ĀŒĀ‰hN`†€´‡RUĨũå×ŋųŨ×˙ד“Ŗû÷īÎ'ÂąišW_}H„Ŗ “ÔMjŽĢi?¤‡ž˛÷YŒs‘YSŋōs×Oß}øáûק¯đéjBd ˆ`€Ũ`UâbžīėÍ~î;/Į –)/9QŪüÂe@Ô+áėÎįž+dФĨׁ#ð{ēüü÷uĸQu–úĻ‚"š ąg|~HĻ ŗõ눍TšŊ ž^ĒŪúųë˙û~įūîęÎ+ XŽ°ŋU”‚R „Ā9Q×ÅåÁõúæˇwKDB”#ķēO ûr<įpÎ9įœsÎ=Eë‚OüĢ3—Ov›įũ žNėŖ?lg:9íOĢ†=8ųŗ5?úā֐Y—FÚ g&˛Ā†X „Å˙Üæ÷Ģ ņ×ŽĖĻhĩę}ŋĄs/”Į%üøŒ\=Û VCcÄD˛ä vŽŠĄŠĒ:Ŧ–= ˜Ë8'ĸĀ€€ā‡÷ĪĐ }Ķ`īZûúˇožŽį‡‡}Ū‹ĶĻd à TVpf1épõáÁ+ík߸šs€Ŧ0ä:HXY×YÚē†’aÂe5?¨ģįÕļuü¸ÉÚäÅ'^Ķ_ᑄĮH•ōI÷ĒģWđúˇnܖy˛DŪiw1_AfP€1čUĶ°čp|íĩŲËßڟ^ÆJĩGáB~$|:<įpÎ9įœsΚ â#‹V6‚ĸ$Ũ€Õōč'ī>üūwīŊÜ´ã^^ļõ‚‚”ĩŪŋ—rĮÁŽWíî›ß$Õyˇ¨ęÖĖ;H;į>YŒą”TT‰¤i"ŗ"ĸDF$03ŲøĮ<9ũ J Šę›Y}ķ­ĸōΟß;~¸ĒyˇmvĂ01Š!eë“ ‰įŗŨæå7nŪ|­Ĩ ‹T8H¨ĢRēM%ĮŖۆ?õÎ}FëWŲĻĘBä‚U3k_~Ģb›Ŋķũ{'Į‡MؙėĖƆŸJT)3gĄno'ŧüÖū­W1,‡šÕY„†Ô4įũđ.Ī9œsÎ9įœsî1" J` íN–×÷f6Īw~đã“ũ¸ę–m”bY6;˛ĐMĪ+%m뚋ÎßûđaķŖ—v.7; 0G΃ˇuwÎ}2"6ŖRŠj§cĢZ)šm'€ņ8`33ƒM>ƒ‘Ę$ÎWķ.įédz퍉ņĩûīõķūt>ˇ*¤”CĐPUs]ĶĪũü[{×""CN•ë—ŦƐéåæõŊöę­öøazx˙hXËe—R_MĒũKûW¯^ŪŲ§Ũ}d`U4ņ`ĸC FRà ëCˇ)lÛėĪŋsŸŸžéŋʀ)’™ *Ķ+ŗ7÷vŽžOô÷?˜įÄÃĀFhÚ°ŗ7Ųģ´ĶÎâŪ5 ĀĒŦ2wŦ”ŗĒjŠÚķ~pΚįT)&ÂĖP%ĀT$ŠPÎã";—´špŸ-—RˇYčûeÉyg“kYŧúę՜‘ŗfS‰U b…ĶeJR…*„Ą }ę`Ō´mŸē3ˇ:FGÎ}~ ĘFÁ@ 6B7ôuUKāaX¨ĻiÛîŨ v¯šōĘdƒ8"FÄąėVƒõˆhëØk醁#O';Ãb8ī‡xxÎáœsÎ9įœs`cÅzQą0…q:O÷î×'‹=FP;-=(‚ Ælz˜†˜RÉ´ėw3CUâdn\1ą3ûsî1DdFĒ03U˜iΉČbŦĮŋ7ŗõ1ŠP3¯û,"a2į! EģAdâ'R…HT­KũáĐįÅCŽQD"ˆ ‚0s.Š1ų^×p(`€Âį;÷tļā‚1žˆ‰„YËЧĶ2,…˜bl&5€˜YFJŋŌ¤Ģl¤&F 2b—?šz*<įpÎ9įœsΚ‹ƒlėFĒČJJ ÄR°\TM…&ļ¨T Ā 0lÜŲģ­ŠmŠË°8A8/ą\B]×ČįũđœsĪ+‘8FĖA„ˆ*UUUļž Áˆdŧ4ķĘgaHŋėÉ+Šb3”@ŌnĨZ–Ļ ‰Ä8Š&;uÎČ}îSV‰mÛN‹ÚjĩŠ1l=† é&ؖķ~ˆÎ}]čú’˜+# )CsŒUŦëĸ9ĨLčģî!˛(„ˆ *&“*Ļ”úĄŗDęĒšdE7bđœã)đœÃ9įœsÎ9į. € š v÷îŪųp:E ĮīũÅŪë×ûŜ9€‘1›Yd€dU3ŸĪĒ¸\œĘěV9į>Õļ>ÃÖsÆ€ˆÆ¨ã#WķbŽĪF˜Ô,€RŅŒLP†j1!#20`jŠ/™Š*‘)V0ęSã#ųČwįž<*›r( cQTĘĈ`Õĸ„„L@AU¨‘Žŋ–ÔH‘KŦ` Z˜M8Pā3:ž4Ī9œsÎ9įœsîBŲ.Ž‰BX-5pYŦ+ôAÉ65`ĸ †œR% ŖÎ2W5 )%hãĢeÎ9÷•`6ĀhŨ`Š” cį6čē…tŨ ĖTY×­ĮÁãÛļĮđ€1 ēŽúsÎ}.JĘö¨uįX8Ģ u]ŦÁ dũS č¸sDĮ€AĖJëyæ&“°Į[cš/ÂsįœsÎ9įœģ hŗpĨÚäABĀbv§v)‡‰Ļ ãē—Œ”Œ‰b(Ĩ i•p”ė^Gۘ‘€}ļsÎ}ČĀcŗ/[¯‡ŌēĄaĶ™P ž™íLߏ {´,;^m 9Îûņ9÷õŖtf#Éø"]fķ‚ dŦģ|*Ö¯ĶņÕĖ›ë"°1@„G%"îËķC›sÎ9įœsÎ](ē]Đ2Ž QbfÔa÷ĩ—V“ęné1iæqŸđzË!ˆĸ*…+ŠÂ<ØI°xũ2vgĄāo!sŸNuą˙ŧ—î3Øē‹ @ÆFl0Ųūac€i3–‰Œ@ÆX7´R2e‚ŌŖ Æv†X÷5tÎ}>Æ°ŗÕ R2_\ô‘šņãÅ´~Ųj„EX؆—dJë—ĒŸ¯įpÎ9įœsΚ ‚ ÛMĀ0f¨(ĐMcÛN_Ŋ•Ūž=8=Ü “äDĐ:aÂøF;†Ĩæ“(‹Ļē|ũ*&ĸ_štÎ}&O8žÅXË(ĪaœyĮŨåc—*“m“ĒÍ׍oēåŦį'Ãįžx{ė__0Ŧ?CLÆ@ŲÔe0P06š3f@Ád0ÚÖslPĀV¨ŠyUĮ—æ9‡sÎ9įœsÎ]UCˆrP8•ÔTb{ŗö•''G§ËĄQTë7ėļŠį`ąíģx9íģ|õR<ØĢŽ_*­°&%fķ-‡ÎšOö¤ÅžÚūŠŒ ”Ā؈ËúĶd@ČlÎņ(4Z×vđ¸ĩœĄã¤ÅvĸĀöƒä%ʟ‰×ųÄ8fcĖ0ÆWčnÆW+&Û\ ãų+1Ų:ˆ$/qS†Š öCâ—į9‡sÎ9įœsÎ]Lbˆ  ķ<' ¸ōÍ7ĒU×˙Ųb´n9Æņ:ž“įUIĶWÛW_ĒŽ]^ĖD‹Råģ sŸîķį æ+zŸMŠ`:ŽŨ)ņvĀØrÆ ŒqëNVDĘdã*ęúæÖģŅĮĒŲ֊œ÷ÃtîëÁ ›ŖP†iÖĨmaĀ°ņEĻ€ƒv6§PēūC(›ŌĢč9Į—į9‡sÎ9įœsÎ]ë’ R ŖČXęú´īĀ|íåˇä0Ŋũö6Ĩk0íŦyÜiX `„Ā…šfŽũĨ›7Û×^‹{{'‹^$›ųŦĖĪ66ī&Ũ „l qėYa`%ĀdŧiÉ­g–7ļųĪ|áēƒ }ŲĨáÍDâGË/gīįĪÜL:öÆ9{Įžę'Ø} ŒéæĨûLFZ$+)kE ŗ €õëÔh39(3`‚” Đ8§|ŗ‚G¯ũą>ÄCįž¸1`d;Ëm>ģ=ž=úÉë‰åPķ|ln`d€‡O…įÎ9įœsÎ9wA(=zŸ\HMPhŊz¤%ĩ~Îģ¯üü7˙oWŪûŗīßųū÷ŋd:tZPH;’BŠâP…pyī­ŸûõöÍWō´9^œRŒ…rf žôRûÆ°`Ũ‰ÂŒĩč“$Vĸ‚P Æ ĻžĄJl›ŽŪĸŒ„ÁĻ CĄJPãIŖŽíFo>c°m×WÔH16ÍHÃĮĻW4l:’3č¸ZĒÆu¸36ŸįŌ}ĻÂ6„>A+‹EdAļĀT×M.(+0Ą"Z2wÄIV}ŸŠÄ6"ČPŠŅ@Æĸ2æāJcĨˆŠ˙ œû|”(m§‹?Š%L:î/1Š™9A‹j—‡(˛siŸ.í6×'čm×9)K˜´aļƒļ5Õ¤S[f3Š"703üÍøg SAPH3k!†‘Ž›:Ų@–E9ËĸŦ¤…Udēž’`"lĨãē$onáÉ~ëJŽG_Ĩ›īúƒoģkçf*Æcã,˜xÔzÃ9÷ԑ!j Å$“ĩÎ1?ė<89<šˇXØüÄŌ í„¯]ŸžtĢÚŋ´Ģ™cU8LVĨCIãąaÎX FĻ"ƒüPîœģ€<įpÎ9įœsΚ‹cÜkvš ĻJĖE“æ4dĄÄĸ˛;É;ą˜ĒÂÆÁ™ˆŦĪE ƒq¤bD+…2SôÕąOGjČ C e2‚ŽģôcO*S…`'Z×mljĘcGl†ŅŠOČEÖ­´Öķ9Hm}ĶgļŠ~|”´ņXW2î<-ō.īīīÜ3!F-Ēá4­öęēá§?:ē˙Á‡%ķũÃĨę:ÄŌëŊĶÕņOī#.žųKoí\´ûU%ĄØ6‡]7É!l¤Šī"wÎ]0žs8įœsÎ9įÜņiĢá9geŽ"$ŠXQSí]-)TDÄ`Ą…*5uÍU VÔrB) ›:÷ ”4KŋÉ+8j€ĶĻ-Å8rƒ DĻ¤Ø„”il/C(´.›(ë)ŒM›‹M|õ¤OūŖuĖÍ×*€í@Ž3˙b˜LדQMĪüÕ¸<:vë‰é@>>IÕ9÷´ą¤ĩmr›Oq÷'éƒī=˜/›zgfW˜w9ė0ŠŌ ēxĐÃŪûŪɕĨ\GöÚJĐ+ƒ0Á”7px÷0įÜEå9‡sÎ9įœsÎ]tfŠĨ>^Õc43UU¨“ŗČ|RT"!fAˆĖ…JšK)…(UŒąčpŪōšÆ0ĨĖ` #ŌĀČÆ ãčoB†1CÔ €Ų:BG”*„°AdĖ›]ŲOuloŋdl/nõ›2Ú *6Æ ]ë+­ŗ25Čz Ē´"âœ{ęؘzÚĢ¯”ŊũįĮw~øĀVa‡¯Y%LSWu=JF 4Mĩ;š)íÕÛīŊke%Ü\Ą*ėĩ™2, •c㠞 46˛c%ĀsJįÜEâ9‡sÎ9įœsÎ]4ëåíÍf} ĒĨ”R"‚…+õL ÆffDÄĖĖLDËåRĩlĀŒˆ¸xĖņéØ \XA† VbFŨđ3Ą2Ä ›A*lëáädJ*Áh=/Ü"#|ąäF (1ĪtŠŋáXhB°@Æŗ‘”    *@VVŠŽĶVסŠmfŸIîÜ3@*Šččč.îūôdqû“ƒihVˁ¨•Ā“4#'Ėä^OëŲĨ“—$§ÕôōŪ!F-ÎëNtFcr ŒĘy?Jįœ{š<įpÎ9įœsΚ‹ãė˜‡m“ŠžīC!fN)SfŠ"ŧĖŒ1Ā™eKYKVNšĸ €„‰(iJ†U ŪęäS‰Ą.HâØsĩ mĪubN<?„J­Ō>ׅ+%ĖÂf °˛ą™˛Á€ŧKÎëmØ ex˙hĩŒínšƒuĶ AĀØ@„ĸ@Rī6—z;yīí;×^94btEŧÍ#įũ¨œsîōœÃ9įœsÎ9į.#¨ũėUįíđčÂZxŨ É6›ôíņ  U€ĖÚŦ’ûē6ĖlÖ=ŧB"ĸĒ…˜÷Že<āđé˙˙ö˙áŊ˙`~ēŦdŅ6Ŧö Ūœíüåë7õæK?ˇpu'-ēĄīƒ–ZB‚jVŗ:ÆŦ P`Ŧ_¤_ÕÚ6&1ÂfĀ‡’1KčNģ.åŨfWÚĻ;ÅûīæģˇįwßY•ĖV¨T73™î„8Ĩ[¯\áLã^JeĩčK[[qÎ=}lŠÅũĀL­*TÁTa¤ 6 j`‚!‘ BVz:P"}‘*0Vl1ņãŠsÎ=§<įpÎ9įœsΚ bŒ:Fgãū¤iŗ™QĒŧž‚mj´Ž€†B^ŅĖœs6ŗ#3ĢĒĒö!VÕâīŨŋ÷~ōö=ŧ{›pŋ–ÔõØßGŽ‹T9đūOūäčÁ_zũ_{å•ˇv:ĖŌ‰ą&ŌA)ŠS#.›A›„é L ŪîãVŦĮqF ŒšÃ1îžŗ¸÷ūáŅũĘįXJ,‹ŽVVN Õʒt:ģ‚IØíŌ1bd͉=÷rîY0‚ŽNŨĻĄÎ `ČJĄˆ ąÆNÁ´ŠpęŌr™%#bT°=|øÜ9wqyÎáœsÎ9įœsĸ4F˛1šx„ĩĮēZ)iŨnęlF&иS 0c7%ßž? !˜­‡ˇĢjÎĀ0žŨđŨ;üĪo˙āŪųéaÃÍÕÎ$•(ĒXXN‡áđÁũŸÜũā6ãž˙Ë߸ZÅVBVësS+Ũ@dJc>5ŽĻ/8ņÛčņ]ÛÆdœ“í6—jĢ?Ä{?<úā§‡yÉ vÚx@@!¨U-]ÎŨ btĮķãÅ+ßēvųĨĀ<ė´dhÉ"ņŧÎ]dËÕIΙ›Á "ĐAe}XL@ Ė@ĒēîK5”< 9gf0ˆ?’t P{ōy?Î9÷œķœÃ9įœsÎ9į.۔c0ÁŦ:>áK€ÂFļū26ˆPđzy|Ė8˜‰ÔCŽ Ue^?ĩ9įqDG7Šū÷2ü?ßûá÷īŨžŧ|cgēsûđ§ \ēVĢe˜ļÕÁåy;˙“ܝūäíךɯī_žė4Ũq§ũ°BŠVAØČlL8 lĶb˙‰l~´ãšæúØDĻ“ē?Âođöa: íMâNwŧ$bļČ$B"AuÖ8œ.>\ž† “Ųåörķ*q'65?Κ§NA¸0e‚‘ˆ`V6í§DÛē;2ÚJ…$ão3&čúuēéYČĀ—é‡įœsĪ)Ī9œsÎ9įœsî‚Ë5 @"ĐãcIĮöjl:ļĨ"Z÷­ȘmũĩÛ¤DĮ~'Æž4`†#•R„˜yYō˙įĪ˙۟.Nēi­M€@•Dšž!1EQÉ}Éw‡á~ôמ!ĶŠ‰HBIĢlĻ†b›Y)ãsNøB­ĢņŒÉ8p{ÜŋŨŨy÷ēfŋžLŠ. Ô,D& "@%Î4iĢÉa7Ü˙ādįr{ŗž 6ŽuLŲ›ā8÷L”(íė6“Ļ”ŽÖƒĮĄ SVĻu§AAR€´j¤™4$EmX ËŖTRiŨĒĐ9į.Ī9œsÎ9įœsîâøÄ,zŧcÕHŒ› … aëžWFëå0cŗ˛nÛĪ9ĀĖÆzŽRŠˆTUĩZ­îŪŊ˙į?|;_šÂĶŨÅÉŧlv÷šØäœį÷îĸnšĻąEúTëēŪ¯ëŸÜžũĶK—_>¸|=DŠ3h. bÛô­z”QčX—´OŽF8JÕëƒ;GËŖa‡.×T§œk2)Lƒi(€ʈģÍåãÅžwoīÚ­YĶ˜u¤›éΚ§Ī„ô`rˇí—ķžŠe†f3Ä`h @0(ŌdÚĖvP"'S L=č8ÅüŧŖsÎ=Mžs8÷ ) `P 5@0˜ĸ4€W#ā~Atãģ…Īs‰G Î~Īõ'Ųlŋ+Ā`ĀŠ`%$āĐYa)§ĘE Ęŗí[‚’ŸfÚö@ 3+sÎŊˆØļ}q(“PzÔåĖ7Ë×#āŅr*lũëŒÆŠ›ßmöą éΚĪļ}Ũ¯#50>rŒ8X!QŖ#˜û#ņvhĩAãÍŧpĢČÆāēî F:VēD QB)ĻF$UĒëķųÛĸ™fe¨ōdÆĖ)÷ũjeĨė\ŪWUKš”2‹uŒą$=<9.ŠŸtÃ/wå•&61¤´ė´S.™Ä…X …ĀXĪJyÂû?žsPcÛįLõĒÃrŽ:DåĐ Įt‚Q$bĀT@éėjŗČÍüđ4uVĮĒO:ôÅúŧDÎ]XJ:ۙ„ÉaÆÜÂ.Œ‹)ĀtŒ:ļ×´ąoa….÷9¤Ē Õ] R˜ŒÖ=­6“~ėE;”;į^ O?į° s!čûžˆĒĒ:ī‡ėÜWĘ"€ŗq`V2béÄéŽÚ‡{—â|øĶ;ø÷Ū0L?wÎĄŲUR3¨Rˆ\“ ÚײŅ”Ž °Õ°Ŧ+(ö6DÚ3TãVZoŊߡ!J–ÍlÆ{Šū'žÍUŨ•%‡#AUrŽbĶ ÷‹Ĩ”øhœ!%0 `yÂ÷]Î9į.%‚9°1#§••Ž‰ĄmĒa5Œ-rĖ Ȉ ”‰ÄŦVeRĸÍ€@l`HÕ`¤FPŋiœs? Ųzíö1.~ymad„ĖœĪœÁéãžY SúČßŋȘuÜ"ÄĒŦd*† h(X7¤‚Pĩ‹ŽSą—^ú˙Į˙´ÜšTĸ€ĸƒåĐzûtc3“†Á`\ĻĶ+û/‡Į˙3*=YíīĮ÷īŪ§k­&KjSE3ķ2jæ"6ĀƟäœrÆ7 d+BŦ6Ģ‡‹9 Ø 2EF;A*čcPš‰Š°’Ē)C‚ũ)ßģÛĩW.-æÃ*¯zB,Š=yôâœû<ŒPˆ'3zå7NŽŪš{īŨ;¯ a~?Ī&ĩ*„†*’‚TŖoėtXĖöÃËßžR†œŠ•ļJ9ŗé˜Ú*ÁH +ļāįWΚ‹äŠå'''ģģģØäcČ1 Ã6بëĀrš$ĸļmĪû;÷Ķu f) 6 ĻUB.W'ūķˇīߘ âį¯į¨ęrŽBKDC×K°ēŌaXi)ŠįČWMĢTrŦȃĸ=ņŽŲ'Ü~‰UUr^ŽVA¤iےķņâƒũĢm? dNŲ,ÕĖ°:ķŖ74ã{1‡ãœs/$%pU›Y)KK]#:iëXR9:l¸ę‹ųáqˇœl2Šö÷ĻØŲCŦ3[§ļ*1ÔõČŌ*ƒ1ŧ1H(m‹sŸË'.Z}ÆÖŨōšvõę™Ë ČĖFZD2ĻLĀ´4d–AhĖ9 Ės11i6%A Zß%ÎĄš;_åN9e˛ÔXÆ\LjŠ„aląŌ/ÖP]˛ū)o+}BÉČ B¤æm&c¨&V¨Q!Rļ @Ih›Ļ¤\Wŗ“yƒ'ŊĒʲ7Žrî™PBŸûPĩŗkrëˇq|<˙ á ŨorŨ îÉĻ…&x°ēĶ^­ŽŊq0š‹ˆDĸœRŋē4ļ"4Öõ/ņ:į.–§–sŒ!ĮršŦĒj,āØvģÉ9ÃĀĖMĶL&<ž8÷8Ķų xRˇÄ“Ũöꊏ¤ĘŦŠ;‡ŽB=dļuWåŸq Π¤Å´"˛Á–TRÉ)ŠîÎ&Cî;‰ŗ^Q8fęK%ūø­u‹Ĩ†& mŌ”WYÚĒž:#Ĩh)Ör@h„(åœaf¤úØ;]ō(įœ{ŠaŠXĒ5ī‰ŌPpīŪōŊÛˇß~—ē”—ƒvXîŖtM•Úöú¯˙\ēÔNĻ$4#Õ bÁØ1įl[œqQĪ7:įÎ˸ũy´î5~ &L&‚T¤B ÜŠ ĖH!4ļŠˆb„ZID`ŨŠol÷ĮdZÅPKÖ‰ËĐ7ąž§Bl›H̔ d_æ8xf‡)  lŦ€,‘Dfd…,ëŊK›qô› õ GšČ´].zԚŠ9Y>ī‘s“‘–@uÍ^ķŌˇö‰õŊīß[œvËFXDbB)=$[bŗz鍃Wߔ°ƒÁ’…^‚ĨÔbëļŅ¨­§˜;įÜķÔrŽårŲļícčē.Æ8†!„1ų(Ĩ”RļŸwîE˛é†i c-Áz‹˛ˇ<nę‰Ø Đû„ūsį  f­j!V’žŽP)Ė–Uŗ“úȸ2“JŸxkm#Ļƒ§uD-Ã0Ŧ–ĮenŠ&;—¯ÜlÃAgį2°¨|üz‡Oįœ{a崌b“`;LX.pûöÃŋøņéûÔ§}ĢÜRÕP Ŧ†rē<–“wūķ6¯ŋ~ķ­7§W¯VL'˅r¨ęIΙÁØdĸ;įž/l #lvõ‰ˆĨÄfĀ}ŪĢc•- š ÆĻ#ĀbggvĶ™a˜ÕUĢ\Ō*Ԍ<#ûō=ôŧŅ˛Š“#(¨ÄP.ڑ†ņXkR  †Š}t+“ ´H¨J†4íVžÛÉšgGjîōŌPڃÉK?ˇCœüx9ŸPœąN€C*´Ė6W]|įW^ŊōÚlv€EéWé(B bÅú„Š^Ī=[<ípÎ](O-įˆ1Ž;TNNNDd:(ĨŅjĩĒë:„06ŗęûžišķ~āÎ} PčēK˛1lÜKeL5Uû¯ŋü‹étž’!ØļnÉâsß8„˛†ĐŠÂ†e_Pay‚Ģ—Z͍ɎPkŊ0Ļ PĐ'œĘL&“Õj•ē4ƒĸÚ 8TIŖT7^éW[\%°&ĸåŅųa oČSįœ{Q1”1ˆZÆĄÃûī}ø§˛z÷ũz9ėR˛Åŧd-PŠ]ĒÂņ{wŽēŽĘųsŧ|9–”‹JSg@IŲ€Íėqōž ΚįoRX6‘™1 Z*Ø ´ŧŧwirįÎP7ĢdĄ+š@fŦ'§(LÉLLŲ´ŌģūÖd6jXJ§¤$…XhüFJĒô(H°'=&x–`ú°eM—ŽÜčĒfŅĪc”'šCΚĪËHŗXA˛Ü†öŌôõúʕ=;ũŧŸ'åđøHuhwėęÍÉËo^ģō2t­r˛^i)ąSŌlLĖĻĻÆÛQäãH`¸ž÷uΚ§æiæ9g"Xõ}÷îŨaž˙ũīŋųæ›×¯_WU":88đÃŊ0Î42^'ëœŖdBÜ˙å_üëŗWŽŽēÛyd˜Qœ$pŋŪ[ņŗ.4“ 9Ň|øÎû|įūŸe{HD¯ŋōę¯üâ˙Ô/ö+\nęÅüd2jøÆôņ[+Ųˆ ãĮES uÕÔËn:xķ•ŋa¸Žų¸”ą h}¤>Ũˇq9į܋‹L›ČĻ°ZęŨôÃå{īļ‹îjŨŠ Č@ļũ‰ &A^Ē›w=LßĢŖė Ívw(ĨFŦcģ*:œsįÍē>)ÆõA6ĀĖ9å*Tp(ÚŪŧqŊš{›úĨ•ĖR“\,¨Úq6Ā@Š’T,ÕŨâ›7_ĢͨRŖ‚ēŽPaHmŊEIĮžú0|‘ocŖ1$aÂXŌQ@˜Îdw¯>^äŦĢ@.l+9@<ž‘ŗ$d•ÜĖĒũË( įb1˛¯“:÷,(i*)T˜ē~%$;;ģíë¸z ¯ŪÉ i‚) #eÄCYôe‰ÆšJ)Å`ŒbÁÄ0€_ž^Ė9įž3O-į06§úÁ~đ¯ūÕŋú—˙ō_ūčG? !0sÎYUoŪŧų÷ūŪßû‡˙đŪēuëččh˙ŧģs_čĻc•lŪátŪŲa×ė\žvųÛu|­¤!ä˛Ļ[ŋ !û™—Ę)N0”NDŽī>|pĒÃũ°ØĒ7¯üŲ{‰tŋĶyŊØŨ›Ĩ”x]”ūŅ[ĶbuSUąV+iČjE‹ęĻ/Ą@&xã!‚&‘圔ü͌sΚ5BÁ”…VũũŸžsúūûM*ûuhZ13I´ŠT-—2”fM{ öāôøč'? ŗŲ´L&“‡)#Ž§ĻVÍÆõ 3îœ;gsÖņL~ÄĖŠ$3#ĸČ$)ĩ_ŋyũڇ{÷‡aš:ž™q¯ĒĨÂĀ4VĨT,Ũ˜´ų­7hÉC`I–ZŽW)“ą˜t}Îū…ī?éW3f$¤€iąģ7Ŋzs/—“Ž˜U&ļ>BX@´°fRĒKÁęÚË×ÚV‚œûĮęŧsO‹TDX‚öa1G>ÆpŒ{?ÕÅI™ŸŦJé›)_š1{õĩzr ũɐëĖ!TK6‚3Âļöö ĀPũ2Gįœ{.=͜cąXüŪīũŪīüÎīŧũöÛfŗŲ|>˙Š™īŪŊûOūÉ?ų˙â_üöo˙öo˙öoŸ÷wîĢ1ļŧ 0Âv‘fß4ôĢĐå&bEĩLE§ÁEWw~æeáÔ+ˇÕ¤։íZáF¤^Κâuõ˛;Áꠓ¨Ú'æãßZ͜—:†!įĻĒęļ…é˛?\Ø Hf;ŗH‚TUUõ]*ļ}×įÍĶsîÅÆĩ5úŧŧXN–;Ąj@éč0N&ÅĐra…€¤nŒĶŅá~=áXžœœ~xgrëFœN0V  1ß#ėœ;w Â8š—Ĩõč SŌŌãYž”ŌߚÍŪēzåŪŊ‰š(Œ—uq›)P€Lši’Ķ;—ž{ũ =ĘĐbČ&ĩTËå°ūö%ëÛžč9ˇ>šŪœÁkŸ–ģûĶƒĢ“Ã;''ËeĘTâ¤dČ™ãŽą*™Q.ŦVõ$–áôōÍĒÜë*ļdÃy˙ˆœģ Ø´ŽUJ šnhOLŪÅû?¸w˙ŊĶSRHƒåōÁ;÷?|ßxŌ÷¯ŋZW3ŽėÛÁ>¸Gé†xxR>ŧˇųīŋõí˙áÛßžTtš’X6˛qÆųXøpaÅúDĨ/VåFÛeMÁQBl%IĀôj¸Ō͒–Ãģ‹ķå~ŧĢĒĒŠš/iQNúaņæ/ÜØŋ1ŲšŒĐ"‡Đz+"/īvîY cQĒiŌ?ÄŊŸ`ūA¨†kļR,pOFR4´Ŧ5´)Ü?xg¨ĒūĘku3ŲK4čĐ3…M@Ē € ¤›#ƒŋxsĘé[5fD ĨT×u×uŋõ[ŋ•R:88¸wī^áõ×_˙ßø_ø…_¸uëÖáááũ¯˙õ÷~ī÷ŪyįUL&)ĨūĪ˙ųoüÆo´mcėûžŽkĪ9ÜÅŖëŗ~ļ( T€2Î'­Xk*õú= 'PūœsČAJļ‹Ā8ßĩŒ9 ŒEEîd ¨ Ÿķö‰”Eh= VAôIKNc:âœsîE¤‹tCZt}IL¤$ÎD@A2.BŤÉ@*¨Ö{\rÎÃ0 e­ Âdlgō %ĀÃįÜ9"=ģH2Ī} a< †äôôÕë—^ķ¯Zø÷ŧ˙Žčųōîj ‚ŊbáŠŪēūęwv÷íĨ7~oÖÍmÉbf¤l›) ›ē ]ĪúۄOul¯ŧiZEaŦPIeæ“jˇšúzSMëv˙äôÁ0ŋ÷p•ĨŦRA–ˆØrĩO“Ļ}ã—ŽUSÄ]P5(:XO(ëc´sî`ã uŲ†ŸūŲawog†Ie@Ļ 5Qe"@#PŖĀ,TųęŅíryØNn^~+TĢ4°đĻ" ›/õ֠Κ é‹äĖ<†ãĮĖü‡ø‡ßûŪ÷vvvëēūõ_˙õßũŨßŊ~ũēĒŠČjĩúģ÷īūãüķ7ķ˙ø>|āŋü—˙ōđķoūMĨŦ7‚ĢĒ§ 4™˜Ā[(P†ÔÖA~æåؘT˜ĸjwxŅxâbZÃ*V)ÆëkÚf3×įģ}€Č@FëQ„ëM˛}@Ÿ­ƒšķ~–sΝ1T•ˆ„9ƒB(…ŒEÁÆd+ ŒQŒ(›Ēš–lÛЃÆŊŌېđ_1Κ¯ŪŲ&Qd.1äxôWãIx0ėhÁũ“[Ķö7ŋņķßyųÕ˙v˙Ū_Õ}!ŌŽŋ"á[×n|÷ęõ—ÛŲ,—đp)‰e 1Æc™ÚŖÆų €Ö3B ßĢŸ20ž7B `F9[ÎeŲ#ĩ’ëũŲ•M¯îõ'8ūÃRËĶ>ąæŊËŗK×ęé> А j+ŖČˆ›ŅÎ=dÜōDņøÎáéŊŽÍWę ˆ (3EpVĀXĄ)&T¯Ōn÷ ;ųĐöoPœ`0"Ą`ė€÷ččÁŊˇwΚ á‰sŽíXU0vú7˙æßÔuŨ÷=€žī˙Ũŋûwã•ĮŋmÛĀŅŅŅŋū×˙ú•W^iÛVUûž˙ŨßũŨŋõˇūÖöjļņ‰sŠ=Z aPĨąĪĶ6HXŸsoãõû…'Ļ„ĀˆaŦëˇ˙  jHË`%X(ŒCvƒL°{Z¸”=ˆĀ$B*Ėģ•Ō`čH‹1XĒąvŨŧi•sĪˆI@sxŋ?ēwŒg­Đ€a@ŨŒoÃ#,0°Æ6Ų4`/\:Í÷î^~xi§E dŦ† ŒebÛŅĄãŲ•v8į.”'Î9ļQÄļöBU˙÷Ā0 "ō{ŋ÷{ĢՊ™K)MĶ0ķáá!Ũ¸qĀ?ũ§˙ôˇûˇOOOëēūˇ˙ößn‡sœí…åÜÅōøŠ?eP&J@æąöbŊ7lŒ žô}‚”Ą…ȌŧMdB *„DÆg<Áˇ`;sŪCylåšŊģg<ūFĪ9įÜ &õÃŦŠŗiÛÖŽ(“Â:%ļaÄZ¸wĀČfĢRrŒUŨVÍD%öÅ íÉ2öDá3ˋÎ9÷ãõæ¤õj 9 më™ ļũõōK3ĢDķSžBRKČ 12ąŽ §ŨĸׁŠŖ„.‰aāqg“=Jv•R6Ž÷!l›Y}ŪģNēŠį`3ŠœĶĄdbļbCQ5íÉĸHLĖ…HˆÉ”zMŠôēĘą‚Ą7׌mŦV÷ķįž 6ļŒwO—§ËēÚi +PwI˛ZmT”`¤ †aX ŲÅ2ÉéÃãųq3ģ>‘ĒÎf‰LAaœųcDŠSķŪsΚ‹å‰sŽíøņŗE?ũéOûž¯Ē*ĨôkŋökcGJi Bööö˜y†ĒĒūößūÛ˙āüƒc)åŪŊ{ãHķm^âMĢ܅CgJhŊ]‚ ĮY<žK!%3*o >įMgp'zĸx IP€zpõ H´3,Š’=ÉíŊE”ÖiíS'•Ņ6ņQfÎ9÷Âa §žĻĶƒƒŽ­t‘• āÜGéƒĀ A94Œ  áÁ4QāĒžėíČŪŽTÍ")3)x\ƒ3ÖÍ&Đáœ{>§Å (Šļķ3 ČR×OfS‘°\­9Q†Eb”‰BāĻ‰­TĒZēUT5 J‚1S‹CX?ŪŸŠė ¸ģ ę0¤ũ0„Ę,(‘Y.F™¤ †’ÍTMMˆ10#0Šö€‘ŒabØÆŅKÅ÷ƒ;÷LkÁjž­¨ˆĨ˛TŽĄ‰öhzY0ĀČ %#F(G@LĩdŌĸyHXH›i3-”× ƒüõëœģPžČ|U5ŗ1įČ9‡†aĐļmÎų•W^#‚™åœcŒ)ĨĒĒNOOgŗŲõë×īßŋ_J™N§ãDdŪÚĶ]8|f:ˇr%@É@ŒņÃmg'Gëĸꍋ’ŽCĘ  jŒ‹ą=yNVĀ()ĀĐ (ŠôØĩŒ7oÞiČÁ&ģ?nŗŦ;g{î”3+FcFSf!lšweP€3ûæÎĖžũČsŊũVüŗÛXÁ Œc-’ Šb<ãT#URŗiĐņ߈sÎ=˙TQĐVØßŅiĶŸ†>ÄH”•@Pąq“˛*Ą0ŽY5IäɌ÷öąˇ ŠĨôĀúú€™AÂ_ŦU‹sØB}âr9ŸųÛŗŗĒ?bü+{ėLõ:A!{ėŲ;ģķ™īkëV{ÔÖõĐõŠ^™â¤2&b\ƒL‹åRJŌĸPb5ņcĪ*HĮŗŲõČĸíwyō­×dd´>Ãåu*Ŗmšœ@ÉLAZ˜ RJ9ŽEŠRĖrIÂãÛĶÂdÄ BÂŲzûBodœsŸM‰ PcŠô]Ē¨i&ĐļyĢdJŲX’*rČ8Jh‚hIštT“ÁÆxcla RōÃ9wą|‘œãlÆØręôôĀņņņßøCUĢĒÂĻÃÕ8Ėcüx2™0ķwžķß˙ũß'ĸÅb1†Ĩ”m™ˆs‘1uôāšqofĸ66 eP Ā0Ģ:>˙íŗRÕ …K!*¨Ų*ĩŠÍØXcŅc.B…đDŊáXAĮŌXÎ1›ÁlX_eŦõ°ˆ1PyĻī{Į'ļųžÛ7Ū€)Ĩ1[eĐ´nÁĐ­ëį2îSúŒ lŊ“ÅÎ~—ņRõ-Ĩu/5~âÚւ„e`K˜VÃÉĨÉũųą–—ŠĨĄPrMÔ¨Ē!™/$vÎ=÷” ‘†åau°sãWéƒ?Î?ūŅ/Ũ<¸Â'ĮmZ7NT˜‘$Lõ|šZŠ\žųŌū/ūBß/–ĄF[™ĸŠ)2ŗ™*ųœLįžĀXŧKë0C1Nz'4X!ÆĄ@ 2ë6P¤3qÖįD¤…ĮYĖ@´;÷‚8;“c{*Čl|y{ĩõ&k1 Ā›Zn%ۜ\‚ &cŽEylcĖāõ e€uû<ŗn.ž(T cļzs PZoW!V3*Ĩ˜*Ԍ –ƒB5!ŒŨĢl¤Q&Sæ@ĘLJ Ëú…VœsŸ‡TĄ+^öęŊ0t›×Ü3’fÄ°ˆTuš¤~@‘P7uSĪ‡^ÁāĀë|=Q"Ā,žPĮsį܅įg%Î=;ÛbŽqöøĘ0QŦ‚Ûēgî¸dNOԘƒ ëÁãČÆj`ƒ˜UXˇĘÕņ}Ŧ†Á˜ŒžxÍÜ F0¨S0,nƗw"¯›üžĶéŅļ— ŠĒ–”ú~•3Ĩ \sˆąĪß ¨+…ôa=gŨÎԃlÛÂÛ|r[^1†ö¤5žŦFlŒ@Ļ°ĒĒ`cVÄ ßVösNįÜׂEh žti÷ˇ4ååwn?8Ų!ŽŠ"ĖHjŊYRt˕Îv.ŊūĘūk¯ōūÎP…^U­D"2f(ézáĩĀë9œ{Ûâ 9ķÂaC9ŗG„6g;ĸl¤ãiĄGE鍴™KacY€Ã'O ŗO¸Ž|âAĖÆëķö}s}}üקƒgS–'`ŠÉÛW53(P$! 33ĢbK$fĩ*k1dcaĻP֛Ļ›ģ¤ęgĢÎ=3ãņŧžVílÚ'ęÄĄ@Æˇ‰¤d ,’ Ģ]îb%í´­kęyŲI”ŒŒ H@!$dōųûZ;įÜķĪsįÜ×ŪæíĄYļ\J@Aæ'ËŽˇ*Ōé —ˆ jíT´Mbą™CōŅŧéėžÆ/s¨ˆZ!Ú;čŌ€ŖH0(x01Ā$Ä_ /sΝ #™¤Ō¯ŠÎĻ{ģ¯ŋ9ápâüöíIĶ.SwÚ 9e%æäAŦģ.īŊūÚÁwž‰Wn¤IÛÁ ąGŠÆr|¤iŒsîg˛Í†ũ3kņ @ą>ģ(3aĄ—ąĄÜŖœƒĢŌe@•xėˇj`ßüû5ŗ.P>“‘ĐØØvĖ5H„…€j)šXHĖŌKA*dfBET˜Á† Ė4nįōņIÎ=KdZU˜Mšmt@§eb šd|iUfX_ÔÔ ^MfĄ™UŌ˛e3ãą\LČ@Æôč­¯sÎ](žs8įžöPUUĨ@1FŠfž4{-"Õō@ƒy*(=Z5#{cƒ‚F6vāą;€Ųj÷¨Ÿõēķįē@2 ZbūĒÔ‚•IDaļņ†ƒfUSĪ…sÎ} ‡ØĻl]ékŠâîAxUŽ‡fįĘõˇ˙ôOjŠšŊ‰H„Q¯ĨōĒĪßøKŋ<}ų&n]ˇē:6ëƒG2ļôØģn6ũH|įܓú„ ›˙Ea$ŅqėmŽĪgĸŽm—Ēq,ÁŖĮ¯“ŗÃWÖؙ‘JŠ(‘Â@EČDBˆDd–”SQQw1ˆĀ ›’įpî!­LĻÜļvĖKp[Õmô X×Ū 4†ãĄžÁ`Ëu˛ßHCJÎöxĪecP`ķ’,įÜEã9‡sîkDAgĮ€3°iûŽšJ6"ĸŦČŊŌũRĨi¯ũģW÷Vļ\Ļci(cŨ+Œ °@FlƛŲ’Ę™‚t]ėoļŊÅyŦú7Ë?û’‡PeVšØAčk]"r0 ŠjĻqo¤DŠ Fæīs_9›rĄĨ• (Îöųĩfvãæwŋũķųáƒ?¸sôđ!Œ÷/_yåú-š˛‡IÄn›‚<ĖyÉ P3ĮŌ—`ÜNß$ėܤ¤ØôJà Œ¯)âąīĻŅēs§” Ŧ 'č&Ū Ûxyv ļŸŸ|]=ĨŽŠ@`V@ŲĖ TUPJÉ9§DÂ1‚YRÉ}ĘU])0#čØŅÖÔ bž-ÜšgƒJJĢvWŽŪ˜­ŽĶüÎéb&ŧ#6Åcc&•1īį<›ĪŽÕ—nîđÄ2z#ĩuÜ­€đ:ēf6/ÎsÎ]@žs8įž&>i|əQ!cé})Ĩ šĪ ŗ˛×îĖōd((KPiPä dcãi64VīlMēŨl€3‘qhÆļ›  ĨGĶ&ņ9.ąîgÍH] Žŗå”æZĨÍūIeC+3AĖŠĪŨuÎ}]Ŧ–}UU!6š ‹œk˛ĒmĨi0ôa˙Ĩˇžņ1Ā(€XK‹.`aē ”+ V( R6öÉņ=ãÎ}c1žÄ|â ÖvSŋŽģ÷MƒĒŌz$ĮŲĄ€1LXĮŨ!ũ>îëáĖũĖ'Í DȈ"ؘ ¤ƒ†hQ"ØZĻ`%“‰q*‹žaTĖ@Ēâą´sĪ€‘žŽŽĻWnŊžŸ:yûôŪņÃģĘiˇŨĶAmũē#C‹9Tp:ÜߟŅåWŽėßjšÖžƒå”!mzđ8nĶd=éŌOˇœsˆįΚ¯ĩõyD„ˆ˛Ļ¤9ÔØŋ˛ŗ¸û ĐuUJæČÂh*Ēēn5~UØ Ca¤ąCÕ:íXwĢRVąŌ˛*›Đ‚`a0*JŦcĮį¨é(’ö/í*Ôd˛Rúa>ČiœfĀiŦMa­ĮB:įÜ×LdLĒT˜ Ŗˇ +dœ.n aeŅAs*:H Č!DËĖĒĩÄq>ĮxTBáõدípîIŒ!ÁÖ{íEdÛq,ûАĄã˙ËšPÁ™9(ÖSČ}Æ×ËG2c#@ÆŒĖÅė˙`īĪƒ&ÉŽō~ü9įŪ\ĒęŨúíuĻgŸ‘Fƒ6¤‘F4˛$Vą Cā°M°°˙2^Âņ5ƒCÛ!#ÖH„`´"B‹ĨŅÆĖ¨gé}y—Z3īŊįüū¸UŲīô,šîéÖôr>jÕÔ[••[UfŪŧĪ=ĪãPUTŠ ¤v ö)øT[ŌĒGUŊē˜†"š"šĀ1‘ĖS͉į †a\TPŽŅĩÅ˛_ŋqy:K§ĨŅt,ÉŽ#:XQ¨€oũtĪuŊĩ‹Ŋ7 ŠLe¨ aR¨,îfAĘP30 ãĒÃtÃ0Ž,ŦEIž ‹ģyį˜ŦƒeÔ×­n<||æ|Œą‰Š¨J%ׄvFŽ{ uʊ\ˇÁˆ  $ŠR@J ŠNŖīã€Â R™e u)ÛÂMdč3×9X7F#WT>˛ŖŌœü¤\ŅŨ7öŖOp-!’Ē\×Íg†qųC@坃BR!GėšmÛT÷KmTՉ'"GL!̈́Õ{įœQ4EGŽ_Ô2kI’DHĪxžëm4Œ+—ŽEÁ %€TXÅŠ°ĸ”4h…5æf‰("s"N¤:¯áüČ5Ÿĸ+ e(ˆ;_Ž|‚hCä ī -fē}zöāgfõ"ˆ1ŅŌR÷ž]+ģ—ŽģšHÎGĪŅ3  ˜(rœa—„ĸ_ĶĖE_­•7ÜšVõzGØ˙üDD˜9„ĀĖ"R–%€ĻiĒĒRĘ¯?ér™­ũdÆšîU Āų$“bÛļĢŊŦà n{ŪÚ`O/wŽ X1÷§:ۜ›‡ŠĪgœA‚*É\į^\_Ēû?zj는ŽLÅ ŪũÕ{ŖŅ\Âķšß§}0“ŖœĀœ—RĐoĸ›Š&aæŧzÄgĶG Ã0.s Dņ !‰’„„j×h”“ŽY…ĖžU$@ƒTāœ@BëÕlŲ˙=ģ‚ųĸÆ3†ģGĄŗ~SĖHĸNƒcPJBÉ´Æx I`b&0ƒƒĨÂD$9OÎ%bbfī0ŗöÉĖĸoÔC¸āBā8ōt„#_Ü|ä‹G∠ŲãRHEJ ŨŒ'ˇ†'<}æđę/ÚģŧŸGĄ1INœšüÆĨ@ ZQS‹ļpŽZs×÷Ēĩ}7NˇãÃ}ą…élœĸÖũÁúŽ={öīėÂŌ>ÄBÆĄQהƒB™ÛļÅŧžæãđ Ã0ŽRÎ[įČ"GĶ4ųOįÜōōrY–)Ĩ”ŌĄC‡ŪūöˇĮã~ŋŸ'˜N§eY6MãŊ!Ŧ­­9rd0ŒFŖãÛŪöļŦm0sY–D”Ō“ˇ›č‡~čšŪW†a<į<Ĩ…¨R6V&aDÜž&qˆÁ ŸĮ­0æÅõ §oj~’œF%p ^Ôs$Ȳ<‹Û.EqĨjŋ+HÅČœø™auˆÔsBŽCQuĘEÛbŦ@1W“æ˛k‚†qe@*n~֚ŸģÆÜÎķXbaÍãÁsÜŅNģe%Re…°äĶ¤äŅå¤fŠbĪ”€ĻYoC}ũõõʲ‚)ŗZû䊁˛¨L"yą`R^Ž—ãĮ™{äŒLüŽrŸ—žNŲĨų§¨ËFRŸ”— nfíã“SkeĩēDũÂģĘq!v’6ŒK† e-C4Ää\ᙛyיĢ2ˆ "ŅîæŨ-°“E ‚ėēl‚ĩaW)’CŪiÔu ;˛>1wN“RĘąŲ‘N Đ靖aÆS ‹ą'E§”Mā•”Kđ“E\ė0s8;+B[ęD)‘TĖERÚŗZÅG)Ûļ|L á*J™b-ōM#ĪģížöQ I‰9Ë0,äUÕÁ“24îhnRÖiŋž†a—/ ((["€˙Üé;_SBâŗŖ Bb‘šÚ¤Ėv&4Œķ„tž^FĘēđčĀĻ™9E ØŪ?úh8|xu<ŲŨĢkĻԆ4›Iˆ”Ô;Ž‹:•Ļaxčáļm÷÷ęš|ĄĸŅÃdŽ+ B.šƒt)w V_:lqæØöö™é’ė]Š×d‚0ģōXVš$\¸°‚ĨOĖUá[WĒ"97­s­Ģ’Hķņq_ō‘U|"bqŦäVUBîČLR!I @8Ášž†a\ū(AĀ˜Ÿ°ÖyÆü‘ ”O†"('Îj4 f…CŅƒNá+A¤gą††qM‘Má÷ĪöY—Ĩ÷HíöæÖąŖŗ3g֕jP˜ŽĒ•˛•0mg>Æ:Q_š˛p!îō^RÜ>vÔíZÛŊļĢWÖĶŲ eií“+^ø˜åņ4œģ>•% ™Ä0S— ¯5ĐĀWhâTH@ Q†šģH•Ŗ8miÖhœ—J6.Į0. ¤(ŦŠ‰„(˛žAŽØ‘c"8.”# Z@H €I‰ŗS(æ6†Â*Bųö“•„Lę0 ãęâB|ĢrŨFęˆ1ŽĮãĩĩ5eYf=c6›•eŠĒ9ĀŖ(Š,fd#ÆČĖYđ˜N§Ŋ^@JŠ(ŠņxÜī÷Ÿë}bÆeËÜåÉāŽ2Pĸ’e‘Cō°–šR2?Ŧ€.ŒßU•‚–P"ĸ\[ÆĘ^¸ˆŒHURrˆ`ĄDG Íģžä# 3‹Wæ;%ĸĒ Ëâ`@Î#āÜ0 ãš'û$Ė˙Čã… ’ķ/• ´3˛hîĄĸQÂBīÍäāņŗĻ)6lÜ0ΓܙE RrĀr¯?;sjzüD9 }Wöc@J…÷ˆTųē¨ÁĒ ‚`6kCėZo˜OllŒNœØ}û­X¨Ö2Ųyå°8ũBsō°ÎãřŅ4a2šjĒęÚUqf') Ā“ ĀŊ7ŒTDš§ŗʗ¨ë>$>כhW-EQH IP%"U¨Æ^9$ 1…Y#88¯ÎŅ“ˆŲt~ŌžĮĢi†a\Ĩ\ˆÎ‘ ĻēįĢĢĢDÄ9@UƒA~ĢišŦshš&ŋžÅ\íQ…ˆ03M&“~ŋODmÛ:įōÜv>ŋ(äʼnHÛļD”ķEv’_Īë|qŲYŗ’wWN1Ɋ‘Ēæ} Æ("EQä˜w,Ę\ĖÔ˸ļ™ß”å?æ €P8Öĸ„H Bd¤yĨ.)@¤ ŗa’ųĀãsËą$ĻõQB‚O­Ķšk|EŅČé3n#’C‚fzÕūõ G—Ü+Á`NĀŽdrÃ0ŒËR0 7Ņų:9đ<öVvšųį[k§O­ģĐråîܗęS‚ Ãx:”8˛ĸŽđ $EhG“åĩ=‡>ķĮ˛ã]ŽĀdÚčŦę-ÁkäÄ)‘€"œ'R”U_Bë%ŦÔÕtķĻŖfKWÖvZąņŋW Jŗ 6e˛/ „Đ4Ķ^¯ŌPooN–Šŋ\ak”Px…ÄáŦÅëlĻ4 ī]ˈÚ&ô m“Ę™o•a\”R1|EZfÖļJLŒĸä\™IHs×ĸ ŅÕ°ÄTĪö­íŧš6 ø:¸ãIaæc×S¯ĒEQėTēįš¯?O–%“Üן;ņģ~˙Ŧ‘äįBđėÉ!ę]AI&'ĨįeåG"Ō4M.7š(t"GÛļyo0s'áˆH~—ˆ:q(›€åŨÅlW Ã8į(ĮŊĨ (@ eæŽU;ģŌō(ĩ\Ŋ{.Ųw…F$e§”)ŋEFT&H…ŌųęéUå)°ōaÃ0Ž8vš–,*0$a‘{ôäĶ?ɉÎ=^üĐlĩ`Æ3FH”$×Tņ"q68 w­TâʨĨ2ˇš‘#LäĄHœuFQQ§ā‰ŧTÄÃÉ*¤B Xŋö•ÄÎ8ú\AĮ %x°6qĘâ{•į„á=’‚ÔeĮÎGˆKL%<ąĻĐjŠ…ŖĸpŦÉj—E›ę‰UØy;šh†{ŗüøĸX;Z øúšhgēŲlæœĢĒĘ{īŊĪŊųš !„;ë;bŒĒ:NģW˛ČqæĖ™.Ÿ#=äŪ˙‹X]ŅÍ*Ĩ”…™\<‘ķŌsšH^Ûs´gˆ<Ķé4„ˇ´Ķ6bŒŨš8įŧ÷š´ĨĶŠreÉÎÂÃ0 Ã0 Ã0Œ'…•I™…… Cō¨&´­:n%`įG.Î9FA(=×ŪUŽ<؁,œÃ0 Ã0ŒË„‹VĪą3`ŧŽë\ŅļmY–Ų'Ę9§Ē1ÆėUåŊī’9&“ÉŌŌ圏Ŧ‹tÃx<ŽëúbYWĨ”ˆ(Ģ)ΚŦ¯ėtâbæNkšŸ¨§$vօäEQ^“lĨÕŊ›ß:géY ‰1fī/Ã0 Ã0 Ã0Œ'Â:Ī…V°2åĸU€=š)WE›¤u¨@Î"’8%ŌÄĸŗž173qŽ $Ä>Č Ž`_ƒ.šŸ°ņea>⛑E,@™TsjŨŽŨ+ĢëÃĶ[Ŗ@Sį‹äQ .ŗŋæŋ%&T…”@amšŋžļZ0BŒ¤OV%m†a†ņ\pŅtŽŒsNDFŖ3÷ûũ˛,shyîĮī:î‹ĸPÕápØëõŠĸXZZúËŋüËŋúĢŋēîēë<øŌ—ž´×ë…Bũ~0tÂÃEYÝfņ W0s.Fy61įTŽė\îl6ËN\”’õ•ŧ7˛ā‘e˜Nw‘,{䐒'Ļ‰†a†a†atPÖ7€DŦ!$‚ā9Ię- ļĻ1!Ií™HĮÄPĘeBŠ<~`((D)û0'fr^Ėü䊂æŪ5Â*B$BqÖÆå]~Īõk›Į†Ŗé&1SQ)9ÁŒšÉ•QĐdē%Ŋéúî={ö8&LšÆU,VĪa†aÆåÁÅÔ9Æã13géb8~âŸØÚÚēņÆoģíļN9H)E‘˙\YYųüį?˙ūŅ?zßûŪ—+rå€īüÎīüW˙ę_Ŋėe/•’‹ģŲ]ÍD6ž8Á95Īœ§¯;éÂ?BYbYYYÉ듭Ģē Ι[N)‘s&0 Ã0 Ã0 ÃČĐ| >+BdJ¤Je%QG+{÷Ž„Ņˆƒ”äš]ŒōgŠS2@Ō7JiũāMāb–TJ÷ÔcÆe iB@”„ ŗ0ôVÖ÷víl™Îâ–wuUIKų68ĮÍ'$NŗvĸÅl°âvííÕĖ´Š­]!Ņré Ã0 ø,¸h-’Éd2 zŊŪ>đīũŪīŊūúë_ö˛—Ŋūõ¯˙Ėg> į^`GÚ6€ˇžõ­÷ÜsĪûŪ÷žŦŽ(Ë2—,üöo˙ö×ũ×˙ãüĮãą÷ūŅGŊXë)"!„ŧBMĶd§Ŧ9"ĒúÄX‘gIvâ !L&“˛,ûũūĘĘJ^Dö°ęT3gÎH)Ífŗŧßr‘ĮÅ2ī2 Ã0 Ã0 ãj„Y™””ˆ!-nø _ôŽ;PíZÕ^5#É+˜Ná…Š8aR†r ä´Žĸ÷7ÜqęĒQUįløū•ÆBá Íá+€('ō::XÃÍĪ;¸z ¯Õ4–ãTLĸo#z‰.ļ>´žiũŦ-ÆĄŽßPßtįåŨ$„VgÄAŸë­3 Ã0 ØsŅę$úũū‰'~åW~å?ũ§˙tėØ1ƒÁ`<=z;B/rņũĪ˙ų?í×~-ÆØëõĻĶiötšÍfŨÜNž<ų_ūË™L&˙ößūÛoŧņb­'3įB 9tčĐ_ūå_~ėc;räČl6;xđāŨwß}Ī=÷Ü~ûíEQ\˜¨đ­ßú­Oúz6žšÍfÃáđæ›oūÎīüÎ×ŋūõKKKyˇd#OųĐCŨ˙ũīyĪ{ļļļšĻŲŋ˙ŨwßũĘWžōöÛoŋ€\tÃ0 Ã0 Ã0Ž˛ë€DH!(!‹"‰œĮúš[[ ãqzŽđ¤,‰•!ežs8%‹ž@o)z*oŧ ũ~hgė Áĸ§¯8P€ŗܤîUÍhÔī/īŋ…‡ÃåŅd(md/m㝠a…ƒrĀ Ų{Ûõ×ŨęR…‰NM…%iy¨Õs†a†ņÜs!:Įx< “É$'FtOßķ=ßsß}÷åūúēŽsĨÂĘĘĘx<îõzš—ŋ( ūđ‡ßúÖˇæįĶ逈ėÚĩëÆowúôé_úĨ_zë[ßú?đ)%f>'ĢŖmÛãĄĒmÛVU•-°ōNxābŒĢĢĢųŗ1Æ˛,ķģÃá0 [[[Ēē´´ OãŊĪkōĢŋúĢŋ÷{ŋGDgΜŲģwoJ顇zä‘G~ī÷~īĩ¯}í?ų'˙¤ QO)yīķ>ÉyīĪõoÉ0 Ã0 Ã0Œį˜y9#1„ €S"…”ˆ\Q¸ûå[mn†éėāڊ‹‡&…˜D’Ēcī\Šž IO6Mą^ŧčU¯D]gŗÆ)Š°ķ+Zq@)ĢX‰š¸āQÛÔ\Ũz×ęúŪ•‡:|üŅ‚)EŸ=“‰Õ{ø (ãמūyÉaZHâ&ú)ŧ2sÂ<ōÃ0 Ã0 ã9įBF^䚌~ŋīœ !äPûąģīžûĒĒĘÚÃl6›Íf/yÉKŽŋūúAâΚÉdō ŋđ ËËËYBX^^žûîģ?ō‘<ôĐCüā766ū×˙ú_ˇŨv[ž~<ŋũíoŋ˙ūûąŖ$?f™ä|ɑ?ķ3?ķÎwžŗĢą8xđāŽ]ģŠĸ˜L&kkkŋûģŋûūÃčę9r#¯[˙nō“ΉKU777Uu{{Û{ŋēēš“Ø˲Ė‘$EQ0sÎ]ĪžTmÛ:į:Ačįūį˙äOūd6›8qbmmÍ9cL)9įFŖŅį?˙ųŸūéŸŪÜÜĖ‹Î~VyĮšČa†a†aë9€’ A¨ĒĒMŌ63Tõęíˇ_÷âņŪŊG&“SãŲ(j,kî/ķ`-ŊͤĮ&ĶMĮĢˇÜrãK_ŒûÁÔ0QQ&ëŌž!Ęäęžüߤm¤ŠmRÁ^zŪ‹o¸įoŋxĪmƒ•›ĘúĒũēzSīĻ_˙⯚õÕßđŧĻDS…PŒb1NŽI• d•†a†a\.\H=ĮÎāîļm‹ĸx÷ģßũ‹ŋø‹bŒMĶÜu×]?ķ3?ķõ_˙õNŸ>§Œ1feâsŸûÜ;ŪņŽ\âP–åmˇŨöá8 Æãņ›ßüæī˙ūīŋûîģ?ųÉOĻ”öíÛ÷c?öcög֕>tŸíâğ9ĒúāƒūéŸūéd2ŠëúŪ{īũ†oø†ģîē+ÆxôčŅwŧãũčGĪœ9ķĄ}čå/ųßøFéDÎ9É+ĢX:ãŠ<‡ĒĒœs÷Ū{īWõW/--ÅĢĒĘU Ėėœ›N§)Ĩn¸!›PĨ”r$ÉĮ?ūņ÷ž÷ŊŖŅČ9÷Ļ7Ŋéīüŋŗ˙ūĒĒ:ôŪ÷ž÷7ķ7|đÁGyä#ųČ7~ã7vÛb‰†a†a†a,@b%Qb§â^ā=v&WëŊ•Ŋ3_|Bh›vچ"\QųĨÕĸĒhyeĪ îÄ­ˇĸōcI(‹ĸ(c›ėöã C´#;^IŦBŽ™IŖ´qÄžŦ֋Ĩë×ī‰mƒĄ ōđ´@Ļęfę‚RH, (1+[ša†a— į­sd‹$UÍē…÷>Ĩôŗ?ûŗ“Éd׎]ÃáđĢžęĢ>üáŸüđÃ7ß|sD$×4ˆČųvô3ķĪüĖĪä܋—žôĨ˙āüƒĩĩ5EQÜvÛm?ôC?ôÎwžķøĀÆÆÆÛßūö¯ųš¯Šë:/¨ĶTrũĘÎ'ųyJéȑ#Ķé4ÆxķÍ7ŋôĨ/ÍBH^áîųÎ=™— @Uîį~ŽĒĒēŽožųæūáΆ`Dtë­ˇžéMojšæ=īy÷ūūč^ö˛—8pĀ{ŸŖË/@ė1 Ã0 Ã0 ãĒ„T@P!ÎÔ^Ä R“ĘĸŠĩŸJ,UĘŨëģî*V÷î=ķđÃq8noˇĶ/-¯–ģw÷WVú7ÄîŨ¨‹i3Gž¨SœÎJŅ"/Ęs÷*BūITA‘ — Ķ&LgÉĄJIØ×咯=TĐFŒB“QÕ'pŖ@0)#9˜Îa†aÆeÃy7Rģ~ųN`øėg?ûū÷ŋyyysssiiéūāäl‰ÕÕÕķ™O~ō“Ø)œ<ŠŽb†a†aÆ5Í;˛•æąäNá1”ĩåh5ĨÕĸėÛÃkk{nŧQÄUĄ(Q(Ceã„TI$\9owWOū DäIŠ īYUEb“Ú¤ ™LgČ;PŠuĪ‰N@”beh-"¤Ŧ†a†a<ˇœw3ĩ ĨČëŗŲė}ī{Ÿˆ ‡CUũo˙íŋåxmΚĻifŗ€\āôéĶŸūô§s9€üÁĖyŨΚŖGĒęņãĮxī———˙ūß˙û9ģĸßīŋī}īëd,Üĸ. s˙ũīV\ŽŋūúÛoŋ=rÔu]UU¯×‹1^wŨu7ŨtSaīŪŊī~÷ģwšVíô°ĘUD´ŗhãØącgΜ !Ŧ­­…ž(ÆtĶ7M3™Lō§–––ūäOūdĪž=mÛƒžđ…!„S§Nå ŸL&)ĨŊ{÷žđ…/\YY!ĸüã1Ɯ˛sž†a†a†a\Ķĸ$J Ŧp§(ØÅ(ã6ŒIfe1ĒŠ!ķļĘ´î5Ëũ¸kMÖ×em­íc–Í؜Žíq ã’iЃ/Ú&jˆƒĸ"}öki|Ų`ÖÎ]ŠiGųEŽ ‚´‰ A!TÆĩŊŊ•]eo…‹Z¸ˆā¨. EuB,HÁR°”+ŠÔnE Ã0 ø,¸FIÛļ]CŒņCúeĒ7ŧá eYžō‘d…cmm­(Š—ŧä%Ŋ^o{{Āu×]GDû÷īĪŗ°oßžw1™L>ņ‰O0s×ŗÁš<đĀh4ÚØØøē¯ûēĒĒúũ>€cĮŽ>|¸ĒĒ,K|Ûˇ}ÛéĶ§Īœ9sęÔŠáp˜ĩ–ŦĮėÔ9°#<¯ķɓ'ŗČqË-ˇE‘W˛mÛļmSJYöȋč=sųČGD¤ßīŋæ5¯ÉģkĪž=Ũlķ|žęĢžęØącĢĢĢûØĮbŒæUe†a†aƓ@ Ō<ʞ NÁĪ…$´ĒŠ,B]NˆļRÚļúÕéē:V¸Ŗ$GINyŪ¨‹QŋŪr˜”ž­|dV pŽPŌКÎqu@ŽÉ1B)HÛĻ&Č, =~â‘Ķ›G'Ķ­$ ŧÂŅČ*DęY<Į˛ˆ•KŠŨ–†a†qYpŪÖO"’ —šĻ)ËriiéŅG !œ>}úÖ[o š"Æ؅gˆHŒ1ęŊī}/įÜæææ[Ūō–llU×õl6Ģë:—‰äËËËš(d0=z€ĒîĖŋyä‘Á` ĒĪūķOž<šwīŪétzāĀnëĻĶéË_ūō\1NGŖQQŲHj§´°ŗ $ģW…†Ã!3÷zŊĸ(ĻĶŠsŽ,ËΡ*˜įÄrį\~quuu8nmmÍfŗ˛,_ũęW‡ŠĸH)ŠĒ÷>×ĮŒĮãWŊęUëëëEQ|ūķŸ1æķ\V’R˛@rÃ0 Ã0 øÖQV*NΎŗ,ā8:PÁŪSPiĸΗËõ($eō…weé@€AUëūŠ†ĻĩmĢ^UiFŖQ5¨/ņ&xJyUĀ(,`(‚’P@ :W]H šGQš_įÅdį}™ģņķrōc׹˙¸ˇ ŦĘ˙$—PP^ŽōãĨ€\sƒÎîI ˛X1>ģ”ŗfP¤Lšß|ÜëĪy‚ ÁĘBŌL[įČ9GäIU&•zeMD$ąŠh ĘÎÄŦāųÎV7ߍ¤8Ī•1 ã<éÎL ŨqŖ'LķD˛t>uĖ'Vpwäšn}@ ‚Ę O€B@$ķß43Bã*āŧufΚDUUMĶTUuäȑ\čpĮwˆHv…ĘRD!÷ōgŨBU˙÷?goxÃŪģéE¤Žë,o„ʲĖ’€÷ūāÁƒGŽĮ]š÷~<<^xx"YɋČ9Ÿūô§s.HUUû÷īĪBÖ0ōę1sŋßĪĸEŽøūĖg>ķ†7ŧ!k]A į\ŽkņŪgá(Ë2Ĩôŧį=o2™üŲŸũŲ'>ņ‰ÍÍÍ/|á KKKˇß~ûķŸ˙üoûļo[YY)Š"˜O§ĶēŽ}ôŅ”R)ÉJå#yY9§Ŋm[fŪŪŪžųæ›˙â/ūâkŋök‹ĸČiđŨ&į2šĒĒÆãņöööęęjŽŒy"mÛŽ­­:u*KPgΜÉĻX—•–ŌüBÎ:˙%H n‘Ô€sŽEŸjc/CBālƒ+eY:įZ‘—ųöíBŠÂ‰|¤0e`3Nķķ”’÷3BŠDÄt^ß/{Wē‚ę…\1ÆēēėÂ' Čfnķ} ÔuícДžųūĖSōüö’Ŧee°sŽˆÚļ­  Ēƒ%טY-zŅxŽÉ×ŲnlAĄŽëÂeu>7Œkį\JŠĢo&ĸÜhĖEÆq!Č; Tq‚Äĸ^fN%q)(•9&F’J Ĩ`Ūe€((€ZKįJRH“Hyi°’XΡĢũ™“ķD0AHD-)Ģ,Ųya&aœr‘’„ĸ(T’…& 1ŗ;Ûî%ÁÜÅ+ķä×Gį\žzvˇeY†SßĻ ƒąČ>Qr'QAqŠDĒ}ŋ93Š•ŪŠ´<Ü3ÜŽ•]‡ĒŠ?¨˜uÜ ‰t0čGI“ļJ.Íbí‹^éChÔAHqÂ,pĘYēĀũŋh3&öŪ˛Ø+Ũ>¤lqÅp @A2Ąœ÷2ƒEb%k_.vļos7TînjÛöš^ĩK(¤PR‰WĘũŒųŲ^æ:éüHĨÅ[iˇŗ'.@I”¸;‡°ŠIW+JX Ŧ‘Th~ĻŽĀķ4ŒúĢ…Â×1IíÖq膕gĢü6Īœ.‹qá;_1ŒLūmTU•ģ2r7ûŗ˙Š\HewiÉO677s÷âž}ûr‘€ŧrš#Ū{Ÿ‘Ī}îsãņx:¨ëúîģīÎL]×]°yW'‘ß yúÜw™ÉĘDNËxš:†.J¤+ž˜N§ųB˜ ĩÎųl×I`mmm{{;‡“īÜäîī$,ÂƏ?îœËjĘOūäO>účŖ§OŸŪŊ{wūæ>˙ųĪ˙ÍßüÍoũÖoũčūčßøÆét: zŊžĒfÕ'/ŊßīŸs*éĕüîd2ÉE';Ņ™y:özŊ,2‰Č/˙ō/˙æoūæææfvĮz"¯|å+ú§úĀųû–[névū僀Ë"Į\įP%4)z_„Ø+wQAŒ$kkkŖįzŸ!ËËËX[[īMAŗ^ŧãÂãė¨´/ )ꥈ\ą•O"’VVV֊5^_w˛NÄDˆ’qt^‡<…ä@ˆXˆ—yĪõū{ōęąŖ’ĘēŽûžƒ9w^:GãĮ’ũ‘à hŒēŽŊ÷Ą_ča‰–ʲg:‡ņœ“EũîĒ‘;REd§ nÆsKn+vĮinC>};Ö0. RZ´™!ŦIvũŲ 0ƒĖ‹!6ōdí%^T0Ėßėš¨įĶ^=_tŅoį €°0(‚&€CZR‡…ĸöŽœŠĻNa׎]k+k€eOŊ•Š"rÛ&€\Ûņäíá\"߉‘ųną&s\v›Wp@ ‰TķnÎûJ6izp÷ n* >÷ז8xĀīZÉ×f–Ú^Éę=í‹$.˜V@"ąjLœį<‰ßąôËëŽÍ0žltļŪ]W’sŽĒĒ<öĒC@ĸP€N1w˛4aq‚–\ÆsķÂŦl`10/8ƒ.ĒۜNŽ^”ŋk—Į (  uĀč‹˛Û¨ËŠŠZ–YJĄY_^/ûģžŊÎą3\Ų{Ÿ;Š/ˇqÕÆsNNdȊuîĶ8'âú¸YtˇdEQ¨ęx<î‚+˛‡3;įōZîT/ūėĪū,¸¯ĒęāÁƒ_ņ_ĄĒš€ŖišēŽwú/åä­ÅBÛČīvnQOsxŽÎĄĒŖŅ¨ü˲ė׎Ŧ$7mSJûöíÛØØđŪFŖnš]úzNÚč>Ū4sîŅGÍ âļm?ûŲĪîŲŗgmm-oÚp8lš†ˆ†ÃáūĪ˙ųøĄú!ŗŲŦĒĒŅh”ZÅŌŌRžÎsŪŲ{åœ[^^>s挈ŒFŖnWäũĐëõ˛ô’'>vėØöövŌû¤;įôéĶëëëyļŨ—•ŋ…g˙ĢēˆĖ/Į;ĪĢDD(|Ą@á Á ņ•ÕYĀLŪ$ ›¯<áüŽ" bfp"˙zķA§Ēō𴸐8vÎīU–YmĘë{Yë1Ɣ’Č\ųķys~<_ šˇĪū—ō_ō^QÅŠSPVÕėRøčœsŨĖ…†ĪõJ†ņ8:Ũ1ß4bĮ‘k:ÛĢE 9€ųOÎåwĀPî¤ ŪŲöÄ>áÉ%m˙,ēãķ- ĀuëO $ˇqį#]Āšm  đÅ|b=gĻŨŒŸ|åģĢgžÍ×S] “&ÚąrÜŧēÁŠ ĢˆH-ãđđÅÉöééxcccŊŋ|Ã`ų–ÁĘķ=ī*]ĨhFĄžÅsˇ#! fy/žĖ/Įū7ŒË™|=ÍžŲZãÂúa¯ÜüÜŖŒ…÷˛ŪĒįœÉæex˜ë°‹§tŌâ”zžŨƕÅâĸáēCī AI¨-ŗŦy=Ũ+xÔ]õŲü2:Ŗ‘Üčĩ›SãIšDã2/$ŸãœRÁÁ`‹ žđ…/`Qx’&ōÄŲ– ĀüÁtÂāĢ_ũj9Æ;ĄÜįž_ !?~3į|ōŽGWŸf=ģ>Y™ÍfųSEQ<ņHëĻL)­ŽŽæ2¤“LēyîQō؁ėuōäÉÕÕÕŋøÅßņßņĒWŊĘ{?™LŽ?ū×ũ×÷Ũwßp8<|øđūáŪrË-ßđ ߐ#IvÖsœŗÂ]§U~Ĩ×ëeE$W™d…ŖŅ•’NÉZÎSų!äą˙X^\.Ŧšŋŗ Cģ“ņ|üÔüåÅP*J’˜IJ%éĘņ­jÛ)A„„Ä ‰Ņ•ŠķŠįH”$Â?în'‡Ü$¤<čKĒI Ūņy~ŋį L Õí2ú‘dd‘@´ÛÎķŲānŧ ŠB‹A{Ē ųE"ĸ;Ī:ĒĪüû2ŒKÄ9íȝūsŊj†aœKnŨŲqj\:r#yQŸĄ<ĪšČÍšˇ¨•æ•‹ĶüÃķŲņ§€8üÕ.åB/áxĖ<€"aQžœoŌŽ*ZV…€Ž8IķF¯xF’ä8÷„.Ļžˇ^ŗ9×S6ew˜ŨąI@.ÉŸė>ëbŸæu†ĘŧŦŒVq,ā Múķc‡>ôØĄĻ[“Ō‘cļƒIs“īũ­}7žæ–įåu+ëK…(’Hōšw))R@å J4ę0AĄ]CÜNÆĩKĸzö ]´„Ÿëõē[Ē;Ρųāߑ ´ƒîTŽŲOOŌ""ˆÎē RØųäjeGIJĒķŪ ĒD…zngŽÂ˛„•†ZĪģØíčqíę9Î÷øĘiî8ŨŲm{U§ÆķD--=KëĒķÖ9ÎQËSJˇŪzë'?ųÉĒĒîŋ˙~]ßzg­• Nž<ųá8÷ÅˇmûíßūíynŲŠĢKõĀĸ(Ä{ŋĩĩuėØą^¯7N<¸SÉjĘsø}äUÍÃt:1?~<Æøüį?˙ž{îyë[ߚ5ƒĻiŧ÷ˇŪzë­ˇŪzāĀßøßČĄ ŋökŋö†7ŧá"ÖmcQ’TļˇˇŸJË{¯ĒĒ”RĶ4Oeou™CDķ! D¸ĸÆqpv xöšÃąK˜;V%¤¤‰šĖĻÅ´cG]ĒHqrv>—ånfĀ{īTÉ1IDyw/ĸy´žsEéÄÍĄķË;1ŒKB×ŊNÃ0ė¨Đí íNĪ¸t¤…į\ļP2 …Jņ$ļžrîķîÃĖûÎæĄĶ] ö%tŅŸˇČ Wq.~V€s:1"ˆ ŲrŠŸũÕ°+b~";÷)ēxq%Î+×:L€“Ā˙}xû?ųWŸØ:ąĩŌß^Ėâ U…ž+]5œļ}ņ;ūĩ/zéŸwÃķ5Ožqhžį…ÅšŽDšrvdļ=Œk—ÎÆŊužĶ~üĒc§ ™ûS=q*œ}c1 ->ŅŨ´*æiC‹ŋŒĢ}ÜĪcqMg".¨Š¨ Ŧ.÷nˆhfą.Šũ”Ķ;ō´ Į [ō9WŌÜ[e…ÆNvîīBž}+îBtŽÎ剙cŒ÷ÜsĪĮ?ūņ}|˙ũ÷ŋđ…/ė* ˛“ģÚ?ō‘ŒF#ī}–+ūößūÛ9Ü@ļKę’Æ;OŽŋø‹ŋĀâ¸úŠ¯øŠŲl–Ŋķš<ŊBpNˆH~R×u^ķÂ9 Ū;§tÎmmmu†;Ŗ2ē'“ɤĶ˛§ÖOüÄOôûũœ^×õöööŌŌRUUmÛæx’¯ūę¯Ž1ūôO˙tųä'?ų‚ŧ`0äb—ė@uÎRōžęÆũuų"‹—Ēæ}ÕÅxL§Ķ~ŋ˙u_÷u_ų•_Bx*‹Ą,ˇŒFŖœ2™LÆãq7įË%$xNeGš$Dƌ—€IDATB„ú˛h›iéŧ RsLš2æŠ ÆˆĻiœÎ* LiĘ}øFšgž+H ”¨Ašj’MáˆD1ÆMl'K]u8GOîžü”0´ ×ZtĘ\ŪĨ­š„šmۙb:ƒųō9ŧ)+ŠDHŦN\=uMĶ¤Ty…*bŒĩ#ī+Ëį0žsō… (ŠŽâ°mÛŖųŸÆåCŌ5bSJ!„ėõú\¯šqĩĄ„īUHáTp˛ˆ—ČvUš_>"@ ąĢáČÁÚPÎ!Û* %ÕˇœjĘtIK:H„Ā*ŗ”€€(‹xrˆn2ĶFĸ˛ķD‘´œMÃtÖDDĢ’›&:NDNÎVoœÍ!—§iŠĸčîķ cJ‰ÜãĻĸ—}nm X Ãĸ>ėđĮļ?ø™˙÷éÍ3[ŊAŦ„ēHŪ‡~Ovg6>ēąyôÁĪ~qëÔ?xÉK^Tr¤ņ´×ëaÚN ­Dc;ĄË&Å3oÜÆՇˆôzŊŽ/,g—^­Ã}H™sšB–~IH$JŖË܍(ŸØ!$] H.Ž#Ī_˜+Į˛=æ'|\ŽŽÔÆŗGÁ€)‘s˛:€ŦšpĢË×ŋđÎ×DzÁTN­öŽ›Î4Ļi>žēžÄŽgō™“;u;U#„Đ4MĄk nFųžøģtígňiY…˝žŪû7ŧá ŋø‹ŋ˜û÷ßöļˇŊímoÛŠXä•ŪÚÚúÕ_ũÕn3žækžf׎]Ũ4]UÔÎëĶÆÆÆũ¯˙5+ DôÆ7ž1vtĢ‘-›žFĖ3ėú}˜yii)ŽmÛļmÛĨYäĮn5œs'NœČRMÖ˛CÔN!$‹ų65įsŦŦŦä‰3 ˛ŗâæŪ{ī}Į;ŪqôčQUũŖ?úŖWŧâĒē´´”šRF;´ēUʡy´ÂŌŌR^ĨügŪŌļmģŽWžō•xÚĸ0":zôčp8ܡo_žˆ”e™ķH.ž¤ÎÚYËÎG-ˆË$“Éäš^ågJŗŲHÚiĢœĻ‘Ë4aItž:‰keB!†4É>Î9Uš0 SŒFŽČ1#Šéųę…īû’Ũâ¨%Ŋ ‹ôŦoåŖr6kĻĶiRŊ(:ÅĨļmSō"ˆš´mãã4v.˜Îa<į8įröxY–ĒÚļít:mÛöĒŧß3Œ+”ÜĒĖNâyĀÍl6{Ē5Ãx6(åŧQ°Â)XĀ€“yœxnˇ$bĨ÷ÍJBH]?é\įeC,ô8ß*§|)skeŪ&…:NHÁc(Į˜‰úQ㧒¸  ĒõtÜN&3h+BĄĨļ LaĄs,x}y9{2ßiįq3š_†ČÍGGáŦū ą‡ķ>OÄÂ8ÖĮ˙īĖäūæs9Úßģģŋļv|8L3,/Ŗ`2Öíá§pŒŨĢ۞gÛ'¯˙ė§ŠÛŸ×Ō4ĸI5l…q!įŗ"˜›“:Œk—Üîõķ FšL&“Éäúa¯:QYEž×ē æg¤ÜG 8ŸŖäđĨ|ĸÎî<¯Ãëŧ9ĪAMį¸z9Ģs "kBžĸ€Ŗ09”ĩôöŨą˛R â4œ^ŽwOÅBÆ;û!ą0Ą:¯Eg=#ĮįÄgŗYĶ4šŖæšŪ+ÆeÄ9uY–u]?KĶ*<ŖĢžųË_^–eÛļΚ_úĨ_úąûąoŧ1O )ũėg?ûŽwŊ ‹ĸÂ{īŊ7 mÛÖuŨiŨ†:ôđƒÁ gHŧöĩ¯í\ávē1> OÔ9rž…ˆÄķ0ē2ÉNÕhss3ߑæú†Ž˛+­čŒŗęēÎ1ųãštcccc§“ælĪuûíˇņ‹_Ėß_Ķ4ų õ“É$‹%;CA:c2™tõy•v>æ‘ėŲ.,ë`OŦY9‡›ožy<ollŦ¯¯÷ûũņx|YՑ)ÍoÆ˛ČŅ$*Tvˆ~pÄtÕĢ–e įæ™b99œį›ķĖī[HŅī 8HtĶĜÉü3¨ĒĘ{Ÿˆ0ßEųvLčü¤QUbœM9ž<}6pÎyUöäÕķbo0ŅyéX´ūHYÁJPV^$\fI–‰eaËĖĻsĪ9Ũđ‡îųNņŪ0ŒËnŒ_ČoĮŠqŅ™ˇg9ŧ›NŅũâHÄBYĄė0(ųōâÅÄ;#¸įsÖŗž'—pH"a8&(Č+Ŗōu‰J§5Ĩž RS:Žšt#_ŗ8;zœĩũ\#xJō5ôįUu.‹C‹6 )s7DZ9+`JŒYYž˙Á=âÂdmyB“‰úŠ *d8Eo€Á2¤"HSjž8ÚūĐŖŖ—<¸w­į Y„5ŠŌ9f_J⑋jÎã~Á0Ž2ō8ņ.Ų´‹¸Z¯§]RP>öĄ Ũc~FšŸ’ ,`xQ¸6/åX¨;Îŧ812ĪĨŽįz#K3X˛îELPR°’—ž¨Ģĸ¨(ĘlģŅŠĢP퉞įraƒįēËh×qw9ÆÕMNpQÕ|2ĪÂØŗŸí…\ ĒĒ !d]Āž={Ūüæ7ȕ¯}ík?øÁČ9äΚĪ}îsozĶ›ˆhee@]×oyË[v^‡ršĒfŸ%yøá‡ßđ†7tķ|ũë_Ÿeƒügglõôō]5I7å‹^ôĸ”Rļ՚N§[[[;§Īj=öØcģwī!„nžųæÉdREÖE:Û+YNhÛ6/k<caŌ•ë-:Û¨|g›%Íåå啕•áp8NķÜ}ûö1ķæææŌŌŌææ&€ŧ+ōZåēeYnmm ƒĮ{ėŽģîę,ŋ°$X×ug–Ÿ<ŊČQUÕÖÖ3///ˇmB¸‚t‚fbĒšBWĐúĢ*Ú€÷žËŗ‰įŸŖžŨiōÕbg qV×T5LËzÛ\Tōg ėS×­đe….lÜdá’ĪQkūų@.Š"F!"ī}Ķ$+ē4.ōĩ)>G\VĸĩašņšķJŊ3Ü0."¤`ˆSÉFUúíoû˙øį.Ú'N,//˙üĪ˙üÅڏ7ÜpÃ#<2›Íūę¯ū꛾é›ĻĶi¯×Į"˛ŧŧ<TukkëŅGí÷ûģvíēíļÛē.ÎŽĖ*ëΚŲl–ÕņxÜuzŠHvÄęzr—SŪÆ3gÎŅÍ7ß|ęÔŠŧųģwīŪģwoJi{{ûĶŸūô-ˇÜR–eWĒ“Ģ=fŗŲûŪ÷žÕÕՔŌ 7Ü°k׎ÜūΞWvž0 Ã0 Ã0  “Üŋ°Ŗ‚Čšq3‹”¸đŊ^/Bgí´mgģ–W Mԁŗƒ" ‘ #!‡ž_†ė'`\žō•Æā¸ž~ßķ[,3zS^Z[Ú_•=‚K"ĒP!⋘'ĮŨĐ@!Yė^P:/QŊg"nCjHÛ6účŖxë[ߚí­bŒ_ų•_ųÁ~đčŅŖøĀžã;ž#W'”e™‡ägoĢO|âΚápøĘWž˛×ëeC°œ_˛3ŌÃ0 Ã0 Ã0ŒkÚaŠ)@v+ŅlrÂ$Ē$OÎQŌŊ†‚U†[%9įœį‚H%ĻԆĩĒzp9" Ē ˆ2ąB/iiīÎđŧ)Ē$ Į’DƒĨ=_ũĒo¨–cíĒNöÖE ÕŗæÆĒ9‚70čēö.įæŦpĖ1ĩŲ•ŽI"Ĩo˜;~";—( šƒĄ ́đⲛž‚Ā#rG[M¸ž(R;#Jĸ qö­J@tŽ—†q Ņ4ŗÁ`āęĨ鰑Ā*W†Ė  (D•ˆJr`‡VĻ’‚FGŽ(­d¯Eŋö\Ē&š:}žŒĮCųz§g¯†;¯"‹Ģ-1\VĶsąĮsŊֆņŦ¸@ŖišœūÔeBüȏüČt:ũ—˙ō_æ¨Ļir_|.€ČéÖ)Ĩ˙ūß˙ûķž÷ŧBQ]ožĒū˙ņ?ŪųÎwfߞÎiĒ(Š{îšį§~ę§.bXÍŊ÷ŪûḎëÇ?ôĐCˇŨvÛt:ÍÚĖ™3gÖ××Üwß} !ŧîu¯ë2LDīyĪ{ŪôĻ7Ũzë­;} ō§öíÛ÷šĪ}î _øž={šĻšãŽ;˛>áŊÅ+^ņž÷ŧgßž}‡:|øđÁƒķG:Me::tčäɓŪû{îš‹Ú|)ķ.Ã0 Ã0 Ã0ŽM:‘CIB’ēđÄ.ļMšÅÂŅĀģʕUJMRmHėP”¨ũl<%¯É+ˆDEˆČ‘˙rԑ/úßÎĻk$ĖđŽnS Ķb×ŌM\ļiļÄn—”%““bō×ķEqŗÉą%ķŧ_Ęé˛p”‚ÆäˆķMąĢ*0mL&iג2ΖnĖãL„•įŪSڍĒåĚĘŪxk”ĩĢX†ĒįR›Ģ7ˆ4§Ēˆ )„ŽZ—Ã0ÎĄp)q*z\e¯P„- 7u2lR›Úļ_ųūRoyĨŦûX]í5ŠnÂl.PWKAšĻ™ēb‘¸I€4‡–[8ĮÕÍÂŋņIÜ&ķ[u¤ GJēė,Ę ã|š@ˇK×X^^ ")Ĩņ/ūş˙ųŸŋčE/‘Ŋ{÷N§ĶÂęę*€ž}û~ëˇ~ëīūŨŋ[EQ“ÉÄ9—EŽwnQ:ī•@āāĘÂq9›Pj—‡§ËáŠzŧQjŦRTäbw"‰zļčd‡1ËŗN‘Įw ’‚”VâDœˆ#Sd1hė^P&x™‚!æŠį™ŖDpetUD•P œdc+Î}O NŒČˆŒÄYk1 ãꇔ—ĒAĨáŠ&ž˜ÄcŸ™ũÍ_{ä›bķąOn=ō˙6ũÄŠĮūßéĮ>šõȧļļŽ‚# Š%ŸZõTVž’,m”TįQC˛nĢJ8›ĪÁ;" ‰Ņ*9ŒĢƒķ.ČÕũ~ŋ‹…čFʨę ^đ‚O}ęSũčGų—ųøņãÃáPUīŧķÎ{îšįûŋ˙ûUu2™ôûũļmģŪ˙<â&‡ŧ9įšĻé÷û/|á üĮüģžëģL§ĶēŽ/–ÅjJé~āūõŋūכ››ŸúÔ§~˙÷˙›žé›úũ~!Æø˙ī˙}×ģŪED[[[o~ķ›ģ•ĖēÂp8üŲŸũŲĶ§Ogĩã~áFŖQVzöîŨûÍßüÍ>ø ˆüŸ˙ķŽ;öíßūí/yÉKrČC=ôŲĪ~öw~įw:`ßž}ßõ]ßĩžžŪļm.éX[[{ķ›ßüļˇŊ­išûîģouuõ-oyËęę*M§Ķûîģīˇ~ëˇfŗYJéŪ{ī=pā@—ąœwWg#f†a†aÆ5‹Î]* „Dœ›M Į@Ō6=‘žw˜ļÍŅc§z >ėfŗĻm۔Āå°îŸ P÷o~ŅW`i ++eU%B‚ļŌ*1ā.x´Ü3 *ĨyĻЉˇíLRåyĀÔëųuŠ}ŋt°đåxŧ D rĖčĒęŸnĪŽ7GIA`Û§“wMˆMAƒĨęōʕų i9k“ëBæBĀ)híëžx?MEDtā(1į$y%BLR$K6ŒkR´ŖļĒč-Į1=4;ūĐöčD’Ļ P8!§ę‘¨‰ÍTâéi*F›Ã7Ūĩ˙úVúeo46‘**Ģž œŠŠÃĸČ¯ $ĐŽãˇĢ’Œ.V0ā P“:Œ+ŸķÖ9vÖ˙æņüĸĒļmģk×./yÉK~á~@ö§Ę‘ã>úč7ŪØī÷SJ9d;×pÔu-"wÜqĮk_ûڕ••oüÆoŧå–[ŪøÆ76M3Ë˛ĖūW˝)„đĒWŊę[žå[>đ ‡Ãßøßøđ‡?|ë­ˇŠČĄC‡Æãņ#œí¤ęēŽëz:EÁĖ×]wŨOūäO8p@Nū˜ÍfY !üäOūdÎ)!ĸÉdōĀŒFŖ”Ō`0¸ãŽ;^ôĸ}ī÷~īúúúl6Ë[Ņī÷˲lš&ī(ƒ,ĖųîîlY:]yŊ€āģĒ=čŧãüd1ėK>āy”b"€Åđ4" ¤°Â+qĸų]a†a†a<ÎņV˜ DzΊĮûÄ'&'N^W×{꧀„ƒŖČĖ•÷WúÔ'ÖnžŠr¨ĒÂûŨuéAŽYēÅæE)š†Å Ą`׆–*xĪŪõĒŌ/õ0Á9Ęc“ŗI€ˆ8—ī+Ÿ0.u~p!ãU BČ)â %‰ûQMĩį>Ä{žmĪŪúđŅ*ĨD”‘YÁ ęœŦ ]$,@R„xĻįõĘĩŌvTĶļ-*&…€UHB ( Á]ÂbÃ0.'HVz™…ĮÚC÷›ÔŨõūR–›aĒœERhŽ|cī]ŋ&IXßxl›ŌņĒė¯îwMđM˜•ÅŲ’˛ēV~ÆåŽr.<÷ģV^Dq°PžŽËĨŦÔ4Œ/ĸsÔuũTou‚„sŽ×ëaā‘;âsųBūx~—ˆ–––°##?ŲŗgĪįyąČ+đƒ?øƒ¯{ŨëūüĪ˙ücûØŅŖGÛļŊķÎ;_ņŠW|ÕW}ÕwÜQEŽŌ(Ërsss0Eqäȑ<účŖUUEąąąą˙ūŧ-š>Ú{˙MßôM/ųË?ūņüã˙âŋ8–––ʲ|Å+^q÷Ũwŋüå/ĪsîœĻē¤“ŧs~ā~āÕ¯~õ_˙õ_đƒĮŪûŊ{÷žä%/yÅ+^qįwæ]‘×??ĪōŌÅŨ?W.¤đŽā”kÕõîh<ĀĖm õ<īrōôēŖūéØÍ  ° „*(áHKA‘PE€øķ–] Ã0 Ã0 c'BĘL€äNvĀ ‰Š„'OÜ˙ĄŦĨ°ŋruj%D(eĢ'°¨†ļLí]ģV‡[››ŸŊēąąī5÷+ûĻ۞׋”.ĨĢģėė!ʐ’H]ûļŧ×ĐDīxŌ És’°°ā@9ā "ĮŽ°’äL†ø„-QXĸHŪAuĒ¤‰’‚|gFÅRÕ\´Á‡ÉtļÚ)¸īÉqÛnŽŨ)ĶzŽxšĒŗ¯Ī Ö×h\\s:Gã#2o{īs!E÷dįdX˛]U.O°{÷nŗŲ,‰wIQvŠ™ÕÕÕîyvũ-§ō˛˛Č‘'X__W՝3ÉēKˇVƓĸ„ČhZ eĀŖZĀ–J@ĪyŦWĘ¯ƒû‹ ĸgôčé|Îūg•ą‚”rÁāŲĄŦg˙ėŌb†a†a<+˛‰ĶÎNŦÜԄ¨#ÄÍÍGú∃ &¤_(qîOāT Â*ˆŠ*‹ãööÖņcíŋū:ņ=õtqs/Ž2ĒŋöƛĮMë7ļ7ĮhbáąTĄ'2|uÉ{Ē~H´ĩ]Œf{Šúβw÷ķžŋÚī§ĻE_ÎFļ†@ ‘•Ķ§ļ‡[eĄë1z%RÛ# |>“Îí ėP͚Élk2ĄęÁ‡Đú€‚ļ†‘aÆÕÅ5§sd:ĩ`6›Å™9Ûšzīŗ+uÅ)%fÎ6S!„ļmŗKÕŌŌŌĘĘ ]4öwFedsX,”’étZUUNûčVŖ,˜YBDYähÛVDv*y&&oēŊĩžgO;šôĮᆲ÷â›n{Éž^¸īēzÕl´™¤ņI+_˛"ĨD Ģš1 `´‘BdqpÅ:WĢä-ņ"€˛,ķŗŧAD"ĸĒYöȟĘ%X”ƒd[-ĩöîĶ /@B‘P$ ’s!ßãŅüy™ë5ķ؆ŽepQe‡AÍuąx!˙#V^´9„-œÃ0 Ã0 Ãxvt9ĸ]Ãr>ļFmœlöø’ÃQ’š>ƒ%wĸQz#HŠ¸Wq6KŌFmŖpIūŠũž¯u ‘âæÔŠ}Ŋōĩo¸ũúũ_Ø<ũČh{¤icsģŋ˛īÆå•įīÚwkŊē+j= tbŖW¤-Š˛įKM)‰:ĸŦv(!ß*†qM""¨ĒšITÂHĻ|rŗ= ĸä¯ °ķ(=;U%MΑ¨(IwęV°€@:wĪ6 øZ¸ætŽļmwēBe9!ĨôÄč‹\E‘Ŗ™9ĮotĒĒʑ"BFkkkÕUJ @ˇŦBV2:Q$Ē(Š\˙Ņ-7ĨÔļm¯×ËúG7Ÿ.)ÄxXÍž€Î „ÎŪđA ãĒDâãhč„é´rÜJ‰`æÂ#FWø‰¤ĒĒfĶIááœKvûb†a†a< Xe!uäqž €ĢĢ´ŊÕ[^™­Ŧœ9uzīŌ2Fô{D !Vr † BDUÁšíņäāíˇ4M¨}5k‚×ęYŦŨUNëKŸ(˛ 9GėœĀ‹ÖĘMJˆ°*ɔDKŅʓ)Î`ĀW)˛Ča#­ ãšG—VęņąĨ%nˇ“ŲéAąė”SJÍt抁ķYŒFĮĖ  1”q}īJT]¸ÖųɤŠįÃpgKĄt~~†a—?֙n\Š¨ĒČŲ¸xU *mA3—„9 ĩĐ莁ņ.a†:Î=…° ’—qö•ŦpĐų”×#Ā%âĐRAŠQ" ’H›ė W8_°Ē()Ų-a†a†ņlȁ<ēËB"šAŋˇē˛Õë§jAC Ņą¨‘wĆhLB ŧ´„$ĶĨî v­÷WV[WēŦūøiP %f'äF1N)”„Ą‰DDPB×õxv”§vpt7–įg×JŌ†ŲžũģŌhđāÆŅÉpÜëU…÷ĶYXY[O‰cČÉ(˜Øõ•BŖaĢ9Ū_åënÚģē[ÃQë‡+k+M;%”w˜ÂTÃ0Ž>Lį0ŽHrx -žQI)9Gžāž˛ÃÖ6 ‡ūB„2 (A$HŒ”+īđ“/āÉ|^Qđ˜ĩh,+ļļĒÔö _šB|5!wę8DQUīœgjš)œ’†a†aÆ#9nîC5Īę`!ž†Đī÷—ö¨ŽŨŪØܘM•\]׎“:fa&8bĀ;apUM&Ķ-įüúÚŌžũŦ1Õ$S2[Ũ§Æ) ^rŪɎAĶÅÂ+œŲCWĪ5¤bzr‹*Ûī†qÁÃélWŲ[ÛW­Ø{zŧŨHbrŽĒfAۀĐ„ŌIfúåv÷Áõ]×ÃĐgQû>š@g“Í*B HLė0 ãjÂ:U+"Re€™U5ĮĨÄĻ•YKŠIl>ņŠÍĒ(‹š’“$ã2%Fš"ån¨Ô™ÍfOúzÕĢĪc%…!>ĨX,ÃĩÃé‘#i:I\vJ@Uø^囨DP%Q$ąrÃ0 Ã0 ã‚! ]Œú€…øÛ^åimmõúF'Om‚°oue:Ų ”RJ1°hbōĖ ĻÛqAXYŧžöė…¯Bˆŗîö§UÎ/QÆÂfņeŠĀķRÉ/įŽ|c’EWÕaÆĩ‰På‡)ųÚ]wÛĀK}âŅĶĶI]öIØq&‡ĸ0‘b|đyģŽģc-˜5MĩTx×ۍ<3†2A”ˆĪõö†a\|Lį0ŽTT”MĢTU‰¨tžįŨŠ+ĢäWš8ü܃'CãՕ‚~ˆ •) aŸˆ”ĸŠķBōsč9ĮĖ]°JÖQ’Jķ^ŒäcYO¤*nãQIBH"q–QQĮđNRR…:f%;†a†aAĄ Ėį P"P÷ļÛĻO´rđ ĖfGDļĪlpŒƒŌĸ,ž€ƒúDœˆÖ­ÔŌÚęōÍ7÷nŋkë­RŲS ˆEb?‹û  „DH,‹‚p&+HÅ)œ‚‰1ķˆ,Ē=žøķĒ2Œka)z.ĩÉŗë9ėQ×ĸwúØh8›øbXJi"$&ĻŠ/†ŽšėŊąũí+Ëû0 ĶYöĒšŸl|Ųƒ2Ef  Pë4 ãĒÂNjÆIˆ˜‰¤ĒĖ\UŅI•÷ãIĶ—X3ę¤ģ¨Å%Ōč´P8G¤äŪpP gp-ĩi•‰Aā|Ģ¨$š Ž,Ÿš%ą›%ŠIĮŗQSCKĪ”Ŧđn–Â4ļ ,DHI…ķÍsŊc Ã0 Ã0Œ+R€¤ ›U"ƒP÷ęņæ,Ä°guuíŽģ įöķ'ˇÚö4VĖĀ<Õ4×í¯î[ŊíŽâĀūč“HĸŪ>Ę d:Į—‚r8JŪQ,$ QĖŖ JĀJ…c?^ä0 ãÚDH6š“ŊzÅņē zûqÛōōęQ>røøh4I!´1Āq¨—°k–×–öŪ°î—¤%á~ōLMœHR_UvĘ ÷ģŦU§ÅsĢŅ3 ãęÁtãŠ$ģTåz g.û=í•ÃatíČƒĒËĸĪž ĸĶ1()"ĸ aR`ƐĮ׉įĮbÉ'MšDrĄ9“#&ĮMš<ķ•tâzŠWŽTÛØ˛ ŠŠ‚<í>°Į•nÚÄĨsNTUˆœŗrÃ0 Ã0 ã‚!€!P@!ķŽvä>ôV”ĒJ äûũÁmˇßĖnûp=;ņÚq˜Q‘ÕqéŠūJ=¨vÅķx˙ēÛŗw\•MŌHŽŠ4'÷§'Ļæir…°æŦŌ‹å‚YL) ßĒŽg?bÆ5€Rš`+ĸMœŧī—Kƒū ʕū`ßŪŅ8ÅX‡P&ĨĒĀōŠŽîJõ€7“¨‘+įMf3€{UmVžwč$gË; Ã0ŽLį0.kžÂ70ˆ™Y)@E5yŸzŊëī~Uûđ›cá^p@Q4AšYŗēkHąÄĸÂĸ åDƒT$"H˜!cˇ“r2ãļM`”E¨Š*“ŖD }F˙+„ĶƒÁ€Ũ*…ąFšĒˇkĪōMˇéō Ļ­ Ī-‘¨&‘Ëj,Š°&‚ĘDĨHHŦR&”Ča" J p7nđņĩ1ķ˜›0ĖŸPž‡äčŧöVĒ+ī7 Ã0 ãšåœåŧŠ`2­Žô[ۛuJƒå•ę…/Ü{Ã~ŒīĀpcvrk:l<ŠÁęīۋŨkXĒ0čMŧiCđÎIŒ‰-OîŠÉ^U˙-ë6$ĪĢÃ)Ëtļqģãņ‰ŗ0 ã‚ØYÁ%™ Ę@™sŦ‘b~ŒP΅VÚuFh÷˜ųQ/qq۞Õ]ÛĶqˆ“ēŽb˜lLÚŌĶî[VV…B‹Ļ*œ‡s"4Ĩģ~*ĸ:M"Z¸RUE„ĪŠ`ÍYNĪõ÷c†qQ1Ã¸|!“ ÷qĶŲNT8§QŖ*û2æÂËūruĮKˇŊ‰ēžy>†MÖ´Ŗŋ\" kĄeGĘEôP›bļũØ˙úĩõ„ 2fˇī…¯đ/x<‹+ é—|„ÎK"(‹Ŗ‰ķÍ$Ö\*gSW°ĒčeeĀ¯SV'čˇ@ëcôÁaZE´č%pBBĨŨmô%{TĀ”_ĸS8‰đ.€‚SōŊŠS!Íʋa†aÆĩ‚‚sPpîšs ‡T8ŗi„¸ēN‚Ą&Đę.ŋŧĖ´ŧƒjĀ$âČŒ˜8 1|U0T3r0ĶĒ§<īW}*‘‚ģš×ŊōÔsۉUrÆyÂP@9W0¤ė eIDQ+.{eĪÅfMApŊēŨÜvž”ĸHŽ"ŗ’$¤(-yR!(1IÁęY V‡K'u8qiËX#8‰mĐČ5¤°˜Ņķ$Q ā( €$ eîņ›'Ž‹æG•§“S øĒ0Ã¸ŦŲŲ¸?§eßŊ•_O@ržqįņ“VÔÂh…Đ:õũļpÅa-5 v*Iā&žZ*úŖ’[wŅš.+ ųuyáTN@ˆĖ‰ąŌ|/„UU÷)š4ēpõō@w¨$pūÎ˙ X‰Ą6@Å0 Ã0Œk =ˇßJÎif&âä°čŪōØŅŠ{*hîļd Į—&ô~Š7Ÿ^1 ã"ĶŨ$‚§ķPŠÂUŽ,y8 ņU1 Msæô}ׅ§AZ;īIƒKšÂs[š.wg.'_ĸ•'eŸÎž.”$ŅÎ[dįä{î<ˇđ“ÕjȓMi†qõ`:‡aO‰Ā‘ųD‘Č'ō‘šuÔ:@ ôH@7rđRļ˜ 9ũŠĶG†\Úhg+{÷ĸMCa4>ų™Ī<°|䞛o~ųõûVŠŠ”PHtŠ¤E%ÉĨįg†aœ/Ļs†ņ”čĸv‚Vq*Ŧ‰”‚šĀ Nyq‡ÃŧŠwi+(Aōō5ŋî (œ + (&N‰ÕÉ%Ŧ/1 Ã0 Ã0 Ã0.[XAķ[GD&ŸšbXT'ôą“ī{čÁOœ:v‰,-šÕ~¯wÃö‰ÃđŊļ_7ŖpôęCĮĪŒĸĸģ÷īÔ5šĢCc9Ė˛Ę0 ã2ÃtÃ0žRPt(ā4zMNÅ!ģ’æ˜ ™į_D€Ÿ3:rŗīâ?QčbԌ‹P†8§ÄšEĄh*‡a†a†aÆĩ AX¤JÁķ#īˇ*˙Č,ŧ˙oūæ#GåëŦėY;ļy§ļ°g ë0mfŨŌJ¯X&=}âČƉ›ŋķ[œ•´N™ŦBR,,œ Ã0ŒËĶ9 Ãx H˜Y$PÃK䜒‡V@‹ėOęÃ:<”1ŊdM=)ą0Ĩ@)K Ā;fh᨝ÛÖ÷}Ąi3;Z=×ûŅ0 Ã0 Ã0 Ãø˛BŠ‚8i0ĶTÔõŠYÃ{ÖmĪ~íũī;VÖîāÁ3„ŲÆŽūEĐxŅ‚Ë~…vúK÷Ũ÷#¯{Ũ’V•H_Šm›˛ßˇŨo†a\V˜ÎaÆSBœˆ\Îį($zMĘ`Õ‚oā+Ž”\nā Ā—°Į â\HĀÔS ˆ’ŽK_:&I­%‘†a†a†a\“Œ¨"ŦĄ*ÆĀCãÍSŦ§nyš‘D1å"Á!¸rRHëÃíđãgŽ-ÕËĸ*‰#Žjæ†a—Ö hÆS!DĖˆœĄDĀĀÔ˛Ÿ# @9…/ ī xO—0÷[ĻÄđ"¸G` 4@¨ëfk;¤ÔsėB*‹sÃ0 Ã0 Ã0 ã‚%"€ĸ‚@Š.ļ$~îȑS7Ąc"8e(ĸ´]ŦpĸΝ;<}ü‹ŊėŽ¯ÔÂKŧsmˆ˜;8†a— Ļs†ņ”(§_€ XŲķĘō)`ˆ`;@É\ĘsJ&‹-4Ā1`č}ÃEŖI"§Tû‚ÂsŊ Ã0 Ã0 Ã0Œ/?ĘUī+"ˆ]1MéĄ#GÕ HAČVČ$Ę*ė¨(!‚Á Į€eņČÉãî%Ĩ'Ņ4fB›ĸzļŠÃ0ŒË Ķ9 Ãx*āY߅ÂG*ĸĢŽM&8ŗuÜŽd$õëŨ“-fĒœk€téVH ¤`%!D'PŒėg´th4ž”U„ ÄŌŠ‹¤jņa†a†a×$LŌ‚ŧc8Šęá(ĻáÆ&­ŽæwÁ@“Ƥ D:ƒ‚ķåxkŗs§,•™]!z ũ Ã0ŒķÅtÃ0žDIŲ!×sp!Tļ\´ė›(īûėįuã¤ÉLĩŋ´{ŧUÕũ噕"é\¸¸Œė‹Å¤Ŧ$ŅĄčÎ÷öŲnfƒu&õ„Ē(8ą4…°1 Ã0 Ã0 ø!"q ’$-ĸVĘ.iöÄ )æU’(ˆ ˜@ķTH”5$—m’iS€ÛšįÅŗÆįz Ã0Œ˜ÎaÆS"‰sž…āR¸ˆT‚Ŋßŗ˙¸6-Č÷ęą >xŽ–úMĶ€+„pŅx!R HtŲN•œđl8ŋ„Ē'ŗŠpQŊÚõŧNEyîre†a†a†a\3(AĀQ”á W†×jŋ*VŠzSÉįp R°Î Ŧ”Ô%UHŠP† T @5q­ę ´.ĘédČEŨhōi†q9a:‡aOGR0'€%‘õļņhÔú‚@2-ŖŦŽ Ņ@>Äi%geˆYĘ"y`Œ2)GâiAđ,ėHŠ”¤“Q%ƒ˜ą!kž9)1HŊ:G4(Ŋ+|0Ū:3(°ŧŌķu%uOÅ؆a†a†a\‹¨Ŗ ĸ„‚IK’J*{•S´ÂʀpPīQÄÔōB T!‘SŦĢƒ>>zFŋlgĒLŠ‰@ų\oĸa†qĶ9 Ãxr”0KŅe<đ˛]K?øōŊûŖ=>ûĒ@Iäh™Į‰G•Š8e(EfR”"€¯ŖÉpeeÍĢ—ąžŒQīēåáSĮqāDą=ÜMî–qëˇ7QĶT%)WŅ)¸ņœˆŊĀ @˛X;Q’ūųûJyF[ fÎÃĩN´âÖ‰Č Ō‚ĄŠĻãb6šũE/•Ú_uĪÆÅĘ †ĐcööÔ0 ø 0Ã0Œ§Bœķ#€¸Ø{Ûm/ģnŸëõ'"‘9ØŲ´S(E P @ĘD#Ä@Op’ņ)āŋ|ėŖ'†#xŋ>Xū–ÛŸ˙k{÷Iô}?Aۂ¸' ÅČAsë*Ĩŧ Ėë„Úi íhTŗ_Ģ{Ԅéx2đvŠ3 Ã0 Ã0 øæ`ĸœ´ öėŊ@Ev÷ęÛė_;ôš3aŠŠ į€M›´7č/om‡x ú5˜ Íjō{ĨžuO} ˇTĒĒ$*H•- Ō0 ãrÂ: ÃxrH1pÄ@™$JGX›GĄJIAB x° „čT|ōJÜ21´JHëdĩ(Đl‡]eoīN„˙÷šĨƒ75“æzâHųŌ+§a˜f™”û­üÄģD(s=…aU@IĀŠô˲æ‚Ë ‡-'Mâ%‰Z>‡a†a†aÆ5 ‚:¤ž‰“FížAņ‚]û_ļ÷ālķÔĻ-jA™MĮ3FīyûĻÃ3˜l"%° qĶTMzõ‹_zguo rûBĨC$°3ĨÃ0 ãōÁtÃ0žšÉ¸_—¤=Īė• Ōj6ÕÖĢZˆY•4‘žÕ9„"ERˇL íEq+N|¯ėS9œ5+mU|ŊĮmŊĨI6GSŠŅon•Õ˛nkŅ\tŊ)÷ƒĻ‰8a)įÃ1˛_P%’8m#&ö Ž1”ä|¯ĒDĶ9 Ã0 Ã0 Ã0Ž=jWø¤…”8ENą‡joYÜ{Įá‹~tøЉ ]A*{pL§g6[TŪõzu;+Įé ē;ûƒWėŊá–ĸŋzâVW´×bČ ĨT\ĪF8Ŋš7¤¯šéŽ¯{ū]wøŪū„rÖ Mž‰•gCę Ã0./Lį0 ãÉ‚ë•\zxFHĐŅņh{æ\é<)‰#°°ā’˛ƒ9‚ JŌ_ĒfãY›ĻEEKž7qˆ:mĨ™q”Ę1ŗ”ÜhpĄIĶF“RU@@B@`GJŲ‹I™” ‘€Čæđ´ÄčHûeU–ž‹BRh”ėg†a†a†qÍĄ„X“œ`WÁiˆÍæä•ëûö VnXÛũŅ#>2›œ™M'1î^Y‹Ã!NŸŪÅÅÁē˙Âë÷|ÍMˇŊtWŋŋ‘úI¤ Qįg”ĻɗH 3Ž2 øl°N@Ã0ž6šérĩÔgBUæyŠŅIhIáō?SВŽ!‘āÉD ŌļÛ2+KRáS[øČn\éé4‹žļIˇ\šÖ\­ö¸ō‘›ql=A)ByN„‚Ä)ƒ\^1”ÎX•KĨŖŠ‰Ļ™FRRlSYØ)Î0 Ã0 Ã0 ãš#&ˆŽvŽ1Ņ į¨ĒgãåĒÜ=¸õ/XŨũšS'm ›frzŗ"ˇ{yũÎo~ņÍ7ßŌī ¤ãRĄPu"Ž› Ȉ¤*ÉĪāMį0 øl°N@Ã0ž%ĻĸlŲ &6…/\ c%Ī ( ‚e%a…'Gpp vä ŗØÖũ^¯7oLĮĶIC=îģĒWƒAŒŠmÛqĶLC\&QHęœsįĘÎĮ$ķœ7ĸŦsü˙Ųû“Y˛ė<ôũÖÚÛwîÄiŗĪŦžJõXEĒXäĨHņ^QE@ŧwj¤)g4 ™æ‚ū  â@€(—OĒĮ ņō>BT‘ÉbUeĩ™UŲœ>:w7ŗŊ×ēƒíî'N6dåi2âD|?œŒŒđpˇ0ķw7ˇĪÖZ")%Š*GúÁĖÚē‰M#<ņü"""""ĸ‹hpC]ģb°”ōĐHŖž.F÷öō<ˇ9šråÆO]ģļ˂8ØFŨ4 K‹ž=ė&îÂú.‡hrPÚeëa*ÁÖUDDgs"úpĄNƒJę8qHI$*ĸ‰C ƒĢĀĒÔL]4˜¨Ė Éĩr ų ksØ ŖÅ ŠM“Tˆ¨°ļš*éĻŒēų´ ŅÔĸĄ´´Āʂ*C1uÔs(ŲD4ĐRKâĀÃi߃DDDDDDt ÚXĨ”{Į¨•fC—­íSˇYÅM×ܧî`:Šz)ÂĄM†Ėįåļ ˇāĻpTčĐāâŊ Úh‹ä`ÎADt–0į ĸáZeH0@°hnRöį\æƒB Žh¨2ÔÕĄP3 1bđ,bę&1ĸŠēĶ ƒ‰ZTH4 l u@…*3q…—Ąâębu1&ëIãæōP‡sˇ“ˆˆˆˆˆčâ ͆> + jjÉ!°hPˇĘ58BŌÚĐ&Pg‡ ˛ÂÄp1ˆ™”ˇÃ ØráĨ“3Ė9ˆčƒŠ#šTŽ14I4kî€éÉëĢē‰C-šHÉt•L wqYŽw…Gqˆ¸ˆk0 ŗUMâ `9{ÜML]­Š—RĪQZWšPÔaËxÃN|$"""""ĸ‹"8Ē¤TC°>Ŧû `u’œeĖ†ŽŪŊ.ßPē–F†ōԗįö…´ŒC“"ĸŗƒ9}0u÷hļL DsdĀabu_î)P7˛BäŌ`Ē„@dD˛ ‹$U˜";˛.¯ãËŠ0  ‹š 'Bˆ•dUąQÖqũsKė! 9ˆˆˆˆˆˆ.qƒ–ˆ*Ž– ˛h,Ģ•âŒõ{JWŧ3ʼnë<#šˇ˜ĩԈ$ũH+EDDOs"úbb͐˛¯ÁÍŨāR"w`•s¸ĀĘ /0TĘB\Ŧ đ€ Xô:x¯>ëŖõÁ—¤ŪëŖ÷đîbYá@`ĐR5Ŧē܃´UUĮŌō§?ørš+ĒŽāl˜JDDDDDtᔁŽVŠ02Ä Iáb&HĒ†€`Ž(…’ÔV­’—ƒn']ÚœöŅØsŅ3Ā4eu¨- HrIQ‡É˛cYÜëX ĖXu‘’åb\ĖDLÜELŦ$".ŲËqI ĘGƒ”" ĖE!æĸžœ7”0åÄŪgiT%XÖ€û›DDDDDD›]Xö›ZÖvˆĒ#+’"‹™(`ŽÜx,˜ŠC€`0AiQU8Tŗœė"@DDgs"ú`.ÖEëŖĩa(ģvéC6ĪōA€•>VewjTfĻ=ģCÍÍĩ2 bÁ5šEĪn-GKĩyåæf.‚h9:ÜM õeĸī2JYÉrĩ×€}Ģˆˆˆˆˆˆ. ¤ ÚdDCĄ‘˙)Ŧß-–0\Á \ËSd)ķ)—ī…ƒAaÂŗėˆˆÎ æDôÁʜ ‘2ĀīM9°.ŋ€ræK‰"VŖČ 0¸CÍT žüV0˜#”SĢDq¨<ø|ĩL[ļJ]ũЇw(€–‚‡ey~ ŅäËĒ ËĸA,‹ ĨŧCjęË7§&.¨}đ´ -›WgÔ-O­SÔ<­Žčc!īké t5wyđ8ü°C@Ė#/æDôÁÄ5˜„*‡<ĀŨåũ¯ b€h–å@ļhĨLXaZeŗ՜ 5Q@ÄÕ!åZY5ģf•Ŧeĸ¸,˜‡\â”ûžaø˛_]DÁŅd @™ip”FĘ ¨ÁVM˜QUAˆ—ÎË7ŸvbÁa'Ūiōā)ŅĶS:“K9ÖU|uBíę XS8ÔÖŅŖ؇z˙Š´āyąįs"úPâ*Ž}0Ÿ 臆 Žžø†,*0‡š˜¸Hi}ē>õeųĘT–Ļ.jĸw ÜD&R ¸/*Ņ‡G\æĀ—įäŲúģÂōēzōBŦ€æ÷-đÄMˆč)rÁ\T 8ÖŊD\JrėČĨœ–û äX>Z?ĸ Џžô,bÎADDDDDDDDDDgBV”D#ęHZŖĢ=čUe~ĸVcYƒåĐÕĮÄ3hĪ1æDDDDDDDDDDt&¨›‰AWŠeĄ•­¯–ÕĒĢžse(Ŧž¨ę`°qq0į """""""""ĸĶ'n•›{éOe&ëÎįË!äę&0uwq,ÛĶAONā8ųą8xpžÎšÄœƒˆˆˆˆˆˆˆˆˆˆNŸ•y)ÅȂ’s8`‚ā ˜âA™OîY–…ëxŖt¯_$Ė9ˆˆˆˆˆˆˆˆˆˆčôŠ#šwƒDhÍĒ5)sÆ58´üƒ‰ģ‹˜BN2J÷*Ŧ˜¯q,ų9ƜƒˆˆˆˆˆˆˆˆˆˆNŸAK}†C]Ô âˆ@˜KÉĨ{Õ˛i•hÉ3J†ąŽępâAŠ‡¯’2ĀƒÎæDDDDDDDDDDôąĘ97M ī{3‹1ŠHīšoĒ. ­ëÖ-t]oĐēĒôŠę*DĪyp¤ZC’ YUŗy†ĻięX- UeĮĒ‹ƒ9}ŦT5ĨT>‰1†ĖL!]FŽã>„ŖXwU8WwīŪģ=ī—ļ6¯moo7ÕX ‹KMŖÁ5˜›™™%Ë"ˈC ā}=ŦčœaÎADDDDDDDDDDĢ’s¸{UUĒZ"Š`aäm;jßÎūõwßūī÷Ūúöüāaz{v´šŗ-?šoÍķį7.ũ¯/~úį^xõŸĶ,{ŸÕŗįJTĒ˛I΃gFs""""""""""úXŠjŠēp÷”RŠíđē™ÆöYúŗ{īū_o˙āīßü‘ ž]ãĘî}›ãŖčķŖéÍ?ųú_|˙ŋũų/˙§ŽC Į˛h+R˛6Æd–q\Ė9ˆˆˆˆˆˆˆˆˆˆčcefĒev8RJeDĮŅ¤ūŸ ūŋß{ķë¯ënßåŨKŖĻĢ‚Uu7ô@mDŲwnŊš˙Î÷ߊ°™~e{ãEԃw9å6ļ*šR7äĖŲ s""""""""""úXĨ”ĒĒ‘œķzDĮąø×ŪøîīŪzû­~Ûq]ĩĮĮ9 =jĢFŖáūáAfWļ6Ž_ŸoMūd˜˙ÅūK_~akģˇ‹éĖU\ÄāŲM!zâĮ)k;Î5æDDDDDDDDDDôąr÷RĪ‘s!Ôu=ŸĪߝ˙˙˙äĪŪmÛjûRŨlšWÖwq´9žlÎûn|í•P#Ĩnīø>Ō€&NŨūü;¯æ _ØŨÜ6Eīš† "đĶŪBúéã/‚ˆˆˆˆˆˆˆˆˆˆčũ‚Š¸p)˙ 0Ā‚hu—Ūŧ qVW7ĶđúŊ{ķĻĩņ¤õtČķ!…X‹„Ųņqš÷6X7]ĖŽ ąŪŊĮ[īĪ˙Į?ūî|Ņ{ĨCÎ$YŽŽZ!&ŽĘ.0@äQōå:CŌúŸ &ĒDtõīá/=ž÷ßCWŖ'ƒõDDDDDDDDDDôä‰k480dąŦĻ°`PG4„d ŠēŲWmÚŅŨkģ˙é~osģG€Ē˜˜:ÔMĒõŗ ^W•6MY=MļŋˇŅü˙ŽŽ?šY"^ĩãũ¸!ÁÛĐ:#¸Ž. +šdøGĖJ0#đŠ†P¨‰ĒĢËôÂXūŽ.ëoš¸Š, bøčëCˆ9=yęĀōČŋæ‚ quTąĘCJĸ2j:ˇûžß^ĖŖt!@‡Ģ%ƒP‡¸—€ÁŘĐ^ã;îß;šĖ­Îę){‹Ü ]Ëõ1,C‡HV3>ėAÉÆ{KCôÁú‰ôbųķÎ!O s""""""""""zōLJČ_ē "ÃĐģÆ:DI}w<뎏ƒC!p`•o°‡>p ƒÜš[}9MŪLü=ŗ9€<ęrņu›)`ļÜ uzĄËĩ“ b.€$¸ąUŧĄĢūW^ĸšGI[čC0į """""""""ĸ§ÂJ9Åę ž”/æ@UiBÔPí‡hwH† D!ļŒÄāĢ0Āáf›!ĘŦok˜@+Í9ģ;˛`Žč‰|cYoņé‰â ;ų‰ ÄכļŽ5Y]GÖ×OgĒå8(ũ bÎADDDDDDDDDDO…Ë2ęx3ĢĒ*íķ °ÍņxSŖ.ú&›&sQĮĒäáäÍ}ųQĀ*ķ1pšnƒÃ=k šĪē,YNÕpy´xŖPņ2]ŖŒRëÕGIZ_NÚXŽî0Y§ŠŦĢžX_÷°Z.ü´=įs""""""""""zō\JņLĖ¤ô€`&"Aƒ‰ ,7ŽÍĒÚŽ›:Ŗ63ŦšAA}5°åĮUŠDpkúîÕë/§Îs€ÚŨĢ˛;\šKęā*y´ņĢĐu Æ*;1_&ÖŠ…—2”rƒe"ËŪVēÔQ‚0ęx"˜sŅSa“}ĢÖŗģEdČ !F 1 6 ģmûš—_ų‹{÷ÅQų‰žNŽ%įp‰­‚¸ ¸M\ŋøŌĢ2$ âę"]–CAdYŌ!03ü'&ŽnĢ„Dņp…ŠËbqArDĩ¸C’”’ŽR[˛žčáp”ĐƧք`ÎADDDDDDDDDDOž‹™Ā×õæU˜ †aH[Å:IŌåÍÉį_yšžsˇÎ01‡:ĻË%”°ÄĨB`ŅėZh>{íZĩ߅ TÔU$'`ĸąå¨ŽGcˀDȀ9trXŲ*ņ˛EY âÖ8–ĶE’ yYÕá0Q‡Ęj…LXĪņ$0į """""""""ĸ§Ļ4qrX…ę.ąŠ:›ÍĸŠ[ŸzūÅO=wëh:=\tq2éc\ĪĄ‚Í ÔŽgDæķ žiú˙ų[ŋĸ‡ĮŅ4V:[‹ˆ÷ŠŠqŨđ* €u{(ũč+Ÿƒ(\QÚg wWqņ 7Qx ãžoTĸˆŠ! ŪC˛û*5O˜{ož}PUUXNņ Į܃ˆˆˆˆˆˆˆˆˆˆžŽ’4(T`ęĢâ  FDSã”ūŪŋl¯ûëßúöŅÁQuũjģŗą‡$îCÚē1ŗÅúęî՟šrå†ĮXŖeųæââ"æ.(#Á]n U_&.ÅzđFvÍËÎSĸę¨ĒzčûĄË•Æ6N‚FĪ†ŽEÍ }/iîЈJ!U 7—AÄ5xS*Érß÷ĩ†¸Jô˜sŅSbÄĄ€øēËĶ‰ī Ä1luųį6GņÅO?7÷oÜyįÍŊũģGûWhj´ä<ęãYˇ9ŋ؎˙zģķķW^|ÁuGb­&æYmÕâ x0Ŋ|ųŖ‘øjōyų˛Lˇ“huô6Hƒ‹Ãaz0ŋõîąÁ,ĩņ¤ŲŪžė\jF›čBÁģÁ"ęčy‘ûĖ9žæDDDDDDDDDDô´œ 9Ž8–U ˜[pL†„}ûÅíöĶ_ūŠ?y÷ęīŋųŨoÜģ?ëĖáķ}ÉäĨŅäŗ/^˙Âå+_¸ņŌ§6ĶČL‘“'ˆ <¸.‡ƒ?~^Ļk< ƒ,'‹ˆ­ŗö‹ĄÖQĶlHn‡÷ĶŨwöî͆YLrߙ§Ē–ņøhcŗŠĮúę§¯5ÛhFMNŪ/æ&æÁc,3K>z7-zs""""""""""zŠJČąžší˛ 9üÄLoqDĒŲaĖ“Kmĩ{õĘ'ˇ&oĪßšŨ™M‹Åh+܍?såÚ§vvŽÅfc0ŊģArɎ$‹$¨C–uū ã#*c9l97\–ĩ)€xōĻUŽénŋŲŨ{wzxočŽtws×ŗš÷)%†Å<÷ûŊĮ>øøÚË—žĮ¨i-į~X¨¤9ŸãÉ`ÎADDDDDDDDDDOŪē€Ŗ|ĸĢœŖĖ/iÄÔ!‚§J!]v 7Ēfwkë¯]ÚÚī¯Ėæu]×U؈:´}/Į{˜/Ŧn&RČĻY`"."nŽRĪáĨ˜ãŖŽåXS@áļÎcVÛĨuhÅÂė7ÔŨüáŅüžkÚŖîîYãf$Æ” Yģ7^ŋŊč{mvwn`ÔL܆ÁzQVr<Ė9ˆˆˆˆˆˆˆˆˆˆči9ŅˇĒ ‡8\ 81\L ŽžÚlpxŦlG‹ÖâåЄf’ŗapëCše›‡ˆę’NÂ{&&Ļf"P7˜Ã—‹‹ëʑĖ €—1äV˛‹ĒuSÜ{§ģũãƒŖ{Ū䝑4ĐņŌ6 萀!+˛U÷Ū=ŽÆŠzg|!ÆÁáČÂCôOīD""""""ĸķĮ–GŽ\Wįĸ*°lWîbsq)}| NôN×'ŽŽ/Ņ?‚ˆˆčŖ(/;&ø°ĄāH­ũbá)ĩąiôÔK?h+ #gX¨LšĘBž‹ãũÃkņ D "‚āÜ-CÕápƒ)Ękœã‘G‘p-ķŌ!7Šjv„Ã;Ũėū‡ņ¸jĒŒžƒ*ÜˤrQÕtc4jöīÜ~ë°ŲnnlŒ0ĸ.n[žĶc`ÎADDDDDDtîˆ :@ Ž ] HM_XZdä ˇĘ,šĒ"ˆŽÜŨÜ9ˆˆēēŠ‹—v ˆ€š‚Qũ•JRnYė=ßRčƒë°Î*KTzˁ XMą0@,šgi0’Ņha.ž3Ä}™ŸDaų“K,ÃG¯ëđ˛Î’ &0ĩ V‡‘`7IũĐgšļut.&pHÖāf îXž¨JDDtA”ŪZN&‘{wîˆz!u6ÖƐ€( Hr"Æ0ƒ†čŽųŧ›ĪQoH@L9öFĖ9ˆˆˆˆˆˆˆÎW ē@\XC`ŖŅž,šäĒ‘6„Ūh‡0T–aw¨ĸŠšIŨh…ų°0Q—…HvuH5¸¸Ë‰YDDDD™€•DëÃÃ=ÁfaHĻ r‚‡ IáĶUŨ‰; p“žīģ•‰J° ž˜>Ė9ˆˆˆˆˆˆˆÎ!G0@EË8rĀÔI–=õIs…Ņ¨Ū€ã#`~Ũ1ŽgĶ>UŖۗ7v¯…ÉZm-6.uÖYF—­‡BTasS‰ˆčÜ+ŨŽV-¯–' @LĸY–ß ËÖVŠu“u+.(ˇK\.ÍU\ņčŨ´čæDDDDDDDį‹[–\¤ŌÜŧ a­PGiŖm¤CŪĮ͡§7gķģâƒfL˛FßgöîDB“>˙å뉄6„ĐÉz÷Ay<ˆˆ..3Él]ڜÎs–Bm(Ė uČrЈĀĩĖĘrAr x3jęAÕ8‚üÉá~ Ņšã 9ŲąĘ8b[oÄ4šīãū;ŨíŨŋŊŽdl—ÅJ$ē!uķãŲôhaĶQÜÛž>ēüB[īT w˜„āė(NDDĀrƆĐR™ajj ŠĢ7vŽnŪĘžhšÔĄ‰č;h€x€–éX.ČdĪRĄŨ¨'pEö,sȟ æDDDDDDDį‘‡l@ ’ƒûΚ*zÂ|Īnŋyx÷íYČãËÍíRķŪ$k6âθŨøá7oŨ˜íVMģĶíÚkt â›VŅÅ ë 5Ap¸¸)6/ĩ9 Ā\:­+äžô¨Ōu|áå\$é†z„ĻE§É,I8˜u<>? čj~†­į‹‹%ŒęęūÍᇯŋģws†Éfŧ’g‚ÁĐ#mÆĄŽŊ )ęŧŪˆ—ûŖęū÷ī÷G¨UƒS_Š4<¤@DD€9ÄĄ%Ãp ÉPĩōÂkWsœßž[m"WXd8 )ÃRAkx@VTô>‹#{íĶ—c ­ ’cÔÕĖz,Ü)!"""""":Ÿ¤ äxĐē ęÚÆq7ÃÁųėĐ4ĩ•BMP‡”~‚Æ,1W!7Ŋ„E+ũäæā ¤Elâ$wœšJDD„-'Œģƒ#˜¨ŠuiŪl†k/î\~aâÍüŪėæĖŌčŦFt]ŪŸûŅ€^aĩŨ9ē3ÚōWvF[ČdņŽ›Ÿö֝ė[EDDDDDDtŪˆ— bæÄa hSMŽîøíwö‡Ūz­ƒ$ ‚—öã0…0×`ũšwßŧwãÕË…ē͎+ž‚JDD€Ā8ˆå…Ō,p¤ĩáųîō0Üžs:lļÛ0Š4Šė!:OÍ“,ts~ãĩį^úLŦ60K ŠúĨë=°áI`ÎADDDDDDt`p¨ā(ĩa:?ö{ëšĒn‘+8BI6 ¨[륎p`@…()Ėgû÷péex6ˇÄC DDtŦ?ĒC!R&‹-vĩŲšŅˆŪh7÷îž==>œMįU'!F¨'OIĒu˙É/ŧøü+ÕÆeĖ’-úàcl5cĐņp§„ˆˆˆˆˆˆč7ˆ/Д §Žđ0ôč; …JÚ(uĘˆ*’Ā^ŽėXOP¨7 ŊÖą9Ø;|îS[]?<œ@DD€ ‡—& šCÄl~lž1ŲžōrSĩ;õĻwģÅ~ļaÚ C˛*ŨÚī^ÛŪŧÔ^yžŅsŸ"fwAk3G>Ü1!"""""":o–}ĢÜ3/#:T]€8ô€Å(­†Fâ"€(˛ÂĨôå0ņŌ‰rF*­$¤Ą_„¸•†YÁÜ8õ“ˆˆ.Ģk..ŦˇŪcvĪŊU’Ú+áĨKōZŨí'ëŅĨ!{’(ãífcģj6‘<ĪûÃ~˜‡Jë2|Ȑ _LŸæDDDDDDDį¸C đå /į¤‚ŠHeY îȂ,¨\ ËDEßŖmĢãū^ŨԞC5XįĄ"":įädŽīĀM`–ëZšĻ]^4Õ¨m6j ŠĄ..‡A’tƒĖį‹ĐxŽ]5Ŗ\ŗAŖpŪÕãcÎADDDDDDtū˜‹JI7€…Vh€ŖRÎØ* Á8ÔUp-]Ēŗ>5[˜MÆí! a˛%qø#­Ņ3ÄEábåõT2 €ŠC Ē"nąŦi–§ŨŅÆxœRÎW×(DÅĮ…7uŗƒëa{cˇŊųÖááí> ŲSo6Ä ÕXFcãpí•ņå0ĖGa,^Ię=Æų´ˇˆˆˆs""""""ĸsIŦT] Āķų1*Š™§ŲqßOvļ/?×îŪhįû:t˛ u#›[qëâözcztxÜîî\J‚!c<Ĩ<œö&Ė9ˆˆˆˆˆˆˆÎ'ąŸģ ri`Ĩ1×Ež bŗ˛Íē Ŗz\i‰F ÄMĶB_$mķÁbŠÍxŪw.¨ëq×åpÚÛGDDDT0į """""":‡lÕ¸jE-ĶČ] Č.–=Šd@ŨHeādH21ˆš¸.âP ÂWqˆ—BDDDtʘsGâ<Č;´Tu¸p A×íÄÍÅ `3P‡ŽCā Ė9ˆˆˆˆˆˆˆÎŸ÷į •z ˆCÜH‡Épâ†ļŧ‚‹ āpV3?Ę@s9í-$"""*˜sKĸņ-Ŧ\!åģæR‚ sN^gU˛ŧ>D\O\h%ę """: ˜sGeųûĶ héhåĨļC|`”Éâ8_\ą KÔ P“UQŅicÎADDDDDDt91Á:ęX͇˜ŦÇ ā¯ßrŦ+BĘPĶåSĀ|y)ŅébÎADDDDįL9x÷W Č]ĩp1,OIV@Wį2+`€C 0A°üŌÕÖÃx‰ˆÎē‡Š9`ęÆs8bpēlDåå…؉gTY6ąķõ€s>ŅŲĀœƒˆˆˆˆÎ]Ô,ÛͯĄëÛļZĨ”Ė5šŲ0 UcŖ IƒôŊēŅ *!¤”ŽE†*¤ nž7—:ûČyhˆž ŠeUNĻŋļŦÎXeeÂ8’ Ŧy(0v°eŗ*Q€ÅDDDtV0į """ĸsĖVĩm[wéûŪ QTDĒĒ ŅES—ēÔ'ŅĻm…sÆ0ôCž7MZå! Ã5ˆD3…đĀ=Ŗ–šÅûō }č râãû0Û ""ĸ3ˆ9[˛lÍĸBŦú>Ĩl!¨fälƒ¨ģ™š dhŸp°č­fÃĐonL|Ņ÷ŠķĻšŒęOÕüxĮ€¤ĶŪ2""""""ZbÎADDDDįÉē׊=<ĸC‡![FĐĒŠ•Āúaf–$ø`ķĻŠFãZ¤īŌ~îgÕØ7Ûē_ėeÄšĒKŽJŠĄÚ1į """"":;˜sŅš§€ZUUUC^d4ĻØXĶúb¸{wz8ŨģđÎņü~ŦōdŖ Zmn\ģvé“[/ĪŽŌáŨiôfg‹ÄáDDDDDDgs"""":§Jsų2–ÜU5„Üs?,ĖģPįĒvķ™ŨzķæˇøÆˇîî˙øx~û¸ŋ—í8D\ģú\­ÛWˇ?ķ‰ūšK?=šü|žįãNC´Į[-""""""z’˜sŅš˛œ‘+@ˆ‰E¸˜‹Æ˜dCˆ[īŌūŪũ|ķ˙ķ­ģq÷ŪÛæÍ(ĩãy–Yˆūöũw=éŪũæÛˇž˙SŸŊ˙š×ūfS§ƒ{ũD'ĢąDDDDDDtú˜sŅ9%G ;äÁŧ‘(qäZ÷‡‡īüā?ųö›ŋ?OoĄÚÍ q>īûlˆ¯qųšĸŪšõ§ũŸ% ųS¯~uc÷ŠĪ>:ím#"""""ĸ%6ž Ü€™ Ðs1c†Ĩr˙¨jŒ1ÆXyŸÍûĮŨÍĖĖÜ]VRJ†ačû^UE$įBø¨ _orYėúĮ}Ôå”ŋŽc]×)ĨœsĐ Æ¸žˇäœsΧ}~đũPîŪT"âîgsUé‘ōUã9įĻi‹Åi¯Ņ)3Ázš8Ô¨ˆv]ßõķĨËŦŋ÷g¯˙÷oŧū'šÆGatÜÛÁ|čĄ\Pĩ˜éx¸&ĶŪøĶīūÎw~ô_ÛŅ!tū‘Væäk4U}´×S"ú”ĮéúUõ´W‡ˆRö{ËđúŊđi¯=¤ÚC>„°~Yr÷ōe '>ė ëõ*wėƒ”¤ŦŒģģšåœSJ9ûÉ4EUĄ.âĢßÖ Y˙„§u‡Ęú^]ūųĮQ6<įlũ Đ`V.žö:ũÕÖAŦĒ–'õķÕi¯Ņép¨¯žÂ!P ĸLBĶ—+_Žöhŋߓgž–E­øQ­W`}ŽW˛ŦüúÂĶžG?ô~8y¯ŽĪ ':uë?N<üø:íõ":# °å4ōåĢ˜‹¸†ŧî˙øŨoŨ?~ĶÂÔ5;āķˆ\ģ՞Ŗ[PÔš‡%TUŖ!ß~÷îwŪžõ]ČG~ŸöÕĶžsˆč“ģĻ'O$:íõ"ĸÖ¯žëw‘āã”čŒ9yøˆSú0'ß ­f>ūbyŲUū†Ęyôë<í$—ōŸ9˛ 2.9+<ģ$˜-ßíø˛íR†,šqVžÅ!’?đÕĸœŪō`KŨ”Š„ô#ĖŦĒĒå)KN)}ČĄ™ÕOtĪâ.°œ!ČÉr âĸ"Ē*TQNtuŗėY 9 €,žjæļš+ût¸ĀÄLÜšŲ†u{7 AÂōžI)šĢŸ™ŋē°N>NחđdēČn€‹dAvān>¤^“ Z÷@ߧƒˇowžīÔã”%0xt¸€[JEa6÷44čúÃ[ˇôÉK=>ĘKęú ņõ (§DgĐēumų2Ĩ4 K¯ˆÎŽõyâ';6—ZÉĶ^5"ZZ÷ũÆę8Ré^ÎSEé¤ŌĢĒ|^žĪŸHƝļ‹Ģb¯ĪWŠ1^´Ā#` 7‡•WÁÅc…NË1ˆ”— ab]W•x8+OÍâPŽ(,ŦŖXTUbŦP‹÷ÜĒ*¤ūŖåë3OOãDŊđÖ9GpUQ *° HŒUB¨Äcđ*Æ XžÚ•LADT%J4‰ÍUĸĄō EUEeĻKÎĄ@4WGĨUbŽËŽ@à‚{ĄŽk3qVÅŅPū>K“b_ũ}^´§tĸ5‡Â2įˆ‹ēŠGeá•x•=/îü¸÷{mėā'_u™sJĶXŦëēļj'“‘ˆßžsĢúbŦúÉWiũ-ĮbĘã´\rÚ÷-œW^CËû#–^)åÍc9fĒĒu]ŸöŅCÖģ¸ĢC=ZŪœrŋ—N*īÖQGų y´ŅÂ'1į¸ TĩmÛu¤”Ö[ęygUĪÅ`‚6Ä čcŒŪõîˆ1nll`ggRÉø,åȒPŖ"&mۖ‘é¸OÂ$lnVØQw3xPÁøŖŊO[O§_wʛL&ū¤ŗ÷Ē.Ō h2€ŒāSD˜"cŦhēŽUU]ĒĒjÛv<Ɔč`›R!Á"PĨ ‰’ ūąåjW@\Á &“IcįîîUU6e´ĩ WætęÖĮ_Ęã´<_F#ž/C–C pA@+WX.uRíq0íōalč1Ŧė˙”ƒ”‡b•†œ˛e•šœēŖŖƒņNí|„UZ¯äĢב žß#:S†aXŌP×uUUOęėB"z"Ęą åŧĻięēæã”čLYī÷–jæŅhÔ4 ÷{é=JÎąnēŽÕ{ĖÅ2į¸¸ÖŲÆÉ?Ŗ wžŌēÜr õ‰ŠŌëa U]į8{]īËxnщ^ĻG”ß0Ôîîđå€íGYūƒúũŋ´Ÿ¸œŧ‘ŦŊC€åZ”XIuyՒsŦ'‰HIūaËY(˛š_~;OBĘjü_pō7bꉜÜPĸ3áän[˙Ķˇ|’ÆęYZ|ųlî)uŽj@†ĒÍYtz„g ¯—ĸ C‚"րtũ0D´í¨øGzˆRuō…•Sĸŗcũx|Ī9=|œ'Īü-ŸœėCDgÁÉ÷¤8ņ.•S:é=‡,žÔišĖ9.¨œķ|>/ĮmģŽ+mrÎīiō~žč[՛ Į}<%9ܘõ}offčû~zt´ąŋŋhc–ę9rī†0ļŽ™-‹žī]d™ĶŠMÃlŊ1CÎCvĢë(ūŅVžäĢ[[[ĨĒ#„pxxXūZ>đęåÁ5‹vA6 Hõƒ§€*jSÉxVÅųÄįķųĐ C–Žë‹ÅLëŠy—<šUˆ†qĖŖæSę[•Y=X¨Ļņđđ°īˇĖj˜t]ˇ8j?ë9čÔĨ”Úļmšf}ÖLyL]¨įs:}!æ€ A,¸ĮŒāˆĀ` 1\,+˛ĀMÄĄ&eĖŅƒįRYéUžķ]ēđ'ŖŽ¸ČB0hŠįđŪ¤ĩĘ)v:dČŊĢ…”ĀËžÁCËĘ.hkˆÕ‹Ų uĩŊuų°›†îđ'_ĄžīˇļļʉlĒ: Ã|>_w.ū€ģS`_ĸ@yĪ]áå31uˆC\×Õ(Ë+ȃ/UØGŧ?‰.„œķöövéļ!"]×M§ĶœsÛļ§ŊjD´df›››ëŽ8}ߗĮiĶ4§ŊjD´¤ĒŖŅhŊ—ģX,ĻĶ)v™Ŗ“NÎ!ÄËl…Į <˜s\P!„”RJŠŽë2zÁĖĖŦīûĶ^ĩ āv"į0¸ÅŪƒ' fX€™YJ}og*įˆR÷ÃĐĪûŨz~†™ÔURĘ}I)™*J Ĩøh}îŪ“Ãc5ĩūäķĘ9ú  )KU°ÁũBĒēwF(Oa.*ŌÃĐ÷9‹›YN)š™!ö 7Í ˙s[æū į@TÕ‚Æ(ay(y÷ĖœƒNŨz&Géecŧ˙~áB=ŸĶiĶĒ͎§YŌ¸E”fĶv°j,2f ÎĐ/PeŲŦâĨIO†!&Ķąŗˆš„ĒŽc3t}yŲ…˜Ļfęú“š‡z„$ArĖD$Ųņ|QoTAÆģŖįgGŗŅFî}š n‰nÕ`B¨ëpëöŅ§>qéččho?]ŋŧS×9uq<šŌ÷9|”‡Ø{†ģ{™Įø9‡ ˛XÖuÆŖ‚i0U‡:Äx^¤āY{‹†hĻ%Ēq ĢfAŌuž@VŖĸđž T•¯§DgM9_ŗLĶ,[>N‰ÎŽr^ėēeë0 ådY>Né¤rúWJŠišÅbĄĒWŽ\yüæfĖ9ˆˆˆˆč1¸ĮXąÜ/ژÆUĀÁŊ{÷æ7ŋSÍ_ô}ú*Ûب‡ņčå/|utųzØŪ6Čņ0,Ė-åų0Jâ WˆáŊÅ?)Š[åõuÃ0ÄP7q4 íį?ũ×˙äwŧˇÃ~Ē Fmąí;Ë9š' úü Íl~xt”›JŨĒŲtØīžōüįāOwÚ€‰Ģ8Ô–…PGeĢB ˛Ā/߂ĨDÆđāņåŠl@DDDDDįs""""z be h„Äėõlž¸īđoŧņv؟Ųā!ģ"WCļ”Ķ|–ĢãīOŋ~íSŸŊūÚĢ:Ū¨D ąƒ9{ĶáÆ#”W¸ëŖ°ōĪĖbS ˇęķŸūŌëßûú,?cįxØúœō´j 5ĖáČ]Ô#FLFuîrņsW>qe÷%¤§[ĖjĒŽ*#Ú˛W•‹•âŒ¤ôAÎąā%Ę"9 |QBŽā ÁĘb႐wŅ9œƒˆˆˆˆKĶVķé4æÅ$xēˇķĪ˙âāՋaS›ZĨˆ˜Á‡ķėXt¯‘#<}m4ŲÛ;8üÁFUŧ4yTˆIˆ@(QĮ:Øx´1.0 @pWĸŽ”“´Í¨Kyčmŧ}i:?ūé/üoĸé^+´íæ(híÉf}F ¨k ŠZ`‹z8j7Ģ—?÷ę/}âÅ_áŠæ§8īTēČņeaĢĄĻ0Á °˜—åĨĪ—)˛ kš> Ļ+C9&y0™œˆˆˆˆˆčÜ`ÎADDDD% ķëÛÛr˜öŪxc˙ÛßŲœõÛąÖE'*.Čp5æ• ÜŖË$Ti:=ėæĮãļŨÚhâ Íxl‚ sQ8 ˉGŅáe!ę@M ^ ;4įŒ AŧÍũä•k/Í>1Ķ˜oŪ˙ö­{oĨÃŖzÚĒËCß/3Ļ3´ēųōõŸúĖ+˙Ûį>ņ‹}åpšc|Šõd5w=‹åd-MĢĖdŲ~ĒLšLīP/US”;đdû/¸" 4€=ÚjUĖ9ˆˆˆˆčŅ lTEãč¨{įĻßšˇtÂâø(ŒÛAÜ ŽˆfČ3dĮÁÁŽ#§|üî;agëÆînģĩš0ø˛MÔQņōÕG:Đ÷–,ˆŌ´Ílž¨ĒĒ­ˇfĶŖ6^ëss}û‹›_¸ôŊŧœg˙ķāđfú€žËĶĄëļ'Ûģ[[×.}ú3¯ū/¯=˙s­žĐ´šL‚<Õ°@.čYÔÔJ‰Ví§ęŒh¨ŗVšĸY‘J>¨[0p1`9Ā# r0dApTIÃŖMx'""""":“˜sŅcŠÄû;ˇŌ[oûŅt 2N9ˇî)õ“ĄCdCî6vvĸøŽgķŊûčyčЌ] ŽRĩ@]3|„VKe4…:JāaXM膷mŊŋwØ4͸™ÜģwīĘÕKˇoŪŨÚž:FũĨĪ>÷…OūŌŊƒ›oŋûũģ{o‹ĻÉd˛ĩĩ{ãĘĢÛ/U¸äŨĨŖ™¨Õ[“n8€<Ŝà.Hj}XÎ /Ēĸk(ÅM :¨@‘Eģ I×s×K˙*ˆip3Y–ƒ”ā$+CÎCūø˙LˆˆˆˆˆˆžæDDDDôčÔŅjŦG÷î-îīŨhĮéÖÛÕÕËč:‡%ąAƒ÷*0ôúNŨ6Įõ­ģwûŲqĶwmŨĖKŖ*¸>fÁ„IĩũĐrŽ6ˇ&î>=š]ÚÚÍ6šĢÖ%•ĘŦ‹réÚÖs×ļ˙ši^ŪĘŖz%ŠŅ<ÅØĀĢž[<Ôę)(…C@R”#f ŽąÔš, CgfmåŖŅBũČŌPÅdâĩÆÚ,iė>Å|1 aH} J;ë;6FcôŦæ """"ĸs…9=:qäÜ×UŨ/ēQ}6¯Æ,æ3Cŗ˜‹ ¨ā@PÄí ¤aŧą5=:hDrÎP¸b9c’vˆÁž•+”ƒ āe7Xá$ĒW€™dˆé˛VCáA\ÕĸxTā{zA VęWPCbÖ:ÆÜõŲĢ6\Ũœĩøqgoīßēa.9įQ W76¯ˇ“­:.ĻŨlļØE…ėq€ghÔ¤Áō|Žåh `UŌņāKƒC`Ë Åc‰qŦ˛ix,9Pæ^$Č 2zĀ›§ēm“ŌŸĘPĶ*Ģ¸˜Ŋ´sXËëĮĶßûūūĮíˇŋßNÅ$A†< ᅍOī^ųüåë_ÚšöéííŝĄu—<ÔCŽ*T!¸éOŪŒˆˆˆˆˆčYĀœƒˆˆˆˆ‹‹Ā]Ûöxč6Ŗ4&ŽAŽ`*ĸ␕DCS#wŸ§~Ģ#6Xdq…č‰cđļL,–Ã6~BĢŠ Y—nŦž#ļŦöX7ˇõbËę0\—!‡WÄ…AzČxũ4īLd1ŅĘŧqˆ.ƒÆE+ųÆáá˙ņŨŋøũÛoŋq´Ų@•†FBΡĻ‡ßŨÛ˙ūí;G¯|*ßxõĩĻšuN˜'$kE˛éЛs 9/Ė9ˆˆˆˆčŅš@côų|råŌí×mˇŠ‹iÕD¸+$fi\MT]Ô hZ`{2K}aÖ;ģ—!â@—ĮÅąš=ūĨŽŠü€@Wa†ÁKԑā*0ˆÃ‡$ˆ¯Ōęu­“IĄnÁŅ$m2āēˆ:ĢÂŅåæwßxëˇ_˙Ɵîln¤ŨÄ )#KŽ1DíģÅŨƒũáxÚ˙{7oŪū˙ÔĪ6MØņVR§îŅ<8ܑ™DDDDDtŽ0į """ĸĮĄtaļsũZܞĖgGpÛi[äŦ&ĩCĢj|ČšĒ'G‹ŪÛvŧš77ąt•H<āuPj4NëîUpH^Å%N‘YdÕĢ Ątĩ‚G Ãk cšč§Å&&@0Dƒf5•.č^Ģ>›ūī~˙÷nMw.éæ%ÛīĐum gøŧ@ĢØܚÕŨ›ķEwįŨ×îŧ]_ūMŦ›hyhaļ\ūĶ[}"""""ĸSĀœƒˆˆˆˆƒ›‘Ëģ×_~éū_üŲxT{ÎČ€f­sŠ¨x7ä“įDšęĩO 1ĻžĢĒvpbËūQĢÃņē,đøÉ×h5Hę"(Ŋ§–UëŠ Ip@"ŧZņpU˜áÕ*䈀ÂPAŸfŌŦ€¯zj)ē€ũFoOâŋ˙ú˙ũ‡ũūôÆ6v.[á(ŽĐ\kŽuÁîwG}žÁÁxŌ<üˇ~kŖ ãĪīŒcÛ§sŅyķqWâŅyâ‚–Ģ ãÉ֋/ī›ÛÆæ\ã Õ˛Âąė e€ÃDķxcšÚFãO}ĒÉQˇ LĖđģ*ŲûĻ˜ËC­¨ÄT¸ÂE]áA]ąėZ•ËĒÕSÎqbM"ËbCđE…ŠČwîߛļ#´cėaīHÚvõÎģ?ē{x§f€Ēôj=Ž%LĮí×ožõúņŪ=ąY”$!A$‹ō-3|“CDDDDÎúyš‡ŅĢ¯|ņ—åŨoĪÛØîĩ2ˇėŠŗ4wīÜS'rÚwí7/ŋōĶ_ÅÆęļ‡Ís—4åSČY-Ģ9T]ÕU>ڐ /˙ 0 ō*ĪP¸:‚{åu¨‹AČ 0q¯Ô*ąJ]& sčÜua:˜d{ĘŠ!ŽĒÁ|ЌÖSmĶÅņ7^}8–á0 Ÿ ŲÁ¨qÕ{Ũĩ.íbk&ē-úÍŠMēiĶ_ģūũāû‡îõ¨Ũh'•u­ĢöT˙^ˆˆˆˆˆˆž<ö­""""ĸGg@¨›äžHŠ–°ņâ˯ éčû?ŧyûÖöhÔ$‹đŌuĘEMĐÅxØ6;¯ŧrũÕWpõĖ–s&î08€xų÷h'åčÃ+øaßZ‘ôāģŽ%Å`'Ļzā#´Îz â%ZrU1`Ža¨L÷g3ŅFĨ 4 Ą‡f„×TšŽYģ$MĮUŧ;Ÿî-æ ßL‹TĢ¨&öøkIDDDDDt–0į """ĸĮĄžĩŠäEŸģz{wëķ“ÍfōNoŋũv¯%Ä  šŨŽK¯ž|åSŸlžģ•ENCUiŨtnĻ%႕ ā,“ Ã"āCÄp<ĖûXĐ[Gû}@V@ˆÂ4ÁÅsˆpŠRT—¤Ú…r÷Š†0ë‹ŲĄĩžĶ”ĢJ‡Ą__'""""":/˜sŅŖSĮ|6lN&ąÖĄĪ‹!ĩM+¯žōÂÖæ _Z,îīßz÷æŊũ}‘péōî ĪŊP_ÛíĮąē´íą:š/’„fiF&°nčûEĨaŖ™GšwÂzDv™ÉQ>ŋhå^äÁa^KUõgyu˛sš]ķ{Ū÷ĒPA‡š¸y†b`ō°ŲåBüÜö•š Ų4z6›į!ņtÚ[HDDDDDôD]ØžĮDDDDôˆ[`ŠKšĢ‚Įŗ”RŸ‘!Ļ0.k-¨€Æ$vzk=lĮņDíLģTknę&ž 9˛ ‹ôâ !_ŪĨŨ0¨*6‹ÅÉ.€IDATGGÃÕ˙ûĪ˙OԍžûΤ›o´ _ ŖqŲm †C„T5-Ž/íũė•į˙ÚĨËņ8_ĩ‹Å,īîõũEģ?‰ˆˆˆˆčÜc==IXļ˜2)ŸŦĻˆ‹#Ô-:Ä5˜9´\X&‹Caj€˜Ÿ¨á(Ÿ˜@qŅW= u¨nŽôÅŨíwŽ^Ŋ}˙Î÷īĪbn6ÚŽĒ Ŋŋ}ĐLj$9˜VĮĮ/×õį¯Ūø…—_y­ŒsöĄ7xrË ‰•ĨN{Ķˆˆˆˆˆˆž æDDDDôÄā&€: Ž\J8!âˆfęÍÄ .S‡ˆĢÁ ˜Ā[%j‚āvÚųņŪŖå>q Žę(­Ļę\˙âĢ/Õmü?ßøū_Üë’Ú:GlOÔQį,ķš_•ø•K—˙—_ūōåĢW‡¤ķ0Š5…˛å&""""":/˜sŅãs@J°q˛Cu]_ÍÛP)×pābsąŌĸĘW#: Ŋ`ÅâĐÕ曨*&ĐĘŌ|īŪK—/ĩŸ|u< —~üÆwöo[>ž÷Ú÷i6‹vĢņ+—.˙ĩkĪũĖķ/|ūōÖæq§ŨÜRĒkq­“{J&žĩDDDDDtŪ0į """ĸĮā%×0@Õ? LĀ Ps_–)¨C–ņŗ’p\°r¨Ã\ƒ+`mšÚ2ŠČ%+JԒ†Ã{[mũÕkW_Ŋ˛ûÆô荃Ã{ĶŖŲüØ7†­8~éōĩĪ\}îÅÉdG0ž ˜yîRP­ĒėHŊ—Ē ¸`õ1DDDDDtî1į """ĸGįsUŦĒ\eUáë+T`bpU ô°rA 9˛8–7)ˇ0qŧ\ \œ>KâË–,Zî"ˆ‰›ĀÚq1lŸSÕW6ļ?;Ūõ:¸[PŒ¤žl8Ē>;ÆâxԈĢēúÂRNpĶ‘4ĩÔ 8ŠœˆˆˆˆˆÎæDDDDôX\ÔJ qâ"˜¸&†Š;4¸ ĀĒ’ÃM ĢŖŒŖP‡øƒ#ūöp'Ģs/8 ‘,ž,zÖl“ QÕf3tYLŽŽˇĮmÜߟ†(1%O9ôšÚ ąŽŗ) ‡÷iÄ6ԍWŌģŠfš(š]Ė9ˆˆčLXuíĮ{Ô,Ī _}wũąO-G?}uŽˇxiđ˛ŧ­­Î(wA9=œˆž’C%ū ĀD]ĖëŽC™ä¸HĄÆ°åw_\ŽKŠëęēUO.Åv‘†ãwwĒ Ļ ˆAā–‡~H!ŖŠŠH]UVXØbąĀč´ˇˆˆˆˆˆč‰bÎADD§oŲ›‚•ƒĄpA.ߨ˜.¯ôĻĒŠ‚͊ėæ9KļV58‚Á&šIaŖĸ§Į xĪuč|ųĮ2t\Õ}¸†ŧĖ#°žĄŽJC\Ė–ˇē@Å.Č0 ÉËį?2Ä$hƒ&8ŌÜ U+€ĖˆPGB „Ŗ‹zļĩÜš‹4PŒü:ˆˆˆˆˆˆÎæDDt˜‚ŌĖæAÅFādË×uūv26ŗÁĶĶā€ĻŠ+QŸ/VËÔr[ģ视}<>āĐųúąÖČ{'ŠkøKgŒ_¨„ãÄVcYŖvōŽƒ– (?ô”fßę=ßUøCu6Y/âũIDDDDDįs"":ĘŠß×rÆˇ‰ÚĒë” ‡@ˊŊn ÔB{žwŠŗ܄˜*%äP“‡Ō"""""""":g˜sŅ野Ŗ1¸ē7ːCY u,{ßÉ0C !ƨ!vŲ˛ĒCPq“€ 8s"""""""ĸķ‡9%ÃXΆ:Ô&ËŅ‚#¸ŠCĖæķã Ō¸4Ŗ˜˜ĨE?b]š#˲c•B d8íí#"""""""ĸ'9 âžú.ËŲã)“uŗ!G4ĢÍĢ°Ü&G24"˜§aB_ÚV˛|ĨķG\-"""""""":ۘsŅYQm”`ÃąeČáÁ-zĒ˛5–Ģd@Æ0 {÷īŨŧ3ģŋWglooˇ×¯ãōΨŽb ķ*w°ŒÚĘb…ĢˆˆˆˆˆˆˆˆÎ'æDDtæŦC u 9MFÍ0=””7ļˇ0īúw~”ö÷žũG˙ŊÉC 0ģ-TQ_ų™/mŧüJõÜstŋ[Ė“x¨58Ŗ"""""""ĸsˆ9-uQ‡B€xÎķųHuŖîß?zķ‡wž÷†īŨŋ2īÚēûÆ÷îŋųũjvtE}Ë Éa€ĀI‘Ô\LÍ7$lAĮG‹Ųßē˙Ũ`zT‡ĐuķĶŪ>""""""""z*˜sŅY p…kyar(JqLĖĸ fŗŲŨģa>ۂ5}'ĮĮp@Š>`ŅEd…Âŧ[`6ė jÃņÍÛ~ŧÕMÎÃio =Ė9ˆˆčLXÖsüÄÄpqÔ*Čiļwˇ?:ØŠâfX,‚é5.ĸÎŖĖ#†€,*ˆXôQëŨzŖ;˜Ūß „pÚÛGDDDDDDDDOs"":c\ÅQūŠCĖķôøî­ÛĮ‡GUŒâ†ĄGÛBÄBėƒ$I5‹æ’‘´-†âUĐãƒũŊ[ˇĶô0¤$°ĶŪ0""""""""zō˜sŅĄĨ{•Gp¨c1›‡įžģwīž6UĖķ€I›†š…ØkĖáLƒ‰¸šŪYĢáØ操ē?ŧch‡œŖȉˆˆˆˆˆˆˆÎ!æDDtú\`xoÁ…:ÔQĮûG"!VU  Ö÷*Á.PG´åŋāP7’ä…÷ĄfÉ-a:mT”1ŅyĜƒˆˆÎL`mÛĻƒÃÉĻ÷Šõ8˛¨TĢ˜­˛TeĢĖ›lMö:[4ˆĄÖā)ĮsöĻy7Tą9ím""""""""ĸ§‚9-^f’/Ķ•Ũũšį^ŽŠĪ,@*¸EOĩå:§ÚŦΨ2ÔT­†äĻa÷Æ Š[ŅDŨˆˆˆˆˆˆˆˆčŦaÎADDg‘˲¤#[ŠmÛ\ģ^ˇŖųlဠÃŗ"Eˇ*{e&d 9˛‡Ŗų"´ã­į_ÄhcaœÎADDDDDDDt>1į "ĸĶ'^Ļ/Ų:äPĖ‡uÄd˛{ũyĢšÔ=,GyH˛¸ ¸BŲķŦĒ6¯ßĀÎ%qaf—<"""""""ĸs(žö €ēÁXN/!ˆÚA[K×?û™[ĶŖîūĄuiĢRG†ĀāhŽã~ĘáęĨf2šúÉO iŽ<§ŲĩŠˆˆˆˆˆˆˆč\bÎADD§OÁ˜ ĖĩĖį(%c‡ė}ŊöbsķætĻ‹yhkīP âPÕ,U{pt|i{§š|Š~ų%á8å8j|‘…ŊĢˆˆˆˆˆˆˆˆÎæDDt&w@ÍŦZWIĐA%7UĖyįK_ظē{ķÛ¯˙^nĸf‘*uI)š‹‡zo>Ûyõ•­OŊ^~1yļļ^dĢĄá´ˇ‘ˆˆˆˆˆˆˆˆž8æDDtúĘčŒRo!Y}îĐÁŨĸ˜„€°YWđ+–ÃöäūߗÁ%KԂ@TĒú…Ī~žž|9<˙ļvŌ¨É!˜ÂE]Ŧį """"""":w˜sŅé3 ÔpŦ“uˆC˜†$čÄc­Mŧ2iĮ7Žn=wuz÷îŊÛw§ę2™L._ģēš{ĩš~m‹Ņ†7õ"†qĻDDDDDDDDįs"":}^ĻŽ¯Ę8Ôá‚āđeUG€øģ*õdT7Íd÷ōdŅ]7ƒpGP4 ]:÷>Ų ę”ĢŅšÃœƒˆˆNŸ ’Ĩi•CÁ–_f î9%s‡9˛;^TĒĒŽę@ęē> iŪUãItp3‡ŠfŠÜÍ\#s"""""""ĸsˆ9>˛Â1#pK F6ēš­!đœ]ŲžúüĐõ‹aXX€f77ÚĻž.ē$nî"AÔ.đS;í %"""""""ĸ'Œ9>$… h†`YĪ€ š3ā ‘UuúîŪĄHhĒēi+‹~ŅÍiŪ5-D€Ģ&†h ƒ{fEŅšÃœƒˆˆNŸøCŸ8ā˛ü<ŠŠ ģ#‹ˆAÄÜts{kŅ§aHÃ(æ` {?W TeâÜ|ą¨¤\– Ā e9} ÔŊZ>ģ•Záhų\ĖÎ9ʨƒˆˆˆˆˆs"":}âËąEI5>Ŧūbu"đCʖŸ—å<|eÖq}œ%Y.ÅŽ0ˆišD_æÎe7A"""""z"˜sŅ“’Dúup-ÄÖÕ t]ŽWæ-ą˜ƒˆˆˆˆˆs"""""z2ĻJIĮrWZâņō…žöĘŅ9Áœƒˆˆˆˆˆž•@Ã\ÔaP¸*.%íp( âęĀNP"""""ĸĮœƒˆˆˆˆˆž…GĀĘ(rƒÂŽ€Âuy Ā)C:uŅŖcÎADDDDDOˆĢŖ1ĮĒnŖ WwÅzjĮōr@ €"s 9=æDDDDDôd¸¨ų˛b€ āę˛ÅąĘ6–ŊĒ\Lāār"""""z<Ė9ˆˆˆˆˆč‰ÉpS‡ģģģ9 QU÷ ĀE3`¸8‚Tž€ĒŠHÎ9įlf1ō­ ũDø恈ˆˆˆˆž 3É ¸ `""âČ枃%ƒ$×ā*qčŗ[X/ADĒĒŠ1ö}Ú[CDDDDDĪæDDDDDô¤$×Ū$"ÔŽŖŽ‚{ĀŨáîāˇ&kĨ’ÃŨÍ,į|ÚBDDDDDĪ æDDDDDôIJø`ņčĸÔb (T*qS÷čĻfåZ‚U–sÎÃ0TUuڛBDDDDDĪæDDDDDôd bLU”ļÂHP‰ŠZDF2˛ ĒCÜ>ž=øāîbŒUU•)§Ŋ)DDDDDôĖ`ÎADDDDDOˆkđZQŠÚč#bžŖ_āø`æš›õŪ§*ԛ[[¨ļ1ŪÚNÍ<įÜ÷}Î9Æ("Ĩ°ƒˆˆˆˆˆč'Áœƒˆˆˆˆˆž qÕÔĒ…€VĐØGûØŋŊ8ÚîŨ<đ.ä…Ų€ZĶ¨Áx<ÆÖŅŸŗæęĐ4 €”+9ˆˆˆˆˆčŖbÎAô $uˀ˜š¨#ēĀEM â&’ĸ8ÄrÚkLDDDįœZ†Z%Ö ĄÛÃū[ųíîßŊuxyķjđ6Æ6 {˜OĶŅŪšū™öųˇbÛđ uŅŒåŽ‹ËÚė´ˇ‘ˆˆˆˆˆÎæDĪ,1ˆ‰ ¯ ÁpI:čÂĨƒ¨@Å+Ā ŅĶ#IĸyŠã ûˇņÆ˙\ėŊ{„A_Ųząī“ēÁ˛y‡ kS›n^ŊŊ?Ģî§O}ychšŖūNŊ)î@S‡â%ßWgÔADDDDDaß[ĸg˜:ā'ĪpT˜ĀÄ |\]Wœw"""zęúĄĢB<>ĀÍŲėžĩyģą æ^gUSqĮjWłÕÕü’ėīŋĢûo!ĪĨÖ&§dž ö „j|įBDDDDD‚īˆžYŽđ^Á0ĀXkāœ•[DDDôąpõę0ž'ũč‡oĪŽē*Ôuhs*uĨúž7 b"Y=…Ŋģo˙ø~?OUåE€ëę&žÜÑ „ÅDDDDDôæDĪ.…Wđzų@–¤Ō ˛ÂÔUŦ¯Äką āÍADDD­ĩÃũ›‡‡{ŗJZ„ ĩXTדåĻe÷$*ĸ´CįwnīĪ§CJ,ÔÕP<¨FuHv1H:í $""""ĸ3‡9ŅŗKÍ+GUÎsT A1 Ž@\Ös  YIDDDôÔ¨kĮŗCÜŊuŊˇŖÔÁDԀŽOŧpŦZRAƒŖr­ec>͇{ŗ܋ ĩËkKŠá0Hráū Ŋsĸg–Ÿhū ’ƒ ‰›¸ŠõˆeĪ0ä ""ĸ‡ >>ėŽmܨũ f°ĩč*ŪXG CĐT#ëąŋ7ËŊKž\ũd=‡A$Cōio9Ė9ˆži'2  âW/#ĘeŲB˛KruŅS&žŅĪŗ'męq´5RĘúPųÃ7ŌMŦą›õp‰ązĮƒ÷*åtuq*÷gˆˆˆˆˆč!Ė9ˆžiËwû/Ô!.€ŽZ=$ ­R ""ĸ§NDcŒ!„œ!‚ļ…Ų{wBփ:B@Î!3‹uŨ˜Ų‰bŽ5îÉŅ`ÎAôĖ D“#O§Ķ4x­ãnä˜ŗQˇaz¸7jĸy_Õ2äî´×˜ˆˆˆÎŋŽī5ęhŌŪßģ§ŠņŪy×66Ē”’ģĢBÃ7!ĒHģ×po˙°OũöîÎ0@îĀ–-:ųž…ˆˆˆˆˆū2ņ´W€ˆ™Í‡CĶ4mŪjĒĻē$:LĒË2ĢÕĩmÛ`’˛õŲDDN{…‰ˆˆčœ3ņ­Kã|<„ĄUDä˛FP1ĀÔ!€ÃfVĮL6Ģz$ƒnI+5_V|ˆŸæADDDDDô>|Ģ@ôė2ĮĸĮЊķb´8ÍĒã}§Ū+•*ŠYŸķ“‡Ā\“ˆˆˆž6ë1oˇâÆn›tq´č- ÖX YƒCrÎ(-ŦDĄĒĸ&uN˛H:m7ÃÆvä0@ŗ‹ˆ7T]ÄUœåDDDDDô^|“@ôĖ Á䤊o%_­õ…V^Pŋ˛9ēŪ-lr!€´ú >×DDDDOŒ‹íŨnˇåÆ+ģíf<öläFiP%€¸— ŲĖB¨N{…‰ˆˆˆˆčŲƜƒˆˆˆˆˆžē‚ģįœKß*U-åÎDDDDDôx˜sŅSgfĘøņõ… 9ˆˆˆˆˆčņqî=ĢXĪADDDDDO}ÄëķÔ+"""""z,|SADDDDDDDDDDDĪ*æDDDDDDDDDDDôŦbÎADDDDDDDDDDDĪ*Îį """"ĸ'J~âÎķŽˆˆˆˆˆčqņ}=i%ĀøI>=ÖsŅ¤đŸø#Ņcã[ """""z˛ô'ūHDDDDDô¸øˆˆˆˆˆˆˆˆˆˆžUĖ9ˆˆˆˆˆˆˆˆˆˆˆčYŜƒˆˆˆˆˆˆˆˆˆˆˆžUĖ9ˆˆˆˆˆˆˆˆˆˆˆčYŜƒˆˆˆˆˆˆˆˆˆˆˆžUĖ9ˆˆˆˆˆˆˆˆˆˆˆčYusŽaĪf3)Ĩršģ÷}ŸR˛w˙K–Ķ÷ũ{Ž°ūr†ŽëĘ:yųú§›Y×u'/ų ™Ųû7gŊ(""""""""""ĸ %žö œ‚ĒĒL&“ōeÎ9„°ˇˇˇģģ[×õO¸w/Wv÷aT5Æ("Ã0TUU~DųŽˆ”ËÍlũ-Umšf>ŸFŖrÉáááæææl6ĢĒę/Y Uu÷ÅbafMĶŦ7‡ˆˆˆˆˆˆˆˆˆˆčēp9G×uMĶ”w/y€ŨŨ]‹Å"„P’ƒœķl6ÛÜÜüĀ夔ĘÕúž¯ëZDĘåëÔÁĖRJîc,Ëėû^UË:L§ĶŨŨŨŅh4 ƒˆäœĢĒ‘“éËūܲĀŅhtr‹ĒĒ*K&""""""""""ēP.\ÎQUU‰ ”:Œ”RųŌĖÚļ-W›ÍfMĶ|XČ „€UëĒr¸{Κ”wˆČh4Z—eäœįķųÆÆ€étÚļíå˗ÜšsįōåËĨĀáááh4*Ë9™dœ´nrÕuˆÔu]r""""""""""ĸ čÂåĒēˇˇwéŌĨœķ;wūüĪ˙üˇ~ëˇîßŋāĨ—^úō—ŋüÕ¯~õsŸûÜx<PúJ}ØrĘĮQäœsÎ%Ø0ŗī|į;ôGô?ūĮ˙xķÍ7CÛÛÛģģģŋüËŋü•¯|åšįž‹1›ŲÕĢWSJĨĢÕūūūoūæo–&ZøđĄ!„ßøßø;įīėėė”kūåëIDDDDDDDDDDtŽ]¸œãøøøŌĨKūŨŋûw˙á?ü‡2Šüƍķųü­ˇŪúæ7ŋųÛŋũÛŋökŋöŋņÛÛÛënTīįîfVBŽŌĒ„¯ŋūúũ¯˙õw~įwîÜšŗģģģŗŗ“sž˙ū͛7ŋõ­o]ŋ~ũ×~í×ūá?ü‡“Éd†ue‰ˆTU5 CŒąŒßø°* ŲŨŨ-å ‹ÅBDšĻaČADDDDDDDDDDĶ…Ë9JĀđ[ŋõ[˙ų?˙įû÷ī_ž|yggį[ßú֕+W&“ÉÖÖÖūūūīũŪīM&“ŋûw˙îĩk×ū’EĨ”JEÅ:ŽøŪ÷ž÷/ūÅŋ˜Īį1Æ×^{-„Đ÷}iBĩĩĩÕuŨŪŪŪŋų7˙æõ×_˙'˙äŸ\ētéāā`{{Ābąøöˇŋ­Ē‡‡‡mێFŖžī?đ‡ÖuŊˇˇwxx¸ĩĩÕļ­™™‡sŅÅtárßøÆ7~ëˇ~ËŨ_xá…íííöĪūŲË/ŋ āÛßūöמöĩßûŊßûŪ÷ž÷ÛŋũÛŋūëŋūa 9YęQf†īííũû˙īÍŦŒŲøĘWžō÷˙ūß˙Üį>`>Ÿ˙ņ˙ņŋū×˙úwŪŲÚÚúæ7ŋų;ŋķ;˙čũŖíííŖŖŖÍÍÍÍÍ͡Ūzk<ģû¯üĘ¯üŊŋ÷÷Jpō~Ã0<÷ÜsëÁ!Ējf§}Žs›sô}_I­'^˜™ˆˆČŋúW˙j†ņxü™Ī|æŸ˙ķ^r3ûÜį>÷šĪ}Žiš˙ôŸūĶŊ{÷ūãüëoũ­­­­›~áîeųx<žĪįˇnŨúƒ?øƒēŽÍė7ķ7ų—š”Y¸ûh4úão|õĢ_ũ§˙ôŸ~į;ßšråĘŋũˇ˙öüƒ°ąąąššY 2Ū}÷ŨÃÃÃĻi^zéĨĪ~öŗëéčë„Õ¨ķõxs)%3Ģëz†ĒĒrÎeÃ×Ŗ;Ę ?påCÃ0”!e‚ēˆ|ØõĪĨrŸîË˙ųōžvWU„BæËOUuũģ¸ Tĩü¯ƒŊō ú;ayĄ¯îĘÕ ;\V7Į˛í›—ŋē”RJŠ\¯<Cƒį˛ˆåŌ|õņinŦ¯˙-örÖ+" ˆ˜YÎYDžōJũÕbŒīyœ–įĢ”Ōi¯-‰ˆĒŽ¤e‚%šDgĘz¯¯Ÿãßø™Ÿų™ōUÕ7ß|ŗ*Ī?˙üÉų%ÛXn.†a(QM™įQū „֑L™˙q29IDēŽ+ĮjcŒ)Ĩžī/Ö~ŧ”˙D Ë˙ĘūÄŨa–—s.ŧ˛;uÚëũņ)īî°J JũPš>ė ËŨÎÕ ‰1BE‚˜‹Ē† 1.ÎĒú:4ŗlęÖŋŦ$˛ū O‡@–"Ë˙cŊeõN‰Î õŒ˛ģģ~—ĘĮ)ŅŲQcŽOŨ.S>Hé=Ę_Ha}ėâ‰ü‘œÛœŖû8qūxųäw÷wSJu]_ŋ~ũK_úRšr !JÚņÚk¯}öŗŸũú×ŋžRúÚמöĢŋúĢ'ë*ĘsÎ[[[å†ûûû1Æííí?üÃ?ŧzõęáááĪ˙üĪ—ī–_UI,Ė,„đ•¯|åÅ_üĶ?ũĶÍÍÍ?üÃ?üéŸūé’F”:Œííí§?ũéēŽE$ĨÔu]Œą,!Ĩt||\æy”ŌõƖŽétZUUÚ1 C)A8yĩ÷Ü?)ĨƔxŖÔv|XŋŦsé/Šįxp‡ë7.Z=ĮÉg™÷Ü-tõ­į0s˜X†eɒMāūP†Q’éēîgögëē.ĀíÛˇ777ËŊŋŽŽ\Į'ëÉ?üᡡˇoŨēõÉO~ō…^(70ŸĪcŒ%) \,UUŨŊ{÷‹_üâz%oŪŧyëÖ-wéĨ—J-€aDä˙aīŊã-­Ēû˙ĪÚû)§Ũ2w3‘ŽÔ ŅˆĸÁōEŋļŦ?Œ%Ö¨Qŋ&–“5‰%ß•—1_ VDEADĨ+ `˜>ˇžú”Ŋ×īuΞÃ03ŪÁ;Ü;3ëũ÷ž{ÎsöķœŊŸŊ÷úŦE‘…E!jMQĸdėŽB1ä-ō<ßS|†œ‚\9/cLšĻyž/ö÷öāÁ°``@0ƀû‰”Jī1:Č÷Ŗ ŧ÷ÆD‡T*í°ŋķĸ1{īw›Ė-`Ø0c F.- Á†vY’EŅ°„!3y“3WŒ1l`ƒA•ũƒ\>ˆØ0 Ø°ÁÎl]d ™7Æ0Ąū ,MîŸX#¨û‹Ũ4EQú„JTÃy˙ÃJRQ”Ĩ@H˛˙ĪgŨĢ(Ęĸvd’bzOųēEYtÂ8=¤ōĮ(ķÁ ܈Å|ą =ä īd2ų‰bĮŽDÔívŦYŗĻŅhH€LQÄĘ/ą+WŽ”2›7o>öØcÇŖ#CŠscĖąĮûŠO}*Šĸ_ũęWĢW¯Æ OúũkNnܸŅ{ŋyķæĶN;M2SÕëõÉÉIįÜØØØI'455uíĩ×ŪrË-ˇß~ûúõë­ĩ'žxâã÷¸Į=îqkÖŦ‘CIéfÉL%īvģ•JEʒ‡0‘ŊOö˗/Ÿ™™Éķ\R]cÚíö!eÄg’˙<Ãy‚É9v&ęGŋ:įŧߙOĐ9įĨJ4U˜Āā‚3yvDÎGėÆ{öû]įđä=13Œ#8æĄĶböžŧ1C)ė4o•˛č„4œUúįb7MQ”>AØ?˄¨ãTQ–!@hÖqĒ(KŠa+X˜U÷ŧ?Ueu„á‹Ũ4e !Fōa7h)ĻyĢöČ°ņTˇoßîœK’$ĪķZ­&Ųä•AđÂā###Ûļm‹ĸhĮŽ!—†BCÂ{´ÛmÉe­=å”SdY&‰­B9qĶĶĶW\q…h-GuÔ#ųHõzĀÖ­[“$iˇÛwŨu×ß˙ũß_wŨu’öJb;nšå–uëÖ]yå•øßķœįŒWĢÕ`y—JŒBDĸmÜqĮwÜqĮʕ+÷”˙ŽÛí>ūņ—ęöišŠÜŌl6)?&€#ĀĀ`#p” ļlLęQv¤c8Įram­–{IAqą€1&I’]Ęà Ņ,G†­!ø„@0%9“XXÑImĸČ Rv1&Žã$1•¨BQ•#_Zy$ˆ¸Č8ƒØ{ķ čˆŧ'6ŒØœaëmÅDq÷ˆdŽ6Æ$‰5ÕjQxįP(Šä֏dœjūSEY:„Zˆ –_uœ*ʒBB7Â^/MSI†ŧØíRĨ¤ žšQU*Íû¯(KŠ(ŠBōÉRSŠT¤(ōb7MYBȞHŦŽũt)ĖōÃos؃YįØĨD•ä­Ę˛låʕŗŗŗq÷zŊJĨ233#e9ŧ÷!‡•”÷ŪˇÛíáŖÉÄĶëõĒÕęĀD›tģŨ8Ž%$ĸZ­+ōúuëÖũûŋ˙ģsŽVĢũŪīũŪÄĄüĩÛíŪu×]išļÛ튊Š-[ļTĢÕ#Ž8ĸÕju:ŠCžeŲ­ˇŪzįw6?øƒ?XšrĨ1F$ š}Hp‰,Ę;Î—ŋüå /ŧ°VĢíiž?ãŒ3õ¨GŽŽĘ)QĩZ §ˆôeBÉ@Ž@ęN` ōVÁdŸƒZ­šÚꥤs;cYdI—ÛCĘŧø`@Č1\5 oĀą¨#Ē×ëRĢCQĨ‚:!åQŠĪ‘‹$ˆâũ[ ƒŅ×9ˆŊ$4Á,¤iڍĸ‚Hæ鸂¸Z­Ö"¨ÎĄ,=Ō4­T*š˙TQ–a=Ēéėu>Ueų{i°Ū“ĮÅn—ĸ(;§‚ŋébˇKQ”=CæSÉē¯I •]YhEQ$Ōõo؃vŨ&(ĸĮąTËčvģGy¤äk  7€^¯WĢÕ¤~Æ˛eËļlŲ’eY§Ķ ŅÃ/P…DcˆGž|õzŊ(Š$!jGY–Ÿũėgŋ÷Ŋīčt:§Ÿ~úË_ūridQÕju˖-’¸™™O8á„į?˙ų{ØÃFGGgggŗ,ģîēë>÷šĪíØąŖŅh|öŗŸ;ûėŗE˙(ËRŽ$‰Č6ĸŖĖĖĖÄqŧ—ú–ōŽ,ËdYP­VĨâú!Usˇ fƒKę"’Dqčא`īŊu|hU ‘L2?‰uOW´˙.fõc/€Ôąf`4›MģŦnĸ˜ķÂ{ŸXĀKȔaôÅI b€Á´ŸSDqøōY>ŸXžd™e¸ccīûė™5o•˛č„bT! OĻĒCęfĨ(Kœā|#Ģy ‹ >Šĸ,d•ÜĒÉąKmLEQā~*%KÃķ:NeéŌáˆ%6xöč8U†ö&ãš÷ūˇ¯ãrĐęÂ.^rQ‰Ĩr¸vEXŅĘ4)Å*ʲĖķ|8/˜1&¨rX9äÅI’”e)yBä8›7o–rW^yåį>÷š{īŊW÷ūđ‡ŋâ¯ßącĮŠ+$¤×ëI˛Ŧ3Ī<ķÜsĪ=ūøã”eŲh4Ō4ũƒ?øƒÃ?üŗŸũėu×]—ĻéOúĶG=ęQ˗/—"-ŌzŊžÜ2ėĄ^¯ĮqœeŲž\ĻĻĻ˜9MSYĘGQ422‚…(m€Ņ?]"€ä—på˛’‡ĩlxMč7œ> Ŋ$ŋËDĸx<ˆ ™%qyxyC˙Ą˙ú‡Ų¯'ØoīÎ˙Sŋũ°ž(ŠLd­uũsퟨĸ,&÷•‡ōmJQ–8˛lŗÖŠcą[¤(Ę}¸ •ŽSEY:ˆ}Æ \:Neé—uœ*ûÄũīí€CBįcIRÂčt:ōŒd”w‘ĒÕ*ĩÛmyFLą÷œĄšŧ ƒtŽQMNN._ž|͚5ëÖ­ûä'?yīŊ÷æy^­VīŊ÷Ū—žôĨ¯yÍkʲėvģ+VŦ`f Âøķ?˙ķJĨ’eŲÄĄĩVž %@Ŧĩ|ä#Ī9įœõë×įy~õÕW?íiO[ž|š$Βŗ&ĸšH•rŠķŧÛ+sĖ1Įˆ<ãŊīõzFC*´§Û:ča‚¤'2đžāÉĻ_ŠÚŪĩyg<‡'(Ũ™ī‹ jßîč˙É0<o@ũįŧgįČ[ą!Ā^ęŊ‡a‰V“ŒeéLLũ qŧ1žāųAĒĪĀz`<Á‡)wV(éGq8xįhPąCQ‘û ĄÜąĸ(KYtíōŒnöeI\‡°tœ*ʒÂ97ŧE•˜{¨ũTQ–ÁˆÂ8¤€ņbˇKYZđ rÉüö"bŖī!>¸F’{jdd$I’PMÎ{Ÿe™A´9;;+U+Æ.[SIŨⰆ?TĒ”/_ž|vvöŌK/ũô§?EQĩZuέ^ŊúƒüāG!RŠˆōWĢV­ÂPL†äג´Röŧ(Šß˙ũßŋøâ‹īžûîŲŲŲ_ũęW{ÜãBnJŅKä-qWĢÕ?ų“?yŪķžˇ—:´Ũn7Īķ,ËäÔĻ§§Ĩ<û!Uh¨yî šĀ‘ĪcËĨI{I¯’‰9įō<¯vģŊ’ōCŠ>‡Ô U¤$J†Éî^~Ÿ:ä™5ī ʒ\ gÄĒÍØvjȲŒ*"ī}Q.:l.ŽEŠČŖ–GēK y-Kķ::*•šA°YŊzu–e˖-“ŧ[ÊäŅ""9Ŗ€˛§ûˆt‰V‘đ”8Žš›Î úI™ĸž(*ŗhWvP|[.õ!’5õ/Q?…×îo=ƒj'•M¤~YkKįdŒ!/¤í/O—3Ä`YkKøÁ7‚p AՌũÆ Ļ ʋõ;Gˆ¤#chāëŊ'˛ûšMŠō›šüĸDĄũ–õģEY@vÎ#C)UwYŠ*Š˛č WgÄĐŪ{ąÛĨ(JŸ0$ĩŽŽĸ,evYņB×ŊĘũ×gųyĶnüFpáŒ1ãããkÖŦŲ¸q#Ũx㍧œrŠŧFŦBá˛ŪxãbĖ]šråęÕĢÅģ‹ÎąËĒWDŽË.ģėSŸú”đˆ#ŽxûÛßžråJcLšĻŌŒvģ-ŌEģŨ°|ųryûÜÜ\Ŋ^/Š"TÁ@ÆßyfŽT*ēŅívO<ņD ųŠę%ī’$Ī’÷^ŠĨߟ,Ëŧ÷ĩZ­ÕjÅqĮq¸J‹ũ=x Õį0 cЏß0† 6}éfˆÅnøƒx‰˛jxf>Yķ &cŒ!Ā Y6ÆCÜ/MŒ°a‰ČZkؙĄ*sl`ƒũĪô?ˆØ0 Ø°A¨H/zËЙŖņĘRāū;ŊCífĨ(Kœ=šJč8U”%Åđ `§Š˛”ŲEžTei"ŪËŨ e !Õ \ũ:øuŽa5ÂZ{ôŅGĪĖĖtģŨ_˙úםN§VĢíR!ĀÍ7ß,Ãī°Ã ¸¯žŌ ‡ÉģīžûĶŸūôĖĖŒĩöėŗĪ~ík_+™ ¤ ˆ r´^¯'ōƒs.˲K.šäĸ‹.=á„^˙ú×[k;N’$ÕjUŠy˜››ĢT*ˇÜrKĩZ››;účŖÃŲa\QGÜíC¨Ęn/KšĻōéŪûjĩšįyžįAË9D`XJbęŗ÷Ū{ŠúûÎ9įv†5xīŠ:äŌĪCĮđuØŨËûOÃ<āŊÁ“T{īÉ{Įpž&…!ũÖØ{ß˙8īåōx°ę{ī‰ÁŌ+Ā€Ō—B™Ų#üîŊ׉ZYtD2”šL"90¨JĩØMSe'Ã.22ƒ@ũOe)ąËx”qē‹Įĸ(‹N؜×°Õu¯ĸ,†ķëHöī`?YėĻ)Kˆ–nã ˛â:˜uoQ/¤žExō‰O|âÜÜ\ĩZŊöÚk%rbzzZūÔëõä‡k¯ŊÖ{ĮņcûX ŌF1ŗh ÃÎ’]‚9žđ…/”e966vėąĮžîu¯ĢÕjRÜ#Ĩä-Î9Š"5ÆkĩZĩZ™™ŲącĮ×ŋūõ;v`P\ @ĨR‘Ŋė˛Ëļoß.ßú™gž @)ĸH8åP&$<ŗ[$IR–eĩZm6›Rdąŋą%„X´wzņ™$)$—bĮ2-%I˛į"ä{Ŗ( nEQXkågYrk“!ĮqšĻ2p–Ã=!üŦ~CĘĄ( ˛QšĻY–i˙T”%Eˆį Ŧ~ûäŗŠĸ,,aw-?„ŠŒŠĸ,)†Sē‡ĒW‹Ũ(EQv2ė" ƒT={”ûc­•*hbrtÎĨiúÛK‡œ䱏}ėÚĩk›ÍfY–üā˲”ĘEQČBöĶŸūôÖ­[%•Ķŗžõ,$Ċd­•  ü$!€™™™ģīž{ãƍsssĪūķEŸcŽ”4—wE!ē…ĖÍΚ˛,Ÿö´§cfggĶ4ũĀ> Ąō‘hˇŪzëĪ~öŗ;vLNN>å)OYŊz5KđPŊ\QEQEQEQEQEQ59•ĸ(^úŌ—~čCZšråe—]ļf͚—Ŋėeâ8.ŠâģßũîwžķzŊ>66öÄ'>ƒxq9/Šâ#ųČwÜ!îüā%3€_ūō—333GydĩZ=õÔS7oŪ,J”$­JĶ´ĶéTĢUŠą\…T˙ķŪˇÛíWŊęU_üâ[­ÖwÜņöˇŋũOūäON=õÔ˛,‹ĸh6›?ųÉOžüå/ßsĪ=kÖŦŠ×ëĪ~öŗ%‚ÄZ+A!‹}QEQEQEQEQEQeq8ätŽ˛,Ī:ëŦ›nēéŋ˙ûŋ׎]ûŊī}īŋūëŋũčGEqûíˇKđ;vüņ/~ņ‹Ûív(^­Vã8Ū´iĶļmی1EQH ˆ°uëÖÉÉÉ8Žoģíļ×ŧæ5;vėXąbEŗŲĖķ|åʕ“““ãããΚ^¯×ív˲\ąbÅŗžõŦ?ūã?vÎÕëõ3Īįœs¤Z¸äSBBžįN‡™Ĩĸ8‰Ņ'''+•JŊ^?âˆ#îŧķÎ4M{Ŋž“ր÷~ff†ˆ*•ĘÄÄÄėėlŗŲlˇÛRēC^đĻ7ŊéčŖūčG?Įq­V‹ĸčöÛo÷Ū¯]ģ–ˆļnŨúˆG<âå/ų)§œ‚A•ŧP8DŖ:EQEQEQEQEQ”C“CNįȲŦ^¯gYöÜį>÷xÄu×]wũõ×ßzë­Ė|üņĮ?úŅ~ĖcsĖ1ĮDQT–e–eĸCHž¨^¯ˇråĘ­[ˇv:˛,ˇmÛļjÕĒ8ŽË˛ėvģvėØŅív%!Õæ͛—/_nŒ™œœ”ôVív{nnŽŅh4Z­Öh4¤IŊ^¯Ņh0ķ3ŸųĖķÎ;īk_ûÚĩ×^ģaÆŅŅŅššš,Ë~÷w÷mo{ÛÃūp .)ËRT–VĢ522BDyžWĢÕÅž´Šĸ(Šĸ(Šĸ(Šĸ(Šĸ(Šō`sČéišļÛízŊ`Ų˛e/zŅ‹Î9įœ+VHHÄöíÛĮĮĮŖ(Ęķy×ÖÉ;'§īíeŗƘÃVšfõ GŦ~øXõhxįËfÔ;6’“ŠöZ„œÍo~ÍÁ‰”|w@ 0ȃYž * ˆŲ†ØXoJ6ŧoĸ‘ĸ(Šĸ(Šĸ(Šĸ(Šĸ( ęŠ˛Ôāž‘}įÆZkMĘÎEæšĨ>Ž2Įí{&˙gũ†›îēįW­ŪVŠZ.ę°í:ā6ßšyō–;īēyõÄÉ]sÆÚՏˆe xŪ­¸šōƒ&xō^Ä f3|ūĖAđ`ClČðe0Š‚ĸ(Šĸ(Šĸ(Šĸ(Šĸ,!TįP”%‹] OL€ŲČĻ%Īl"$5ĘÜÜĖô7˙Ī%÷îøÕöÉ ŽšqZ0ÁÆ RÃl{nëŽM6­ŸkÍxÛ[ŗüxĒŒs9N>pßRĨęˇŨ°[îWƒŋlĀG Č_+EQEQEQEQEYdTįP”%ÉÎ*ĐëdTĢ0GĨ‰ o:SĶ÷Üžņ7ßūSowTF8ŠĨĨ/Ú]Dj5ĖLc|Y˛l|ŧ5ŨšsÃĪ=gîa͇všoĨĀ|B:ą˛6€"0€œŅāj0ā™@Äy°=¤â]EQEQEQEQeiĸ:‡ĸ,)Œ™~•ސ$ eyFäęcņlwęÆuWßŗõ6)("ßél(Š@ˇƒČRáâv§%´ŠÛîūE¯˜Yŗzm„ąˆÆō<'ĸjĩęœËķ<Šô>ˆ€c0€° 6ž§ŅļNsåČōéV˔Ū$ČJg:EQEQEQEQe‘9TŊļeéÁtŸH<ˆ @d1E.s­3æē3LyÛa“1åLŪÃzD‘įĻâ‡ĸ䖷s&n˙ŗūŪ_˜ÄYKÖZŪ{ī=cv{0‡Üũ ˜ĀØ2Ŧį˜† ŽÁƙØSėlBQjÁÄÃA7Šĸ(Šĸ(Šĸ(Šĸ(Šĸ,‡˜SQ–:!>@DŽžđADĖŪØČgåėŊ[ÖMļî*hšm“mÎĻôĻ3Ā˛9FĮĶœļ˛Ŗ™ß~ëW€2ca ī} x"" jvūãCöæ@€" [Ođäķ2˸]Pģ•Oõü\Nˇ„ˇž5œCQEQEQEQEQÍWŖ(K Š}M÷`v`K†É–9ˇ6nģŊ™m˛Õ9Ø/Õ"ˆā<įlby<5MŠ"Ãļwv{ŗ‘q÷Õ6Āŧ— „CKíØål=y&0yŽ‹¨ę’fŠ'=äˆr”ŪjD‡ĸ(Šĸ(Šĸ(Šĸ(Šĸ,*Ēs(ʒÅöĪd˜™Č{8˛%SwēĩÁŅ\œt=āđČŧƒG%pÎÃDˆžÛ›kÎ$•,Žcc1:X˛WíäЍä@?Œ öLķÆWë<ąēV+j wKЄ§JæãBZ-v›EQEQEQEQåFuEY:ėÉbî đ Į\ .ēÅŦ{dđî‹DxØ€ŪÁqckŨNæb'U͉H"9˜y8ŧc'l@‡P´Á3$<ƃ8&Ī†’ÉÕ'ėęĘōĤšCģŠ^ŧ­đC•C-äEQEQEQEQEQ–Ēs(ĘRãžvsō€!"2`į\ŲŖJé|×VËÂÃ8 ŽAäŅĪ[Ŧ+™ČÚȕėJcMė‹1pb YkCrĀK‘ķûŲëéP,˛M(Á0 d<•†ŠŌįQLÉ$@žøß,M–RŦwQEQEQEQEQEY\ÔYQ– Ä0 Ëđ RŠ3"°eŠÉ$ĖŪųÂäÉ ņ9¤nša6ÄŽ ļÖ$ž„÷Dˆ‰Ŧ÷ž,Ëĸ(ŦĩÖFÆö$RĮ.ĩ: ŠŸz" IĢ˜ĀĀ{Ë †ĩ1 &Ë\§ëK‡Ž¯ØD“V)Šĸ(Šĸ(Šĸ(Šĸ(ĘĸŖžČŠ˛„0 ĀšČ žˆ‘ąķ†`aLšĻŊŦI—wz“#uäč–\˛ĸȀŖĸtEáΐ)=ÚdûļûJĩ}øĢM7ĘzÅ †DĄųP•ŽĄ"å€]ėĢōāAløžl 9Š]éÉFm*a^ėv*Šĸ(Šĸ(Šĸ(Šĸ(ŠhŪ*EYr°äŸä%ŽÃųl˜-ģä¤OĢDËķVR&|^m7)ëkĸ4ĩ€īvšžĖķNé‹$6+QŽĖšĢS<üčĩŋŽ,öé)Šĸ(Šĸ(Šĸ(Šĸ(Šĸ,$Ēs(ĘRBDîGQP?•'öQŲ˛Į‰­WWŽ]}2Üx­0žîō˜‰,%ąûŦĮ0e‘`Ķ¨ŦŒyeÖkؓyâŲÆUû EQEQEQEQEQÕ9eé ų‘B<‡‘`sŽH’„ģŌ4Ōyģúˆŋvåɝ9Ōzm$IL^Ũ.Ûã¨7P¸hĪĩš¨6qŌ‘kNŸ=œ,ö9*Šĸ(Šĸ(Šĸ(Šĸ(Šĸ,$ZŸCQ– LōŸ„tø~i ōĞ™áŧ‰lՒAŪ8æđĶgfĻ;ŋœéakŪ*Ā°ˆ€z uyvĻŊvų §=â‰Į<ätßĢÖĒŠĸ(Šĸ(Šĸ(Šĸ(ŠĸT¨ÎĄ(K ō0 –â|œ$Ŋ^'MĶ8íĖÍUĸäėC?6Û2šîŪ͡Îv(˛K=WdŊ eFĨ1V?|íčŅĮų¸ãrÚxũČö @vąĪNQEQEQEQEQe!QCQ–Æ0@Ž˙;_MĶVsēRŠ¤QeĮÖm+×LLī˜Č)'Õ×Ė%+Ļ:ŲL/kæyžvíęFcŒqgÜē†A…`˜{ rąĪQQEQEQEQEQeÁPCQ–Ä`üb€䁰a€`ˇYېMå$Z‘ÄkkQákš÷žs2ˆ U5Ãō)|vÎĄ(Šĸ(Šĸ(Šĸ(Šĸ(ĘA†ęŠ˛tđ@"o0úĨČŲü *ą›)3o¨LƒČ`âĸ,"2֐¸0Č`^ė“TEQEQEQEQEY@TįP”%…ī‹@?{Õ}žīw0ŸÄÖÃ3×Ū1yąa ą) <ÁJ‚ƒA4ĻCQEQEQEQEQ”ƒÕ9eéāĖũ opŸŌžsr‘Ą†ÉFDlŽybOp†J dr†­ßÍaEQEQEQEQEQ`TįP”%…$hÃė,ÔA äÁŌQàØÃ$yŽˆāŊ'&'–g%UYXOvąĪNQEQEQEQEQeQCQ–Lq$ °ī‡`ˆā'?2@ˆ˜ÄĖ\3û4N°gW,11Œ!‡´¯REQEQEQEQEYē¨ÎĄ(KŠû'•ō ö†ÉSŋd“LYz&KDÖDd &ĀÎ33I1s†Y"&ę|(Šĸ(Šĸ(Šĸ(Šĸ(Šĸ¨ÎĄ(K$%I­7ø“Œ'p)`C ėáāŨ}F`ržûŋ•¸/ĸ(Ę| ĸđąØíÚM;Ŗ(ōŪKƒ‹ĸ0Æäyn­ĻĒS”Ĩ‚÷Ū{/7"žĢ,vĶEé#ã4üFčđ“Šĸ,.a`†™TÖĀ:Ÿ*ĘŌĄ,Ëá!)ãt—IVŲ‘1FŒ˛afŲ€,vĶ TįP”%Åp<ĮŽsKšđû}îQģŸ0ø¸)Ę~Ášžv( ‚°V‹ĸĨ5u…#´Đc­]jíT”C™˛,eŋ!ã4l6TT”ĨƒsΊmןOezÕųTQ–Ū{§OeŠaŒ ãT´ ąŧī2x•ũGpĢ לˆ‚}ãāFmŠĸ(Š˛ĸ(öCcåyžØMÛĩ¸ŸQ†ˆŠĸXėĻ)ŠŌĮZģ[*§Š˛tˆĸčūã”™Ë˛\ėĻ)ŠŌ'čŽģx‹ë|Ē(K‡jĩ‚ 䙐x`ą›v¨0ėY…Áõ?Dô`Õ9EQe7„ ‰]$„$Iģi÷Ą(ŠŋždæĨÖNE9”;éđ •ā}§Š˛tpÎ ĪøâéœĶqĒ(K‡0NƒņNÖę:NeI1la—qĒëŪ“á|š!¤Cã9EQåĐEüMvŌąØMģģ$Ü ōŒúŸ*ĘŌa8Ÿ8[> ôEQ–!ŗœ ĪÃJĮŠĸ,)†õȐRĮŠĸ,ˆHRĖɊ7ԊĐqúā ×_˛[cBQĀC$o˜ęŠĸ(Š˛{B"Ņá˛]Km}Įą¤ÄĩÃ#™7 E9 )‰‡ĮŠĩvŠŨOåP&Šĸ`t˙qc´nĒĸ,ŦĩÃķiEI’xīuŨĢ(K‡ l„2Wq‘Ž{h@؀xī˲‡r°ėģ^ÄŪ.§°‹ÅGQ– ģôRŧ÷Qt`›>VũF9¸Ų“w`M%VkåįĀžėEQEQAʲÜíķĘNĖ9lĻƘĨŲŠōpÎ9įÄFyĀõv1Kã­ĩÖÚÅn‘ĸüîŸiÍ{īŊ—ú.eYcŒ1ÃÃđĀēŸ(‡2a6”Ųd8i2ĒĖæ‹Ũ4EQvęŠĸ(Šĸ(Ŋ<@÷ņã4€wŽ€ ŸvyÅ<‰yoÁ”ōQļ˙‰Æ÷?ÂXž<æ|„ėíŨ1*€÷ž,‹ĸ(ŧ÷Œ1ÆD{Ō)w Ė˜Ä ØōŗÉAāA°ĀPōLĻü!ĸ(ōž -ãØĀŌa›R]dšĸÁ/Āgī}¯—ĪuÄũi‹÷Q) 6LpĻ|äaã3Œ#Cđ;ÃŪ“g‚#`0å=`Â{‰ČFdŦ"c ˆ@ŋŨĄåAö(÷Î9įŧ÷ĖŽŋD•Õ#ËÔ#û°žĀdëA<ˆĄ$ī LžŠ@‚—ąÂû8EZƒšy,š'‰(­T°séĢ+XEYB¨ÎĄ(Šĸ(Šr Á€Ķĸ(Ø9#[.į6† 1ā ÷-JZQÅy.O#_/ģđŽllx_¤G€™˜|ˆR"6bī@0 f†gv ;0+ʒ„Ž@†<Dd,Á2`Dl H”ûĸo Ä&ĩiÎeå„˛–*+ˆĒe ŠŅmbmŽĶ›Îf’Ņ*jĩfŗ9jã}1ÃŌ&1L0Ôā ŦŪÁy°EÄ Ō1Š,UŪÃ"‡+<‘Ã1Č‚Îaú]Ÿx VÎįād*ņÜtĢfŌŅ´ÁČEN0Š)sĻy‚7\Zf€<ĸ}‘:ˆ‡Īã;ī’$JŌđƒ…3 @Đ+EYtTįPEQE9āđ}'nXb0`Ø6Ė^üֈ=oĀ[oæīô™:NVÜĩÁ9ĮJã˜5õąŅˆģđYė}䍈á`DžäáĖNã-cםŪ°ÔašQ\9Ø 2=öÅ(IŪ›ũhĒČ "€ōJ‘å{foÚ´éãŌ#W=ėčU§å=›ŧ/áA 8Ā`‡?zđČÖ°™ˇõIQ#ĸĀ}Ÿ1LėÉ@æ#ōęÁä 0˙„V† åDÄyä(ō\­”iåžî.îœÜ^ņū÷[yäh%‰kōlM<ˆ ™/;]ÄEod˜GqMčÛTåĀĀƎelzbCävŗXėĮ,zbÃ4GƒŦĮ•dlY’ôĻąõŽÍ>sąŅ•Gf d<å–Žˆ=؀,`æyüûļˆ Ąįī7#˛KEY|TįPEQE9 ĀĀx@žú{+ļ 0,yĪ;Ķw$%,Ī×Îb —ßpĶæ_ŨŌju’•Ë֖§ÖqBĨČēŊŧ‘Ž ã#è:ī†ļvLģæŌ?šA.Ŧ\÷ĘAN°ƒø~Ļ)–1J€!&đ|ucrĻ¨ ļäc2Ø‚ŗŨvoŗKļ^õ‹/oÜ|ģqé‘Ģ1ōø:Ģ’hœ|2ߖR †<! ‡Œ_‚ĀđōIÅŖcWYĘú`™Š€~×õ,q‡ĖžD $ôīyGëy‚5đÜeL%fÜĻļ^~×=ˇOOŽˆâŠä!O_uÂhnãŦˆ Ē—YĖ_wvŪŠp€ ,ą †#pDä-f6Æh€•˛„ņ/‹ŅČ;fG0ž˜x0čX”u‘7"°Gæ§r3PÂ!ĮĻÛģwŪ4•uËÃÖFÕÚhē‘ŖČplØ{0 ĻČĪûøŪ8PæMA Áŗ I3˜ KkŌrŠ˛TPCQEQåĀÂĶÎ,Šd™.Ø ÜĮ‡yvŸv_žœēûNžÚš:æ9dSSõV;­$IŊaōPĀ€$ĻăØ'p?´Ųۗô<Šrđaé8ĖĀ{`‘œŸ…ÄŗŪxG†aŪĮq<۞šûŪ›9žļˆÖoĖ[É‰Úáā}9>"ĀP2"B˜Å vÔYUYÚ0ČßWŽ#HŠ huŪôĶédx_f*g€ĸŒ"“R”ģĖŗiŨŅmũd놩Ô,+ēĮLo},Ž­xŽŠŌZ›X[Đ>D0zēOŊÉi 3ˆQë°! ÄŌ!Š,q˜†åŌŗc˛âŽCl¤Ø‰¸ õĨú7æņHLõ”˛&ē96Ũĩ­3ã]ngļuˇoÄC–Ą´0ĖžĘ~y+oÁFR×Íķø€• O(™ ˜ØĶ lCæwÚ)u(Š˛PCQEQåĀƒ˜‰ĀKpCčį˛`C Ãũ=—#“EpķŪ€8_ä3Õ8GĨšÅ(}.|RŖ¤ÚåÂøČä…Á3yË(Ėž•vô^× ĘÁÄp°Ô.Á ūÃJĀ?ŸGf[Vc\•ŧíGZ%äKâZÉEŊæ įŧͨU‚ōy}g[OŪĀ`g}æ`WeÔt%5å(K?dp$€$´Câ9<Á†/Ė>”"÷ŪåUT*L†“ĒOÛÖ6L=ęÕF…ēŨVŗ›š¸jšbōÔļÔcWÎģøTîŪ)ŒžDŠ‘ü“fg2ŒfōũdĢ4:°ËCÜ´&šĸ,tŠ(Šĸ(Šr€A}÷pb" Ü?ŨĀbiÅĶŦŸLßp„ŌøA–đßôHš<-ēEá=1yVvē­zTg2%g|aŧåū‡z§ŧūŒäę!6R]žgō€‘Ú!Šrh0ésâ~9Ãķy$ŽÉU Ķ@S!°ív<ČØ8ovˇ!I&îv‹z%5ėįy|Ā7˜`vÍn'žã¨ĻZ…\Yâđāß@0ĀfôÍŦ0ũäl^ĖŦķšáãŒ/*D ƒ())îqL°š‰(vŪ8DíŦ$€ŦáČô¨Ė‹’1šĖoū…ˇl {°aÂÎ`MB?iåđ™JÃį-ĸ(ʃ KЃüâ@˛4õ ō"¸¯8P*įīØë͐mĨÎĨ¨áŧõE›,õ92PŖ/W0›ųŸÉ3f&"ø~â;ęŸ úQrĒ~(RgIEYLTįPEQE9°0`Žš~FoÆ Ñ!†%cÄFR{[ÁÖë7=:ŒS…-™ ›˛ˆë#QÍģ°Ū’ą–Ŋ•:ä!K¸¤Öé˙ė%Ŗ¸č.Ôûāy Q”ŋ$ՂŲ€‡RĖpBCZāŪŲ”  (>Ū9ˆA*jõ´Ųí%ĩĖ3@ˆĶļŖNĨVAiIŦKķ8>@’āAN*qˆ$)ūļũjÍZ‚\9ā*ƒ {bĻûÄĪHĔšķĩ{{Ė-ēËâ\œįUGĻ,]î]ģë3—ĮHÉ\YMYT"ļEVŽIÜ|O𑃁÷-ĒÁBLDš36L ĒĘŌ†ØA8#Øx)ÍÁž™$x)DWx ‰0lÁ6 ˙ ž,Jō ˛vdĘQ—orø ø,ĢVCœ:T‰­įŒį}|†9OL÷ßQŦ;#§†ĸÂŖĸ,2Ēs(Šĸ(ŠĸpDŗ˜>Ā`0yG †#Št ö†¨]Ī;Ŋ[įņČÔkĩĢyfLÄYÖëdI§‡¸QDŪÆ°—!Ŗy?“f(ŗņ Ī˛ņԗ[†ėKj›Qü}ķVíō ~r†!Đ|īûAä˜JPx›Ø›v´;ŗÉ8`ОžšœŲļv,æŌĪ˙øŒˆ8b€ĀL}M€‡!˜AųtĻa:~•ĨKˆ~ AįŒX:="ųSß/ũęÁC‚Čox”`ʜ S–‰‰âԛ8ŠÄÕ bÄÕČäĨw ĮqdŒíy)Ģ3Ÿã†—X“¯;‹ÚŅ×É åĘIës(K–lT(ķžˆ6†õ‹Ķy`(o÷†j’Ģü¨(‹Ž@EQEQ”ŒČk’n'¯VëŪ™$ŠdY×/Mî ƒŌ 0(, gîSģ|ī˙`ām”“[BšFÕ*DÆ8 ˙L˙ÃÎôĪ€õ‡žÅ1jö:Ũ"w‘)ā,Īđ,Ëʲ°mÛ6ív;üÉ{//Xė6. r:xP7ˇ×ë=ȟ{˙6äy>==  Ķéė=ÃŗؙØÁ9fö ĘŗŌPâĪLÆäeąP§Û톟™Ų9ˇØ_×îyũ3œÚÜÜ\x,ŠbøOSSS‹}f y‰Šĸûä0Ė\–%3ËĨ ­,Kšïāœ+ŠÂ9'oy€­Ą:G?˜ƒaž—Ŗ[$°ITŗāˆâšƒe&ōķũ9ļ­|ĸLÆQĄ^á۝ž+:ĻœåęqĮįš/c .ššķ25r˛nŽĪL…cGąeæ(˛‘AÖkÅÆ[p äŊqŪúųWŲåûōŪ‡ī+|ÍfS~•~._ĮƒßöNhRĢÕÚåO2Ŋ÷r3qÎåy.’‰[^°OęĀö~­äĢ ×A.NQyžË{‡ vˇcųBá_T8gŧ'ī/}œ{0Čëu@ÉėxpYŅ3`¤Õ$N)/™ į%Ė2Û:Įė°o‡fffō……-R8ĒVĢ‘Ĩé™I"wŊüŦ|†ĀÜܜ Ÿ°ÔŖivvV^ļdW/‡,ĪĄ(Šĸ(Šr€Q:x&"[æe™‘ĨŠ1•ˆ¨_Ņ€ņ–°3—”Ÿūq$‘Ší¤đÜ!‘¯Á\”%jiÅ°5Ɠ5ˆ-c‚eˆ‰$W˛õƒŧɝnæɓ,WëŠČX2ČËÂÛĻ,Ë(ŠŌ4•_GGGÔëõnˇ[­Vcō<—ĖÎΎ-v“+Œ1Ŋ^/Š"ī}’$yžW*•Åj 3÷z=cL’$˖-“æ9įąI{oīũŸ*KDâ86Ū—Ū— ōėMT6†č7>’a&o˜ˆ"6ä–fįf;Ŋ’ŠaÍ$<*^6ۜIÆ Ī÷ø#•Cŧ1%(7T‚ “)ŗŌP ĀK”@Ü`Ų-”ŋjĩZͲ,Š"k-Ykt:Z­ļØßæ<žīŊöOš?dY&6ÄŅŅŅĸ(â8öŪWĢUIö.ˇ y~ąĪæˇ"Īķ$IŒŲŲ%ʲėõz•J…ˆĸ¨op "šᔙšÛícâ8–oßZ+?]dø°ķĨ_ž ’Gb5ˆŅhŒív‘ŗ/ËVYæ‘AÄŅxE~žÖI"“æĨ%kŲÚ´f’‘*!mWŖ´‚˛pŒ(ŠXŠ/}eĪīĶ-Ëä–{`¸’áĢ𑍒4ĸ¨(2‚70€c°{#˛0û$vėŠË9į†| sssãããÃ_ĮŌAƑ1FúÆĖĖĖøø¸œ3ĪĖĖÄq\¯×ČDÖl6†<#§Įąsn žÚ‚ æyYœ8įäģŽĸ(Ë2ká:8įŧ÷áŪ+ī vaũ‘čˆœD ÁxPd+ÆĄØûŌ•=.=Œƒ§$NŠ_Ôj^ĢÖĸ×BY&ˆ™ŗĸhyĪ•4Ž×`c¤1ĮÖĻāČRl‘ÃŲxPęf>Į7ė#föe^”=kÉJâū€cÚeæ7Ēs4Xk;NšĻ˛ōįyžį###eYʨ k~"Ē[Z¨ÎĄ(Šĸ(Šr€Qz0!‰br.eŽ˛¯’1Lysč;ą†hcÁƒÉŋáąŪku,e…A/ĻFjP1q5Ē'ČįĻ‰MiPXŸ—ŽØGĨˇŽ"c˜@l=LL§qėā™3 ‚%į]æzė}r€ä/– ˇÛͲltt´RŠlØ°áČ##æöíÛWŽ\Ųét’$p ‹‚÷>˜9Ä()FĖũúĄÃ[ÄđŗX„åį^¯×ét&&&šÍæČČČb_¤ųÂĖŲˆ™]QfÆēJĩ♲néɀĨōÅoxd.ŊÉAŪĸ´Ė„Œá™ã‚02Ú¨#Q´,ËļęUĸÕzmtŧ‘7˒į{|PÉČ@%LĻKČ@ˆĀq’ŽXS)JĪÔ÷ĩ'DɂåĶ4ít:ÖÚ4Ms­Vk ŽŖ}íŸŗŗŗĩZˆŌ4MĶ´Õj5 k­÷žÛíÖëõN§CDbÜ?ĐEI’”eY–ĨXQEÛ‹š8Ô…CN6ŽãN§ãŊo4ږ¯Ã¯ĸõ ĪŸĄ`hČōhŧ3lcJ+Ž‚<ą.A tšžRÎ7v„‰"$ŽDËįdPw˜ö˜iļš3ŗ(E1Å`m%NSQĕŧØWß,B6b{įšõÖE\Z˛YģSMbę×0đ€gŪû¤;‘innŽ^¯Įq,ʁģ§ĻĻ&&&D9¯/˜ų–NG:ĪĖĖŒô4ĶĶĶĸ8ö¯d–1sĮ###Y–ĨiZEšĻívģ^¯—eypč÷D$ņUÃˇœģDrcv’ĢIô•ĩvÕG}Å@b| l [WX昑á™ÄPÅXĮpķ­/E~¤6[A†Z…¸Ũdv†Rø ÷P sžpÆÎÂeĆ)g3ßãĮIDė ļ’—=—ģ8Ĩ86ŸB? $éRˆ¨VĢEa­mˇÛI’ŒŒŒČ¨‘iKĻ{qwXXuPųíŅīCQEQå@‚OLĖqbRâJlgč´0“'õ*Ø˛3Ā ~žbĀ<¯Gw2vHŒaĶiarēĩ–Lė%S8œä?fx@Ēo0ÃËĐwrkĩ`Ūą%X“ģ˛ŲdtŧÕÉĨŖÕjÕëõjĩ*͍7ž~úé;vėŋ>ūņŋė˛ËÄČŌnˇsKĐ´O0ŗėß$Åŗ`É+öŊ%âg @Œ§gœqÆ%—\˛Tƒ9vOŪ—ĨËĘ2OR“ÆĻŲ›6Ļ˜orōD%úõNQNsÅ5š×u›)*ËĖųZâ{Åæ–ģŊŌ¨æ[‡œ $8(ē„€A ŽzgŌ(ĨĖ—ŽGį Ļ…3äˆ û-oyË'?ųÉFŖŅjĩjĩÚWŋúÕ§>õŠ‹ũÕũæ–īĨŠTS–eˇÛŊæškžúÔ§:įÄôÉO~ōWŋúÕ`™mˇÛŪûHēÛQCO–eD$6Ö]ʲķ oH†cŒŧŒˆÄJ‹!—ķbîgŦō^*G€éĩģS\Ģģ:ĻsluŽ kÃFL:O/9YĀ=n0ģ a[ ×YļjÍf”idáĖÔ#Š"8‹8˛˜÷ņ3`ā˛v<‰3øNF+õ˛9í‰$Nkč<HdÕĖĖĖČȈĩv||ĀÔÔÔ[ßúÖĪ}îsÎ9šū?úŅN?ũô4M+•ĘŌŧåĘÚž}ûI'$ųßŦĩ~ôŖŋō•¯Ôëõ(Š¤ƒIã×­[wōÉ'›}ÚĶžvņÅū×{:…™™™$Iä HĻ\„Ņ­‰xīŗ,ŗÖ]D˛Z-”Ãpũbō–]Z‹Ķĸ‹ĸbđ‰l‚"!6ƒ ‰ų=3@Ž¨ƒ5ö1ŗą…iOvČÖ*”&´RFÖPĐSŧĮZÛaT'Pĩ įæĀˆŒ…Ą×}ˆŸ>‚••y’įšÄ‡yīošå–G>ō‘Qåyn­=ųä“ō“Ÿ,AĪ Ēs(Šĸ(ŠĸpåŧėVČœû­›Z[ļfĶSŽÛ2Ėbûđ$‘Æ0bË0 OŋųąâŠesyœ›ÄÆsY¯øŸ{ēYŲ2lĮÂzã Jƒnė ŖR‚Ĩ1 Xît5ܯfl­ĩI\xįĻš”āŅeã8ū¤JRĪ'f1ĻH*Ū$I&&&Dä¨×ëívûîģīļÖĘ_Å}{ąÛûÛrp‰Â!É=öw0Į.Če”j FÃ{Ÿįy–eëׯĩI4˜ÅžTķ<đ\ŪX'QæZwÜûŗ[7~ĮÅÛį™7ƒa=×ÁÖĸ°\Ø0WŖ롡ŨļšYF§¸įĻ;žōëõ—3ˇAÅ|ķrpĘn8‚É™A ru¸Ņ‡ŸpÖC֜JļÎÎ[›€áŲZ0#N§ĶŠ×ëâÂ/n’Nįˆ#ŽXė¯m¯_é<úgQŽQ­V;î¸`jĖķ\‚ʲ”Œ:I’ņaHŠŧÜCDŌ¸öÚkŋ˙ũī_}õÕwŪyįôô´ÔEXģvíÚĩk÷¸Į=õŠO=ũôĶCXŒ ×v8{Õžé ‘ ŧĒĖ„’Č×ĒŨ÷ļųg›6Ü275•ÚnÔŋÃĪs~4ŪĻYDÆõl3B9ęŌ–ŽĪÜævc#sŪ˙ēĶūō­ŋŽ•9ØƖ–zeĪĪķøE&N‰’^vxŊžĘ˜ŖG§­YKQ-ö>B XąŲŌu yCÂ5*•ĘØؘĩVnõĖ\Åʕ+eî ø._ĐĸSEEĶĶĶÖÚéééZ­Öétœs›6mž{ˆZ6777::EQY–ŗŗŗqgY&ŖoąĪc!ß/įÜ/ųËüā?ūņ×­[×l6Ĩ\ĮČČČCúĐĮ>öąO~ō“O;í´å˗ËW\3ËMÉĪ;“Ûo$Ė7Äl†u i{fļanGI%ĨķŌĩŊįoĩRkáēí˙ķëéģÖį““#ÖF\GÆË°%ˆīãUˇ—ĮÜųj֋ Õ,Īˇooíš<­É-yx‚7đ1<'GˆÂâųÛY§IˇĖK°Š$Ũ2/&&VYøˆĸrˇ””ŦßBN• |`Č>{˜,Ķ4•úRĸ€$Ûy )ō÷… …5â//efåytÎ-ÕÍ$Ũ˙ föž´Qlœ'ÛącÛ 7ũôžŪ]˛qžĮe¤ėG2čYÎ-9TŲ‚ [õ…ëTR(ēÅƭו™Ŗ8ÍģĐ.WŲ3,Q0ųžaŠåy^ÖkcËęĮ&ŽO–™=ŧĄ…‰Æ’R7bû–*ÁÖÚ%X{_û§tQqų›ņ˜–_÷Ųvŋ´‘ķít:yž‹õŪ{īŊøâ‹˙áūarrrff€¤Ę‘;ęĖĖĖ† Žžúęŋūëŋ>餓ŪņŽwœwŪyÕjU÷|øšī[kČKP#‘$¯&ī>‰|OyÜ°yĶÖŨōËöĖÔHÚIŦ'ây['#ĨYlŒīUÚŲX˜ĒÛŖ*5”„Ōmėô.ģãƒ<‡o˛AG1Í?k?ą)ģE „™Ų#*ÕÕĨûÃ×Ŧ]šf”ŖÄ°u2×Z,˜ahgŽ}C2Œ‰4%3Zp៚š’l-ƘPžjé }ibbBFSČ'ķÔ.VŖŅXŋ~ŊHqĸAJâ&Édĩا˛Ā„T“Ė|ųå—˙ŨßũŨå—_.Ĩ€d Ífsãƍ?ųÉO>úŅŽŽŽžũío?÷ÜsO>ųä8Ž§§§sÕjuũ6¨_1§´ė™{2.ļ%ÖŨ45ĩš˜Ũ^$>­Ä|æ\Û3’t9XdūŪpi3ĀÔKcģՈ%Pö”›kåY\”Ö3ÁxoŊ\)‚â|Ž<8~YÆsé8>q ;O‘3đŒŌ[SûŠĢŧĻŽ:8šŦŨn×jĩPīGęNõz=IZB3ĩųRciîEQEQ”=á‰Jį{q\ËŅm7ˇl(ˇmŠõēãIûŌ2Đ¯Ōa<†ÅQt^ƒŊsė#.cÊaöYâēUŽĒ%SZXؤÄÛKˆä0Üßč5bkj{įĀ6âŠ^ÍI´fĀFŠFąTŖ›dĒ‰ĸHüĩŘ"ļŲüëŋūëČČHĨRÉķ|llėšĪ}îƒV|Ø )vdņ2ŽT*ÖZŠũ¸Ø—gßĪˆŧą Å+Čsˇ×Üŧí^Ø_įs8gÛ ’ĐvÔ7ŋ0gL–lŲ0Ę°d;”xĻ}_lēŪvA…!f3ČÔcØ°éæÂũžŽ( ë\bmdÉxī0éœTž•/:MĶPz ˛¯ũ“™ÛíļdÉ'ĸ<ĪŖ( 9ņƒąÛí.5ųvqjĩš¤Ęšøâ‹?ņ‰O|ķ›ß{ĐđՓ´H!0.MĶuëÖŊėe/ûß˙û˙ũß˙ũʕ+GGGåÖŌ‚=ūāû“Đ FM_ōĪAcĻĀúæĖ¯Û3÷ZnÕbGd¸ųųJĨĩ>Š”–;U6s%—Ô11’:ŌŪUM%ĪZ¨Ô3kzlLš”íļ™ˇZSZōËlGlĸŖ˜ž=<÷eD6JĘ'\’'øbCûV„ƒ@‡áœō’gLē¨ČQrũEQXØŽōÛ#z!3ĪÎÎJ˜”d’Ëķŧ(ŠzŊ*؋¤ązõęééiFŖRŠXužæI¸Ayī_ųĘW^xá…rž­VkfffŲ˛esssÃî Ŧ399ųÖˇžõë_˙úßøÆķÎ;O œˆĘĩ _}p p {o"gQĸĩŖpsI­mDÕ2ĩ•&6yæ=ažņžŧ‰€)PŦé""‚)ōÄFŦˇŽ`ŊąŪDŪZß/Š>ß㛨tųėö™æd>ą:‰“¨[ BH¸úØav>*8’ØMÖöRĨOŌÁu:###RŊC P šR–Ēs(Šĸ(Šĸ`&ø4yųNwÔģ•ĩ˛ 0%YGFŠfxō ox~lÉžmœ–YŪH’ų,1&NŧsLfá r„’ ™Ī‰á(4 ÖK…FxBˇČĶ’ķŧ—FqØėe¯í:mģ¯.ē‹D°?;ŊŠûyĩZuÎõz=q# ŸhĻĻĻŪõŽwI*kíi§öÜį>wķŗcœsŨnƒË.–âĨgzÛ]Vn†1đ eáŗŒ+5˛iŽ¸ÅfŽ‘ƒSøœŌ΄û€aãi…Ÿ<` ,ȁŦ႘ĀsÕĀÂ’a_ķÄ°YD\xß/PëģÎ-†D‚§kā-:­jRTS4ÆĐęŽä¨ķÕP‰A>ĪŗäŖČÔ9bįĶ<÷Ôiĩš)Ņ˜sE§sYäšKĸ¤â}<ī,@šÅ,ōx¤ŅIĢMgÍî¤sĀ9xōLĀƒ˜ø”Ë‘´„÷ E§ĨŒ<ą•J%MSą›Kg^€.˛pˆô^–åĒUĢzŊžˆˆRfÜ<¯C}—Ã?|ëÖ­jĩZĢÕʲlddäÖ}9xôŖ}Ī=÷0Æôz=Q5Ļ§§ƒÎ*ˇ#zŪûjĩzÅWÜu×]EQŧđ…/dæ<ĪĘuch8’aS’7ä™@ŒrÎEŊ$B55p@¯čziš}ųZŧ7ŪS˛÷&ÎōNimĨ^1y¯0Ėl`x2 ãdîbĶO85đ `™nAÎ0ˆ ql\ÄHGę+ķnĢč•đ‰1Æ˛gĸū xhŠ<ŗԖ'ĘBÖüI’”e™$IĩZíõzNGæôfŗšbÅ ™Á8œCÕ9EQe?|eKyōÉ'¯[ˇNļîà #ąėˆQ@\ Ŗ(zÔŖ•$ɉ'žxÁ<îq#"I4,îŸb"YėķS_–QRkš8ņåHcŒŧ§ÄvŗļįdõĒÚQ'NfŽ(¸QKwŦ-]á÷Iįp€eô¤ÆÉ× †Á 7ąS,1"6€/9ã ȗ…õÎúN‘­MĢ›nž%ęqÕ{r‘ĩûŲNŊ[éāĸ({{cLČn1œÂBX‹ ļ˜ÔŊ÷â÷*éËe“ĶívÅĀ{ŸĻŠS)æWFb—4ô‚#ŗ8ÕbîŸgCŦï'ÍŊxb#, ĀūA>]{sÁL  Ķé‡ĩđķp“Ĉ9ˑ÷^ŦˋÅnķđM2|eQíŨ8ĩÛkŪívÅĸŽ,?,`Õ`ʑz@¨Ė†ŒwđœDQÕSŗëˇq˛™âÉZ3[ō‡ŸxĻq+ŠŽIbë]A$:GėaĀ6%؀cĀĘūq™<)!>œgįåã}Đ! <Ą°ˇ‹nÔČĘhË/oûÅōqŲÎlė;NQE-7”zoĀ 5|åú‹wdˆxÁ`—šY†F¨#ãN:FčŌĨĢJ: šuÔëuy3KîûĐ`"’v†AˆáŧÂ'†´Ė,í‘vĘE|Yō–áĄ*œ™ŗ,ĢT*ášDÃãB^,ų†Į‘sNnzrSÚĶE“ëŧ~ũúWžō•’y,T9PĢÕ¤ĀĒUĢ6mÚ´nŨē+¯ŧR ?ČĨ¨×ëÍfķėŗĪūÁ~p 'ũ$IöŲM,ˆL N`Î-Â;˛Z‹J_t"ã*57ãiŦ:­n—eŨy€!6Îxg*€#G֑ëmė=¤ĸôģē`ŲĪ?žŌPŊrÃļí×ĩ}kŧ1˛|Åt™-Æ{]ŽˆM錋 €‚AŒˆč8¤(ŋ†Šm¸“ˆã8ôÉÆ4|¨p#•n3Üũv=5įB$€,ˌ1räá?Ũ^Ûų¸(Šæææ$ĻŠˆ˛,“a+FÎHŽĶl6åroŲ% åũzÎ9™1EÚíO”w…A$ķŽGnD’â_beÂYËŐēÛã3s¯× ĩ¤1rqd­"C/ŦyžûÜįŽ[ˇNîĩZmnnndd¤ŲlūÎīüÎņĮÄG$Irã7^uÕUSSSōåĘbfÆ ögvøᇟuÖYRlĄ¤`}D>.M×ŲÂ!ĢØ4á8ęž0ŲlUÖø•'Vŗ^alžzã÷eŠé¯<†ķ˜a¸tÔJˆ­höŌ™°ž" G€'*˜JãɂĒ&20EŲëƔŦ¨6~ųŗŦQKķŽĢ§ v"Û+ŲĻ5 Xĕ}…ûîÃ##¨ŨnËũ÷]YĩÛm ”a¸§ bøĻíŊ—ž4üīŊø„‘~ájö`h™7üAeY2sØ{:įŠĸؓ+LxŖü ]tī ã°úÅ`ÅžË8 §ļ÷ų¨˙%3KēČ]&59‹áK!ŠĖéyžKŪ6™¯Ã„+RŊLërÛ n7ķ™Ą†oqr¨]ŧvBöš)ģCuEQEYÄ DŒ‰bO”5d¸nĩZŋøÅ/Ŧ[ˇî?ūã?ö°‡}âŸxüã?55511!‹QÕ9Mˆŧąž⒠“eOđņØHí¸cņØß_Y…sˆd÷ouDÉÂCĻŸÖˆļDQ`Ļ9>Û6;ĻJ_äp]W$ûŲßM6üY–‰ų@FŠ”Ö”ŨQØ}Iš‹‘‘‘°Á“įyūĀļģˆY–9įöd÷[L؉ɓa˙&›OIĐ!ļō)ŖšĻiØļĩÛí8Ž“$ âėŖ¯˛y#ĸjĩĮąėĢÅÂ"g-ÅzŊ^žįļ˛lŲ2ą’Ôëuk­œBģŨļÖĘå•6ȑkĩš\Ģám›Ŗå4ƒk­lCĨâáÜ)ŋ=Qõz=)™ĻŠ|Ž´vØZÚívår-ȇŠYCB¨/< ‡h§žÚŪflÛí6ŒÅXíčG?ėiG=6ÆxCp"~'@ DČ DûoüšîÂōUÄB Ä™ŦŖ(šg­¸vģ-š¤Â9FQ”e™Ü[Â-ëäN§#Ģ\i€œ¸Äp/H˙—C…5†8 Č$+“ģ,Ôå|åâ/Čįâ¨ÎĄ(Šĸ(‹€8x;ŽŠ5ļĶé0ŗXCęõz–eâyË-ˇœ}öŲīxĮ;ūú¯˙š™§ĻĻV¯^Ŋ$ķˇ(ûFė:8ãûģ5GĻ0fG֍S›Œ×$ƒđųđ\’ۏ]…AžÉ3˜ą“ŠäđĻ4‘AlĐĨE'îļ"æčAÉĶ"û ɃÛcØH„Č ąˆ?uĮ˛ ė{ \ŲĸôzŊ,ËÆÆÆ0psŪâĀvb˛—mŖ^¯ûQĩZ )ŗęõúđ1˲ėvģ!Õx85ŲGaāDj#čt:rIÅ.FcĖčččč訸ôJ=Ō,ËDļ Ū…aË-9ģ*•ŠYLĨōA"ÖĘķaŖ(Ž¨ÁØ*ī îü •ÚX6ÕÃŪ…áŪdf×Wß=ž:’Ž¤ĸ‚üčFrJ‚“Ŗ€)97(‰Nyō ”ũpĀl"N`­A‘ĸÚ¨ÜC~9Č5j:ņĀÄIˆÅ‘؃TÜ<%ũŽ$—ĶaĨR Æq1j,J˙š››;æ˜c$ŲÅĒUĢ$¨"X4ÆÆƤ7Ę3EQ0ŗ”˙ļŅ``ũ”ū,ƒ14^n;Rr ŨnU‘šÍĻ”T•?‰ē9ėT.m›ŠHrcÄ<œëå5cccŸøÄ'nēéĻđdĢÕ:âˆ#>ųÉO>ũéO0==-Š˙åz–eųÆ7žņ9ĪyÎīüÎīĖÍͅJ’ĀęŧķÎ …Ŗ•hȒ€IDATPŨ-ģ0ž_?c_Č–ÕGØoãŦËžėĢՆ¸_WŊ×"lxôé~ģ|b%”2ÕjU|œ÷ŌU‚Ĩ~—ã‘Cũđ‰ u– Wk׎5ÆėØąc||õ)Ų>,[ļlzzzŊ_ūō—Ī8ãŒpc”qįųÔÔÔK_úŌ3Î8ã¯xÅÕW_Ũëõ¤đĀW\qÍ5לp ˜¯r¨ŋ†'ČÕz3Ę _ØNIŖũY%"ĀîOƒ°sF%r "ŽôÛIUÂ E7Ú1ĶáņttŋŽ0"ęt:"KK"``0ItŽlúBŋîBa‘ÄČ°= ÁÍAannN%R„Č Ė<œ9P–LŦĩsssFC¤÷0 îgđ‡>ôĄįŸūęÕĢą$ķ&+ xŸ8”Ū›ņ“ Ĩ1¨ÆE%1•Ö´ K\tĢiŠ¤â÷g<Ŗô`Ā‘lQŲÃ:äUCHĢ‘‰GÄ0%ûNöBû÷‰ņ_vhbĐĮ@_öļ–vŲŌ‘Ø#d$>QŽL„NG\áö´ŒãXv¤bÁ >_ŨoŒ¯4 Rf oídĮE‘Ŗ ŋ]œõÄĢ}XŪ ĩ‚‡ˇÁb[™Ûļm›X?ƒÁE^ žį’'Gl”rkÂ`ĶÄšĒÃļ* ŪFQ$Ÿ2ė,—kĄž÷å Ũn{īŋ_Ėpō…į:X<‘ØĒä]ãÛ>k[ĒŽz—zKq ŒA ˜ (U/É9ö‹o+EœÁ—(mŠ(ëĩãvĶGUŽÄá;ō d@~ƒÄīßø°=^8ƒAH DOéNĄúEp‘–W>øũS žâ;11b,0ļblqB>Wū:üéeYrØú)Hb™`ŽŖØčč¨]‰!U>ND333ãããb*ĩÖļZ­põBË1Hą%„G{ņĢûÉ{Ūķž‰‰ ņĖ°ÖNLLüüį??ė°Ãä:/[ļLNGĖŠr#zØÃvõÕWŸsÎ9[ˇn3և?üáķÎ;O.ŅŪķ -–}ŲĪäķė- 37›wÚ¨ÔŦĩ–ŗ3`’,=Ô¯;Ō¯âŗ˙.0āī/8…Žĸ’cgO&Ȑ´M~ûcšĻâ⃥X’ĩ Ķp–eĘ 6Į=Ŋ>؂1˜LeúĶ ņ”ģÜ‚ ĖáųWĖĮeY†ģPEÔ yÃdŨ.ĩŒúp5DĖŠr$X$hW_}õ-ˇÜ"ol6›ÕjõŸøÄžđSSSFCrÁɐ—yōÉ'ķ›ß<ųä“wėØ!59ÚíöŋüËŋ\xá…{ˇ_ī+ƒhˆ~vTHh ‘—\–ĻđĻŸö ˆ<“ÛãĖÌ51ā p ōāÂÅl¨"[5ˆ9JÍūs2ÔjĩÖI„¨`d—Aîąĸ‚H¨ŸŒøÅ­GĖúĄëZ­Vä†ãÅž//a(ë%IŲ$ŊN:ž¤c ¯Įāžŋ‹¸ 2Ũ wxqŲŲĶГufČÕnˇeâšĒŦĩÁ§g/Į‘?IZHŠ.Ī‹Ķđ”'§)7ˇppāÕju_ũœöB¸HŒfĩZ‘#Ä8mIæÜėZ‡,Ēs(Šĸ(Ę"`­}ŲË^öęWŋzttTö*ÙjÄwÛķą}ė¯ūę¯ÚívŗŲ\ĩjÕļmÛ.¸ā‚?üÃ?\ŗfMpÆTE‘‡g)5ÃũŒüiZ56Œ[DéH?_ĀūlŽ–`ƃÉ2E( ΍r•ļâŠĖåfoC˛&Y˛á 1ÃŅũa'?;;+?Ųˆ9`_Má•JĨŨnKFqaģŋīę.„ÔÛ˛ˇ+áÄĄØVdß%_Áã[ĖĻbūO š2ä˜Á"3ŒČ˛” 9r•DŽ]V­V‘-ôøøxžįÕNd,mn4rŗ vX’|FR‹ ōĄŪûąąą,˂°$›ųÜԅ4ņ’Ī:\]Šĩ´Z-"ZĀŧûˆ+ũŦŒ]nãĐļ6‰,ƒ%÷uĀÁ&ÛQČžŗ?`%x‚Clí@pyB”ƒ Ā %čZ´ Bąō ‹y2~§ĻĻd°HJ(ņnI´üūâNäWi§Lô♲ęË+CW öį\ģŨ“Ķp2:‰ˇHĶTzu¸Ãt:ŲŲŲ5kÖHûw1†T$AtiĩZ%/čá!TÃaĄčūÄqü˙ūß˙Ûž}ģ­Ņh´Z­÷Ŋī}bĘi6›yž/_ž\Ԛй>§œrĘk^ķš÷ž÷ŊŗŗŗrģžâŠ+nžųæã?^NauĐŨbXæĮŌ0Ü$ŠE&Ķ¸Øú/†Kq§ ÃYtš#‰~)ĸæĻM›VŦX‘$‰”|Îã˛Ūŗuõ–+/‘r!ŠČp|ĒŧŦĶé|éK_ ŠY–=õŠO}îsŸÛl6“$™˜˜W†ĢdŒ8ŽĪ?˙üūį˛^¯å+_šđ *¯#vĶ7 ÀQ8o­‰*†*Ö$‘‘Reiœ1ûIKd‚7%`ŦƒaC–É8DÆ€ jFŌP°ÜHmŒAm¤ũ„câÜųå‹‘>tÂJĨ2z8üĘá~+Č+C|† ÂŋĖkŌ!1ˆē$fffFGGC*H nÂŌCD*Â^ƑˆeYJė‚ĖAŨnw/]KNYÂ. ģäO"Ãė"ĪīB¨ytņŅ‘d2¸Bų=Ņrœsŗŗŗ•JĨVĢÉdŊ€ß¯ä “Æ„“’O^…†MÕ9„ÅÖVEQ”Cž˛,'&&dOü%eõ)ĄÄ’`÷MozĶ/ųËŊčEļmÛ&‹ŋ /ŧ°Ûí.NÆeÉ0ėhd–aYĢ—ˇ:č0€āc˜Ø˙*@ÂĻ“Â$0†ČŲ^VĀ9ôōN§—e…/˘ -œ“āžęâŌ%ĪT*90äČīœËķ<˜8GGGCHûđ{÷‰`ÁL’D<ÂöRW9”ę•-€‰‰‰‰‰‰O ˙ũ,b‘Ôōū–œÎÁŽēËGHŦîˇbcƒãÜܜ؅ÅhUĢ՚ÍĻdņŋkĩZívƒŧao&Ļ[‰J¯´zŊĒG† (ĒŌNqƒ•*bŗ–dũ ‚X‚mznnN˛yfjjJD1v/Ôįî„2˛Ũjĩ¨Õ}įY¯7×év˛ŧ ōbč!C…'"‚ėūxāsôēče(ĸØUk&IŲØ” P EGÄávqļ0ĶOĢ՚˜˜ĩ(ÂˊĸXŦū)#QĖ%ÍfSĸ.ä%Ŋ´°Õj‰mt¸úz–eâ~+Ë1ëô{‘ØJÂÍĄĶéˆUTjŦYŗ÷ TjĩZâ)/wŒáÛZŊ^—á;vėø§^¯'.įív[ gbîŠ×ëÕjunnn/įûË_ūRœ‘ÃÁ/¸āÉÃ922|WĨŒĮļmÛäŦ­ĩĶĶĶo|ãån)aß˙ū÷å[­Öū^ę›ˆŲXDKá1Ē@D`ËŪŗsŽ`ōQ{ ņRņ˜ögBģû^%"™Ë‚ĄSže\ōõ…ņ¸§ƒČx”wɄ"OJ7sÎMOOwģ]ÉØ6\}ĄNaŲ˛e2AH ŠŊŧ˛ŲlJˆCČ9#‰ƒÂZ=”öŠ×ëbŊe™¤’zRö&¸1‰5yíÚĩŌˇåh"`„Rę˛ļČEm4›(ÆY  ŗ›1æŠ+Ž•ÉęõúŗžõŦ^¯722’ĻŠˆ &''ĨåNGFkŖŅxîsŸbJÚív–e›6mZøxĮ~¨ĸ gã Î{&ĪŠnŅ,2øŦ‹˛EH,’ũķ[$%d‹Ø"˛Qd“ØFŠ X ;ā€ Üķ>ķÄû÷ ˇČØqBîÛc!Ÿ$ŗ_÷Éķ\ƋôgéĈĸ¨RŠH<„SŪH###’͝l||\:˜Ô˙pÎ%I"Á"HŗC2´=ᜓw…MÂ:üūH ĩ$Ēš™™‘ÛB–eōC7$āx/ë79AEQĖÎΆZVâ$ € I‰‰ ú/lį¯VĢģBGŌl6åWYoČ7Ģū‹ …Æs(Šĸ(Ę" ‘æ˛5 ɯåÉāã&ū2ĢW¯ūā?øŊī}/˲fŗiŒųĖg>ķÖˇžU69û;uĩ˛D!8O;=å #r¨˛i ›Ŗƀ2¨D ,•ûƒ.`ÍNŋ98“VõŠŠ”ĩĘ\Ūu\Œø2ŨĪáÁ*ä.ŠbffæsŸûÜ­ˇŪzŨu×­_ŋžÛ펎ŽwÜqĮsĖũŅ=üáČC"n_xXIūb333’AxûöíĢV­úísŪČȈėZÅÄšqãÆÃ?ŧÛí†,XĄœ˛˜MƒˇõW\qũõ׋ôÖ­[˲\ļlŲŠ+N:é¤G?úŅO~ō“O;í4Ų>‰uCj-†ÄōAõz]˛ĮĖÍÍyīåú`6ĄŲlŠ×ápēųĄÛí–e)V˜›ožųęĢ¯ūĘWž2==Ŋyķ把)f?ė°ÃÆĮĮO;í´ŗĪ>ûņüđ^wˇ”!%ŅöíÛ¯¸âŠī}ī{×^{í–-[ĻĻĻ–-[6::ēråĘ3Î8ãÜsĪ=õÔSCåÉ*K_Dļ “ƒr ¨U"ƒ„`ؗ€G€xž–09rÕßō3÷ŽŠĸb|Œ^Šf)j’m–9Ef¨XR-8Ōũí<žwBÖŠŠŠå˗‡8ƒÍ›7uÔQeYÎÍ͉U%xŧ>øũ3Ü@Ä.#*B0*ŋošWHŌĒš<<ßétnģíļ˙øĮßøÆ7~ūķŸ‹KėŠ§žzŌI'ŊéMoZģvmŊ^¯T*rØ˛e‹$ĸš÷Ū{8∐5K%žāÛļm[ĩjU’$bņ” ™ÆÉäsįw~å+_ųÁ~°iĶĻ{îšGBģŽ=öØ?üÃ?<īŧķŽ:ę¨Ŋ¸ęˇÛí 6ȝJ ˜?ķ™ĪŒãX.Ŗ4Æ#æŧĸ(V­Z%PzŊžíøÃ?üÃo|ã¤îõ×_’æíīERÎģ˙ņÅ´1 ‹ŧČ2ŸĻ0 "2Æ0ąÆÃXøžÎÁû=žc8ŲT¸gŠûŗ¤ŋËŦäkÚĶq’$™››ûÕ¯~õŗŸũėškŽšõÖ[7oŪÜnˇ%ŖÎøøøqĮ÷ģŋûģgžy抧ž*ŲYŠšš9qˇ…ŊÄ'W÷;īŧķ /üöˇŋ}Ī=÷LMMŽŽsĖ1đđėg?ûŒ3ÎĀ N˛$‹“’`2SĮEuģ]Qƒî¸ãŽc=6DkIm0ąļÛíÛnģíškŽšä’K~ņ‹_lŲ˛ĨRŠ<ôĄ=účŖŸņŒg<öą=å”S†K …ėš2ē™Y*ŠË_˲ü_˙ëĨi*ˇšįLMMÉ`oˇÛ2îÄÅū„Nb0€Z­ļ~ũú5kÖ,ÜÔdrIŖZ–%…ˇŪ“O*Q\Lä\tû“ā~€Č3yĀĀ%`€z X I`ûÕ;|ŋŦøˆ%cÁŧoCâk’ĻŠŦž$Ã17[ˇn]ŊzuE6l¸á†žøÅ/ūęWŋ…cųō姝vړŸüä§<å)ĮsL¸Ķ†Ŧhwß}÷ĻM›ūųŸ˙ųž{îšëŽģfggĢÕę1Įķ˜Į<æ”SN9˙üķGFFB-+Š!í!ĸvģ-Ûˇo_šrĨ$Ou\TŅáö’ĪPâ)åįM›6­]ģļÛíEą§Š$Žã;vÜtĶMW^yåÕW_}ÛmˇMMMIŽÔzŊ~Ė1ĮœuÖYįœsÎi§öƒü‚€ä‡Đívׯ_˙ķŸ˙ü?øÁĩ×^ģqãFīũōåËW¯^}üņĮ?īyĪ;ëŦŗä|ŗ,“ˆį…ú~eå ā–[nšä’K.ŊôŌuëÖ5›MI.wøá‡˙îīūô¤Į>öąGyäÆQâ¨qDQEQq Å?ÅQNŧGÃŌ0XCÖŦY#qå’$Yˇn,|û$”E‚Biā$;÷`ķH ËŪJ­RČŪ ƀũ~Ô9ØīŒ.á˙/Îø")zElâz•­/įcģŋí¤Ąč´ėîŧķÎøÃ˙øĮEđĀĀģyûöíÛˇoŋöÚk/ŧđÂąąą?úŖ?zį;ßyÔQG‰[åøøøžæį•ũÛĨ—^úžpĮŽ’>â¯xÅg>ķ™Ũ_9fąwČNlÛļmögvá…#āúõë>úhâå*‘øRŊ\,#˙ūī˙ūņ|ũúõÁ…\r\LMMMMM­_ŋūßøÆ{Ūķž§<å)¯yÍkžųĖggē—ÜUW]õ„'‡))Ž ŸĒqásW#Q–ĀēS†˜úrŒ+áJp\™•…ŗŅū5=‹2!e!Ž;î8 ´đūĪ˙yÛÛŪļzõjīũ?ūã?ūÕ_ũ•ČI’ČŧāŊ˙ō—ŋüå/ųÔSO}ņ‹_ü–ˇŧ%Üö§§§ŋõ­o}⟸ęĒĢdũ&ũjvvöúë¯ŋūúëĢÕęG?úŅwŋûŨ/|á e %˛eŲ,F˙ūđ‡gŸ}vȖö–ˇŧEš„AæĨŊčįž{î÷ŋ˙ũ°4Ŋįž{FFFörK˙Ї>ôĨ/}éį?˙9†îæRŠT6oŪ|éĨ—ž÷Ŋī=ķĖ3_˙ú×ŋā/Øû%•ë#šæî¸ãŽŋūëŋžčĸ‹šÍĻĖËÖÚ˛,[­ÖŨwßũķŸ˙ü /ŦÕj/|á ßûŪ÷yä‘$É\īˇ^¯_rÉ%ųČGdBۓ8ŽeĄ~Ûmˇũß˙ûkĩÚ\đ–ˇŧå¨ŖŽÚ¯ũíAS^(Šĸ(Ę"0œGĩ×ëíRQ"j1Č@Įĸ(jĩZÕjuķæÍ!ͅŧ@6ŠōŒlWÚíö 7ÜđĘWžríÚĩĢV­z÷ģß-$ëãŗßëõžöĩ¯ŊęU¯úŊßû=Éūą|ųōĶO?ũo|ã—žôĨééiy™” Øm¤°Ø/LNNūã?ūã3žņŒŖ>ēZ­Ž^Ŋú9ĪyŽmƒŊX˛č`(đ_Ŧ3Ōā]2üĖÎÎ^{íĩ/~ņ‹W¯^]¯×ß˙ū÷Ëķsss!?ÆôôôŊ÷ŪûÉO~ō˙øO<ņÄ5kÖŦ\šRü^_øžímoģüōˇ›>n˖-{úvŠĸčvģũčGŸõŦguÔQcccĮwÜŗŸũėË.ģLĪĖrœŲŲŲ /ŧđÜsĪ=ūøãGFFÆÆƞüä'ŋō•¯ŧüōËwėØ1|ŊĸØmZĄÔ{KĨĨŌÂ.‰؁ŗĸ€!Hö›ž§‡s`0›ũôž/u0ÉŊ–QžØÄH“ŌģfÖíēÂGâsĸߓ6H>ųÉOžqÆ˙öo˙&™˛%:ALœâm-ßi§ĶųĖg>ķčG?ú _ø€ņņņD%|–|ƒ{ß˙‹{øŽ;Œ1Ąˇėņ›˜!¤ŸŦXą"ø$áR(ŧ!)°Ä<*q÷ëׯ?įœsŪôĻ7Ũyį’xJĒ8†œ3ÃMũū÷ŋ˙ĸŊčÕ¯~u°íĘf/ĪķFŖQ…ėi‰(Xu%ų˛ü,'.΀rpIÅ#ŲrÖ¯_˙ä'?ųŲĪ~ö5×\#Ÿ˜įšØyw)ž,|ëÖ­o~ķ›õ¨GŨu×]I’„!9Bödyo8Âwžķ“N:écû˜$čvģbú‘ô#qĪÍ͉īđēuëŪķž÷uÔQ7Ūxãđwˇ—¤+ĸđ-„ēĖėJ”ؓ5 aP÷ģģ†ė4`@RHíˇđ}ŒĄ(Š’ŦĮė 8[pŽ˙ūãûQ/ÂŌiåÛŧøâ‹_÷ē×mܸ1\ՓO>ųĢ_ũęQG%™ũķ<ëábõOšˇH—“ųQōŌ„T$"rH! * Iĸ˙Z­ö™Ī|æQzÔå—_.y~Dš”ĸÍō^_üâĪ<ķĖ›ož9¤ž‘ębĖ ÍĀ ¸D^nSSSišEņī|į÷˙÷ŋņoHZnˇÛh4ÄÁ<Žcqgæūį~üãŋqãFéĨaũæņ 6` ’§u Ĩ ¤’ŠxéhˇÛÕjUž¯$IäČrÑKˇ€!}Ģ ×Jú€Mãāˆ—ÄcäYK‘íözōÍVžwvvŲĩEˈØ%ÅJ¨@.™d<^uÕUgŸ}vžįNG ‘}ėcŋõ­o=ä! ī Ļ…t˜Į<æ1/zŅ‹Dhî!Íwō‰‰‰_ũęWûˇ{ÔQGŨ{īŊō';!ÛÕ>!ųŲ0”P.üIšVžō2"úžđ¤'=éģßũŽôL}ōzimšĻ^xáķž÷ŧ;î¸C71Č)4\÷+ÔÃíDüŲeiŅl6eö˙æ7ŋyîšį~ųË_–Ę%ō␖J>nrrōŸøÄŲgŸŊiĶ&ņģ—2Ô"Ģ8įÖ¯_ IYj}ôŅá\ä’b¨ ˆõŠ°S–¯fą’ŦĐ,žWŽĸ(Šĸ‚ˆAMŪeå'K™fŗ911ÁĖŗŗŗãããâų8::ēlŲ2Iŋ#Y†sy§ięŊ?ëŦŗŽģî:kíYgõŖũhÛļmßųÎw^ūō—‡%Úíˇß.)e#T­V'''oŊõÖį<į9333ÁÉ]rs‹ŋĪ§?ũéãŽ;îÍo~ķ‹^ôĸ‰‰ ߙ™“(û˛æūā?ø™Ī|æž{î‘âŠišNOO_tŅE_ûÚ×>ôĄ}į;ßYž|ų_üÅ_üËŋü‹ė“CúoąĢNNN>ûŲĪžâŠ+â8~Ō“žôÍo~3Žã¯}ík/ųËåŗŒ1W]u•dŪ¨×ëÁ÷oūæožüå/oÛļ-,úDQôë_˙úæ›o6Æ|üã?ãŒ3ūáūáä“O•ÔŽD$Y>&''ŸķœįüøĮ?đ„'<á[ßúVŖŅ¸čĸ‹^ō’—”eY¯×ee<77wĪ=÷\tŅEOúĶ/ēč"Y•ūô§?ũ˙ūŋ˙oŨēuōĄbēôŌKüûŋ˙ûķž÷ŧ÷ŋ˙ũĮw€ééiŲ-/X˙‘<Ũ”m4pX˜ZėScŦ‡9ˆ,ˆab"6 ŋđĻbâ |,÷‹Ÿ‚ŗq•(v W” åjŗËÆ#ėF˜úĀ>đą}lrrRrĮËžEžŦPŠC,‰RßĸÛížôĨ/•œá+“\Č/ˇˆ[Žnˇ+fún¸áųĪūíˇßŽ!;Qh˜D†ÉNÉZģbŊ­[ˇözŊĪ|æ3Ėü™Ī|Æ9ōõ‹;ž™"āI(É°Í4MSņōcEtpŨu×Ŋá o¸ōĘ+ČR^)ũaĨė-׎]ģiĶ&6lxūķŸ˙íoû„Ļ‰åWR9;ō§>õŠ×žöĩF#jí­VKœĮ1ä$¸|ųōÉÉÉ 6œuÖY_üâŸüä'ËļļŅh„P•ũÃظŠĒd[úŌ:ŗ1y/š¯€0Áƒ÷wĢ|ŒŖ^áŖZĖH Õ-5"SŖ:û 8Į€ˆ.2ׄė.ŋ(!VŸøÄ'^˙ú×KW¯×ëŨn÷ÄOüú×ŋ.nÎrCįĶ<ĪĶ4]”ūš¯ˆVĻÂų—yßûŪ7:::;;ĸUDuë'€FŖŅét6oŪ|îšį^vŲeŗŗŗ2÷Øå˜CT9eą{~ūķŸŋā‚ $XDÆÅøø¸ˆIR7~øá×_ũķŸ˙ü‹.ēhåʕ˛€ ųU¤ä jišuÔQ{‰ƒ‘u‹Ürå^-æ­<ĪĮÆƂ¸˛ā™Ęû_:÷<éJ ÄBžũm(”@iám%)QVúŌ‰#:ā÷™ô†A~kÄöe™TŒī4ĖzĄ.ņˇžõ­—ŋüå2¤iÚnˇO9å”ũčG­V+øwËëĨ{lܸņ‰O|âƍC‰cI#YĢÕäî-1FFcffÆ{?55%áļm۞ō”§\~ųå###2īČ"vĄJļ„>ŧāåÆō•¯|åĨ/}Š|ĐôôtĨR‘¤˛2?JÄÃôô4MNN>ęQēōĘ+ĮÆÆB•fŗš÷Ž+|ÕĒUÖڏ}ėco~ķ›Cē!īredÉŅívE’ĖķüöÛoúĶŸūŖũHˆ4IÚŌI'ũÅ_üÅa‡&"îōåËCÂLš1vģŨzŊ.ƒŽRŠČˇ#_Đ5×\#Á ū¤“NZ˜.Õg(N‘<`OlģŨnR¤ f&—s€qÄÃo\ĐGbXD֒hü†É€ā#ãá=Ā°”[Ā’yPJāܟ$IfffÎ;īŧ›nēŠVĢɄ(IŌ¤“H…§N§ĶétÆ?øÁ“O>ų¯xÅŗžõŦ+Ž¸"Čę"0­NjŊȒ¯Z­ūŸ˙ķÎ:ëŦĩk×b(Nwŋ"iQCU’Ûoŋũ Ox‚L@ĸĒJ•ũ¯„v:Qũ—/_že˖ąąąüãÖÚøÃr‘­¸1É§Č úЇ>ôÎwžĶZ+o•ęd>• 2;;;::*ëÆnˇûĖg>ķ _øÂsžķŲČëå†6ÔģĨĶé,_žŧŲl&IRŠTDhyúĶŸ.ˏ•+WnßžũđÃßž}ģ,N¤ėŧsNvÍč¸ozĶ›îžûîŋúĢŋ LTyÍSŊOčÅREQ”E@’˙ŠĪ—„ÃK™‰‰ YhŽOOO'IŪe÷8ŧJÎ˙ģe˖zŊ>66&^0˙ũß˙ũú×ŋ^ļ.bPčt:ÃŲŽō<˙Ī˙üĪˇŧå-dÛ)Ëžawšnˇ{ķÍ7ŋõ­oũõ¯ũŽwŊK>k||Ü9'Š0*•ŠDĐøÃūĀ> –DŲ•e)V’zŊ~ã7ž~úé×_ũ˛e˲,“,ÉĶĶĶccc˛­’ŸĨ`sNL0ķ7ķ—ų—–-[Önˇķ<÷Ū¯ZĩjnnnttÔZ{ã7žō•¯”gRīT–ŒáĶe=}à 7<ëYĪēčĸ‹Ž=öØUĢVI€v¯×ĢVĢrÁÅM^ęIžá oøčG?*Įû‘”`•KôŖũčœsÎųęWŋzéĨ—žôĨ/•MéōåËE+’5ą˜‰ŋųÍoæy~ŅEÉ)xīÛíļ¤éX(˜ĀD!ŧ!ßĩŽ…|ÔyTtKĒDŖÁÂY0ƒÉ,üŖ¨p䈀ÄÃzáˆŧ%ĮČ|Ō-ĶĖ7"ĘJP¯Xpđ]/ÄYōķŸ˙ü?üÃ?ĖĖĖHŽųSšĻ'Ÿ|ōYgĩbŊÛnģíį?˙ųŊ÷Ū+Š0Øfŧüå/ŋø⋟ö´§‰Ĩ#æ/N9‡!d 6›Í÷ŧį="rČîN2QŦ\šōØc=ņÄëõúwÜqã7nÛļmvvvëÖ­?üđ7~öŗŸ}ņ‹_üÄ'>QTš-yä‘[ˇn5ƈMYƎėĶÄ×Ln5ĢW¯žųGŠ^Zk/¸ā‚ë¯ŋ^ļFCŦĸ’iũa{˜¸ūmܸņ—ŋüåíˇßŪívň,åͯŊöÚ÷ŋ˙ũüā€A3”Q‘j“Ÿũėgßũîw‡ô Κ+VėØąŖVĢŊ⯐˜•­[ˇ^vŲebV›œœmˇÛÍfķ˙ø/ŊôŌ#Ž8bõęÕŊ^o˙īķŖvÛcã2ąQˆS!c 8€Čö­x 3đ,ĩ ŗŋ2åŖš& 䖗—YŖ“EĨĩ5_‡¯ƒSp4Čī1Č`ž?ãiŊ^•Ę’~ę?˙ķ?ßķž÷Č÷KDĩZ-ŽãŸūô§’S[ŒĄ2NĶ4-Ërąúįž"ÅW/šä’wŋûŨbpņĀa‡öčG?ú‘|$€n¸áú믗 `nnîĪxÆë_˙zšŋíÉū+ņ"ÃņNį?øÁ›Ūô&9ŲfŗųˆG<âÍo~ŗĩvųōåwß}÷/~ņ‹¯~õĢ!đEŒb?ũéO?˙ųĪŋá obgˆyŲË^&õĨ;N’$˖-Ž8r˙īWnÅ"¸ÎÎÎŪqĮō§ŲŲY){.G5eĄ.˛÷žŠoÉOd&b¸ˆąTf#”%ĸPœĩ`rĨķ@L†=ˆ`āIŒŗÄ ģ€âcčrÃu ™eʲüáøĖg>Sž”…ÖņĮ˙ŗŸũŦ( Šũ077—ĻiĨR‘UkE¯ũë˙įūGŽEŅÜÜܲeËĒÕęÚĩkO?ũôZ­VĢÕnŧņÆ­[ˇfY&†øŅŅŅÉÉÉ,ËÖ­[÷—ų—˙öo˙†A8‚H ržÁ]åæ˙Ío~ķ/xÁČȈ„TŠģ@¯×;÷Üs<ōČJĨ˛~ũúĢŽēj8žä/˙ō/úЇŠ‚(ļÔŊ/$2r˖-?ũéOßķž÷H),ËņˆG<˙ųĪ?ņġoßže˖n¸á˛Ë.“ÚŪ{1ÅŪpà _øÂ^÷ē×Éj9č‹ãããoxÃVŦX1\ģKCŅøĸ(¤‚†FVŗŲ”¤sōš,Ëö°‡IŒÎŊûâ <IĨ>Š(ĸtŦšÖˆ&Øj ,PėķîžôĄj!0ˆãaXĻļÔd0QdŦ!0PĢÃĨŪ‹’§Ųl>ũéOŋķÎ;eŠvėąĮžęU¯:ūøã‹ĸ¸õÖ[¯šæšoûÛEQLLL4›MųžŪôĻ7]tŅE—_~y¨–tæ™gžā/8ōČ#īšįžÛoŋũģßũî-ˇÜ255uÄGÜ{īŊĖŧmÛļüĮüô§?íŊpŠ`‹3‹ĪÁ_üÅ_lŪŧ@ĨR‘ĨfY–'œp‚ø´=ō‘üÅ/~‘$É7žņĸ(ļlŲ"ĘGĮųČGž÷ŧį=ūņ—ÃĘ,Šĸ×ëIĸšĪ}îsûˇ+T˗/—‰uddäáøŠ§ž*ąžˇŨvÛöíÛ%ū^Ô 8ŽĪ?˙ü¯ũëįž{nhķ|œœjĩÚääd(ēEŅšįž+^tõz}ûöíĩZmãƍÖÚžđ…FŖŅhlßžũúë¯ŋå–[˜Y„‘$?ūņGQôž÷ŊOöÚ{™L•=Ą:‡ĸ(Šĸ,ÍfS6Q–^ž—­…˜ŨƒgŠd4‘#MSqÔ‡kI2°|ųōM›6ĩÛí'=éIW^yå[ßúVAäĮąØtÄkėũīŋHŨnW+WŽ|ĖcsŌI'mÚ´é˛Ë.ģįž{ÄĶdjjęī˙ūīã8ī %/Ņú§ABr4įyūä'?ų¸ãŽķŪßvÛmW]u•÷~ķæÍįŸžøˆĨi*˛A،Ii;Ņ't:n¸áīūîīd_rgÉöLŦ­Vë/xÁmˇŨ&ĪH9ĶŖ>ú¸ãŽŖØ-ˇÜrë­ˇNNNŠy7ŽãWŊęU7Ũt“\CņCÄĀOį˙gīģã¤ĒÎ÷ŸsîŊĶg;]@,,XbÁccīą`Å.vņQc5– ö‚DE 4h@Å "me—­ĶįŪ{Îīgį8"Ŧ€ģâ÷įžŲĪdfīÜrĘ[ž÷yx-555×_ũŨwßMąÖSN9ĨGsįΝ={öģīž  %‰éĶ§˙ã˙¸ūúëyų}úôŲoŋũ¸|ųōéĶ§˙ī˙c´œJĨ&NœøņĮo˛É&ŦĻ´[‘CËÖ@ü ` „%lp ŽEú(!-Ņō’)"_BJĀ’ŗ0ZƒîĘמë Kk @ûōü¸Š\QSSsūųį+Ĩ***˜¤ĢŦŦ<ķĖ3GŒAqĖ<Ī›5kÖØąc'Mš [ˇnė :įœsžūúk&ō˜8 ˜ĢŖnâZ›ëē¯ŧōĘ+¯ŧÂuļÛnģ“O>ųÄOŒD"LĘ°>úÍ7ߌ;ö‘GéÖ­y~***Î9įœO>ų„E‚x<žīžûΙ3SKUUUžīķāģė˛ ‘h4âŦQ`ü0yōäĪ>ûĖ äš››ûôésŪyįzęŠ%%%Ä qšäršæææxāŅG]ŧx1;0¤”?üđ7Ū¸Ž!œ!@ ~á…W_}5#UōrtëÖ- ~öŲgĖ“ņãĮ5Ēļļ–˜ežöi§6kÖ,#æÜąĻĨãÄ}m+p=Š!SnƂeI, @  ũ ÔÆāûí˙*4´‡d&gG-í(ĪSĘAĮŽĀu ­V ˛á į ­2Ė(°„G"‘§žzę‚ .`ˇA(ĸ ų×_]QQÁŌģ‘īf?S.—{÷Ũw7Čø\WãžÜĐĐpĖ1ĮđTÃáp.—cŪjäȑŨģwį>Î Á“O>9räČT*•JĨĒĢĢĮŒÃ2ƚŽĪķg€įyŸ~úéėŲŗÉŌfYև~¸ãŽ;’BŠ¤[---]tŅ\đᇞūōōōącĮŽ1‚Ë‹i#‹FŖT?ₙÍfÉ­ˇÆ ĩbųōå=zôĐZ/^ŧøƒ>0ĘdétzŸ}öágÚÁZŦ0Á2­’˛ |ķkaķV°5•"­•ÖÚÕZ) [ZžÖl—lJBKˆöĢ;š,Ŋ#v B_ôĩ×^;öØcųNĢ~ũú}ņÅlDĀ4Ņ6lš:uęK/ŊÔŗgĪ+Väķų|>_VV6jÔ¨ŗĪ>ģ´´ÔlŠLä͝;w„ ÷Ũw_]]i+**ƍw÷ŨwS¤ŦŦŦ‡;šđōYíKĨRL›VVVŽ5jÔ¨Ql×āTJ&“<đĀčŅŖéNŋōĘ+ôxŲIFĪÖčŦö{3™LssķĄ‡Ęæ•>}ú<ôĐCģīžģËĐ>ūøã›nēéÅ_4īôėŲķ–[n9î¸ãĘËËÍ`æc"Ų”™†žįņPš\Ž`öP(T__ĪÖĸ ˆ“7n?@֝ /ŧ?ĨĶūķLZjøŽ—Īēž–Žīy‰\knRŠéŅŋ¨‹jü°HØĀĶp–¯|/Œ 4ō^.—TqŲnbëd˙ú×ŋ(Ķ`üøņĮw\*•âŧ8âˆ#<ķĖ3—^zéâŋ9“Édyyų¤I“øėĮyíĩ׆Ę ‘Í|W\qÅŖ>zéĨ—VWWs­.))yøá‡īšįÖ~ëâ°lnnŽÅb=öØŗĪ>ÛŊ{÷ššnaũúõ=zôA”ËåJKKM‹Éŧyķūú×ŋžûîģ555†ÖrÔ¨Qīŋ˙>×N"Ūøų‘#Gš2cû’K.éŅŖ Õî\.7wîÜkŽšæÃ?¤I@ĀE]´įž{Æãņâv|VÛ¨v˜O*ĨnēéĻŠS§Ō—NĨR•••ŽãÜsĪ=GqD,cՖNõŧyķÎ?˙|JqŸmhhøÛßūļĶN;pĀtEÚĐAé´ÕZgŖĶ:­Ķ:­Ķ:m˜eY3 ˜ €‘åäûô}߯ĢĢ{öŲg™:w§ĸĸĸgĪžd~āŅ‰1qétēēēú¸ãŽ#ÚÚļíŊ÷Ū{=öčŪŊ{ii)y{Ãáđ”)SŽēę*^¤”=zô˜0aÂ.ģėbÛļ9ėøņã¯ēęĒŋ———766Ū~ûí;î¸ãČ6téz ?Ė‘GIWžX&“ųōË/GŒņÉ'ŸŧõÖ[_|ņE4Ĩ¯FčŸáG!O ‰ÄQGE¸\8ūĶŸū´Ųf›mŗÍ6UUUŒ33™ĖŗĪ>ûÍ7ߔ••1×söŲg{ėąŋ˙ũīdŗY6)×ÕÕ]wŨu=öũûĪ?˙|âĉÇ7… ãĶŗKzŊ×^{m Øc=ƍgčšLž<ų€HĨRŦåŒ=šī_tŅE]tfÚĉ9äĸülÛ~ėąĮîēë.‹Ú} Š KÃVĘö•ŸHęDšŧZž'¤Ōų”…áį€ŽJÕiíi‘Õđ4¤@+Véŗ|ØB†/`Ĩ„įڈEœvĮƒ˙8¸ā‚ øÜ-˒R>ōČ#ÇO§ĶėR/))av`čĐĄ&L8å”SƏOĐ@ 0ūü§žzę¸ãŽc:ŒøqŖģØAwrm,™L>øāƒ„`p]wÛmˇ%/?`:÷}ßß|ķÍ|đÁL&3aÂŅhtåʕdŧéŨģ7iũJ*€ĘĘJ^,é’É$‰HÖÁ" ×t:ũčŖR9™H´ŪŊ{Oœ8‘ĨÃÍŧO8ļm{ôčŅƒ :ę¨ŖL‚&NOŸ>ũøÃ:Ũ“Áņ}?“É\wŨuK—.e'ׇ=÷ÜķĄ‡2ßâyWļl6{ 'üųĪ>î¸ã^yåæš‚ÁāėŲŗ/ŊôŌ[oŊ•Õ¯~†–íÄ-ĄĸŌ j 䔄ī#@ĩ ÜX h­!†ŌĐĸũ_ĨPVЍ˛Zh-–“„”ō´cKd5 !āđ¯ BˇæZ;ŌˆO§Ķl7œ8qâŲgŸm6…L&ĶŗgĪ™3gšH9(*ÃÔF0ÜPãs]$l>ãöJ ĩ÷Ū{oË-ˇäŽlô-‰Aǯ­­Íd2dü`ūĢo1<]JŠ/ŋü’M!ûîģīŋ˙ũo–é$’h•””lŊõÖS§N0`@uu5} C+DVą@ @ōw#öNŽ¸P(Ô6U#œĄPčąĮ3xf…N8á^ ‡A{ĨļYįĸĩB#Ĩ„”Z puđgž},/ü`Сm´V!5¤Ō–€Ē@ŖŖ”Z@ĘvÛNMŠŒM<ĻˆOyŌ¤I'œp§ŲS‡úĘ+¯xžGgI)E?‡¸lĘHÜ~ûíZZZø@ûöíûæ›oöīßŨĻbí8N˙ūũGŊëŽģqÄŦh2ķ8eʔ<ũĘĢȇüL#U×uŖŅčmˇŨ6ū|z¤ˆ|ꊧvß}wNĮq–,YB™âQŖF}ôŅƒfūôÛoŋåbBâÍ×ôĨä§zæ™g¨UŪģwī÷ßŋk׎ô=X bâf›mö / 6ėã?& iŊžīWWWŗRK†ģ6ëĩ†ãŽįLJ˛T‘Ī @ccc$ ƒŸ~úéˆ#–,YbëĸŅ芧žZĖOûķMŖXŌIC@Āp,h  8ˆ}€;Ÿ ĄĄE‡ŧj@h˛C áûÂ×pl‰  ZX>  ÚŽöÅōøŌé´Ö: ŊōĘ+ûîģ/įŖŅl“RrĢ:öØcYéĀĸH&“ŲrË-?ųäŽj¨ SŠTUUÕ%—\˛lŲ˛;īŧĶ(Íx÷Ũw÷ß˙D"ŅŽĪŊ ËįķĀ7ŨtS  7ëyŪ!CČS€AYˇnŨ¨gŗųæ›ß{īŊgŸ}öoŧŅÔÔT^^ …ūûß˙VWWoŧņÆ,ĪŖ8įrš‹.ē(NĒP(4cƌ-ļ؂` Īķ¸gÁƒOš4éĪūķË/ŋ,„ˆFŖÉd˛ēēúõ×_?ōČ#‹ëŽ@ MÖħJŠ¯žúęļÛn#6Žl¨“'OŪd“M$ B JKK3™ĖÆoüÚk¯ŨsĪ= [ uä•W^š˙ūû§Ķiļ—ĩAŲi?ļ_ rĄĶ:­Ķ:­Ķ:í7ehX–eø˛9€ü6lllŧōĘ+ …āēîI'D Ĩ™IƒÁ`uu5s@}ôŅĸE‹ėģīžË—/ūųį/ŊôŌOúč]wŨ•b­Á`đ_˙úW÷îŨÉuôŅGßqĮ,r˜0/nŧņƏ>ú(/œDÆ}ô‘ ˙xŊ$­Íf—.]Ēĩ>ķĖ3Ÿ}öY™”tÎd2ûėŗĪE]DĀƒ’’ë¯ŋūÆoėŅŖGCCáEų|~đāÁgžyf(ĸP35B˜Ŧ1*‚ídRjÖāø:č눧{ĮËĸŌFN!ã‹ŦBV‹<É!—A>ŨA?2Ÿv<7¤ü°ī;žŦBN!¯hlASKP‰H0` ŠDģBƊ™ÖÍ;Ī>ûė›ožIˆ7SãĮg‘ƒųzŲĖdtįņĮ4hįÚ¸qã˜å!w“.Xģ>ÄuļH$BžX(ēõÖ[™ŧČd2+WŽ4ę$ˇ,ëūûīgÜČ4J:ūß˙ū‡M3¯‘ŲRŽ &Pt'‹1QÂå…Į)--}öŲg744X–uķÍ7ožųæĻ|ČR¨âŊ=đĀ˙üį?“@@(*nYû›Āüu4­ŽŽ~ėąĮ"‘Ĩt2™Ė‘GųÔSOÅb1ÆąMMM„¯ōz,X‹Åž}öŲmļŲ†\F \yä‘ÚÚZfÕ;ô *áfŊe5úresv~K–i,SX ,“X&°XÔHÔ+€@5ÄR!—vĖk5°PŠj :‹ÉÜ%W +•÷!˛yKļ‚?KXΉF"5ß÷§L™rÜqĮ555qpēŽûģßũîã?îŪŊ;0¸ŨPĮÛäąj|ŽĢ…BĄęęęÛoŋYĘĘĘt:}Įw <˜ėęŲl6ŸĪsģ/))illÜ~ûí_{í5nFÁ`ĐhŦÖLÍĀ8\%*++xāj{ÄãqâЙb{(€7ŪxƒI(˛WVVΘ1ƒ@ “įDCŗE°ÖÕ+ļm˙ûß˙žķÎ;Y¤!!ûŲgŸmôœÍsiM^0­SZ×Ëį姨Rž'‚Am_kKÂS%,}GAų’Jív8\×åļȍ&ŸĪ˙÷ŋ˙=ė°Ã8lØë°ëŽģ>ôĐCd bæĻÃĮ÷Ÿ˙ü' 1ũ‹ÅÎ:ëŦūũûsP%˜_ĮŠK`Ÿ}öŲ}÷ŨŠŠÁúæ›o2™Œ‚\Ší5ŠÕ€•RuuuŖGĻŦ7Įqnŋũö}÷Ũ—ÕëŨģ7ĩ\×íÚĩëŒ3‚Á {YXAÁ‹n|Ëå8s—.]Ú¯_ŋŲŗgWTTŖŸš<ž‚Ë×=÷ÜÃÁŨJAö#1m•čũōrČsk0OŦĮÎK/ŊtØa‡ũáøøãYä°mģĸĸbʔ)š\ŽŦŦŦū°õ0%Ė/ŠŨHœPĀŠŦh li ¤€ āÁĘCæ;ęÕ.üŽČ;–ëØ.Ŧė,Đl#á 4#î–•Ę Kmh8×Õn¸a=öhhh 1c2™d˜ãû~KKËGąÍ6Û°ĻˆŋœeY'NdŦÔĐĐ`Šnķ<ī‚ . l…ŌâRʚš [~KŖ\:ūîģī¨;Āļíüã|€īûdZv‡¨¨¨¸ãŽ;ˆhll\ž|šeYÜ ÍÂĨ”RJ=˙üķĶĻMK§ĶėM wß}7åYˆD"Fá†rAĪ?˙ü^{í ™L’ ķž{ €á[ÛMNŽã466†Ãáp8|ũõקR)ŽÉdrȐ!ŗgĪŪd“M–.]ęy^<į—ÉdlÛæĶ1bĝwŪIŠfĨĨĨŸ|ōÉSO=ÅÚg‘c]­ŗŸŖĶ:­Ķ:­Ķ:mÃXss3ŗŽ„F2˙ÎėąT]ēt;vėÍ7ßÜŌŌb˜7úöí;räHú˛üsƖąXŒŅ&ŨÁC9äĨ—^"„ęs” Ífŗ_~ųåôéĶ™ņ<ī駟ŽD""d'úÍwß}÷ŽģîJgņƒ>˜>}ú{ėÁĖļí¯žúę•W^!Tļ˙ū˙øĮ?0QÂã“5Āøņã÷ÜsOú---tŦ‰°&Ī 5xtōļß~û)SĻ ĀqÁk1¸ŅúúúššR~]sÍ5Ļ^Â0¸ĨĨÅļm~’DĢ(Đj1FÍårtXŖŅ¨öaJøa&“‰Įãŧí¤‹9rä]wŨ…uu ¸ä’KŌétiii(bR,ôíÛ÷ä“O~āø”‰D:…B---ŧíb$`) … ˆ äāVקr_ÛM2)ƒZÉXĐQ™zĮÖZûēÃ:ž•ž°4¤ŌRzļÔđ…ČÛÚ.‰Ē\: [Ô6•hËõe>įÛŽę8ęJõžđ Ŧ˙qD}ôŅüã%’<‹™°ÁuŨææ把Š &lĩÕVė @:ĸû9)6x‘ƒ• ---ėß ƒ{īŊ7!Īœ_ß?Ĩ˕””ôéĶgîÜšĻV1wî܆††ōōrà Ã?\¸paEEsRĄPˆë Ã<à Āä`.—#v›ųÆƇv˜”’Å)%ĶRÅįÃÜŲ°aÞ}öYŖ°~üÔe-))yúé§QPfö}ŋ{÷î×_= čõl6ËTQuuu¯^Ŋ@ŋ~ũdŗŲG}tģíļ㘑RƒÁgŸ}öœsÎéđ§(3"˜pâ‰ÆdŨķŸ›ŋ`†ĘÛAGær-9ĐAčtPCBx€áBø„o•Z„āHikĮÉˆÆ ĻŨ%‘T΅Û™…ĖB!HŸĨ:\ '€L&3sæĖc=6ŸĪ›oÛöģīžË ˆIîsä(mjj2úķj|Ž“Y–uß}÷ !¨=žJĨvŪyįSN9… ]ƒ'5 ååå˖-4hĐŅGÍî.Ļ~ ›Į5Nŗ‚åķųx<>zôhÂKƒÁ !m‹Įãš\ŽēîĩĩĩŊ{÷Ūf›mžųæV=Ī[˛d‰ÔįķybÉŲ–j2ã( ˆ×t>ĄP¨ĄĄaéŌĨĮ<3S„*—””\~ųå •••Lx™"J{™Ō`•”OŧŪ7~>?âĩ/ aũ͂Wq66å…ËÖ`˙”ÖRR+ēUi@íÖŨ@đ  3‰DâwŪ9ûėŗ8œÖz×]wŊãŽ;ļŲfJŠ|>ĪĨ­Iˆäy^cc#ĄĶ$MJ$gžy& >žŗ‹ŽđžīŗSÄü•ëēD@ŖT˛xŊŽã<účŖč$8p ĪÖ÷ũp8ÜÜÜlÛv4Íįķŧ ‘H¤˙ū'tŌÃ?Œ‚ĐLĄŽéT‰Ŧ§GzņÅIpÖ?<Ī3îĸīûŲlvāĀŨēukjj")_>Ÿ_ŧx1o˛ŅįBĻ,Ę  ^EUƒãŽ;.N/\¸°žžž]Ē\)v-„¨ŦŦŧįž{†jY–i.oS€õC†U%dĸ% +mĨÜüŌ…2íŲųL:hI+ß âé Ū*€%Y{‘i_ (Xž„Ŗv:]o ? ‚!ˇ45_Ú :˛a”Č3™LUUeËËË9PŠĄ€õ ‡rČŦYŗū°ByŌI'õíۗƒI)EŠ$V”ûöíģõÖ[Ī˜1Ãtø7Wu´Ņ)ÕZņÅœŦÁ;ŽŗÛnģČår\UčÄ*ĨĘËËšJôčŅc—]v™9s&ÕĢW¯%K–7•;ģRjęÔŠFö& 2dĈĢœFq/ĸQŖFQĢ&‘H!Ū˙}†(P˙d'E(ëęę^ũuŗ°¸˙ūûųˇŨģw§<$w@ōæ}ôŅĪ=÷ÜG}”ĪįYôŊķÎ;ÉWÖ”˙[gŖĶ:­Ķ:­Ķ:mÃؓO>ųú믓hžS0&ûíˇ ,ЍÅb™LæüķĪgĢģ‰C(ĩ  yE0dž\Ū&ũÁ”ÁŊ÷Ū+„ Čëøã0`€)rķK)#‘Čī˙ûÃ?üÅ_ô¤•í +o%-y…¨ •u•đŋ—ŌŅB HŨņFxķwŪ9餓؊ÃqŌŖG3fn1b¨‰ŋæ¤ĮĸE‹6Ôø\WĶZ?˙üķžī›~ˆ1cÆpV`šŽ•xf'…äŽŧæšk}ôQŌ\ŨŦÛF‹{(YŅ9įœsĒĢĢ7ÚhŖ|>Ī"椔TÛ~ûí?˙üs­ĩã8ÍÍÍ}ûöEAĮ˜+oīûÉd˛´´”Åæ6Rf|¸ĶĻM;ũôĶŲRÉe*—Ë]vŲe%%%ĨĨĨ---lÉjGŪ*Ķ’ĮÕR)Ĩ•Hi=mYĩĨķ?˙øíb!ß-Ë´$,ąî€`÷”-ā@*( Ĩĩutû5r´÷DæãXähjjZ¸páI'Äí†IķÁƒßu×]C† ĄŋĮ ´˜V…ã–(iĪķzôčAēČĄC‡rxp+).rp>ōĶéôļÛnKt6OŖžžžCą}ÅąM‘€ûā}:ĪŠE~UÖŖŅčˆ#.ŊôRRΒ'§:Íēš\í¯­CŒ@2#šę-Y7Ņ¸2$%˛ĖRģ -…r$DÂõ%4ėd&YRKe[$ōŽ –ÛĨ"…x ZŠįY1bčķ¯ũir(§ÁH>R:{lĪfŗąXŦĨĨeË-ˇDÎ€mÛW^y%É{)|Ȩ‹*ˇÎd2šõÖ[ŋ˙ūûBˇlŲ˛p8üËč]s¸r-æŒ&ļĻW¯^í “ÆķĀͅC=•J]}õÕß}÷=Ōe˖íŋ˙ūtķĖtX˛d á/†­ôĄ‡BA]…ŽĶĘĪŋr]÷€čׯߒ%K\׍ĮãŠTĒĨĨEk]YYII0Fĩkj)ãV oŊõVNFžĮsĖ Aƒ‚Á Ņx–eG'œą<#ÍĒĒĒëŽģnĪ=÷ä#‘ČĮĖŨš#Jū˙[gŖĶ:­Ķ:­Ķ:mÃØgŸ}f¨™“`§(Đ5ĸ‰`0xÁœrĘ)(ĘÖ`öŽ#ÃŗĪ>›XWĶ8ĪĶIúāƒĘ*Ĩ.šäsœb Š o˛ŲėE]ô /đ}ęÔŠÅ”÷¯ŊöŨP­õyįGL™‰uųít@|đÁožų&S-ZkÖ`Lj‰ŸŦŽŽæ xš"($_č Įãq˲fΜÉ㯖Ŧƒ9V>ˆ§ OÆôøS,„ũ.üÃíļÛÎ\}q‚v!DŸ>}ĒĢĢųÉwÜŅDŧFéŽáe8&@]]]׎] žų7´´< %!…†„'Ą-%,/—“Ē%Ņ¨­ˆ#ŧ|ÄđĩTBčĨÔ÷´€‚´4‚J °lXeą€J4t).ÜŦ¯rŠt"Ú~_lc°Mgüøņ õ™ž0`Ā;ėĀ'XüŠcx„6l댈žüō˲˛2ļ ™Īˇ­CØĄ–ÉdXædÖ Ā˛eË.\HēsSä0ėmˆ’Ûk¯ŊvÛm7Bt‹Rœ0žÍf™aĻƌ|3ļ‹IČ\!īUąā —‚’?“ÉD"‘L&Cv‚ĘɧąNÆšoÛö´iĶršSˇ”/:í´Ķ¨ËԕY ø‡ĢôūŸsÎ9Ī?˙ŧQ^™5kV*•jw}­ĩRZ)Õ #÷4 TuEsS“x8Ô:á]_į)„ĢaR ™1ĘŠĨCÛv4„„įį3É\I9RYH–˛ĩ˛ĩÔ~@HGH pÚ7ÃffŗLĘŋõÖ[¤Ģ2yž}û~øá‡ŦrQBœtØœĢdļŪzë 5>×Õžøâ‹ęęjÃuĶ­[ˇß˙ū÷fVs`>lę:ļmwëÖmß}÷}ë­ˇ “Éšž‚}ķ†ŸtŌI6Úh#­üĸbg@)Å;‰BzˆĨPVŽyWM…•éQƒ9 įÎø{SSĶ 7ÜĀūHļéƒĮüI'TZZJz.Žö•"×Z{žâ.ī8Ž'tÖsĩ- ~-lŪžg[nĀ Å)tā*áû–xž@ ­¤ÖP>Ÿ*dûîëtĀLÍlęÔŠguVss3=F!D¯^Ŋ^ũu“w3+jņŌJnĨ@ Đģwīb´éAĄö†“ëēĄPˆÍņxœ"É(”ø;û’Ûņb‹ûĨfĪžŊlŲ2Î#ĨTŸ>}vŲeæIųĨœžF¤ĘôA†Ãa‚xčđÖĩ2frY)uĘ)§đ8uaÖ(ļō÷’’’ĒĒ*ŖĖFąŗÍ/âšųBīÚu]öX›oį2ËRH$˛ŨvۙęÛ@ÛŗoFCļæä÷´kŽį§ĶųH(˛ hkN™ƒŧˆRŸûĨk2ĄH Ąhˆ€Ĩ¤/ŦX(ÔŌ” ĮĘ|•õ]4åŊ`ÄnÉ C+¤ĶY –ËåœP0Ÿ÷ ŦÖq-[uE žW9o';účŖŲúÃ'eŠô–e‘S´¤¤¤_ŋ~ d8tģuëF¨Ÿ G/‡:y ųˇ›l˛ ™ÍH)šžûŽēų PD3 0z,[ļlŅĸEÛlŗM6›e'—ŖbB$ųÃū`ΐÍUœkĄPˆ'?yōd"œ8M† ˛å–[×íŠ'&˙Š[2™Üwß}Ų×Ešwß}—%{I ŠÔšŽ‹+ÆË/ŋĖJō+Œ5Š?ōßōÃŒT(ę 6Ŧ_ŋ~ÕÕÕlY0kÖŦvÚŠŗČąŽÖYįč´Në´Në´NÛÆp…ŪĒqžč–`€âBĄPßž}˙ú×ŋ{ėą|ŸųzŌ[‘à H) ´Ļī­­­]ēt) Ãm´QÛ`ÉP(Ô§OŸŌŌRrŖ¯XąĸŠŠ‰•†D"Azņxŧĸĸĸ į8 nŧņÆä72āmܟAƒ1ÛČs3Ą QŊņxܸļŽãŒaĒĻ—?ŸĪ744ŧũöÛRJFËĻ†ąĻīíŲŗ§Š…đK$ƒQ.åŅâņø/ĶâŨļiž„/`K  #A'î)ĮÍĢ´ö|Ą„#,Ëé ÃēŦE+;° 4<‰œ&7tė˜…–LĒĖ )GĸŅ`ģö_<Ŗ‰>ūøc“ōËd2;î¸c1įŌjbüo¸á†‘#G ˇU,c)‹Q?Üv>ąCFĨĨĨų|>“É0(ŨoŋũfΜI¸ką°$i ¸ŧ¤Ķi^HûRfn‚Æ\.W,~“Ëå˜Ia˜ĘķollüüķĪM‰WkM éz˜RŠ°>ķÎÖ[o]^^^œ i;hīßŋˇnŨX ĐŌŌōõ×_<¸Xy˛}MØe%ŒĘk7tbŌ@ ­´žP!@ ,@ ¸ĐBA…AõÔx•Z•/ĩŲŽŌ´† "*Īdmh!ēsÁLØÉÕ…ĘĮ§Ÿ~zĘ)§455Q@4}įwø|™M@øįšŽŋaĮįÚÛ§Ÿ~ĘŊ‰}–ƒ j{ŽE|ë­ˇĐæžÆY° ”¤CíbæČÅ0‚ņŠåC’p8ÜĐĐđæ›oūõ¯]¸p!;MĶét8ŽŦŦėŅŖĮßūöˇĘĘĘL&CR : †@éį›šFĸY–ķ,üZú9lĨ„Ō‰LH"î@ZmI@ €}›­Ŋ™€Ĩ¤%Ú-ĩJˇ‡å=īŋ˙ūȑ#ëęęXhėŌĨ €wŪy§ĒĒĘôN­ūlģ˜•=Į,–3ŊNÜ@ņ€Ėd2žS jîÜš‘H„Â0gf\ųž?ū|n%ŧ  0ë‡ ËįĢ=ÎöÛo˙Æo;Ļ}jĩÆŠĄĩf/2O }7zÚĄPˆWÁÎ6ÁĀYÉŽ¯¯?ķĖ3-Ëē÷Ū{O8áCDÖn÷…!*%` ­bņ(˛ļÖp]•Īį´§ōš´ĢŌą° ŨaũĮBJiX~Z ‘…đ5¤––By9Wæ¤tĨå„-[$ô‘W”ö0‚(?œs˛#Ļ)}ĎpŒõÚø<'==ŋŽŽXŦ÷uQ°pÛmˇĨŌ†"ˇ´´wÜq¯ŊöZīŪŊQ(ŠSĄ …ēYRØíTÁģQ*äĐĘŽ%ų_‹>‡kÁŠ*ũ¨ŽqNZ’Á€­2YׇÚB Q¨;B ŗ˜äĄ‰DŪ|ķÍÃ?œŪ…yIč´`Á‚Í7ß܀rV{r+ą/ÔŠĻ¯ˇ¸Ģ’„QôĩLĩ’nãĮīč" ķˆ5‰?ū˜ƒg¸ĶN;ߖļá°aÃƌCˇÜGĩ—dÎzûíˇ7Z&í[į0ŨLwéŌåĘ+¯dî5—Ë-^ŧø“O>™;w.ģ¯xŌéô‰'žøÜsĪM˜0"víå'í BēUˆÜ‚’žÖŌ ĄŦk¤ĸWPįÃ*Ëjt˜ļЀ– %ážŌļ3Ę ûžp}ĮKÖ4†˛i;WB)/¤°LuÔ ‹D"F=kW´ƒ•••øu×9ˆ"b'înģíÆFļ}õÕWÛmˇŨ¨QŖ.ŊôŌl6K66ŪbÍv;Q …)lŊ§OŸnHĶéôø“§ÄŽ2˲úõëGŽSc&`äbeę.Ģ=€÷Ū{ˆ npûíˇŸŠ<7ˇĩņhūüį?ŋøâ‹øŲgŸą1ë û˙É:ëÖiÖiÖiĀ,Ë3fĖȑ#‹1SÍÍÍņxŧėy6›-.D"ã*1%>ą0Ģ5ŌŨĐ$÷O’BŠā›ožaüļbŊßũîw˜ũaqĨOŸ>øam`ĶZ÷ęÕËôŨã§˛ŧÃ&dŌTÉdBĄ‘jü÷ŋ˙=wî܏>úč‹/žXž|y*•âˇ0]Įķųˆ€G"Ŧ(< Č °;Nũ[Āˇ‘Ī#-āxhZ¨gŧ9íéD˛ÚQe~§ŒZë4,ōĩ[‰—¤‹fNåršiĶĻŨ˙ũdhii)--Ĩ$’Ręĸ‹.ÚsĪ=ų€ h;ˇĄÆįēÚW_} mÍ%Ģm~|Ū1˲ļß~{.ƒmÔ9~üžëēÜĩÛ˸Q˛ÜÂFU~i>ŸƒK—.Ĩ”?LRÁŽ]ģÖÖÖnąÅ÷ÜsĪ°aÃHĶFM‹^ąÚP{¤Â*¨(Ĩ„°ãBœ?t`ˇvüšŸgI`Ž­ør~/”­”ō´–Ŗ„RBi@ ()ŒŌËŸeYīŊ÷ŪĨ—^JĀ • Sâȑ#ŋøâ V>Ötēm\–œ[*•âĄŠÛ+‰Ņ^ž|yKKˌ3ĻNúÍ7ß|ņÅ™L&’õå0˲>ųäūÂbĪ Aƒ˜X$õ ÚÔÛāžc,ßļ]ˇ ū`ã7îO˛xé ëQYY5¨ƒÂ§ĐÜÜ_ļC1WHz1ÛļÉļŅöŧ¨¯¯'ŽqÃ'Â͊1Å°ÂA#ôō ƒ:˙üķzčĄ+VđÍ`0˜JĨĻNúîģī˛ÅĒ_ŋ~ūķŸ˙øĮ?˛•ŠEŽt:ÚĢŠ´´ÔÃōæķų§žzjéŌĨß}÷ŨgŸ}6oŪŧÆÆFƍ$ā†B!æ°\×]<˛É‘-[ļŒ>î7ŪEs?‰ÃÕZ÷íÛˇx:×ÕÕuPv@Á܃™hĘRYŲĒlT Ä`#HĀ 8\ xZįđ%ri@„ltmŦËį]_¨t ŽB Š Š\ĄŨčĢ¸õpē1ƒËåîģīžęęjvr 9u8æ͛wã7Ž3†\…ƆČņĮļĄÆįēZmm­!H¤Æx$9ÆøyŽom“éqy4͑$•ZĶM[3ˆöPž ÉoģíļĢ¯ž:—Ëņ‘år9jkkO9å”ëŽģŽ˛˛’gh2JÍâƒkG\š™ÚÜÍų]ar k{Ũ‹Ÿm! Ĕt Đž–ļ@ĀV"¯!$ $$ įe;ííTž‘RžuÖYâņx"‘ā~ĘģWYYųíˇß^{íĩ7ŨtSąÎĶDŦü’ōœGŲlvéŌĨ ,øúë¯?ũôĶĪ>ûlņâÅĖë‘q”ķŽŦJ}Ģ‹Û4.\@JÉ<æÆoĖŧ˙Út‘4˛ø°mģ F*‰đÛCĄPūđē s8%KKKM(aÖ[z×ĨĨĨ^xáŅG}ä‘G~øá‡ŧÉdrÚ´iSĻLŲgŸ}ÚąÔQ ŽjŨgĩ°ė€˛āKOXŽŖ ;tģ+.ięæđ  Å7˛ËsnČa‹ã„â"ēŊU8Ö`Å­ÃkŲFlZĖ mĮqÕ^fÖ ãÍ>ōČ#,NÄb1˛"g2™7ß|ķšįžģúęĢKKK‡:|øđ}öŲ‡5RáąķĪ4IPŸ•|8cfBœÚÖ'XåV×3ĖŲū¤ŋÛáĻ! ¤VΊ…ô¤mEˆDā8pl­, K†‚úí• YÍš´†‡ Ną%•­ĄŦōHgŊˆøÚņtV{áāøDĖĀËfŗ„>ņMĨ”Qkhûy™"UIY a.Ė“]×%^ŒhÍē™m›RŠąÜ5×\ĶŋĘ ! îՏTWW3aqéĨ—öīߟ}ö9účŖ)fø“TuëdąX,“É,X°ā7Ū7nÜ×_Íx’,@æcŋÆ5*•JƒAōƒŗøēŽ÷ÕPü1ģÚĨKîŖ™ŒŌšŽĶ­[ˇb †††ļ%‹~Ž‰BCG$„ļܔe DB 5„ÔTëüÂt üpĀ8×z\@ĒŒ’žF^4—•áH\úA™áiøjiZĢöJō˜~,ĨžĢĢĢĩfĈŗfÍúėŗĪ¸WfŗŲ›nēéCŲa‡˜ūVJĩ¯ß ãs]kš2™ZŪ3ŽÚĻn/Î|™ŋëyFËĘu]Ŗ`úôé7ÜpÔ)Sčo1ä@ 0pāĀ[oŊuīŊ÷æ;ÉdRFyĻ}Q $l¯ķäĻ a™;Ļ~ˆ`×°y°B€Í8nŪ-KX–åYßõ-ø,B h(Ųîˆōōōōå˗sđsXžqÆoŊõÖ… }ß'UéŨwß}üņĮoĩÕVk:H6›%S(Ķs%%%Édrá…?üđœ9sfΜÉu›ôŦˆäršl6kē*ŖŅč/0īŠMcÆ*** CÎOÎr™`…ĪÔ,×d¤žų~jm ÛËčĸž<‰t؞ÂU—ĶĘļíŪŊ{Ožāų핝1íMæ777ķŠqîāØڀĄ‰‡´Ø( ?Ē °Č‚Šx6›­ŦŦ<ûėŗ˙ũīŸtŌIąXŒąSéÔZ766–””¸Žûõ×_?ōČ#ģė˛Ëž{î9mÚ´vąĩ´´äķųącĮnĩÕV]t3Ô,Æp9"/ŋ‘´ņ}ë­ˇŪk¯Ŋ؃ƒ´Ą#Ŋ&3Ú$9N ?Fˇ‘?bQšøĻāŅžöƒåB( írđĶ6”†ļ`ÛHØ6Z‡mĀ,Á)$,@Ršŧ^- ø°uX Ļ–"Ŧ]ËąZk!5Dņh—ZŖũÚ9žīĮBØÁpnC=ôĄ‡ēđ =ĪëŪŊ;Ųē…cƌAQŸ_ĮßPãs]ƒ–éNŖĩ–KÉî6HĢhįK@ûVōxļÔYá;ß~ûíã?žûîģŋķÎ;ZëL&ä69Ä|đÁiĶĻíŊ÷Ū$“Ėd2\ÄH]…Bû&ūa{'ķMžūų‰ÖZŪ¯äĮB@\Ș-BHh-”?į{JH-$ ek˛¸™sXäčÕĢ'W$1bÄß˙ū÷ĮÜôgĄrÔQGĩqœP(Äî(ūImmí˜1c†z÷ŨwŋũöÛLer0¤ĶiöîđSŠT8Ūf›mļß~û_„Îē7UF3*x&IÚvé"‹q32ÕÄ6ü& #_Ûņz9ĮMģ!Î#NRsQ,--ŊúęĢeP8aŪŧy ,hכ-´ Mi: īiåK%āÃ÷-ˇ°íåai-ŦúQ°…[M^ģ˜÷ƒ÷™ėá¨\A(-”ÅĀjfš<ĪĶAÕ ŸSā¸~>(tĢ|FģŋdõZ[ų…†“0B@*ߗZڐaËŌĐÚWĸũ˛3|4ÆÁ`0 @JÁ@ķ1ōbr•U,NG"‘âĐEØ+Nû 4FŖQsŠTj¯ŊöÚk¯Ŋ–/_>yōä)SĻŧųæ›õõõœ&ŒÜ+úžĪ$ōģīž{Úi§~úé_|qģœO.—Ûwß}gΜ IyQü¯\*++ˇØb‹Áƒo˛É&ŒN§L™2uęԖ––dÖŖ´`ž‚)ëb1ÃJgrmOR×uM‘ŒOŧãš9ø*…Ÿ÷Ō‘´- :, -tkŲR|?;4 \­á]héč€W(  ŲaĮ˛Ĩ”Ž› ÂBC4ŽlßP›Ķ–;™ĩų,¤”‡zč„ |ß?ūøãß~ûíG}”ũRʉ'>účŖųË_PÔŲŗZÛPãs]­¸›ÄügÛ|M&SĪ$ĶFm uĶQŒ‡h¯ÕŒë°9ۅ Ū~ûí÷ß?ë‘BŌ‘'įâ‹/ŽÅbœk–e1'nø$9û’Éd8&Se;Ūgú0Jũ@¤WkmĩķS;˜ ‚ kXžrs9ËĪ*­…c9Á@^hRËڄ(ÂÁ<mÛ‡FŖ;ė°Ã 'œđÄO81›ÍΟ?˙ņĮį\­Q@Ā´iĶŽžúęéĶ§ķ}fņ”Rétš›”mÛUUUƒîŨģ÷V[mĩëŽģ0āÍ7ߜ>}ú/@]Åm ŠŒÛÍfÍÚō“Ķ„ŽAa˛/5D˙ÜĐÛq2`_8O€KĢ9I>2×ί|>?bĈkŽš&“É$“ÉP(ÔÜÜŧĘjųŗn2Õá4 mA;B;ĐPžĨa hHĄ…‚¤‚ö[}ßüŅίēu“ēĩËC h ĀŖĮLøđ=Šmęû’•Öŋ\ĨÃ@ŦLp‡Bö|ĩŸįC7É}æå}tļÉ9IøNˇnŨƍwĪ=÷<öØcS§N}īŊ÷jkkŲ[Æëb˜ŦĩŽ¯¯onnŪi§zčĄ#<2 qC!š CEãÔá‡=.ĢXņ4÷–ߍF9<Ī‹D"œ8kē(ęKŠÄQ*Ãvî>ŦyĐS]Ķsdã%čŲE‡_k_ίŲ:ëÖiÖiÖiÆ(*NÅõÆūX(•f\"“Ë`Ē‚q }Y&åÛH ôéĶ‡9PĮqžų撁Kĸ­"ÆĘ'Ÿ|B_3÷čŅƒ ßM6Ų„ŸI§Ķt=‹ÅBV[Ëår˖-ãęŠΚ\7㏚Ģ6œWš\îēëŽ3ėíGuÔSO=ĩJ†ųÛUî0ņÂĻC‰Tžcž—˙jūĒødVé"o#ŠTÜcnŪiĪŅŖ”‚Vö÷¤˙BháĀ–ž@ bi¸>lP"` Č+ !:ā€† Ø|ūš× @øđe$Œ–ŧ´TŪÍÄ™ķS€WP3ūšÆ>ŸĪŗv•L&ˇØb &GØđŪÜÜĖ"3 k:N$1}îĖŊ˛,ĀÔ `ōOVļ˜4á AŪ*€įl6[QQÁ!GéOŠō*Hū ›ÍöčŅãˆ#Ž8ų䓓ÉäĖ™3'Ožüūûīųå—ÅD†î|ŊŖFęÛˇīá‡NžØÚ4Šd2&%ųŸMMMģîēëâŋ9ÁģvíšÉd˜î<ôĐC¸ÛnģmŗÍ6ä8fåÉļíT*Å#˜đu=Ļ†YaĒĒĒHëĖX´ąąqĀ€ŧÛÉd˛¤¤¤8YĖ”+ 3šŅuKKK1gHĪž=î lĶ8œ2Ų¤eÉT*U‡‚˛a ĐĐVkÉ.āCtXÔ&#Į*āĨRMļŖrų„åH•ķáûZûsQ…k;ņ“›•™›iņ@ pÔQG‘Ōš õØąc„5ĢįœsÎ!‡R^^ÎtĒIap`āąąąqCĪuĩx<ŪĐĐ`Đå&AŲƟ°Ãb@SSSYYYd¸ĩЁ"H$ä„øžō}ũPGeI×LŊoIÛķRR::PI(įe1ą3§ø ŒáAZ…ō‘)øl6˂)X×įaõšu˛R@™%BîRŠT(2ņŖ!e`e<.ú__ŲÅÅŌ`0<ãŒ3N;í4ĪķŪ~ûí?üđÕW_ũø㏚ī‡ÃavA)Ĩ¸>œūųąXėĐCu§ĄĄĄĸĸ"‰đœ ÅąášļTã%&‰x‚eđô`,Û}÷ŨoŊõÖéĶ§Ī™3į?˙ųĪyįˇųæ›`,  ššŲļín¸aŲ˛eÁ`ŨcDŸĩGņŠÂá°)Šh­xāúúz˛ I)kkkˇÜrË;īŧŗššų‘Gšė˛ËöØcōōrf¯„ļm'“Éh4Z[[‹"Āīz¤29Í}ß7tDŠũõ×JJJXČä:FpŸ"æE‹ąĨĀPĩ´įĐ\Ŗ hKh ÚHíåė­pūx…Ց?įŦ„/ā ä|_j%´*4s€h­™ļ‹ë“8ŪqœŖ>úÁäĶillÔZWVVŽ7Ž{G:&ü–[n1$äŠcY…éđāƒn¨ņšŽFŨQC-ĩxņbîSkú<—2îÅíļ#øzũ,‘H”••577~øáß}÷]6›FŖRĘX,&Ĩŧ÷Ū{_xáĘ ũępŠŦŪių+ųĄŦ¸Ĩ Z§'ô÷ú4U‰öŠ8Ō¸CY–uîšįžyæ™LŗE2_sÍ5J)ö3 xà 7˜?4)ËbvĮģīž›uhî†,ËŨxãÍÍÍĪ=÷ÜĄ‡ēãŽ;–••%“Iã$ ōYũ€y×u´†a†aąŠŠ‰‹I<į‡š­Cũ$Ĩ¤Žú*]¤ŋ€ô†īûwÜqĮØącoģíļGyäēëŽŖ3ĖÔ0īm|Gt? ĀCqëœ;wn;ŸŽ´”­?RĶ吀Ĩ…IKļ!:觕­‘E€› §—,t|´ū(Xĸãû6~mļÚÆer šQdÔ58Š¤Ķi†{¤njj2L°œ$dú´x#÷ÍQęy^:{īŊ÷čŅŖß~ûmĪķ^~ųå /ŧ;ˆÖēk׎<ĻĻĻ+Ž¸‚>^EE…įy›mļ;éf§ĶinŽm@”č {žGąLŽ]Ä6ņwƒØ#B÷ @,Ŗà @)•JĨčZ$“I)e$áæHÂ.˜ĶcW:[ˇ ėÃúËŋqëŦstZ§uZ§uZ§ũ†,›Íūū÷ŋ—RÆãq!Ä3Ī<#„ Žŧ8 21g ¸īžû gŸ}öA‘ŋxĀĐ÷Íd2<ōH  Q8’qŅ9 ‡ÃžīŋúęĢ(jÄ^?œ1tß}÷]īŪŊ‰ĩg—|îÆķÎįķ†JĩĻĻ†ĀĨT<'dž)]f´ FÛsŋ"€ĐZhĻ?PĻY–‚,d/-Á˙„‚P°:ō§AjŅ,š- `Ģœ­sļÎ8^ÚņķvģŎ&‘Ƙŋk׎ü…8ũE‹­ >šLņ(pwČår õM`ÃAÛFūŅu($DXG$“;ÖWa´ČfŗBĄ˙ŠŽŽŽmūeŖåcDkxĒš\Ν[–Õģwī!C†ÜrË-ŸūųO<ąņÆŗw„÷áĶO?ũß˙ū‡‚`,¯¨ ’6ŠßI&“÷Ũw_}}= ę#<ō­ˇŪ9r$‹CŒ3]×-N ņšD"ƒæû9š\nŗÍ6+ĻûōË/McĶsÔ_5m+ü.ĖųąĪ>ûĖÔĸ„Ŋ{÷îpũ-Ąč T* „Ąm ė@¯2´$Z9ËíBĻc~$ŗĨ.‡đ! ••ī‹3šF@>š`0xĖ1Į„Ãav#ą”ā¤“NÚ|ķÍ9q¸n˙ũī÷ŨwMƒ1ÔäMMM÷ÜsĪ†Ÿko=zôā/<¯žúĒíâJņRFŌČâDÉąx<îûū…^8cÆ ļZ2×ŗå–[Ν;÷´ĶNĶZ—––˛†ô+3ŠQ”ÜÜĐ?ßãZ@ @ &ˆ-%e+°@Ŗ•ę§ũnDĄ ÷Č#ėׯ1Ņfw¸čĸ‹ļß~{.‘H$N7î­ˇŪ2°né1yw×]wGB/kŋũöûúë¯/šä’+VčŅŖˇŗp8lF/G~ÛÍíeÅ-›l˛Iņ Z¸p!wXÎ5Įqˆ›1ģŋ™ƒžīĪ;÷ĮũšŋĀēAĪ$›ÍfŗŲkŽšæ˛Ë.ģä’KÎ;īŧüã\úLŗTÛ¤˛ŦôĖ87ÄvlYh_?4–:øĶZäƒō:îGĀŗāZß×ë] äBBA¸ôi%rŽė ūŠ_ąÉ cžŗŠ"ĢŌmfŇÃŦ˙Ąô1G0ĮäkY–ŅÜ&ģ‘ \ âņx>Ÿßoŋũnŋũö%K–Lš4ŠgĪžĩĩĩr4wîÜįŸžņ&×QđÕįĪŸü„eq žé7 ֞įĨR)’%üd_Eŋ~ũĖÕXŧxąR*‹Qų…0Á (87‹Û­¸ŠŌŊ7mzDüßŗÎ:G§uZ§uZ§uÚoČ,Ë:ņĉ1‘RžüōË˙ųĪÂá0ĶŦŽëļ´´0^āyŪôéĶŸzę)Ķ‰|ú駛”ąRęä“OfŖąeYãƍĢ­­ĨŗøãDá”)SŪ~ûmĶ)‚ĸôÖ:BK–,‰FŖtčĐ| ‹šqÖtWĢČBŦ’42é<”Á˛‘jŠĄĄĄëåWkÆڍ`0‡ƒÁ`>Ÿ7pīP(N8á„×_Ŋ¤¤¤ĄĄÁqVVĻOŸNâ`dčjc S…ė•mÛsįÎ]˛d‰!û.//ŋå–[zöė™Édr# ‰Éb“&kŲ˛eĻ-ŒáÜzäƒx@`×]w%ÃŦYŗHô€p9 3˜‡’L&Mw€|>?ūüâkßa‡:>_,Ąmh[Âv4œfQLųÁ  ԎųŅLã(OBK Š!ĩ ķīÆU—ŸoĻąÆ< 7Ū˜ČJ>GŖb}˙ũ÷ƒAr‘Åb1ĪķF…BĨ?ŦúęĢ¯–.]ēĄÆįēÚĀQ05Č5}ž÷Š`ĸŋHßɚŒÉ 'žxâŅGez(¸ŽģûîģOŸ>ŊOŸ>™LF‘ÍfÉļĄÎsĩĻü_Q;|BÉ_ĨB+š4ƒÔ€f˛UBŊŊæŖÁ\C@˜ëä–zīŊ÷’‰i×u¯¸â l„ō<¯ĒĒ  Ėˇß~Ëz7ĐōōōņãĮķøŨēuĢĢĢkjj"į Qnii)îôę8ãšJĨ|ßßmˇŨXÆā˛đÁ Š4+€É6’)ˆ d–e}øá‡ĻVÚQTĨĢ3ŪĨP(TUUĮ ôņ<¯ąąqŅĸEl¤æzØö¤ãüũú믚rKíÚĩk;žĒj¨ĒĐ?ÁaĢˆŅ‘€ĐĮQSúÍīČU¨#*Ā+ŧé‚_.\ŋuN _ļĪę˙iãĐâl5AGŽ´‘ŠÕ÷} OÖÕÕĄĐ…l¸[ų“m[,<ū[4ЅÃaēs‰Db¯ŊöúôĶO7Úh#˜lÛŽ¨¨˜8q" ._SSĶvÛmĮ*W›ŠS§ĸMũvūĄeY5553gÎ6lXEEEUUU׎]O;í´•+WF"ƛš\Ž ?™÷ađāÁÅā›9sæH)ÍWā‡MÄh.5ėa͆ī°ÚŅiëduŽNë´Në´Në´ß–í°ÃŊ{÷Ļ3šH$FŽ9oŪ<ŌXI)KJJČ ÚÔԔJĨÎ;ī<:÷wÜqĮwŪ™\Ā¤”ģīžû€Ōét׎]WŦXqÍ5×đ}BÃ3gŗŲēēē›nē‰œ$tū ŸėēžŧeYŠTĒ˙ūW?ųä“Œē‹Áōžį-Z´čē뮛5kĶ.lˆŽÅb†mļØõü?ĶĖŅjZˆÕöE´F’đGZ Bk@AvЏ Ņš-R…T¨$l K0žÕZhHÕÕļ˛5#ą ÷ÜsĪd2ɘßqœ‰'ōcmô+0Ė…BīŧķÎĸE‹VŽ\™L&.\¸xņbCUOŽˆĩ/Î1'ÂęBÃĢc2;´ææfÅ7Ūxƒ4VmœįÍ7ß|ķÍ7ßpà ˇÜrËÍ7ßÜØØHL:õ´ÉVa¨œ‰ÛöˇØb j“LÜļí˙ũī,„ØĮÚ0#a`ƌ$"5ķī~÷ģ7Ū¸ššYk,XqũÉČ•——/Y˛„Ė'ÅÔ[ëdĻÚēÃ;đJyđ˙ũī‹-âgBĄĄÄÅĄ);ēPĐfûíˇ ¯:˙d›mļųĨpņ?Bb˙ _iąR¨sؘXĨi˛–‹BÆÚŦÂ9ÚÄڛ'§˜jÜUŗ˙‰J¤Ëg"rĈL†rĖš5ëŽ;î`Ō„“Ë´5Ėž=›´ud|ŽĢíąĮ(ē~đÁétēē…Y÷ŧđ &ÔŅįš&cįÎ;īŒĮã™L†)ĒũöÛīŊ÷Ūã=äͤ ÁŦĮŦ֔Pŋ–Ļ]ĩĒĀNÉIÚÚĩŠ`iuŽ”TžhO´9S‡ä{1"Õl0tčĐQŖF™ œã8üņwÜAüu1Š‹mÛÔ7ô•’Œ€IDATYŧvØAkÍBˆëē]ēt)++cĶáŪ,.*ĨĸŅčâŋFKG9ëvÚi§â›đŪ{īqSf‰EÚfĸpmY֔)S˜ū…{Ē<ĪkiiáÛlŗÍ8ÅxĪgĖ˜axíđSEĐ\.—Īį Ƃt=eeeíuž­n!¨Ųšßäe+ÛĒ˛”,xŋ€l­îúé3Ē Bq'TBĩ#Oã˙9C{Šƒ˛4Œã°9§—<“'Oæ 2“ĸ¸Hoü;vė7ŪxûíˇßtĶMuuuF:‘=ú‘HÄļíÆÆÆh4šJĨâņx(*--=æ˜cL —L&š"E"‘L&S^^~ĐAĄ Ņ`Ō¤I,^Žé2MáĄ{÷îīŋ˙ū§Ÿ~ÚØØØÜÜ\__ßĩkג’^TKK Ŋ‘6n€Í6ÛŦK—.\ցĀˇß~›Ëå˛Ųlcc#ãSŪĢT*U ¤0-/ų|ūškŽ9õÔSĪ=÷ÜO<ņä“O^¸pĄAvÚÚ[gŖĶ:­Ķ:­Ķ:í7dÔj{ũõ×Mfđ›ož9ę¨Ŗ>üđÃX,fYÖŌĨK‰„mÛīžûî–[nųÉ'ŸPæ´˛˛ōēëŽcŦKØ€@ pĶM7¨ŠŠđøãsĖ1_ũ5&Ē|đÁûīŋ˙´iĶ*++M—žâúåe‚Á Ë-dĀ¸öÚkß}÷]ŗ“Ã÷ũ^xáœsÎyꊧØɑÍf]×­¯¯§—ÉŒ-ī€IũÚō/k4ŨĒū-t+›pĄ‡CC(C3Ŧ$< %T+÷~Gž ›KĀæL}é(ÛVŌömK K‰īĒ?ĪŠKĻw~÷Ũw7˙Š”účŖHŪž’áY>ŸŸ0a€H$‡ķųüž{îiâ:Jb0Yã“)0J  ŒŌ5†WÅ6ķa~> q(>ųä“mO )åßūöˇ+Ž¸âæ›ožüō˯šæš>úˆÍXlé(ÎŪ’¨-‰pvtéŌÅļíîŨģįķyĪķLՇÁÛÚÜíbr°yķæqķ>S°´´´4‰$ Ū(ÖŠË ”OûíˇŠœQ|ĶÖÉĖTíŅŖGĪž=Üe.—ģ˙ūûCĄ§3Å9ŒZŦAã˛ŠËqœ|19ßßzë­ {Į™ ÂSÂĶÂ×B^Ņ„đą zÔÚtė9Ģ†€-”%´ØĐ´ŨšSTž€vkp`Qœ™8“gR€:œföņ+Ž¸ĸOŸ>(‚'=zÁ‚(B s$,Z´Č´đ‹ĪuĩmļŲĻ{÷–e-X°`Ú´imÔ;™ÖqgéŌĨŗgĪ67°ŖĪsMfÛö‹/žøŲgŸ™s())ĄoF9īØ|š|ųōN=՟4 *ä°9Rļ˛SęCdĄŸCÃķ…jG€‡YūL“'˙ŗĄĄaėØą†fÍuŨX,ö×ŋūõģīžã;Æ~͈Zčßŋ?WWVÂPŠĨölĄ ĸųėŗĪÚžLCW;nÜ8˛ÕE"Ĩéû„Ãᒒŗš­ÖxŖâņøÎ;īlŽ:•J3†é < /¯ŅīX˜üâ‹/nēéĻņãĮ?øāƒãĮéĨ—zöėŲŲĪąÖYįč´Në´Në´NûmY,0`Ā7Ū˜Ë刧›={öîģīŪŋ˙ĶN;íá‡>÷Üsû÷īøá‡/_žœo0<īŧķöÛo?ÂsPÄazđÁ_qÅ _sšÜĉ‡ ļįž{žsÎ9gžyæöÛoŋ˙ūûĪž=Ûqœ+¯ŧŌøytīփˇŠ4Yguņļååå+WŽÜsĪ=‡~Ũu×=õÔS÷ß˙Š§žēíļ۞x≯žúj Ø}÷ŨŲC `úôé×]wŨ{īŊ7gÎdt5ū÷˙Ĩ–Ũ–}ßĪ!T+Ķ…lĨív%< /჈9iéŽy…,Vw$€đ`ûú\ ךvØĩCŽrmĮo7ēcĶAßzW´°å–[nģíļė(bĶŌũ÷ßßÔÔÔß4ũˇß~ģlŲ2MMM”R<đĀ)ôÂ#ˇĄ@Øú„`úŖ˜ēęģīž3Įč HœœĖoŸ|ōÉ{īŊ‡Ÿ‡Ũģwg‰ŽÚ‰“'O6Ģ\N  ø…„Žīû555œ€$ÖZ›,ąUNIkF)øáēŽÉ$“Iß÷ãņ¸mۖeY–ÅbŅܔVūôĶO™?*žëú܍Ē|$9á„0_æ8ÎO<1wî\Ļĸex&Œ{ å×[oŊõÖ[oĄËpꊧŽB?Ũ1Ļ \ČLër RkáˆÂ]2Ā‘Ŧ_„ˆ;č‡_ (p ƒĐĖ ĨŽB—˜đ ęčíĶ:`@ †xī‡B!>#ĄFŖŅhĪž=īģī>~ĀDūW]u‡.KÚ|3 nĀņšŽVUUuāōwÎqãÆqčŽÖ˜]Ęįķwß}wą"BGŸįšĖķŧūķŸŧÃ]ģv•Rž|ōÉÛnģmKK *ƒÁ YōzöėiĨ_‰I­l ÷WōÃ*АdöQ$%Ę[I5 5´‚ŌíĮĒc* Ųl–d†Å_]]žÆŽËĻ@ķáķĪ?@sss<7œ6$—CadŽ\šŌeÂá0ĨĄˆ•FQaĀļíŲŗgđÁŋ•hņv\YYyėąĮĸ(!;nܸĨK—š[C×1‘HÜwß}ÉdŌTīŠ“ÂmdjåSØwß}™'Ĩ_ũÁL™2ŤPŅfKG&“šįž{PhžņīûūYgõ×ŋū•đpMMM†xĮ÷ũoŧņOú3G™LĻąąņŖ>zā|đAŌå[–ĩ˙ūû_pÁÆŠũ9į`ĮwŧęĒĢBĄPcc#ų=^{íĩŅŖG{ėągŸ}öŖ>:gÎŌž>üĩ×^2d“šų|ūæ›oŪk¯ŊĻL™ŌÔԄ螘Øũ˙€ ( ž„Ĩa+(%ā Š…°yŲ 2™H&Ęį"š´íĻË —Bv-_3Čexd ˙ɟL™2)dSČĨK"—äŠlÆÎåŦLYYi™4˛¸š Ÿ”­ė˙íh¤]`ēKKK™ûfœ`YÖ=÷ÜķņĮˇqP(”Īį¯ģîē•+WÔĘĘĘ>}ú°—ܨ’O|MĮaLȸ EĄËœ9s Ž˜ŋÛ´=ĩ´´Œ;–3Ģ î‹l6{ĀƒÁ––&Vž|ōIŌp˙cK­uII ķŧļm?öØc<=’ôíۗųå`0Hä6 c&´cîÉ÷ũ7ŪØ÷}2]„BĄ7Ūx{ÂL˔I“ą˛â8ŽëēgœqÛkXĒďôKÖŌŒVęQGÅ ›6šššFÅw2™LUU•,1….ĮqęęęŽŧōJB\Í"pōÉ's[§3€”hå–)ęˇ"áŒmI ˆœ„+5„ (8Z@Ym¯ôQ틅.úXäa‘‡jK<,öEĩ'WøĸŪ+\,vąØÅRË},õąØĮB }TģXîb…Ûú~ĩÂR…Ĩ>Ē×áG,E`ėĨž\čŖÚÔi+ŲZh‰;” hUh7ícęÛk­š5pHpĖp˛dXy衇¸§“oų¤“N"cW×N[{ëėũ›ĩš|0ÅÕä—é˛üõ›”˛`úû_7ôyũŌF°ŠP6l.^PĘ÷}Û -˛ŲlÎļ”rØ`¨ßä|ĩÆ f"‘09JōrŦ‰}Åd‘"‘ČųįŸ˙ģßũîūûī÷Ũw‹¯ÎĖJ)åāÁƒ/ģė˛Ŗ>@:&S*ÅëÃO<1hĐ ēžÉd’¤X™LFk]VV6|øđ‡~¸ĻĻfŲ˛eÁ`0—ËQ633EĨY6קĶé66#Ō›J)¯ŊöÚ^Ŋz]{íĩuuuÆÁåuŅÜmˇŨN8á„#F1bÄå—_€7YJšråʲ˛2ú @€~­eYÅq?>ÆÆFzÕ? ęa¸Č ]2™l_Ļi2i!k똗h–Ėû*oW•V_ĪGM=B!X–Ĩ,­m(-”Đr­^BúÚņ´ČZړ°’v0íIĨ ´/‘ŗ•*  4iÉ9…ÕÚe"Ĩ mĮÖ-I?SgEВĪfT.ãåÃíįn”bņl=ûėŗ¯šæ>kBS<ōČI“&ũū÷ŋ_íA”RˇÜrËŗĪ>kžžī9Ōč¯’Į†Ô+Ė‡RēœÉVļp577o´ŅFŦˆP˛5›Ížyæ™TJŦĢĢëŌĨ €††bcį\}õÕĪ<ķ 9fM}ÅôĐöÛoŋxíÄd2yŌI'=ūøãɞĪįÍöËå˜Ũ5jÔĖ™3KJJ ˜zĈæÖp.ã[s¨g`bKCv—ÉdŠīd.—[ŧxņc=vŌI'ĨkR`æĖÉnŧīžû~ųå—DöąÂjú'¸úqaáiķcûAAoƒ‹ųR¸ 2äüãË/ŋL˙$—ËMž<ųôĶOŋūúëģuëF9G> Ū"ÛļWŦXqÚi§}ôŅG*++}ßŋā‚ ØķŅFģ&F”!ĐļmE|ˇ9—[ fƒ2¨s!_”‹P.W¯ŋ˙Īxø•€i]m„pBIĄ…Z*é)™lé•He[ČBf!rJåĮœ@™VBYČH­-Č\.į[Đb]\)Ą”pĩHæTC*ģ4P֔KģĘBgí ”ČĻŗ" dT2ÃÚnĶˇ5āoii!›öų‹ŋR*‰\wŨu“&MĒŦŦdCJ9räČ÷ßßuŨh4Ę;iˆ#6Čø¤¸ˆ°)N‘gœûĩŲDĮŪnģíŪ~ûmNüp8|ÜqĮ}đÁ[mĩ•éŪ`2ˆS˛ļļv¯Ŋöbŗ ×%úQp`<Īã9›<2ĪÄqœļIX2ä÷šŋ—ũjĖgqu ‡ÃÄáfŗYnēi04˛ęĢ4Ä´ŅC`/ŋÚH@ĶÉY—!](ohx 4P9Í(2Tĸéä"âk/sŨ7‹Ëō9Ą×ęļ/ã~(ígęB-:č•úxtXYÁœeģžŌy?—E¡Ö‘X<áĨ¯‹‡rgË-ˇÜ}÷Ũ‰CįO>ųäW_}u‡vārJ)kjjēwīžlŲ˛?˙ųĪÜRMUƒ ō"ō}ŗīp>øļŠ8ŽSLŸ¸ZcÔĖ‹åÂRüė8+O?ũôQŖFŅåˆÅb/ŊôŌˆ#nģíļŽ]ģrU1}–,Y2cƌŗÎ:‹Î ?Đ­[ˇã?žũōĒ˛ā™šZ(ÛXØn ~HzŽīĨ¤Ô%u_Ā[ĮAŪ×xZxô!ōUÁĘxļKĂđŌ9ĪͅŖ‘´§=áxõ[ÁŌp|@Āˇ<-44‹Ē°WJ-,­ĩ„'4´/ŨŒ zBTÎÉ\>Ŧ„„vŊ€ ßO)Ĩ--¤0š",>Žãd4^%@F1@  q<›đƒ–Â&ęá¸*^ŌŗŲŦĄ%Cc&ũøŗqđĢ)‰ĮĄGœ5”¸p]÷CųęĢ¯8\YāX2įÅ_üæ›or’0žU0t'•JzÕáÇOœ8‘3Åļí \}õÕW\qEˇnŨĖ đļ˜ĻŠĻĻĻģīžģąą‘Œ<įcŽ9ÆøēŧQ#GŽü×ŋūĩxņbv?gŗŲáÇŋûîģ›ož9ļŲũyßBĄĐíˇßūÔSO !bąX"‘ĐZ3~$Æė}ĻŒ‚ĀįĻq×y{/ŧđÂoŧ‘ŗÕķŧ˙ũī'œpÂÕW_=hĐ \c‹ų“-˚0aÂßūö7ęŠŅh´K—.‡z¨y^둅`­Úd3x’ŋ6H‡\  *‹Ô^mÔe×Ō:ëŋQ3€DÎ=ü°gę7bš  KX–mY–eiu]ø~ÁÔZëÖ~ö`Ȳ~CՎ|>ŋJ´Éû°†Ĩ§Õ˛´„–%„Ĩ  ´JJ)mKĘ`ØąCļmDĢhĖ­(Ĩāk+hYĸu4Z–„„%„l7:÷Në´ĩ2údņ6ņözƒĶé4Ēl6Į§M›F5c“é@{‡Øu=>ĩx<ūŅG¤Lۋ93#s;âˆ#†Z]]ũøãĪ›7īĢ¯žĒ¯¯ÅbŒ÷† rČ!‡Đ…e{oĪœŪmcc#…7Î;īŧ3Î8ãūûīõÕW?ûėŗT*ĩÕV[ũņ<đĀ)˛JĸžCUUU<O$ĖÚ°ĀđņĮŗԆ‘€”rĈpĀŋ˙ũīI“&}ņÅŲlV)Õĩk×vØá€ØgŸ}ēvíJĪûøã÷<īÅ_üčŖĀN;í´Ë.ģxž—JĨJKK'Mš‹Å Îj>ąĄpu]ˇíĖ‹É&777Įb16´Ŗū‡cG<Įsō>ō>´ļœ g+Kz‰ēĻˆtV6()rÚĪ ([ KjßÃēä=ĩ6„Ĩ¤˛„į +ĩ˛„ËMfZčŧĨŌŽŌA_YJ*ØZf{ŲŽÁß3šl8ļåe3HDdØ ‡cąŽÖ°mû_˙ú×i§ļråJŽ´ÆÆÆŊ÷ŪûÚk¯=ā€Œ"yÕD"qņÅOž<™Q ĩR=Īģä’K°2gú9P\;ŽcøŽLr–\p™LfȐ!Ķ§Og¸XYYųÉ'ŸœwŪy×^{í!C˜e(++ãÚR[[{Ę)§ŧūúë(DD(ô—=ėųĶŸūÄĐą´´4™LĻĶé‰'>ü”SN9âˆ#Š‘œĄ/žøâ}÷ŨGl8‡eUUÕ^{íUĖJÁΰ{ž×ģwī%K–Ė›7/•Jņd"‘ƒ=ņx|ã7ŪlŗÍęęꚛ›yÚ§vZ8>ę¨ŖĖ9ķ~˛Ūsß}÷]ũõFĐÕÜX|đ $rŒä:#ƙf…4A>ŖčÆÆÆ[oŊõ‹/ž˜7o/ĮuŨGydΜ9ŖGŪ˙ũ™9%˙{KKËk¯ŊvĶM7}öŲgŒŪëëëėļÛnˇŨv[â6gKU\€Â‘ZK­ ”°,+ąCi‹ #Ŗžp|¤sŪJ7Ķ˜ĖÍ×Ęķ=å›ÜKņĢ’žkåĄŽ[.}ÛČDV ‘sŖ–Ëärž)KĢˆ]ęšAáKŦöhĢ}õaIGŲN"Ŗ•¯Fx†yO/{}F3€;ŠŲîQ¤„ŧZ#¤ŊthÜā–––’’ĸā<ōȧŸ~úã?ŽĒĒb˙č›ožųĮ?ūņüķĪ?á„ ā†č ×u?ûėŗģīžûņĮgņ@eee}}ũ 7ÜPYYš~yÕ՚D+÷š!}Kh  %×ėˆ@ ą•Č%°ĸYYÂŌËúšĩ‡<ú–ĄRĪƒtŗaĄė|Úŗ‚*ãû9+ā Į´´• (PžĐ*oûĢÅČ¯Ä ä|(+%ƒœöāÛ>¤/lߖJÃS°$¤ĻĮ+­ ¨‡u¸ufäСáVčēnEEEyy9ęâū‰bZTÕ­Ų÷ĀŠÍŋâ8aČf|úBĻ“€+<ģš¸!Â˙ėŪŊûūûī˙ /TTT444”––.^ŧxØ°a7ß|ķ.ģėÂ=%—ËqĻĪ;÷â‹/ūĪūƒ•(án„šŽÛØØhĸ<ĨÔ_ūō— /ŧ°šššk׎ĩĩĩ˙øĮ?fΜyË-ˇėļÛnL:™žŒd29}úôĮü…^āÄá)tĐA}úôá=$ŦÜ?üđ~ûíg:ĢršÜN;ítíĩמūųltf5 577ŸsÎ9˙üį?Y—M$ĄPč˛Ë.ã"‰DBĄ5Ī#‘H*•*&ŗ2ĩ^õBŽ¸âŠ×_}úôé\Zķųü‹/ž8ūüN8áÔSOåœ5ķņĶO?ũ×ŋūõčŖ644ĒĢļļļĨĨåå—_6zīë7Í:Ī§O:ß_[ž—–Áxĩײ#6 dY§m@s]—,uŦŖ€2øMIÃihPy%ˇlh;’w,íi;K5.}øŸ]ōnŪGs¤¤l×=ŖĻ‘˙-Õ9XūÅb&ĶŌŌ˛fVĢĮ`ié ™ŗ¤€ ģđ|Š\íYp$áÛúŧDŒznŠŠy}ŗš‘;īz@¤¤—FŪoŅļĘÁĩ"y@Ɩž„Ŗ”TuŽNûEÍ$)¨ņ‹õ­sĐédr„Č8Ļ$ĒîÍO2gēŽ_áē.>ú‚Éd’íļŠ!ØĀWėëpS0Âhėųc˛†| t—ÜÜ܇@.—#§A$innĻsl.ĘuŨt:‡…K—.ũŨī~—Ëå,Ë:蠃^zéĨâĢ`ĀIxŠÍ<z–üŽ!ë1ÄĪōĪMÖŌ`C´ÖétÚT˜˜ž1åĨļ!u|”ŦĻD"‘ļ“DRŠ”ĸø€íĩĪjĀU:—HD<ĪJ§áû‹'ŊŠ•+Esĸk,€PŽöŗžĘAkĮ H+”wíĩ&™PĘËÛ´ ‰Œ´ĨsBŲ *h+åKä-•ĩĄ‚,%}!ĩĸ¨ÂÁį§/Z2“ËZ–•ÎįtŨiGėēG*' *‹1ĀkGį›ū˜cŽyúé§ ŽcD ĸĸbĐ A (--]ąbÅĮüÅ_p1Čᄝ6mÚvÛmĮę;B8Ōēuë‡Ķé´eYoŧ1)n=34Ī<ķ ÁãüĪ=z,_ž<rČ!¤Ūõ'Ÿ|2yōä7Ūx# •••-[ļŦW¯^įŸūõ×_o¨„ËĘĘø{.—Ëd2eee<đĀYgÕú° é˲ēuëļÕV[ <¸ĸĸbéŌĨsįΝ7oŪ… 9K0ˇ;cƌbĀ;ŠæČĻ›nJQYNÛŊ÷ŪûĐCíŨģw}}Ŋ”ōOúŸápøÎ;īŧøâ‹03)ĮCĄĐi§ļŲf›•””0ãųæ›oNŸ>=™Lš~Đ Aß~ûm*•ŠÅb•••‹-ēôŌK?üđ.]ēôíÛׄaü€9Í6Úhɒ%ĢL13—ĮÖYgņĈue}ą[ˇn{îšgßž}-ËúöÛoß}÷ŨL&Ãå‹-e”6ųß˙ūקO6Ū­˛6ŽÕ„ü>ŗAu ¤g”Nk-’J4H'YŊüķ—Ū¸Ī~‘ÔK -aĄ5âéÖßWÉ{úž4l/`ų–9!”–PÂv0”Îg"a7˜eås"į{žüéŒjë+ž Cڎ“"ĢáÇôÃŌ¯´ŧžīzīnÛ!_âč(´ G,AŽŽŸmžįåķųãŽ;îĩ×^ãØ~øá!CÚøĢT*eYÖ&›l’N§ šŠ”ōƒ>čßŋ?!įBˆ;î¸ãĸ‹.Ú ãĶ€dĮŠ­­íÖ­›ųØîģīūŪ{ī1ƒÃ$Kë ŌZņø㏟tŌIŨēuĢ¯¯7;{—.]xųå—×ÕÕqábo4 ۍŠÅ !ēuëV[[krškŸøûß˙>jÔ(ÎĩT*õĀœqÆVā°Ã{˙ũ÷kkk‹…šąîø9Ŗ}ÕUW]uÕUÜĶ‹×Õĩ5Ĩ!„/”‚¯ øĘĪgŧ\^0Ú¯}>ī•/?¯ZÍeQ&ÍĀÚÎĀļ|G…e6ž„NĮZŧëx˛Ė ÄR™,|*l+åĀ |åĀ~.+ ÖúøŌB0 -ĮÖa7i¨ß:ģxŋēįU™ömíę œ@Īņ4„)!Öy>’•”I˙SO=• +´>úhûíˇįīÅž‡mÛļm¯\šrûíˇ¯¯¯O&“áp˜}„sæĖéßŋ?wsĨÔ¸qãÎ:ëŦŌŌR3O+**6ŪxãÁƒīŊ÷Ū}ûö]ąb[ ĻL™B ˇĒÁƒķÍ7ÜīH1:jÔ¨sĪ=×÷ũ~ũú™Öį–––ĒĒ*ĻkƒÁ`$Yąb…–Ŧ7pöîŨ›@xC‡1cF.—ãcrûŖã8wŨu×%—\ÂĨ ¤¤Ä˛,6ōzčĄ}úô ‡Ãß~ûíûīŋĪ]’‹Æŋūõ¯‹/ž˜ēėAaM”Å“ƒ–R–••ĨR)ƒf0˛á$}]S+Ąëē=ôĐȑ#Í;<đĀ駟ÎrTąWųĘ+¯œy晔Öã%p!˛m{ŋũö‹D"m´Q8ž7oŪ|@"ĻPÍÔģđ oŋũvĶ°ĩŽƒęĮÆUFÜ\.Šō9[…,/.sÖ[įzŠ¨ĖĮƒ2,ĩō˛iĄsŽ„ˆęĩFc+ŧÔžëŲŽį(D´ØļĢŊ´öt$@Ē:Ž‚­”㐠ŽŋēPK(…B+­āÕû–jvt(5pûŪ}6—~8ŖėĪöbŅ¸FPÁ‘Đ…:‡āîŋūûcIIIą’c.>âUbFfĀ}ߟ7oŪĀMˇîAôĘ+¯pŲĖįķˇ [)g —îģîēë /4Đū{īŊ÷ėŗĪūÁ-|Ũ /ŧpøá‡s´3h*++‹ÅbC† :tčĻ›n‹Åjjj&OžüęĢ¯HĮĘß˙üsĒ”ŽĀųŌĨK—Į{l=öāŽgö †ēæõčŅƒ’~ÆØąÍÁķ<ŪyFŏx‡v0` T,X0{ölnĘ擁@āŦŗÎēķÎ;b3î^ádĒ•ŒļPP)[ŋÁŲA&Š ;ų~~°üJjwZą9ŽSZZjĘX;Į˙÷öŊt+< äa‡g9Đ9nž)e$Aii4hEKuõåąƒ8‰;ģĢ|ļõ˙ĩ„@@€Ô¸Rih ZBĄĖBŧĀŧLôP(ŠFÕę¸ļTÚl߲āŽJtZ§ũ‚Æ„—qô×o$Ž#™LVTTĐMaæ=‘HÄßôĄ¯_’×t pļFŖŅ\.×F‘ƒ!Ģq ˜1ôč(˛é„ũÎÆĢc‰‚_G åėŲŗŠđü§?ũÉôš@ÍķM­õë¯ŋÎūl6ËÖ]˛ĢŒ Q`mnãVŗ\ÄâŅ|Ņh”>šŅá *ķŨLāfŗYĶŒBŸ|žm(jŖČÁûPÜIũ“7‘H+ųX;6 ģŽëkĨ- ہí„ģwmÉg}ß­Ú—PžV9!|! Ŧ€a-íĩÆĮ9 %Ō†Ōđ5”‚m!ĐR¸žnÎh[K_Á•Čh@Ë°‚TđdŅöÃ~Ûļ˛ųœeYŽBB‘X•]×#)ŗNÆņüÔSO…BĄĮ{Ė9JKKŪyį6[0?"„ˆĮã™LÆ7ÜpÃnģí†:Ė–libéÎä/ —1?FH×đáÃ>øāgŸ}–ZŦ˗/JĨž|ōÉâķ$įU:fjūąĮB$‰ŌŌR­uKK ‘hoÔO§ĶgœqÆ;īŧÃt'Ŗ)´Ë—/¯ŠŠ1ZŽė ŌZwīŪŊĻĻ†ī¸Ž;qâD9B3aZ@*++kjj„Œģ&Mšôæ›o˛1eāĀûīŋŋ‘€>÷ÜsŸ|ōÉO>ų„V–?‰ÄwŪiĘE<f x-įŸūwŪ‰DøPxĪĮŽ{ë­ˇƒÁwŪygįw&Į¤iČŖÅééēn.—‹FŖžī  D"qüņĮ766^uÕUĖDŖQšąąq„ ˜ķ5š]6§ōÃķæÍĢĒĒb=‰_Ÿ1WĀÚ~ûÁ×Z(eûЎëŲcĶęæĨļįJH)I:¨Õī2Z(_ēB[ĸ–´„p!\-<-Ęåĩ­<"äķPNØĪ;ŅPHđĨ?ųĒđũ8´„Ę(Î¡ ÃļĒčŅeĢ€,÷sļT–/¤)ÚÕc”K4ˇSY­MÉ4~üøŊ÷ŪÛüS0ŧâŠ+ĻNJ$A0<ëŦŗƏŋAÆ'ëš\Ž[ d hllä+ĻųnjjŠFŖŽãäršŋüå/555dY$h€¤[ÕÕÕ¯ŧōŠšXv@&‰Ģ¯žúÄO<ķĖ3šŲĢËwo¸æL͕(‡ļņãĢ”¸8Zūgq6ųã?æ fĻ˜mÛåååuuuë:$***ZZZŠ)•ÖšČĄ‰eƒ%¤€ÖĐ, Š•­…SĸW8Ü;L%š\ĻĨļļ[EŠZ{Z}­ŨŧëCûĒEšéHNFl')E"—CI Úˇ“MĨ–•ln’GX|Æ­ …­ĩŽ*YJØyŧ—w“QKôrėŨ{”ÚɜmI КĢ,`ũ:# %6T*ÅIGÖ5&Âč’q†ĸ0˜Ų„Ä1VUUu˙ũ÷xā(ô`ųžņÅOš4‰ĩ@)åņĮ˙ÜsĪŊũöÛL>RŌŠĨĨå›ož1e:Š$¯ollĖår^xášįžûûß˙Ū˛ŦĻĻ&.Ũ˙ûßoģí6ŗgĪ4hq$øāŋ_qŤ Ŗsˤđk¯ŊVœoe˙+%ŧ¨H$rôŅGß~ûíŦë´c˙1×YÎK- …VBii•÷(ŠY”hljÛņx8„P^Š´/rž§ ĩå­žĪ˛eĀ 딂 ²r9e‡C /åZyĪōekXZ´„ļ|Ôz5YP)Ĩ†öĩ¯•Ē5ņĒt^„Ŋp™ —H„t\đûŒŽqii)§[4mhhxæ™g¸>°(bÆ?'žmÛ˙ûßYäāáÎęęęJJJž~úi×u_|ņEúĄ sųāƒf͚eöDÅš\ŽÄȑHäĘ+¯üã˙ˆū€ˇŽ¯”0 °_Ÿ÷šK—.---†ĖöÛoŋ6lØâŋđq$“É–––éĶ§Ī˜1Ŗ´´”žy$!‹N:>ûėŗĮŽ €Ã06¯Ķ *ÖY1ŲŒH$ōkÃĩ¯šh¯¤ô¯ë";í—4}SÛü Ö9:í—4 ŨڏŅJ›ÛŲLÖiŋ  Bš››™J#‡˙ĩ>ŧBdqeŒĮėOKKKņŖĶ8bę+Ļˇo•Š‹ ØLģ= ü§™Læß˙ū÷7ŪHzĻ‡LW s4„Ŧ˛jÂô+‘eGy$QĻ͂<ËIJņeĩįoz ƒ–Öš1j:ĻgĪŦĮyz,r°čÂûl*L,r$“IÃíūc3ESėĄ§ÛÆs1Á-Ãioü|S€ Xžļ=i)ŠļŒØ\•„E&“K&´€° -Oh%-í*í‹,×M;?’ËiĄrļãVăŨ*­HÄ×pRžĨ¤ļ`IØ6„†ãAj!ĩøA'ųp@>†B-…eۑX[lęuöØcÇ°ß~ûMœ8‘ÄnŨēą`cÛv:æ1ÅKfjPĐ#1•]ēÁ`Yžl6{îšįVTTÜ}÷Ũ˙ũīųaųˇJŠ˛˛2ļĨ’ÖC1xđāqãÆuíڕĩáõ,rŦēf|?ļ}–E÷Į–Ō‘VŦ{ˇžCío}öDĘ/P¤rA[cË ĐJxRKéĨļ|@i!}éÉr•EmSķ[ŲāgŅĨj@iw×u[•Ã×"OH­l!„yŸŋ˙ūûY5Ŗ@II‰īûŠTŠ{åȑ#/¸ā7Đķ<ĻÆĖŸg›ÜîF§Ũ-VkLëpŽŗ’ĘB7Vv‘gĘŗëē\ĘØ.ÆĖi]]Ũzôso‡t(Žë¨ūē ŦÂf'aA*ZIKÁ–­|V[vŠJožEßtĸŪ Š¤í+k­÷GŠEŧ,îI¯Y†Ũ@Ļ,qø—ÕÜÔâ ',u÷œõû^}ŊD4āXpBi'c+ŊöĮ‡%â•ežįesŠ˛Ũ=ēņ&]„--Ĩ-­”–6ˆV&[×ÅØŠO nf3ËËËÉąÖz –E?Ę´đ˛nahQ™ņ<ā€Ž9æ˜gŸ}ą˙ûß?üđˆ#2™ wœW_}uįwūėŗĪŠåLCIcČîX__ßĨK—ŋũíogžy&€?üá>ú(Ė ‘­ĻŠÕ>Ž.‹/6%:Ķ…ÉŊģõŲI™Ëå  ķžl†æ/\ Žŋūú^Ŋz]vŲeĖ‡BĄęęjūšQ§#BüęĢ¯žęĒĢ´ÖˇÜåH×+’kņd***ęęęØĄB3ŲRĶzĩÚyÁs.VôĄ'Ī^Uĩ#Ÿ~úéƒ1bġß~K߀Z€\:øįfârCœ0aÂ˙øĮ%K–ôîŨ›÷šKŧVhŠ } H–Ķ`÷XŧŦž&éˆ`$āø^VAÚVĀÍ@p¤P?ųĒ%<­BN8ė…ęžKfĶŽ‚Ė+ŋŧ4-qō¤gå´ĖK%ßļ}GhËrÍ\oÖú>GėK,- •ˆXø6„TJ@iŠ`‹UęB–ĩNSRk]ŒcĄŽdƒ( a˜ĘgûŽ™›Ædˆ˛m›Ŗ—Ylē4F­ÁiågJŨ˛,3$âņ8ĮĮĢõŦ(ÄãņĢŽēĘķŧW^yĨĨĨĨK—.ėZ`›_Ęō!Ûņ=Īûį?˙š˙ūûŋņÆŦÉQtÄL^Ŗ ˜kܸqŽëNž<™ĶÜŦ<Ÿt:m¨,É@‰Äūũûß}÷Ũûíˇwœâš“JĨētéB]^xaÔ¨QO<ņD]]]&“ĄĶëē.#PnX p …B<ō5)9éxÉŧE,ŗ¯… !hÁč{k­yį!öë×ī™gž9ûėŗį͛—L&sšŸ§žY|ČCĀVļt:}Ûmˇ9’ Įæc˙§jœl—‹íŦsüF-›Í&“IŽĄÆˇ6˙FŦ Ū*+”‹ĨĶôc,€ P´ššYøŋ)Ū*Jˇ‘ļžī¤Ķiƒņų‘­‘ˇJYڃOŪ*K‡;Q&RŠ"åėŖĖfŗ)Hiäũ„ļUĘËtōVuÚ7ōœū|ŪĒâėšáŸAĄl@  ߥFâēßp4EŖQĄļ-qaâļq'AŠ?FaķĻ†ųOŧ÷íŊ÷Ūũë_É4úᇒUœÎ1ú|üÆ×^{mæĖ™|ß8pā€Œ¨)+=L!Åãņļw"ĶJO/“I&AˆˆáĮ ‘zw|Žæä|’„Ę<ߟŦ01J7%ĸļÅQy&žį555UUUQÉĶ(!˙LĶ„ôl;ßõķåP¨OOEl–8Pĩh(>„€^ëDK.׸bI@øžįĢ’ht“ŪÖī6GU|@Ą„„X¤Đ’ĐĒ5ĶĸÍų^ƒX&ƒXĘG6 hĨ|”Ä\ˇÃKŨ ĸÜpà GuÔ­ˇŪ:~üxr0ŅÉä8Ëˡ v×]w…Ãa)%‡( ír,_ž<‰´´´H)Ãáp÷îŨ™d§Eđ)§9uJ'Mšt÷ŨwS!œQ 6ČĐx<žŅF=ūøãC† ŅZ×ÔÔÄbąÆÆFÛļģté˛råJĒš“)^Ŋz?ūāƒžéĻ›æĖ™ÃkĄG§ĩ6Ėd-`87zôčsĪ=—1°ëâD$— 3Ī˙“ĘĖkĖ?ėYj­įAjøž+ĩyŅ' õßt „pJŲ8ž6ŨO€ü „…¤åģđÂVpšÆˋ›įįÖšų°ØĪķVŽ\YYYyŨu×}ôŅGŸū9ģŸŗŲėʕ+ “*Īŋąą‘ÛwÕ~ũú566öčŅEžeY˗/'꜉Ëh4jøL×/3ąXŒ;řgž9hĐ K/ŊôŖ>bY‚i\îÎŧK—_~ųyįįû~&“á đr6Úh#N.ŖŖ`h4JŌ9֖H gÔzVk|4fųb…˜!3G(“ ĀŽģî:iŌ¤qãÆ=øāƒæĖ “•y˛<ąH$rČ!‡ÜrË-lëėŲŗ' ’íXįЀ‚ÔBjĨŠ„ôã]­MKB›ũ.dŽ‹|.dÛeÁ0´Wø›ĩ›3ž‚ ŠFģ%īi;hIŅe#ôÜZ¨`<īÄĩ„Ĩ`ų°üÖ„^Ũq”iApŽšP”Dփ !AŌÍ //Š„°T,YĪŽm–Ü”RÔ]cŦ_ŋ~ĻY‡a—i(7ŒģRJBčØ˛‡#‘HSSe*ØķaĘz@‰ŌVVV2wĪ1 šp•š4›mļŲ˜1cļŨvÛË.ģŦžžŪ˛,98­H.G¯lË-ˇ|ꊧļØb âĪŒpw&“YąbEĪž=‰+â€g‰DxāI“&Ũ|ķ͋-ĸîZ6›5Đ!Dyyųʕ+-nšå–‡zčÅ_\^^nzū¸_°0Ã;‹Å-ZÔˇoßÛnģí°ÃģæškĻNĘÂ/ĘŦxÔĐJĨRįŸūE]ÔģwoôuéŌńoÔę Ķ2ŋĸēēšŸ7Bņ<Ĩ–––ŠŠ ­õN;í4kÖŦŋ˙ũī÷ÜsĪ… Q¨ŧ˛ø$Ĩäō¯;üđÃĮŒŗéĻ›‹÷Ŧ÷44LP(`¤Ķi.ƒŋc€cōLŒ™ąõļN}Žß¨ŅÉf™w´ũŦ:G^7Uf[Ē}ŧģ¯ržn Åb;íũŨ€l$đ›ĒsĻ°8gZ__ŋf|G[úžPļm ?°Âąŋ*ŗ/ųŲĨ%]rŽŪ(•>kĮ]ö•öT^ŪoŖ•ƒÎ:G§mpŖÃTŠ‘U\?ˆINƒÁ Ųś7“’lį_O˛€˛ÆÅš9“l]íÉŦÖu0WĮúĮj•BøEä•2ĒÅÛoŋũœ9sø#<ōÉ'Ÿ´m;•Ji­ÆÚėŲŗ˙ō—ŋ|ūųįÂáđĩ×^{ŪyįŅ•)Ve`wöOŪäL&C"˙3—Ë‘ˇ‡ĮĄ ^1D|ˆŦ­Ōõg2…x^# ģ&ŋŠŸ4üĨ<‘ņˇvėö€?Ÿķ=["ÕÜ *ĸ‘DSc<ÖžZ %´`+@)(0Ų´ļ1X$›Yüč#‘ĻæŦëŖ˛ŧdČV%CļFeE:¯lW -”y)ķ$ÉKŠ•g)_ĢØĢ<­ōų|iY™Ģüŧį‚ÁœįZ–ãĨ•m:NŸÃäČčĐˆZ__?~üø™3g~ōÉ'9Ø|ķ͡ŨvÛŊ÷Ū{Ī=÷d„ žž>0›`(°9æŠVĘGlR*(šATž§[ÅA˜H$žyæ™ˇß~û‹/ž¨ŠŠŠ­­u§k׎ų|ūøÃgœ1tčPđ8lLļtŊdöįå0B#ļzūüų›nē)€•+WÖÖÖN˜0áĶO?%Ąy&“iii Ũēu2dH׎]=öØ]vŲEHyĶËËÛÎáÍQĘ×˙ûß÷Ū{ī˛eË/^ĮģwīöØc1cÆ  8ĖÆ|ÎÄæææ—_~ųwŪy˙ũ÷o“U`ģíļ;üđÃ÷ŨwßX,ÆuÉ.ŧđÂīžûnöėŲŽã :tđāÁ'Ÿ|r¯^ŊŒāmņ0?Å0™)ãSfZ–écūžĪį_~ųåW^yeŪŧy˗/¯ĢĢ ƒ]ētŲgŸ}Ž:ę¨ŪŊ{ĶŊI$Ė ™/Zžē"æ  ädčÖ>„@"Ą•Î ™ĪšMÁ|×ŗˆe9ÔÖÚÂZmׅĐJB -„†ĨĨ֎oee$9å”į߸Ō•5B#ā÷=bß;6é>ĖÍæ×O*´ŌZ[žRŽīûJiĨƒ‰¨ĨCųœĨbņÕp~†ņ‘OŸęęę6Úč'§6[ L7˙‰E fšššĘËËÍŖüåĮ'fE,_žÜ,´ârkl2ãįMĢĮ´iĶž~úéiĶĻ-X°@)ÕŗgĪmˇŨöāƒ>âˆ#HziYÖâŋûöíkŽ|ä‘G>ķĖ3LL›=Ž˙dēgčrüä gö'‰īeî$¯ŽĨnN˜Ģ%’õãŲ K{1¤ø¯ŨQ… @ģų\&kih%’Y׉G[”nöŊPy,•ķbž´ÕÚęsXJF-826ōPKÎÆ}W˙¯9ŗܒx™¯~Ÿvo=xh×!;•Í;°ÅZëøyKÚAh‰(Č¤ËƒA?‘ŒZļT>„˛lÛ ‡ %āiXr]į¤ņd¸?Ļ\.×ĐĐĀáJšrnôšP1æ†H_ËlXfØÄãņUÆ|:öŸ—”ä ķ?L…0A`bŗĻĻĻx<^Œņ7mæFüĶŒ:#ÖjŠgĻЅĸļ ē^fLš ËzL0ä9˜Œ')ƒY3#ĘTŨ’Édeee1™ū*_G3ŠÄœī&Ô4œ$|Į˛›OĸP45÷„k‚īû¤øā÷*ĨZZZĘĘʉ9Øīe–8fĘGÍ"× Mö­øw2ÅNsĨD ã‡ZühFæÅk¯y‚æ˙-˙i=É:ž¯s(ĀoM˛jéēpl47{ļ-ƒad˛Í–ÍFē ¯-Ą„–ZjŠ„Ōžö´įHG ÅwĖ+gŽ€˛´RKĨƒZ=ÛuÃ5Kš§žōîvt…ĐÂOöžÛ?z•ī*= kĢ{,”ō\iÁ–R ’Iie ßC8‚Ŧ _åJJ‚žvĸŨpžĢ°ĸÍ- X‰å6Ąhu5ĪÚdg6ČøDaå/Îĸ˛oŠĻBv?ŌÆXeCgúÃ,2ļmO›6íĀ$øÚuŨķÎ;ī˙ø‡9ˆ™û†nČ -LbčĮf6hƒ6 €O|>˙ãíúˆ‡(h†ņhĢ<Ļĩĩĸ:‡*47úžįfŌÂS–”ŲL>V^ū˙ØģķhK¯˛NüßŊ÷;œņŽ5&E&’@%!’0$ōƒ(ČBDĨĄA”v¤eĩ‹^íjí[íeKk;´AE"2CLĀĖ!ŠĘPUˇĒîxĻwØûųũņœûÖÉ­TĨ’TrĪ­ú~VÖÍ­{Ī}Ī{†}Ū÷ŨĪ~ž§įũ 713Õíeĩ`œ#VĖ# 9âØŌ+‚$éÔŨ1ŽžîC˙vso˛Õėöž?ßũĶ7ŧĸĩ”ģŧMˇŊQœā8ˇ/€IĸAž÷ķ^ĢÕė÷:ĶíîŌbģÕđÅđ#:­5 ĸcx5Íä¸U¯lõ6Öå :ĻŸķš01ú'ú^­~Ĩ#wô}Ģo­ŅžnUaUŒLŖR=˛TígĢŸčîčĐĶw‚|ui VCwÕá #‡m1Ĩ+`Ē‚*Ė {XĘG˙Ē:F‹õaę`ÔUÉÁĸ(žđ…/ŧ⯨ČĪ˙üĪ˙ß˙ûĩ$ŽŽŖ*{R‡Oõ¤UÔüÎŖU¯×čt§Ū^wOŗIô…ĶŒ´ŅķŅÆrkē‹k°*ĪsũŒĒ>m{6Õà Į*Î1Č;žČ1#Ū:[ŗ’„)Ŋu&Šāà ĪēIj`Ž÷|Õ |™5ė,×nOgÚH&{/|îŽ3ž…ŧŪĪĶšāúČú4.[&Db‹`Ļ4EĩĀKßc:Ëom­ÛCZkYį—ģ ­ÉFšĻK˝ŠÉYvV­Úú8âĒ:Āv—ŠŠ ŽĀ8ōx‡‘C§žŽjŌųču‡nŋڎĻā7 ŨČčeNuB[}āW§Rz՚oŖëŪFwėČĒ†+ĒŸTQÉ*Œ­ĩ›Ēl Ŧw4˜Zm§zgVE’Ģ™5ę´ŋ:› UːęĶcâŅāšÅ4ēˇzËjc¤ō’ļ˛ĢîĨúķęšŌ‚Õ’žŅbŊDÕr‚UŠįčģĮöŽZ3äįįįO`ĢČBß*:Ą vģũø“ÉXˇęUĩŽŌ…{zuqĸâö'BåđˇļūéFWå›W ?Ģ 3j;!ãlQĄ4õ¤;Ģ§úá^}ø:į<Ŧå‰Ģˆ@ôØé%ĘhՅĮ°8#5^°:‰3Zee”6C~lÛĮČôĘą‹ŽT§Z*Ēúų‘Ųz¤¨ÎŽFžūP§w_ôĸũŸ˙ķ~í×~MĪīēëŽwžķ{×yžŋüå/×ßV“­ē˙Z"īČ;:Æū㈚Ũ›0QmíaȚ›ãŧĒjgĸĪųņœtV/MušxĸúsÁ´Äe^ø^oĘFFLąØNÚVJãĀŧ…×Ō°&Į˙Éíķz†¤WLÛZ'ˇR 7ĀTŌ6š"ČĀĀĀ$NÄ xĀŦGŧtøč"¸ęT%EUcJŋ=rU7ŽžŅWšk.œŽ|ë6Ģw”îC5Fßi՝ę]h[rķŨnwzzú]īz×k^ķš­[ˇjá)mŠŖA k­–ßš˙ūûķ7S‹wk,äĮüĮĢn%UUîĮVrsC ÃÂNĀá VM"íuc$ [°Ú^į8æ<ƒÎmÖáL)ž(|)‘+`Œu"VĐLKŸe!/P”ą‹ÃĀ7⚔åņo?˜ Nl8A€ą2\%` œ.$×öWēŌœƒņąŌxĄ÷žÛíNMMũôO˙ôŋøEm´3==ũŪ÷ž÷'~â'6mÚT–eu˛Ē]Ŧ’$™››k4Ífķ×~í×h5æ<Īâ'~'ĻūáÉà čïbÃHÃáđ†žÚa„ŪČņv"‡ ! ‚(AÚ¨ûąX”ZĒJ€PĮđ8ą!´bãņoŋzĐ,“*Đh0ú?Ŧ.bā2ĸõĮ8=jZøģ*Ĩ­ĢÛ¤iĒ×{Ú#ŽĒĩÚétF5í2ڏŽ-1Čĸ!”.c œ\ĩ˛§Āj"€hØECŖ"áxžú‰ÆRŠđŌMŒMË}”ũČJ6Xo‘;.X ‘'Čm ŒXƒX+au>×+fuGëûSŽåüĒ9‘áĐĶ ‡‡)ã´99L€ÉaŠãŪŦ­TĘ`ŧ~'b๸$)r;9ŊÅ –W$‰/{ÎÕÍø2"5ĀA"ŠŠË Ŗ+1ÆDÆÃ<úžĮtlĩZí…/|aģŨ^^^‘ĨĨĨ,Ë~ų—ųūčfggĢ.ŖEĪīē뮟ûšŸûÎwžĮq–e6mÚôÆ7žq´ĮŠŪ~ ëq?Á‚ -,`ŒˆĀ‰ņ`a‚E)ĢÉ`l0z||ä¯@a`|ÄFÖÔSgIméJÛlŽ,vĘÔ@ÔŦÃ{ô‹Ø¤cK{ŧÛo…ā,Œ‡–ˆūcÄ:Xx -!ĮŖčãP¯×¤+¯ŧ˛Õju:+++sss?ûŗ?ûWõW­Vk˙ūũ[ˇnÕ4eũíŽ;æææ^ũęWík_°iĶĻšššŗÎ:ë'ō'qJ.TgŖF`ÚtĘĘ°’Í +ē Äęĸ€Gü*ˆDL?G3Ā:_šLHkŽŅ€ÕzbDé4ē?Ļ°ČF:éëęƒpΘ ‚‘a ģÌf@Ž÷“MDxl$""ĸĮ VĢi„c0E‘$IŖŅh4!mSY]@čvģ­VËZ›įyˇÛk­ˆ,//¯÷ãؐôĒ1Ŧækč”Ŗ“áQĐKģā$8)+!˜ p|_aą‚rŪ=P ząÉS—ôá‘DŪĀ[xoƒˇ!ØŌ[_:lŪ†`LđVo0ōķŸā‡_ĩōøc"A˙ŪXļõÁ”@HâBZfƒûüĄ}y™§$IĒ Įq5é@Lđ֋)aDŒ ذڙCītž•N¤˛,wėØņģŋûģš¨B(Ëō¯˙ú¯/ģė˛Ÿ˙ųŸ˙Üį>ˇoßžB¯×ģõÖ[¯šæšˇŊím—^zéŋøŕ••ĸ(tîõškŽ9í´Ķt–vÔŠį€vÜp‘Í~ˆŦ&>ˆÎĩZoŦ7Ãō3ÃäqcŒLœ¸(r06+ĸîĀ­ôÃüBš¸ÔNk%|šĻ€ų"ŦŽR?Ž¯ÁØŌÚÂFŪD‚hu‘xX+‘D~B…hWSđõ=14C‡LY–›7ožúęĢ›ÍĻĩļßī×jĩkŽšæĖ3Īüõ_˙õÛnģmnnNËÁŨ}÷Ũģvízķ›ß|æ™g~ûÛßÖĢššš‰‰‰wŊë][ˇní÷ûQi˛¨+ŦE´FŦÆíŒč?g$1 Ŗ&įפžäyYxĀõr?×<(˛āb10Vƒ( ƒÜ 4ÃZĒüĀČNZ+ֈĩÚ(kxˆ÷ÇVyˆ$ZoĖį ""ĸG­Z­–$IQeYcŠĸ¨ÕjzƒŅĩlFŖĶéXk†fxčíuv†- Ä!„"¯—ŒÁø`ÅZ ­t 3,y ‚ĩĨV ¨ō,Žū5 ˜:mĢô–‚w閭Ķ›6Ų$ƒČ9Ā‹īH0(aũÜīûŪßtRžsîåδc7Q^ ŸGUS›‰-ƒ‰†ÍŌ‡q’0œÂÖ É=tŅĀOüÄO\sÍ5Ÿ˙üįķ<ã8MĶ{īŊ÷ũī˙ûß˙~ÍØĐĒŪû‚Ö§š˜˜čõzËËËŋûģŋ{á…h6›ē’@S*õûõ~|O6ƒā Dā‚#0đFK/Z+đ6¸€Č[ƒã͡đĨ‹BdLČL^˜<ŸE˛3š¸bę´ģ$KZée;Ή{™ã˛,“ZŗČķ.:î홆/´ņ†ąV``]€ģúqÜcŸāœ ­V @žįFã oxÃG>ō‘/}éKEQh/ņųųų?ūã?ū˙ã0ƈˆsN;âÔëõ^¯ VĢ%IōĻ7ŊéĮüĮąÚyŽĨĢ*NßÉÃāAü€ Œ5ÁÆj…šã!&ÄičÛnŌœŪrZTQÖÉZņôŦĀØܘž1™–Wĩļ€˜kä¸K;ŠĩbEŒąbDŒÕŦŅA¨ûéVw`Ž#Ņ`œƒhŒTÅF˜aIŊ<Ö_'7œ‰2™X?ŦĨnō`ģ)Ųq&ęͲ׃)Ü0H ‚[mĩQ…1ôŪÍa #°AāV›€Ė×íļ@8ÜÜh”Bs#9æ8,īf†ņA3ėĄ +ÆBPfe;Ųú˛ŊéĻīžS>ëÂÚūæ<Ēš… FLšZ<]Gi8<¤Å%L“˛hÕÄķÉO~ō-oyË_ūå_vģ]ũĄF8°zxÍķ\o9 fgg:Ôh4ūėĪūė­o}Ģˆt:VĢĨĨĢ4ˇōŒsĀÂ>ĖšjŖķ’0lõÛÕab×ŦÅ>úW¯ÍፅEáá0ÕN^Đ8Ŋ9=ųŨ…š42?øÔŗÛũĪŗ•iÛ V˛fŊeĩiČqlß@C2A`ƒ V×+XĢ:WŸ(ĢËãé1(˲ŲlčvģړÜZûÉO~ōį~îįŪķž÷¤išeY­V[XXĻŠļŊ‘zŊžeYŋßךrƒÁāĪūėĪ^õĒWéf'''uƒëũøÆĘ1Ū§võ8ŗæ6Įy| e6đĄoZĶgœŋĨ?Ķī,õ›ÍúÄĶlȃØZėQ#QÂDÍņáđYĢˆHĐJ’#ûIDã…qĸq!Á1AgĸlˆļqE!(“¸îË$ëGÆÔęM”˜[ęJjuy÷2haųŪ…ĨËЏĸÄĄžã´§M4Ÿâ)BĨ…Äĩ$)ō>CDtĸmĩÚhčB§fFEQ4Zdœ›˛ €5NB/Έ‡× ĶáūÆ [‡a¸ûxˆlÔŦ]|yMŦˇXW ʚĢÁ›x=:91Vĸ€ bĢ÷ŊvzŠšžŅ•nÎē˛,ĢuĮQéÉ#ß0DÃÚņĩÚ˙8ĀĀ@Š(Ŧc †ëXķëHŖS@†}Č€ņ!1M ÎŧüŧÅVšåŖÛs ÆG#MbĢû´°""!ˆqÎ#Áˆ;ū:>Ƙ‚ö:ūŖ?úŖWŧâW_}õį?˙yi­nĻĢČ5z „đ–ˇŧåg~ægž÷ŧįaĩ>$ÍĒÔđÆŠäX‹ackŒŽ´.|é­چ\`†W īuųĀ0ļwŦ¯$(ŒŗIŊ‚īv&]üü‰ôŌé3PëgŠą“&ƒŧŸ6ŌR+Ûįö%$Ĩˆ ÉM°V‚ &H$AB0‘õ1œã" Hār‘ĮĻ:՘D5XŽžúęüÁüã?ūãk¯Ŋv0čšn–eƃzöāôĶOöŗŸ}õÕWˇZ­ŅÕ<FcŊÜø°D$1Î:ˆf¤ ŧ3ŌëI¯i<ŠãŖˆ/BŖŅęv;nÖMNˇ&1`āŗyoŧ-ūŧ`uÅĀŖXnBŲØXS†2H0VÄ1ÖĀV™P…C8‰Ö'ˆÆˆÁ *´*Æęõąue–÷œiĮQ-ˑį>jųFTL4“īÍŨzëM߸îļN˙ūĖĪcZÍM­;ˇÎ4Ī9ëôg=õŒį4IgšÛé÷“(â*Z"ĸ“ƒÆ“duŨĒNuČÚy‡Õ<úãŋō ÖõíÚxÃpĀ זĀ˙ūä‘wxtˇVSt9äč#":Yh*Fėœ1ÖNtĢĘXĪ×5ãĢš‚ą’Ā'ũũŖ=ÕĶÉā‡Ė×(gąĀZëœ3F8‹ķDđŪ—e™$IģŨ~õĢ_}å•W>đĀW_}õ]wŨuÛmˇíÛˇO'X'''gggā~āōË/ŋęĒĢÎ=÷\EQÄq\Mŗ4@'FŒUŦãGGĶČ˙‡ß×x9˜:x@j’× ā!V‹æxˇŧē}a5ķŅ˜ŒÕ¯‘ĩÖkŦ]]7XŽĮ'ĀĢ_ũęüÁüæ7ŋųĪ˙üĪ_úŌ—îēëŽĒXëÄÄÄgœąsįÎË/ŋüûŋ˙û/žøâ~ŋ¯Y„DDWoŦ÷ƒÖŦĩ"0Æ'"9î<$öpüĮGŖ N€Ō¯Ŋë‡ŨS])k­vŊĶŗl#AŒ;2“ƒc‘h<đķ—h<tĨƒĩ&š}cg^z‘] Ø˙õÛžļįÁÛsßŨŊ|)i„¤%°}ī‹ÅÁåî÷ÜËÜĄ;ÅÁŗOŋ´m‰ėBÂjĄDDžŽØ‘žÖÚņÎ9Æ9č$Ļoīj žĒ&ÅÆÜč>cFŖ’tbÅq\u°uëÖ­[ˇūųŸ˙šˆôz=}ōõ3IW­˛ßĒnü­Ŧ92j”nŖŒģŖŅZdkÆ _ôNC­VëĒĢŽēęĒĢˆHQķķķF#MS‰UNŗfb)-ĮĘĪÉ#UO‹~”és¸Ū;u\tEŽÄ5ŪE_bĸqÆ8ŅZS§ŌZA ‘ (l4°é ŸīŊwß7ŽģáÃĨˇIÔnG&6…ī{ßį“Ú-3X™ŋīĀŽūˇ—:Ũ…ķĪzŪöŲ ķĨ`œƒˆhÃ; .ąôZ—s4tŌĢÂU`rŖŒß†9(§O(WÕā!„ĸ(tUxEē0ŧj‚ĨīWÍķ\Dâ8Öé²,š„\ū×8ĮF~FžO­#§cĐE‘1&I’mÛļyã~ŋ¯ãQ?Ūn<ŗJ˙šA[iƒžÄDcncė‰N2FŦ•0,D"0@„Ę8ŽEQvĸ¤pÉĘûoųö­Ÿ ÉkQĀš8‹(Å CŌčGM4JtúßģãŪ(ŽŨĖÄfcNę{7‰ˆhũé”GÕõ]¯ģt^rü=ėÂp^:ŌIF×_Woėa­9íxąAŦ rTsyëŊ_'•ŅgØZ[E5ÖЉWkmQQ­ÉNØč“ø'ÜčŗjŒqÎm q÷°Ēqˇqķ87„˛,ã8Žží,ËBš¤õåĒEũI’Ôëõę#!áG4z4Ü(ãqtÜŠ51"7<"3baŧ­’9$֗H’$ĪC)Ũ$ +ƒûīš˙Æ={ŋ=š#ôK\$qęŌēĩÎÛ(Ä5,waÉI„¸œ;xWķŠŗv\¸)Ū˛ŪˆˆNŒ5“§G~ODã`ÍōĪ;H9ģúYĢ ŧ ÍķXĶT\#Y–išĒ(Šœs÷}õD8ōŲ8™žŸ“éąŒ!-HÕī÷1ĩZ­Š;jÜz4š*Īķ8ŽœøÖt†mÃŊõ%æqhüņ×hŧĀVGOŅë[–!I’ Ĩą%lļw˙í÷íũ×(”%‚Æ@BÔ/Ęĸ lŪ _" /`LL9ŋr˙Ũģŋ;sū%Ŗ&Ÿ5ŠîēĢKätĪ7âū͚rU•ō>MĢö|Ŗėü’įš[5úķĒ“Ž(ĸHg`;NĢÕŌųV ZĀjŊĮ¸X“Tũ„o]:Y–iĸÍŪ¨B‰úOũ`mŠ3ZŽic'|Ŧ9‚<ė÷ČŨmĸS ãDãÂŦÁ œ₇Ā#˜ÁžC÷\žgbS˛”g&B’8Ø$Ī|Q†(ļõ†Û÷`154Æ [捉f)‡nģãú˟öī×ûQŅ p´iĶ ´ĐėČy^=ŌIithĩrŊwęx÷|to9BŸ Ŗ¨Ę˛PMĒjo€*¤áŊ!´Z-EQhۉjB–ëĮ4úîŨ(ãÆ'Áhá¸(ŠĒaeŒ&jTŌ{_Ŋ( r<Ŧ>G_ÖŅš¯2ŅØâÉŅ8k `ô6­5ģŨ^’Ö \‚Ũ÷Ũ11™ô˛,˛IQ™#˜ ŽŒôeŊŽ•%Ô“ÆĩÂį^:Îåũ|nyåĐtrz’$yž{īã86ÆčeŌz?r""zŽ6Ķąg@x ĸ“Ū†ÎģÚX{ģŅÆ*ÖÄ-´ÉD•ķą&ƒAŽ‡5z|Ųčī䍞˙'ĨŅ,FĄÖF?Į{Ø"x|Ą‰ÆĪ‡ˆÆ‡6ä¨B€ā\Ŧ­ŧ—2ËōrŖã- )$ÉaŒ‡ņú—ÆXgƒ[–^$¸XŒ)ÅŦ„Pxīu-ؚÖĩDDDDDDDDDDŅÆŽdŒŅ ‡ņX-d%ÁHp—ĨĩÎ{.ÛF82X¯kālˆc HéscÅE€…HĻÔ8GU }MoL"""""""""ĸ…qĸ1#Fƒå0ĨÈ÷âƒĩ6v65H[Íc“(˛0Ū 7Č-ÄFSA Hâ`lc`Ą„1q§š:ĒiG6Æ$"""""""""ÚXį #FėjnE°‹ŌÂ!ã bHlĖLouļ–gĻۅ-aD7ņ0°ąBnĨ4­úiĩ´E‘6-ԀGUĀŠˆˆˆˆˆˆˆˆˆh#bœƒhlˆöį0`( šÆšHLToŪ|zˇŗ ֈ1–ēØAZü pR÷EŗfvœyÚ3S×:2Ÿƒq"""""""""Ú¸į ;V`eĩņkmE\Vˆ‹;N?gvf[’T•Ēq5„Bbƒ1"Ą…lzĸvŪųį|B-„°&‡ƒũ9ˆˆˆˆˆˆˆˆˆhãŠÖ{ˆh• #0Vl€ĩ`##eâ­Öų[ÛĪ\^ÚßÍī4΋b‚nc€āaĨfeEŌHÎ8cÛų‚ Ū°ÖjbįĄĪâ0, 0č,ôVzÆ.Ž‚¤ĶõÍĶ[ÎÚ6ķ´§lģxķÔS­Ÿč÷B1ÎqTF´’—}hÅĒ€a`ES7†Q Œ×ÛY„``Ą*W%Uz {Ŋ=1į Ú´—†ˆˆˆ÷Ū{īœsHjņéO;ķÅgžöœCK>8wīĄÅŊ. ívģŗ’žũœ§lŋ ‘n•bÂwëe™ē`L˜rŊÍø2r8ČaŠĒT,’ĸ‚͚í0ĻÕÆL•"ÚŲ#<Š """"""""ĸGƒqĸ ĀZB!Œfu„ĻœkOƧOn;wĮæKzųJé3ęõ–5ŠņÍЋQ6"iSƒ ĀĘz?”qfX->ĀJ& ûĀŋÎķ ˆ1bˆ°b4÷ínŗŦĸ#Lę """""""":áį ڌ1Ū{Κ(ŠVĢW™"CFPglŌŽš–D@jëEŠŸÄ&ĩ.ą1–iĮ&ŒF%4ČQZsJƒ~ß0Ö ‚˜&, B€æŨ ›wđ€]-`õH ŒsmÆcŒˆĐ €(Šbga LYY‘įbMĮQdį–“¤VK›Ž‡"”e'c-`ũz?”qd˜x€ŧTųÁXĀãFûs„Õūpĸ›0Xí^ Œ60׸pŒsmÖZk­öį(Šĸ,K-`U–šˆxį\ŗŪ˛E–õ:ŲTkĒ Áį™DĨs.2&xB0ōG'AL0Ã~ãA0a˜1ėOŽq +°‚b-GB0Ŧgu¸ëøj,°bÃę ˆˆˆˆˆˆˆˆˆčDaĸ Ā{oŒŅnäÖÚ$Iĸ(ōž0Ö[į#_ƒ|00"iœˆ÷>˛É}Ų ˛Ûŗ.cōc !ōQ#2‰é—YQdq'qŖ ÖŲÄIi‹Ü”…•9›$qCŧE°IlˆŒ1išĘ°JUÅŽūGIQUŊ8h\īzxōPëŊ;D´VÃBY–úOũ†ˆÆ‡ŽĶ˛,ķ<ũ #ŖzēNDãCGĨ÷ž( ũ §O&? ":•QÅŠķpq7Ņ†&0Aķ Ŧ`X. €­Ę%YY-Äąö1įĐíŽAŖŅpÁôē™ Ō¨Mö{ƒØÖëQ=Jb/Ļđ堟—e–&5˜Ōk#į$vŪû^¯ãœƒÕžã€+æT9Žœ44¸¨%ã´vœÆĮîŪzīŊذ֞:D…Lĩžū„KˆÆŽS=E_ī}!ĸ‡§ÃĶ9WSOŸLÕŦEõü;įâ8>EĸŒsm`Ŗ%•ÄļĒ’Ĕ€FA‚6Á~D!ˆĄ´ˆ8‹8 Îų4*3IĢ,PtĐ/!€ŖvEF^xk}áËŦČ%ļqę‚ e1pQ ĀÚ¨’X0ÔąĄDQäŊ×bqQéĒą1„ Œģē:C—l`ĩjžįŖD´žŧ÷eYFQT­kãÅŅ¸Éķ\ hŽUY–:)ĀüHĸņĄũķtęąõ”Ē;O´!č8ÕĢQ§yžáuôÉJŸę‚NTŨFO‘įŸqĸJŒv~zí`-üšt °â°&VČ8ēÄĻžã#ƒĻ­÷{xāŽŪū{W˛%‰ÃTŒÄÚȁ/}Y„^™ģŪ÷˛——'w”›§6Ŗž¤š„ŧ˜¨°Ļ `a†Ÿą ĖxÕ;ĸc+ËR#úUפŒa=eŠ– ŽŽE]ī]#ĸĄjœę„iU‡ķ§DãCĮé‘Ģx<%+Uôą:'į %+ÕIoĩXPČĄúä¨ĻF¯;FۏÜį Ú¸LXíĄŒ‘|ũÆ0‘āxąq€ˆŗĨëtÂÁ{ûī^č05L5ã†) Ū&r6‰laĶhy%Ûߥ°er›‰"WˆøP'ÃV`V[Ä–uĢ65KĒéČq‹sh`c´ÛX5…ēŪģFDC:0GЧDchÍq_‡-Į)Ņø*­Ž­ZrŊwˆĢfØ+Ŧų¤YŗŦJ§5N ãD'c‚EÕo<XŅ26!?ÁûÉæTą”ėŲŊ˛įļEŋ”N$Ķ5=8ƒØ ‰a,<Ŧ‘ŪM7O?Đy`îžåvģŲœjŲVäL$p‚˛zÂe5ŌL`ccŠf$ĢēUúUÛ`ŒŅ¤“ŅŸœ:§2D㯧Ŗ“ųDcEôÕ?y0%CGRÅĄJ4VFOz™zõ$ķŪc$ÎĄáĨjrã¤7^“5DtüŒ gGĒRTs¸š˜ę–°&ŒŪ’† Ūúģŧˆ{īXļũMĶõzŲC°I!A`€DŌârĢÍ{ŪŗXŸŒˇc㤖‡>†•ÄV‹Š™’Īū†Ŗkôûj ļ6'_ī][ģŸēcZ5Žã<ĪĢvD4Ē…TÕ7ÖZī=Į)Ņø-†S-į %7Ŗ‹”uæŽĮSĸq3zÍ<æ'Ųh<ãa ržÜ¸ˆŒh3bÍ°÷øđ?ũīĄˇä4û#3FŠÂw—Ŋu[ÔCŽP`3ī2q™ˇĨļEP"‘&ō¤Ėĸåƒ=)!Ū:8#`!6h@Ą`<Ä0ŸƒˆˆˆˆˆˆˆˆčcœƒˆhČÚ¸”‹—¤_@ĮĀÖKīú›QŨ¸r?FĒTŲabs;ˆˆˆˆˆˆˆˆˆžœw#"1Iõé¨ŊšĸA'Ÿ÷.K›‘X+Ã|ŽÕ8G0ž9öÂR&+qSļė˜IZÖÆÁŖ‚LæČ0›ÃČcÜ7""""""""":Æ9ˆˆ@L.Ī¤S›2[ĪœjĖēž_ZÉŠĐƒfrTÉÖZkŅ-zåBŌ [Īœ™ŨåŌ띴ã?˛mæs=Q8īFD¤BaŊ°ėęØ˛#Úēcļ9Â•Ūr0… 3Læp€…3QXęLÚØrÆôYįn˛5 Š•nļ’ÖcąA VKWŲ*„ˆˆˆˆˆˆˆˆˆN¸hŊw€ˆh,#ÆI^ j.¯5’-ۑ†Ķ÷Ž,čzī^$‚Āk-œŨ|Úėôé-§5“češKm‰r؇ÜâVˇmĄĄŽÃÁ""""""""":1į " Ä.īË<ËBR›Âém´§ÛūîbîÁq}q œ5ëŖ8ķqoį%g7ˇ ú‚Î`erK3ô‹^¯—$ ķ?ĸ``™ ?0ilŧį>ŗmiĒ×t—zũūJäĐnÕf§§j›}ZlÂĀú¸uzkl=N Ļ€Xą%‚ã$$XžŠˆˆˆˆˆˆˆˆč„cœƒˆHY#€X+ÁģLL\dÅļžŨÕ|<šFęֈs&Ž\Ū+zbąšģat#!‚ €ĀĈķėŌADDDDDDDDôD`œƒˆhH˜1‚Ä6/ú‘AGÎBD|Yæ_Hak‰@ŗ40ģúĄš@Ē>°Vã """"""""zB0ÎADt˜Ŧļ ÍÉ0@”)á ī ÁĀŽö`ŖßDFėá~ãÆB؜ƒˆˆˆˆˆˆˆˆč‰Â8ŅŖÃK0ĸ?OŌ4”Ū{/ApÎ9yįiØá&ā,œF?˜pxķ,\EDDDDDDDDtÂ1ÎADŦ9ąUNF¯—Ŧ1°âáC†ˇ‡Ļ€ˆ,āXhƒ€sxƒDDDDDDDDDtĸ0ÎADt˜ā!IøpÖFÖDÆ8+bʁˇRđĈŰ-9 6X á0(XĀŠˆˆˆˆˆˆˆˆčcœƒˆh k%ĀX3,4eX)EDŧ +0"ãŦoM€fm&‚íÛLp@ øjãëũ興ˆˆˆˆˆˆˆN*Œs YkKīXŲ`CYŠ.˛ąĀˆˆ81€ąĄĖ:͉ēGŲé/ŲČ´&&ÜŌb'Žš Œ@J䀔=ɉˆˆˆˆˆˆˆˆN,Æ9ˆˆ†BIÛåũ\ʲæŌÔÕ#ã|ĀIæiĀÁĀ j4úŊĨ2”ĩ¨PŦ,͸8Š!”0` &Ŗųvĩ790Œs€Ŧx8GHę¨KŨ ēËŊ……Ĩ•nĪZ۞œžŨ<՞@mi9él;(Lˇô™ĩ>v(Ä3oƒˆˆˆˆˆˆˆˆčÉÁ8Ņ36ļŒņDÍēböäX˜Û;o‚ ÄZ:ûößŊdĸpîĶĪÜ´Í6ĻęƒB ú­F38éį™1uAXũ€ĩ Xķ8wŽˆˆˆˆˆˆˆˆˆãDDĢDā%2I—-áÁģû{īY,”ŌkEĻĮŠsÎ)$+Ëĸ@~įûûOŨ´ũŦ8™¨Eĩ:|B.>¸A,DCÉpÛ&Ŧ÷Ã#"""""""": 1ÎADF Ū7âfŒZIöÜ>˙í‡üJŌr›7O5Ë>˛ y^”.ŽilS3ˇxčžÛBŲ:ëÂFŖ9ŲĖ•Ö7[ÍAn;üOĀˆe1+""""""""ĸŽq"ĸ!ņĄVO}ėŲ{˙÷e+IÃL&h.îEl‘Fh$LT”(–}?íÖĻ••Ĩšû:­)ˇ­%ĩ:,"#°pA"ĀA‚6$˜ĪADDDDDDDDtâqq1‘˛‚ÄHš/›Åē~ŪlŽˇlŠ§}u¤JA?G–Aj‘›ŽĨ5 fęũÅüžģ÷zp%ví4j//õģĶ0b ÖČz?>""""""""ĸ“ãDD pQ<ÕYÄʜ,Ū“oˇg´{n€÷(,Š$5)J H3ĩ¤5˛Ĩrī}+ÆÛ~?Jk3'bK˜ &ƒ)r‹’Ą""""""""ĸŽq""eEbˇō84]Yŗš‹<´}¸wEá˛2Ęŧ ÚeÃąäbƒĩHŗžĪ3X“o, €‡ņ0ĨA9,ZÅVäDDDDDDDDD'ãDDC!Xė;0‡8.aJ@< fõĻ„ņ00pyŦDVloĨ—õá B@€ ‡ŖRõ$įG.Ņ ÆI7"ĸ!1ƒCK‹pļ„ąđ‚VcĻ„)`!(K8ˆ eŦBi!ĢĮƒn6@“<ˆˆˆˆˆˆˆˆˆč‹Ö{ˆˆÆˆ†:‚ Ĩ…Xxo‘ČŠŒ˜01Hø*WÃĨ†6X%WÖ­""""""""":Á¸ž˜ˆH/Āätۋ‡ķÆÁcø1iŒÄÎ'NŦ ° āQMԨՓ$ĩ!xkA°ŒV¯[Õ­Ï\""""""""ĸŒ“nDDJœ lŨ:YHWl/0€ °Qi]ˆO]ˆmpVP¸bB0ĄÕjÔjRZ ĀČCˇmFē|Ņ Ã8'ŪJ1=]č#˜Č‹…ą0āĸÎ["+QŧĀ¤đŽ(ãFėR„PX Yä """"""""ĸ' ãDD* L4ŖéŠdĮ3KŨ)ĖZØhĨIDAT}ü "`ŦfuŒĀŽ…•<ËŅimĒ?åŦmˆÔ“nŋsx“2ōËāŅ€q"ĸ!‘Hŋ9yÎÖ­O™ôŽÛ)… ÖÁZ1ČY(ēž× sŅDØ~æt{ŗ”E/īļZÕíY ‹U1ČADDDDDDDDôĈÖ{ˆˆÆƒ @čö—Öl:­^ fúŊ}+sķFL5<'Ö(mĄ,M/zĩŲ~Öäė.™ÄJ‘R$։ VFļ<ü>Ŧ÷ƒ$"""""""":Ų0ÎAD4”ÖĶîJŋ,–§ĩÍg6˛rķžúbļÜ eŌŪ†Xą&2HōƤl;{Ķö§4lŨr`ąÆtû=›ÄĒ„9#Á"bŲŒœˆˆˆˆˆˆˆˆčÄbœƒˆhUEZ(MĪöŌÉ斧ĩĶŠtå`v˙Ũ{ÃĀfƒ˛đ…1ˆŌ¤ŪŦšēĘÎmĶÛęI ?ČdÅY‹ā……ØÕæ&@€a[""""""""":qį "]îõĶz-ĒEũ~Ū+ŠZ­1ņ”¤5›l?Ģíû ¤( ‰Ö“Zq&Bî;+eaSX˛2ƒDV3x`­#€ ^ä """"""""z0ÎADb‰1>wyīm™FõČEŽŲ†uE(‚›ä’š2˜"Ī;^ŠČ8¸#€Á4¤aaJ@`´3G`¨ƒˆˆˆˆˆˆˆˆčÄbœƒN]F1Ą4ĐŽ .˜`` ŪØP¸EéÄEđœ >&#v؅VVgķƒ VāDŸs X#ֈ @0đÁˆĀ ū­ĢOģ p<Ąũ-šÍfîË"/œ3iZ3‚<ëåŪÔ]Í՝Ģ;kāJã SŠ/˛A§ŨnÅÖvģ+phˇ' æ[Í)XAĀĀŦ>!|`ŒsĐŠË,ĘŌ„,‚ii@€ÂÁG>‹‹,.|QÖ3?đ>ØP8a¨ã,{+°™ŗ……Ā tp@ė!ĨElÎûČ‚ … š … ÁIi‚ƒŌ”. ņÖ rĘ',ÎaRä1āāā āŒ1ą-%/a­  ``ęĩfY€4n uKĀN6& €čm`°„q""""""""ĸq:Ĩšo!FŒDŪ &xÄ#&ĄDOd&ÁÉÁë Ä@Œ1"V @°"VÄl0Æ 4Ģڀ‘, āl‡ÄĀk ŒĀi´ä‰¤y$GÜI ø‡yŦÆ-ÄņË0z3yĸŸz""""""""ĸSãt검Ņ‰õcāN‚ ƒ8ĀXą #ÖÄĨí8: r rNŸ7ūVŒxk Ožą.ØČ[ŒXąÖ=ôIÁŋŪŽˆˆˆˆˆˆˆˆˆÆãtJĶ†o†Aįëá­qÁvuŒX'ÖX–:ē‹*ëeØ B ÆXˆŅp…‘`‚ĀjĀ°6ˆvķ°€kÅƍ'Yo­ĻS„a€dŊ$ÎÚŌŠn˜Ō!b$8`.X,$öpŪDŪhJgŲ7đZŖÉ ŦĀ‰ĩ7,Û4ŒXxŧ…˜`Ŧb!& ƒ0#08Üŧ[ˇLx,ûDDDDDDDDDD'5æsĐŠM, V€`Å XHäMT8  ÅëŊ§ãO Â0iĐ(…ĀđÃöŨŧÍęĐūäšĨá-ŧąŪĀZX6Āˆ-íj¨Ã<´åį SšX1V F‚ ^‚Āâ—[׋LˆĨÛÄ0ųé‘ŦhÛp1.Xhí)Ŧ6įĐŦ*‰ ÁØŌB˙ˁČ!’aFˆœ {ƒ=,Æ9čÔ ŧ1bl0|°°°€ c’K:(s˛Ø5ņÆ˛ÔÛ1h>‡˜ĀŠÕ|`øu؁`œĀĀÄx +… …šd†é Ģy6ĢŲ6|ū‰ˆˆˆˆˆˆˆˆč!8iH§.1Z+Éx oPēPÚPØPZ$öūååöé;”å> Ø4SÔj™;t<‚Õf5ŧ ”Alųꍴ×YļE‘I|0žˆl(Cž‡<$fīâ!4ĶÜĸ´VŒ…X+֊ְzHģ""""""""""Å|:…‰Xí›-&x H°€|ĀėļĶˇOÖņÜËāŽîĶŠA [a‡*deØĢÃFÎ[ˆ5qė&uÔęiY¤E9ålßĸ#Q‹l­‹CnB k1ÍčW°"""""""""ĸ#1ÎA§41ļ ]h‹lq‚Ĩ•^Ũų¨^ˇ­:$Ā›Ė›^QØÄ­÷./͡&h†FŒõƖđžČQæĄô \RzĶë6˛Ü8h“8VV099ãá|0֏lœŲgDDDDDDDDDôpį Sk m—ŒM’Z˛˜õŦ €€¨—ÆI­ Åzīī8 ÃP4Ča €Hd}đP”rgCˆ‹âŦ֔x&jÕĸŠŌÛnĪåyp%Ę`´Ĩ‡ šé """"""""ĸ#0ÎA§4#ƉĩA @ĐÆąái€‰Ŋ '>X8é˜a„cøM0ÚėŨšØ˜`’šąÆûZœli´¯<˙‚ËĶvîLl‹ķg§6ÁÄÁģšˆˆˆˆˆˆˆˆˆˆˆ6*Æ9ˆˆˆˆˆˆˆˆˆˆˆhŖbœƒˆˆˆˆˆˆˆˆˆˆˆ6*Æ9ˆˆˆˆˆˆˆˆˆˆˆhŖbœƒˆˆˆˆˆˆˆˆˆˆˆ6*Æ9ˆˆˆˆˆˆˆˆˆˆˆhŖbœƒˆˆˆˆˆˆˆˆˆˆˆ6*Æ9ˆˆˆˆˆˆˆˆˆˆˆhŖbœƒˆˆˆˆˆˆˆˆˆˆˆ6*Æ9ˆˆˆˆˆˆˆˆˆˆˆhŖbœƒˆˆˆˆˆˆˆˆˆˆˆ6*Æ9ˆˆˆˆˆˆˆˆˆˆˆhŖbœƒˆˆˆˆˆˆˆˆˆˆˆ6*Æ9ˆˆˆˆˆˆˆˆˆˆˆhŖ:ã!„‚~ŋ˛˛ Ë2ī}žįŧ÷ƒ9Æv˛,ĶoôOÖ܅Ū@DzŊ^u_EQŦųÛŅۇŧ÷eY†ʲŦv#ĪķN§SŨL÷sô¯ŽŊŸDDDDDDDDDDD'ĢS1Îa­ĩÖÎĪĪįyŪnˇīģīž4MsEQ”eiŒ !8įք"ŽäœĢž !h #Īķnˇk­Í˛,MSī}ŖŅĐëõÚívĮŨn@šĻ‡ÂjlC#"ÖZcLEÖÚ(Šôf’$iĩZ! ™ˆˆF8ŦĩúÕŗŪO*Ņ:ˆÖ{ÖA§Ķ ›6męt:ûØĮnēéĻûīŋ˙ūûīŋęĒĢÎ=÷ÜË.ģlįΝ¨8Fü@Dĸ(ōŪk´CDŧ÷Q%I’$ÉŊ÷ŪûÕ¯~õk_ûÚŌŌR!ŠĸĢŽēęŠ+Ž¸ā‚ šÍæĄC‡Æėė,kíōōōÄÄD¯×+ŠbrrrĪž=_ūō—˙ß˙û‡š™™‰ãøŌK/}Å+^1;;Ûjĩ8įōōw÷wŊ^ojjjeeerrōžûî;ũôĶ—––^ųĘWžõ­oÕŦŽŖũšF8Šĸ°Öj>‡1Æ#"ûØĮ>öą%IrčĐĄZ­Öív7oŪœeŲæ͛Ī?˙üŸũŲŸm6›EQhnGŗŲP–ĨsÎķņüo˙öo“$°wīŪ™™é÷û­VëŠ+ŽxûÛߎĄ—<Īszŋ9Ú1??_–e’$eYŠˆsÎ{ĪÔeŒqÎMMMé…1faaAĶžÖ{׈hHDFŗŲŦBīsssΚSöøN4†Ddrr2ŽcÆ-IĘķ.ĸq355E‘ˆcƒAˇÛåÁ”hÜLOO뉮ˆ ƒ^¯§ķ0ëŊ_D4EQģŨŽ…w:~ŋEQÕA€€–5*Ë2MĶ<Ī­ĩ›6mŌs°ĮŗŲS.!@{i|ôŖũČG>rß}÷Õj5-åŊoˇÛËËËEQüĶ?ũĶo˙öo;į´=ÆÃZ3>ĩxTŋßĪ{ŪķŲĪ~ļ(ŠŨģwˇÛm;vėčvģũ~˙Ö[oũô§?ũ|@ĮY–i¤ĀŒ1ŸûÜįŪķž÷ŦŦŦėŲŗ§(Š-[ļhI+į\ˇÛŊņÆ˙į˙üŸ ’$Ņ }8<¨ŅŠé”Ģ[UÅ-ˇÜōŪ÷žwÛļmI’<īyĪ{ųË_žsįÎ^¯×ívßķž÷ÜrË-Ūû¯}ík×]wŨ•W^y´íh|IŖOÕoēéĻĪ|æ3û÷ī߲eˏüȏüđ˙đ\ā–[nųüį?íĩ×cžøÅ/ÎÎΞöĩ¯‘Z­–eYaûöí_ûÚ×ūāū (Š§?ũé[ļlyõĢ_}ņŸíļÛžôĨ/}å+_ŲŊ{÷ÜÜÜå—_ūâŋ¸ēĶĒų1ROˆˆˆˆˆˆˆˆˆˆˆNV§\>G­V{˙ûߟĻéîŨģĪ9įœwŧãgu–ũ˜˜˜ø¯˙õŋ^rÉ%Ú?ã—ų—‘,Ŗq-WĨÁ†C‡}úĶŸŽĸ¨Õj=ãĪøĪ˙ų??íiOëvģKKK\pÁOũÔOŊøÅ/Îķ|~~ūŗŸũŦ÷žVĢåyžĻŠĩVDŪ˙ū÷ONN6›Myį;ßyņůŦŦxúĶŸū“?ų“/zŅ‹œs[ˇnũĖg>ŗgĪž5Ų$Lū""""""""""ĸSĶ)į¸ņÆīžûîzŊŪnˇßöļˇ¨Š#įyāg~ægęõēĩöÜsĪũøĮ?~´íčŸh€Aŋ?tčĐŽ]ģá"˛¸¸øāƒęâôK.šDUÅ9Ē[>ûŲĪÖ ÁÁƒ8°æ¨Y]šjxC큊ĸˆãø™Ī|fuX}ĩĒ-ë?8077§?\\\ÜŊ{wĮyž?īyĪĶ:ZŖĢôMõ!ŦŦŦėßŋß{˙°w1 DDß.XŊ–>’s.MSÍPqΕe9 øšCkčŧĖčCDxI4VtœŽū„ã”hÜŦ§ŖåO‰hLŦɆg<’h ­§ēô“ã”hüņŧ—Ö¨âÕĖö Ųl´Ūë ¤ĮŧŅlŠųųy­%U–Ĩļ÷ŪGQT%@hl`ff&Š"}Æ÷íÛˇcĮŽjũVŸú5“ŋsssËËËΚ^¯wÖYgeYVĢÕÖd:‹ČÄĄŪQĮķķķyž'I˛´´ I’………M›6åyĮąQxīĩÉöíÛõŪƒÁÎ>ûėŅĢ!ŦÆ]Ēû=Ú!?˲fŗš´´”e™sŽŅh ƒ,ËĒû%Âęû'„P]éiˆ•ĨĢˆÆĮÎS–˜#CÕ8Õå,§Dc¨§xčŠT"kÎ{1˛Z|ŊwˆĢ*ĐTs§§´F5ĩXeüšŌú18i'ĩĢ ČX]ŲĒY(Ërrr˛ 'VObUģIįũ“$9xđāšŧŠŅ˜V´‹‹‹"’$I¯×›™™é÷û8"Đ „Đh4ēŨîÄÄÄÁƒõ%!­VKŗ:´á‘ĒrĢÆqĖK>ĸąrä8MĶtô'D´îŒ1Õ9žÎÎ$IÂÅ%DãFGĨŽ3ŗÖęņ”KP‰Æ‡Oą:NĩL…. ]ī]#ĸĄŅ)J-õ¯įŊŧ>ĨQI’TߟĀÕ'ųõÕhF…ĩļĶéäyŽÃlM+M­¨~899yđāAŅ,j GģŖnˇ›ĻŠ1ĻVĢéĩ+-3ĨQŅ0Æôôôž}û˛,›ŸŸ×›-..†zŊŪÄĄ.ʲŦŽâúq0==ŨétŦĩGÁjÔKDFہŦŦŦ|á _øž°ŧŧŦ*Gzá _øüį?ff@¯×sÎĩZ-œ¸D!:9Ŧy?DQ4šÕDDcbtHę.IŽSĸņ1:õėŽ{DãĻĒxŦPqëhåü)ŅX­ũX54å8%Õ<¤ŽV,ÕŖęzī‘*ã§Ē[Å8ĮąTÕĨ0RcĒßīkäŖŅhTŠŽU"E•Í YšßeŲšmbuí@ĩ‚ ,Ë<ĪkĩZ¯×ĶŪæŖ ôŦĩŖ%#ëõzšĻŊ^¯( ũ•Ö#ŗÖjŒ@Y–qkSôę¯ôĢvīȲl´~Yĩ‘$IŌ4MĶTD´÷ÆŅō3xāęáhŒ„IdtŅLLŊ÷,ËtƒzÍGŅ;Õũét:ĶĶĶŪûc„Lã8^\\œžžÖČJõp85FŖô§*xZ•Sãzĸņ1ZgCÚ_ŠKfˆÆ‡Ļęb¤uĒŽ_áņ”h|”eŠÉúÕęąŅ^ĮD4˛,Ģ×ëkʸsƒhŦčÂnĨ˙,ËR—’¯÷ŽŅí0ĒŊ¨ĩ”Ņãt2Į9Ē!¤Ī1FÛn/..NLLEŅl6Ôëõ,Ë4Š€÷~rr˛ßīƒBŊ^×LĢ*ßJˇY W­=U¯×ķ<ãxnnN¸ÍfSkLéfhmĢÅÅEm0ŪjĩôWQÍĖĖ,,,$Iĸ!ÕöuŽJc-I’ĖÍÍé6h€DۊčY¸VЊĸ¨ÕjũüĪ˙üĢ_ũęíÛˇ­?ĮÁƒ[­Öƒ>("ĶĶĶŊ^ĢĄõ~ŨhŒhËņvģ­qø(ŠzŊNDcÅ“$IŊ^×iSkmˇÛ-ēHDë.„011Q­†)ŠBë‹ōJ4>Ēy™˛,­ĩ:N­ĩ\-N4>´î…ŽSmŗ: ¸h€hŦh$RįQ ƒÁ`Ā~W´FÕĸVĢåyŽSëÕâ°ĮėdžÔ>2Îąyķf WdY–įyÕå[ÃZčt:“““ŨnWOpgggąšY­îYŖē™n5ÁĢ”U‡ Ŋ¯^¯§[ĶNÚíļ1&„EQ§ĶŅM)}É­ĩē‡Ũn×㜛œœÔŊ­âēqÍAŠ×ë­VKs>ŽĻŨnwģŨÁ`099éŊ_^^Žĸ(I&#RÕŠĘžjî!O%‰Æ‡°Ú@æDcEKĄj÷5ŊđĶĒ§ëŊ_Dt˜æ1ëŲ¯1F‹úrR†hŦč1Ģק"’įšÎĨŦ÷ŽŅáíŌ‘įšNąŽ÷ŽŅņĢtq‰ž=˙›äd>T§Ēšra­Ũŧyŗ÷~vvvqqņĐĄCSSS4ąC˙D+Gi5§8Žˇoß>ڒn´V#(QÍÎÎ6 ^Ü{īŊ\pffT}ÅĩŠøŌŌ’ĩ6Žã,Ëļoß^…ˆœyæ™ũ~zzzqqq~~~vvV_é*ÅDC,‡ŌōA"˛cĮŊkũøĐŸ8Ž1ūŌÉōōōôôôÃ>9ũ~ŋÛíNMM5••ÍŅ]]ī׍ÆK•?¤˙Ô3KŸˆÆGUˇJ¯÷°Ú΋ņHĸņQU:ÕęÁ”ã”h܌64ŽŽĢÃ+­ģę`Z]ĨVŗ=ëŊkD4¤ågF˙Éy$:’Îxk„cM ûņ8™ãzĀĶkHMCž˜˜˜˜˜EŅ7ŋųÍWŋúÕĒô M™ŠÕj_ûÚׄ’$ŲļmFVËŽ–Õ P¯×ˇlŲ˛{÷îZ­và 7hœ#MSíÉ@Ķ,nžųf‘4›ÍŗĪ>[× %I255ÕëõŦĩ7Ūxãyį§ģ¤9úũ~ŖŅ¸ņÆEDËmvÚiz-u•ĻŠvûĐâœĶ…H333G{rF§Ķ)˲ĶédYÖl6ã8Ö|‘õ~ŨhŧhZ’Ž9ÕÎ4lqL4Vt8FgŦ'N4nĒŪãUĄQī=‡*Ņ¸ŅQŠgŋeYę˜å8%Zč?Š"­1 §:ķŗŪģFDCZÄ9WÍ&qœŌ‘ôũ įZUēO5ū˜ĖqŽ*Q­cžųĖg~ũë_ãøÚk¯ũąû1ÚÄģę´ āßø†fÍ<å)OŠĒK=ŲÕH†1æüķĪ˙Ū÷ž7 žûŨīЀ V[—ëëtà 7xīķ+Īs-Ĩ‡yŊx‘ŅÚYûäEĄĩĒtŽlee…Ÿ;´FSÍaĒĘ,Ņ88rI8Į)Ņ¸ŠŽ§xhOŽSĸņąfęÁ”×GDcĨē8­ĻaŲG‡hÜhÅ~ũ^3ëYĪ:ãŒ3îšįįÜŽ]ģÎ9įœ~ŋ?55UŊĀ×_ũ<`Œ™™™šôŌKąÚ™CŖ, ¨ ƒ(Šĸ(Ō5Gû‰ĸ¨Ņhxīįææĸ(ŌnälĩGk™ĒB¨"D44Ķ#kôŸ<$ēRiôčŠĮSύĒfõž÷]!^-čŅŌkŽ°D´žĒqZũ“õZéHUâėh™ĮŪåŪųÎwŽ÷C{BŒ­ŌoĒUŽQŨyįģwī^YYÉķ|ĶĻMívÛĶét>õŠOũíßūíÁƒ§ĻĻ~äG~ä˛Ë.˲L Li á7~ã7>úŅ~îsŸû‡ø‡ũŅÕßjËņ$IĻ§§o¸á†N§ŗ˙ūÂgœQ¯×5ōą}ė“Ÿüäũ÷ßŋe˖×ŧæ5įŸ~šĻÕ°_ZZÚ˛eË]wŨuāĀšššÅÅÅg=ëYēô/„đ˙øúЇ<¸iĶĻŸų™ŸŲļm›ö -Å^=ŪĒųų#.æ eY6 cŒnŠë•h }Û×jĩ*ĩh0Œąˆh$I’$IuîØívyąG4nŌ4­ÎĐ4•'"5›ˆNk­^ģéšnY–ZQaŊ÷‹ˆ‘Z­ĻãTDʲÔ6ëŊ_Dt˜žŅķ^Éķ\‹ös]5­QXŌå_:Aũ8OŊNÚ|Žc¸üōËįįį?ņ‰OÜyįKKKģvíj4ĩZíūûī_^^žŸŸo6›/}éKø‡¸ęrÕ QahKŦöŪHĶT3'ž˙üįß|ķÍ˙ō/˙rË-ˇŧī}īûęWŋÚnˇûũū`0˜ŸŸŋīžû&''_đ‚|ß÷}ŸvīАfĮ“““—\r‰Æ9î¸ãŽÁ`đī|'I’ĸ(<¸°°$ÉΝ;gffžųĖgNMMîŅ)ëTŒsĖÎΞä%/)ËōË_ūōūũûīšįÍvÔN§vڋ^ôĸ—ŊėeŠĐX‚Æ{ŊŪ`0čt:iš...˜˜˜¨cäyBxŨë^ˇyķæ$Iîŋ˙ūŊ{÷.,,EŅī÷{ŊŪ\pÕUWŊôĨ/Ũ˛e V“0œs,iĩZ¯|å+Ŗ(úęWŋē{÷î{îšĮZÛl6­ĩšâŠ+ŪôĻ7ö¯RU˜üEDDDDDDDDDD§ĻS.ÎąŧŧÜjĩ6oŪüÆ7žņōË/˙ęWŋúī|įāÁƒY–{îšguÖĨ—^úÜį>@ˇÛ­Õj˙¨×ëŌ4Ũļm۞={ēŨîi§Öív†6îŽú§iúŠWŧâ™Ī|æŽ]ģvíÚõāƒ6›ÍĶO?ũ™Ī|æĨ—^zņÅW-=ĒœhMé÷ûĶĶĶ¯}ík/ģė˛o|ãģvíęt:ŨnwjjęĮüĮ¯ēęĒŗĪ>[˙DĶyĒŽ[UAĄõ~j‰ˆˆˆˆˆˆˆˆˆˆžlæŦB(ËRÃŖzŊ^ŖŅĐoŒ1ÛPyž{īëõúââbŖŅH’¤Ķéh“ ũm¯×ĢÕjqkiH-YĢÕôZ*]˙™į9VģˆW=ÃŦŦŦ´Z­ĒišĩVŒ~$Mõˆĸč1Ä9æįįõyĐöãUA´õ~}hŒhDmjjĒ §-,,”eÉ÷ Ņø‘FŖŅl6Ģž]sssΚSđøN4ļDdrrR—ļcō<īt:<ī"7SSSZ@\›Ōuģ]L‰ÆÍôô´žčŠČ`0ĐŲUĸņEQģŨÖ+Sét:ũ~?Š"]ķM¤´DY–išæyn­Ũ´iĶãī|Ęåsh*í×Ē“û!„••k­9¤iĒ2˲BŊ^O’DœÚŖ,ËVĢÕī÷hˇēĒgÆÂÂÂää¤F/Šĸ°Ö:įšÍ&īŊf‡č-CĩZ-„ 3SívĢ ?4Äĸ¯Ž~ßív˲l6›ŖuĢB9ČADDDDDDDDDDt8åâĀP…ūĶZ;99YŨ`aaazzĀ`0¨2DDƒKēOƒ qk0CC !„ƒjī ũ§ĩÖŖá m"_Ĩeôz=į\šĻÖÚĸ(ŠĸĐûĒĸXŊ^O„ôû}cL)Š–Ōë6Ģ6éDDDDDDDDDDD§ S.ÎĄĩ4ÆĀ{ŸįšF,[­–94đ ą í4^…(4#D˙VfhŠFŋß߲e‹n\Ã'˙ДŽj4PĄš#U- W,--iMcĖÄĄfœh>‡Ö§jhEŋ×,õ~j‰ˆˆˆˆˆˆˆˆˆˆžlvŊw`$IRœsõz]ãZUŽmôĮą~ŖĒÛh6FU‡JS.F7nŒ9˛ĸTEÕ F˙€Ļ•T2 qέIŨŨōcrEĄģšįšæ…cF&Ņ7vˇÛÕĄĻ(­÷~ŅaúyŽ•h=C?%+qk&Ž1FŠEQ°î(ŅXŅ։´ya!˲*ŋŸˆÆÆĐoŦĩY–•eÉ*DcE‹kŠGŌZ8ëŊ_4^´ú‘ĩVûXGQtBšŗ_Ķ)Ē×ëE‘įš6~Ņė΋ŅÆíŖą´^¯W¯×įįįųV!UĀ^¯ņtœîßŋ4•ˆÖWšĻEQLOOWkJō33ķŽwŊKĢ#Ņ˜(ŠâŖũčį>÷9]ÚvéĨ—ūüĪ˙ŧvb#ĸ1ąŧŧüŪ÷ž÷Æoėõzišžä%/yũë_Ī|ĸąŌét~é—~Š^¯wģŨ,Ë^÷ē×ũčūhžįjŒˆN”ī~÷ģī~÷ģ—––LLLüû˙īŸûÜįb¤:VÛN!T-¨˙¤4ßd§´5o 9hÂÂÂÂŋũÛŋ ƒĸ(öíÛˇŪ{DDkyī÷ėŲķī|geeebbb˙ūũ r›<ĪīžûîoûÛZõtĶĻM­VkŊwŠˆ"Šĸ›nēéÖ[ouΉČÅ_Ė Ņ¸iĩZßũîw­ĩ+++yžŋėe/Ā ŅXi6›˙ō/˙’eYajję ox#t¤Ņž'đ¡Ú)ĒjąPõ3gŨ*:’sÎĶét´dŪōō˛Æa‹ĸņĄ—vũ~?„įyˇÛP[.fŗ)"EQDQ4 t„ōxJ4>Æ`0Đ…Ŋ^oyy€ÖRXī]#ĸ!cLŋßoˇÛÍfŗŨn§iē˛˛’$ gQ‰Æ‡žînŲ˛%˲åå啕yžŗŽ22ĢˆHuēõ8į1x08EųųbŒá‡­B0ÆÔjĩFŖQ¯×ķtŊC¯×ë÷ûÚŧ @ŗŲä8%šYÅÜÜ\u™§GÕõŪ5"ŠĸhbbbīŪŊŒãxeeE/ļ9N‰Æ‡ĩ6I’ĸ(Ō4-ŠbeeĨ( ī=ķ9ˆÆ‡–ĐöãĶĶĶq‹ČōōrģŨ^ī]Ŗ1˛&D­3ŌėĪAŅčûI×ė3ÎAGōŪ‹H’$ú5Žãĸ(đ¸ķȈčÄJ’¤VĢYkŊ÷zÉë=ĸqcŒŅęUF#MĶÁ` “5ëŊ_D4¤íčtų×ÔÔTĢÕâõŅ¸ ! ƒ‚fuXkkĩZ×§DãŖ( mDWEŋß_ZZ2ÆLNNŽ÷~ŅØŠĘUV¯zœ)z<ŦĩU—ĸQΚ<Īõ=ĄLĶtŊwŠˆÖŌËŧ^¯ĮqY–Æ9ˆÆMģŨÖüũÁ`ĐívkĩƒDcĨVĢcŌ4uÎu:]ÜŖgÂD4&ŧ÷­VKŗ$Ģ´H9ˆÆŠĩ6„ H]/ËNWô°Œ1Ռ´~˙øëōx@DGĨ+ÚBÎ9-W5ÚˆˆÆ„ĩVDŌ45Æh™Ë,ËÖ{§ˆč°nˇģ˛˛bŒ™˜˜hĩZZ_Žßī¯÷~Ņa"ĸ‘H=ÖŦûO4VŦĩŨnW§Ã´6Îzī­Ĩeåt*Š×ëéQuŊwŠN<*ŅQéĸ6­y*"eY:įxˆ"7ÚGĮS–ĨŽkcscĸąŌl65Ũ*˲N§Ŗã´ęrLDã@gNuŨ@ĮįĐŦ"Κ,Ëęõz­VEQĄ,ËõŪ/":LÐõz]Īuõʔų‘ôä`] ":*íWŸ$‰†7ʲäÅŅ¸ !čP­×ëU9Kæ]Ņŧl­*ÎbâDc¨^¯EĄsĻē˛GįR‰h|č‘TKA:įôØēŪ;ED‡é2YīŊ6Ö8ëĩŌ“ƒĮ":* oXkįįįĩā‹áĄ$IŒ1 KKKzíĮ:DcEKTct Õ9×ív×{§ˆč!ēŨnURDB,.G4nŧ÷õz]ģ‘;į˜ĖA4†VVVZ­VQY–U'Ŋ\‡GOæsŅą<å)Oyå+_š´´T¯×sŗŗŗëŊGDôÖڋ.ēč5¯yM–eÖÚFŖÁEmDãĻ^¯_yå•ívÛ{_ÅųįŸĪEmDcčE/zŅSŸúTį\E;wîôŪ—eŠŦˆh„~ø‡¸Ņh ƒZ­vÁcúũ>KAŲŲŲ×Ŋîuyž[kã8>ũôĶ ŽSz†ÔˆčhƒæęÚđ,ËŌ4íõzFcŊwˆ†úũ~EQi… Ŋęët:­VkŊwˆĶ&:zTՙS­ëŊ_Dt˜f\ĨięŊ¯ŦD4V<8333 Ō4e3ŅxĘķ<˲Z­fŒárz21ÎADLįLĩ˜¸ˆđĒh|TCRcEQ° 9Ņ¸ņŪWs1!íՁÕD4Ö@CEQ¤iēŪûED‡UKōõDĮí¤§D'™ņ§DÄqJ4ūÆœęš9ũū/<‰NJã?N‰N Æ9ˆ6€Á` ‡ĨĒjđņZôLŽZ´‚ÕōũÕ zŊ€˛,'&&v ũ~ßZ›$IžįÕč1Ē˙?lëŽcôķđŪëãĒ~ĸįÜč))Ņ†p˛ŽSĸ“ÉF§D§2ŽSĸņˇAĮŠNņ¤—Ntœ=Œsmöą]sÍ5Y–Õjĩĸ(Ō4=ZžáÖ­[Ī;īŧË.ģė‚ .Ø˛eËčíW~åWnŊõÖÁ`pÎ9įüÎīüÎäää1îTCîËËËüo˙íŋÍĪĪ7ûą{ũë_´? wß}÷wŪŲnˇ/šä’™™™Gė7U5čõzwß}÷=÷Üsú駟sÎ9ĶĶĶ)ã8 jĩÚzŋDĮrSĸ“ÆF§D§2ŽSĸņˇ!Æéh•ĒåååÅÅÅ8Ž'''G› Ä6Ä8%:8ŠA´1´Ûí<Īŗ,K’$I-­¨ŋŌķļŅlÜ}ûöÍÍÍíÚĩĢŅhŧõ­oŊęĒĢ´ßT–e¯zÕĢžķīc8pĮw\|ņÅUc¨#i€abbâŸøDY–qEņō—ŋ<˲8ŽĢÃ^Y–í/ŠĸVĢŊûŨīžīžû.ēčĸø¨ĸŪ{k­1Ļ:×ŦZncôfFã˙đ;ÎĶžö´ßøß "qkƒ4ū6ô8Ͳ,MSũĒR…f~xīīŋ˙ūú§ēûîģŗ,{ā&&&Î8ãŒ3Ī<ķ oxÃÄÄD¯×3ÆÔëõN§ĶjĩÖûu :–ą§yžƒvģmŒŅpūM7Ũtũõ×ßpà ÖÚŨģwoÛļm˖-O}ęS˙ŨŋûwSSSƒˆh)-GeYŋߟššēũöÛ¯ŋūúģîēëÆol4Ûˇoßšsį _ø;wVĩöīßŋuëÖõ~ˆÁXSŦNŲhIՅ……o}ë[×^{íūũû{Ŋ^ĮÍfsĮŽ/~ņ‹¯¸â ŊåââĸXī}–eF#„°ŧŧĖqJ'“q§ēJ}ôšQĪ~įįįgggŧ÷ŊīũĖg>sæ™gūâ/ūâŗžõ,)ŠBŽžĸ(ēŨ.Į)LÆjœęđŅ3ŪWŋúÕ+++ív{0­Ž–ˆŧũíoŋâŠ+šÍfõCž÷Ōą1ÎA´čRë4MÛívŋßīvģívģ( ŗJDôŌĢjŗfŒYXXhĩZđįųK_úRišžsÎ9›6mšŸŸ ģvíēė˛ËôĐuėøÖˇž5 B—^zišĻzHĶSCUb’$ˇŨvÛŪŊ{5¤Ā9§ÍŦFī%„āœķŪĮqŦûŦŧīžû–––ĒŒHĸeŖSŊŊÆED$ĪsũIžįŋõ[ŋõ/˙ō/›7oîvģŊ^oķæÍyžī{ß{ā>đüÂ/üÂßøFŊ^Asã6NõšS›4îÛˇīã˙øį>÷šÉÉÉ(Šŧ÷FãŽ;îX\\ŧũöÛ?úŅžūõ¯ÕĢ^5==]–ĨĻBęU_’$iš~øÃūøĮ?>99š{÷î;wŪ~ûíũ~˙ĀŸūô§_ųĘWžéMoZ^^n4[ˇnÕģ[ī—‚č¨Æmœzī“$9tčĐėėėõ×_˙ņ÷Ū{īöíÛįįįã8^\\,Šĸ×ë}ūķŸŋčĸ‹Ūöļˇ]xá…SSS ĶĶĶΚ4MCĻĻĻ8Né¤1nã4„ Ž‚%Ŗ(ŌdåŲŲŲÂg?ûŲĪ}îs›7ožũöÛ7mÚĀ“$‰Ū—v…Œã˜ã”N&ã6NõJĶ{ŋoßž(Š&&&ôŪÖęC ÍUAŽ~ŋŸŽâ8ĨŖaœƒhĐĻÜKKK—~Æ3žņöˇŋ}vv6ĪscŒNVzīĩ=”÷ū›ßüæĩ×^{įwÎÍÍc>đŧčE/ŠĸČ9ˇyķæķĪ?˙[ßúVQ×_ũĪũÜĪãā¤s ŧũöÛkĩZžįW\qE­V˲LˇV͜ŠH¯×k6›×^{íââbŗŲԝI’ÄZ›įyĩÍĒVžĖĒĐŊ{÷^sÍ5ËËËŖązĸ dŖSŊMÕ)G˙yīŊ÷žãī¨ÕjšŨßl6Æôôô=÷ÜŖ¨^¯üãߡoß/ũŌ/ąŋq§"˛¸¸8==ŊgĪž?ũĶ?ŊûîģķđvģŊwīŪ͛7÷z=- ßīˇZ­zŊŽWŠ§t2ˇqĒŋÕUw‹‹‹úũÔÔÔŅZ†čę:īũ`0h6›Ú§tLŒsm URaˇÛ=tčĐÄÄFhĐ(Š~éK_úĖg>ķOūäOîŧķÎ^¯×ī÷?õŠOŊęU¯ŌPöķŸ˙üũ×ĩÖĄĶ1SSSē{z§U H=õÔīEDėŲŗįÛßūöWžō•ÂhP„hcŲčãT÷Đ{oŒIĶ´ßī˙Õ_ũU­V[XXčvģW\qÅk_ûÚsĪ=Ā`0øÖˇžõ7ķ7ũ~˙Áüô§?}á…žüå/¯JՍ­ą§eYęÕ×ÕW_ũo|cķæÍÛļm{á _øĒWŊĒŅhčž}ņ‹_üЇ>´ŧŧ āSŸúÔļmÛ^ķš×čĩĨNĶ|ûÛßžæšköîŨÛnˇ_üâŋå-o™ššrÎŨqĮ_üâ?ûŲĪzī˙éŸūééOúK^ō^ėŅ†0VãT'OxāŋüËŋÔtĢ;wžō•¯|Æ3žŅnˇ­ĩ+++÷w÷•¯|åîģīžžž~ßûŪwÉ%—h‚cŋß×Ãâ7ŪČqJ'™ą§zŪ[•JÆę!R¯7?úŅöz=kíėėlQŪûjíN›ęÚvŽS:ųŒÕ8ÕKÅ8Ž8PĢÕŌ4}ÎsžķžP+ËiyyųôĶOwÎéXwûēëŽã8Ĩc°DôDĶ\ŋ4M'&&fffFÕôĸĸņ*ĪķmÛļŊá o°Öv:īũ­ˇŪĒŊ.<÷šĪmĩZ"’$ɧ>õŠcܯnķ+_ųJŗŲė÷ûO{ÚĶvėØĄ÷Ģ."7ß|ķß˙ũß˙÷˙ūßßüæ7õĢ_õŪoÛļ­ßīEBĐNFrčÆŽŋūúO~ō“ŋ˙ûŋ˙+ŋō+ī{ßûîŊ÷Ū™™6CĻ ę$§4Æč8Ŋųæ›ŋöĩ¯ôĄƒȲlŊ_ĸcˇq  ×ëũŨßũ]ĢÕŌz8˙åŋü—īûžī›œœ´Ö8p ŨnŋųÍoūɟüÉ4MkĩÚũ÷ßã7b5“#Šĸ<Ī?ôĄqœŌÉdÜÆŠžģŠˆÆ-ŠĸĐÅsõzũCúĐM7ŨäŊ_^^ž˜˜˜››kˇÛÕ5iŊ^×^tŊ^Oļ8Né¤1nã4Š"-°˙~ŊJŊā‚ žķœį<õ(.šä’-[ļĐ[ēį˙÷ĪqJĮĀ8ŅPĢÕŦĩ!„šššųųųÅÅE­žīV6P–eY–OúĶFģŨ^XXČķ\[ ‹HŗŲ<˙üķķ<ŸœœüÎwžĶī÷vŋŪû•••{(Š~ŋ˙‚ŧ ZëmŒÉķü[ßúÖūážûŨīū×ũ×8ŽôŦqeeĨÛíj]Ôjßtqžzv:ũû÷ŋãīøķ?˙ķo|ãKKKOyĘSŌ4eÚ N‚qĒ<Ēæ]ģvéYãūā~˙÷ŋf4GQ¤‹ã:Îšįžû–ˇŧÅZģ´´477wë­ˇŽ÷‹@ôÆmœX^^ū§ú§fŗ911qÚi§Ŋņoœ˜˜Øģw¯vŨˆĸh0LNNūôO˙tŗŲl6›÷Ū{ī]wŨUMčėŪŊûŽ;îˆã¸ßīŋîu¯›ššZYYÁęĘÖfŗųöˇŋŊ,ËÉÉÉN§ķÍo~sßž}ĮčI4Æmœ.--5›ožųūûīˇÖūâ/ūâæ͛ązĐÜ´i“÷ž(Šį=īyĪyÎsæįįŖ(úÖˇžÕī÷Ģ)כožųÎ;īä8Ĩ“ɸSzš ˲Ē]ĮÍ7ßü‰O|âāÁƒ;wŊ˙ūû7mÚTõaÖFÚ<ōîģīžųæ›9Néd2nãTÃ!„ûîģO¯ĩZ­Gʲ,ĪķN§ŖߋČíˇßÎķ^:6Æ9ˆ6€Á`įyŊ^O’dvvvffFÛĻU7¨’sĩ‘TŖŅ!ôzŊķÎ;¯(ŠmÛļ---%Iĸ ˇŧėe/`­ívģßūöˇvŋÖÚëŽģÎ{ŸeŲÖ­[Ÿķœį`ĩØ]ŗĻĮ]ŨÖh4úũūūũû[­VĢÕŌ§Ūc•ŦœsQmŪŧYT’$Y–-..>øāƒ,ņOÔI0NĢlĒ˛,1ßųÎwŌ4m6›Ī{Ūķ†–Ā [[­V§Ķšā‚ žúÔ§jÍÖn¸atAŅˇqĒkKŋ÷ŊīíßŋķæÍ/zŅ‹ôĸqûöíöīßßh4ĸ(Z\\ŧā‚ tĐĨizÛmˇéŸgYĻk喗—ˇoß~ūųįëŧĒ˙N§ŖõŽ/ēčĸŠŠŠ<Ī¯ŋūúmÛļ­÷‹@ôÆmœNNNŪrË-Üēuë`0xá _¨;ŠMČ5 reeĨ^¯?å)O‰ã8ĪķDQ¤ `˲üęWŋZĢÕ8Néd2nãTۏëmŧ÷:ŗųĀ\}õÕÖÚVĢõļˇŊ­×ëĨiĮąŪcžį‰Ôā]ģvEQÄqJ'“q§XŊJ]XXˆã¸Ũn?ãĪˆã8EšĻI’hČZ­fŒųĖg>SĮ)ãD@’$q'IŌëõƒA–ešôP4OBWaëą*I’FŖqĮwLOOgY655ĀZ›$IY–ĪzÖŗâ8îvģŪûëŽģîh÷ëœûęWŋš$‰1æÜsĪŨ´iSˇÛÕË6^yÆ3žņÛŋũ۟ųĖgūîīūî˙ī˙}õÕWŋō•¯œššŌk9MÖ5§zY–Ĩ ëõúæ͛˙â/ūâ÷~ī÷ūāūāÃūđũŅŊūõ¯oĩZU'ĸeŖĶŅEpZŨøĀŨn×9×l6ã8ÖžåƒÁ`˖-ēe=éÜēuĢsŽßīw:ĒŸ9Ņxˇq:11Ņív[­Ö}÷ŨwéĨ—Ž"­Ą\–ĨŪé\B˜Ŋå–[ƒ1ĻVĢ]wŨuyžOOO_yå•KKKÆíĶ˜įyĢÕŌÕŦ?úŖ?ē{÷nßūöˇŗ,Ģf‚ˆÆĶ¸Ķ^¯7==­S3q:t@šĻÕØ !heķnˇĢCX‚îsE7ŨtS–e§t2ˇqĒ÷ĨˇŅe7Ŋ^īŸ˙ųŸwīŪ]Å[Ūō–ĶN;ÍZĢQIžšÆ@W]wŨuĩZã”N&ã6NĩCdĮKKK NgbbB/<––œŌėŨōõ×_?11ÁqJĮĀųĸ @CŨnˇVĢEQ¤˜ôÎ{_–åh/ĩĘÁƒ÷īßŋ˛˛EŅYgĨ?ÔŦÃN§ķĶ?ũĶNG3ëC+++Õt1ŠV)ũÖˇžĨ‡]ŧÖl6uVTÛxÆ3ž‘ĻiŖŅ8įœsļlŲŌjĩ˛,˲Ŧ^¯ëdÕų @ĩ´ ĀäääĖĖĖŽ;ļmÛ699yÆgÄqŦšõ~ž‰‹>N­ĩúWEQ¤iz˙ũ÷7 įœĩvĶĻMúķ˛,õ‚ĐS%ôû}į\§Ķ™œœ\īčŒá8›››žž!DQT¯×ĢeX]aĒËît u0lßžŊVĢõûũ••Ũįųųų—žôĨĩZM× hédŦ6ŨyöŗŸ]­ŅûŪ÷žĮ>X4æÆmœ6VĢõ§ú§ō'ōîwŋģŨnc¤—U¯×‘zŊŪī÷ķ<!4 ÂjũœÅÅÅ,Ë8Néd2nãTDtpyīõD÷_˙õ_?ũéOĪÍÍŊüå/ÉK^’$‰N›ÖëuÍ˙¨Õjēú[Ķ+9Néä3nãÔ9įŊßŊ{ˇ°Úēuk5 ,..ę7ē‡EQčYį\Ŋ^×1xāĀž÷Ōąņõ&Úô:JãáN§Ķé,//ëeÕBM隝~Ęŋ÷ŊīÕ#™÷ūMoz“~čëœfŖŅ8÷Üs'&&zŊ^ˇÛũęWŋzå•WVKZœsšøo|#„ ëI/ŧđÂ<Ī“$YsD¤6ú8­N5QcĮŽ˙ëũ¯3Īøāōōōôôô9įœS–%O%iœá8=ûėŗī÷~offFƒ…zq¨÷ĢwĄ“2!„={öč>č5gŊ^ßŊ{÷ĄC‡ęõē†u9Ū‘W Íé#Z\\ !pIŗ1§õz]‡˜îŅ&XÕ^}ũë_ŋéĻ›´žÕK^ōŨÃZ­vÛmˇeYÖnˇƒĮ)4Æpœb5ƒęĀFãũīˇÛŊōĘ+Ÿũėgëšq=žjã+†UáååeŊ¯8Ž9Né¤1†ãÔ9ˇwī^-Üzúé§///īÚĩk׎]{öėŅî įwŪsŸûÜŗĪ>{įΝڇC˃Ûnģmff&Ë2ŽS:žØD†Žk6›gœq†ž„­šžŊõûũų—ų…_ø…Ī~öŗ|į;ß @(ËŌZûÔ§>õėŗĪÖļT_úŌ—4ŧ¯Û‰ãXĢķņ‹_ŦÕj"rîšįnŨēuôtˆÖƧÚ1ĀėėŦūDë™ęœŠŠŠBŋßīõzš  ÕjũÕ_ũÕĄC‡ĻĻĻŦĩ;wîdƒ6„ņ§Z yķæÍΚÉÉI­§=9ƒAˇÛP¯×ķ<ŋųæ›xāN§333ķÜį>W>:Ôëõâ8ŽÕjZs|Íõ^ĩÂnffF+:tˆõ!iCĢqĒ‹IĶ4­J™EĄ7qå+_ųŖ?úŖ~đƒ‡Ú´iĶË^ö˛ķÎ;O˝˜››Ķ[rœŌÉg|ÆŠ1Æ{¯GĪ͛7˙ÎīüÎ<EŅĢ^õĒ /ŧP7b­ÕLôÔ ˆūųÜܜÎÕrœŌÉg|Æ)­ũ¨7ļÖūę¯ūęŸūéŸŪzë­ķķķEQ,,,|ķ›ß|ßûŪ÷ŽwŊë#ųˆ6ŠI>øāƒišZk9Né8A´1xī1š˙•¯|åúë¯_ZZŌâøZpÆŖí×ŧ÷eYNOOŸvÚiŋõ[ŋuæ™gæy>11ĄŸûY–EQEŅå—_~ë­ˇjųÅĨĨĨÉÉI]‹­Õ‡———oŋũözŊžŧŧüŌ—ž€FŅĢ)N"ZcCSÍâ׍WßŠĸ¨×ëƒÁ@ąjũq!„ĨĨĨũû÷˙õ_˙ĩ÷~rrōŠ+Ž¨ōš‰ÆŲXĶĸ(Œ1ēZM/;u%ŨüüüĖĖ ŨÚŽ]ģŪ÷ž÷é^=į9Ī9ķĖ3˲ÔZšę‘$‰Š;ōÁFQdŒ™ššZZZŌsŒGŌøĢqŠ#:ĩjÕ/ũŌ/Ũu×]ŪûŽ;Î>ûėĢŽēęu¯{€ę–zxÕMqœŌÉdŦÆŠ÷^{o´Ûík¯ŊöÚk¯m6›¯xÅ+ž÷ŧįéUέŦŦhAŦöįĐqĒs¯ÖÚ8Ž9Néd2VãĀėėė?øAí}õŲĪ~vûöíÚūĒŨnīŲŗgjjĒÕjíŲŗ§Ûí~ō“Ÿėvģo}ë[uHFQÔjĩĩ99Į) ķ9ˆ6†Â`0ĐFÁív{jjjjjJƒØBĸHëī7›ÍnˇÛī÷Cŋø‹ŋ¸}ûv=nĐu.Õ–į>÷ššÃ¸´´tũõ×c5ŽÃŋņoäyžįųäääå—_ŽapfüÃF§Æ˜ĒQ›Ž¸Ņ‰Wí_‡ÕÜ+++ŸųĖg~ũ×Ŋ(Š‰‰‰ÉÉɟúŠŸ2ÆTeU‰ÆÖXĶĒYąVŌHĶ4„āŊŸ™™Ųŋ?€ÉÉÉ÷Ŋī}ŋ˙ûŋ?77g­}Á ^đ?đĸ(*Š"˲FŖQ…sn4‹ĢĒĢS•Đ Ĩļ÷Xŗöh Õ8­†Œ~Ŗ­Œ­ĩ ˙{÷#WY˙qü™™3gÎܡŗģŨ-…ni…mšÔ‚Ĩ´~RÃĨ4ADBÂń€ĸ„h˜Ą/Ŗkä–xŠ+ˇ%^°ēĩĘĩ-ĩĨ´Û˛ģŨíÜĪœËĖųũņ͞ŒĨ;ĸvíœéûõGŗ,3gÎļųė9įų>Ī÷9x0ĘŽWŌÁ#—˝yæ™j2}I˛}+9E‡iĢœF"×uĶéô›ožšnŨ:Ã0æΝ{ÅWÄb1ĪķĮ‘Ē†ÄMŽégP)ešĻ?圜ĸ“´UN•RĨRI6ŪđÚ_ģåTFHÕäŪãū`ÍĒUĢÖŦYŗxņâ\.ĮsšÜß˙ū÷ģīž{Ũēu–eŠÉŽ8ããã2œDNŅIÚ-§J)ÉŨC=TŠTÂáđ7Ū(ŊXe•† õJ:iãĶ\Ȕts=E‡iˇœĘnUģwīŽFŖ™LĻ¯¯īsŸû܊+’ÉäÄĄR*N¯YŗæĢ_ũę’%K&&&,ËúŅ~dšĻ¤õĀŲlVn}å$§x?Öī D]×­ÕjŲlvņâÅk׎õ[+ĘŖ—ŧLnÎ^ũõ‡~ø—ŋüå駟ū‹_ü"—Ë­^Ŋzƌ~‰[MŪŌūų[ˇnÅb[ˇnŨŋ˙œ9s”RēŽīÛˇoûöíŽëÆbą}ėcÍ{7ąpXAĪi4•ģC釓H$”R˛¨YšŸęēže˖_ũęWúĶŸdÖ4ÍÕĢW_~ųå]]]ccc}}}´ļC›kˇœĘJĐäĪzŊ^ĢÕ8đđÃ˙ņŒD"ũũũápxppđÆo”fVŌa< IéŅ­šĖžßc'K+jĩ*/`ņ>Ú_ģåÔ˙ŗų›žį]wŨuū¨ĘđđđƍūķŸoܸą¯¯īâ‹/öģjČÉ):IģåÔuŨh4úũī׎]™Læâ‹/^ŧxą•—5xʨ?>k†,”$§č$í–SyīÚĩkF4M§ĶJ)I–ÜKčæΝģ|ųō;vX–õîģīžōĘ+įœsŽR*‘HHI’œĸ+Đ4M.Ō6ŅļmÃ0d9ŧLE2Å, uÖY÷ß˙ęÕĢ=Ī{īŊ÷^|ņE˙ŽNŽOūĘÜå˗ËÕbtttĪž=ŽãHY~Īž=ų|Ū˛Ŧžžž ø ÛļũË!€fS˙ü.UŽãÔëu]×ĢÕęc=öāƒnŲ˛E~´3fÜu×]7ÜpƒLíéíí- 9ĐæÚ-§r>šĻ 9ōČČČsĪ=wķÍ7oŪŧšĢĢKĒ ˇÜrËwܑËå,˲,K6öP“ã2ŌL@ŽėOjS˙ÜCĀŸģĘēL´ŋvËŠŦÆPMķCåĶĨČ!Í4fĪž}à 7Ŧ^Ŋ:›ÍF"‘Į\ĻĻēŽÛĶĶãēŽü,äŖŨrĒëúöí۟ūųjĩÚŨŨũ™Ī|fbbBÎA)%/Đ4­RŠÔjĩd2yČ\o™u.CŊäŖ s*KLrš\:–ģŲH$bY–4xôw5_ļlYĩZÍårųË_ęõēã8'œpÂØØ÷Ŋh: ˛"/Ûļ-ĶŽåštHˇAMĶdœ1‘H\vŲeų|>‘HŧũöÛ˛ĩšLiQJÅãqšb%“É%K–Hé{ãƍŅhÔ0ŒFŖąiĶ&Š„ŸqÆ2M:3ĘÆSGû/hSAĪŠŋ ü§ î„BĄŨģwßrË-O?ũ´RĒ\.÷ôôÜ|ķÍßüæ7—,Yĸ”2 Cn+ŗŲ,uP´ŋļĘŠ?Î";oÛļíXˇn]8ļ,+›Í~éK_úîwŋû‘|DĨ‡˛´•“s+‹ņx<8p@)FåV66¯ÕjņxÜuŨbą˜Édlۖér@›kĢœ*Ĩ¤i†Ė!UJ•J%ĨT(ō<Ī0Œbą(ĶT/ŋürĮq4MËįķÛˇo—s˜1c†´ū §č0í–Ķx P(ô÷÷ßtĶM‘HD–&K3+™R‰Dd2¸eYrũõo˜g͚U*•˛Ų,9E‡iĢœĘ69˛š¤RŠČžįų;—J%™=H$zzzFĩZ-‹ō.MĶ¤õ9E ŒW)‹õôôčē‡mۖĢ…”îĨN./3 cųōåŋųÍoRŠÔΝ;÷īßßÛÛ[ĢÕŪ|ķMÃ0BĄĐŲgŸ-¯”Ë›8GPģåT ˛aŖiš˛ŨßūöˇÛoŋ}ūüųŌ×øÚk¯ŊæškĘå˛Žë˛‰\4õoRij‡Î3­9­T*ŠTĘqÃ0~ũë_˙øĮ?N$Ņhôæ›ožø⋓ɤ<.FŖQ—ņ7WTJ Äbą|>/ĪĢ~syē“ØJĨ"{~ŧ÷Ū{ŨŨŨ .<ÚŖĀ‘7­9õ<¯Z­îÛˇ/&“Éîîn™…‰Ddnl&“QJŲļ=kÖŦŪŪŪƒĻRŠ|>/ŊįΝ›N§GGGeę9Å1kZsę8ŽÜŽŽŽŪ{īŊĻiJĻŌéôÄĄįy˛C€aąXėļÛnĢ×ëÉd2N¯]ģļ¯¯¯ŋŋ?‰”J%×uÉ)ŽeĶšĶp8\(˛ŲŦR*WĢÕP($_hšĻëēt˛’ぁT*%…ÉršœJĨN8áŲõJV3“Sã@Įęīī—…Šļmû e•ŸRĘßqɒ%===šĻMLLȞQoŋũöŪŊ{e9áōåËũŀūmßŅūɀÎŅV9•Ī …Bū }ûÛߞ;wîÄÄÄŌĨK׎]{å•WĒɍ"‘ˆaR䐏æ÷:Ōôå4•JŽŽ†ņ‡?üᡇzõÕWu]ŧīžûÖŦY“L&-˒•j˛gąT;\ם˜˜ČfŗĮŧL {íĩ×Ęå˛|„¤RĻœëēūúë¯ËŪæąXlŪŧy˛ĸč0Ķ—ĶP(ôČ#\ũõˇŪzësĪ=' …B˛å†šœ0.­6ĘårąX”7úģzôõõÅb1r L_NŖŅ¨l Ëå …‚išrŗ:22ĸëúĀĀ€R*›Í–Ë厎Žbą(Û2īØąC†\3™ĖņĮON5ÍĪ§Ųlv˙ūũŽã„Ãáx<. š‰„Žë…BĄų4vîÜ)-”eY¤RĘ0ŒŪŪ^i!@N1ę@’_÷étÚŋ´T*ĨTŊ^…BR„—]LF<˙ŋ˙û?™Rúâ‹/*Ĩ†††âņ¸iš§všRJ.BjrË)–tGDæÔßÃMNlĮŽO=õÔØØØØØØgœqĪ=÷,Z´H^922"ƒ;r†ŽãČ(ŋĐaĻ;§ļmĪœ9sßž}÷ßŋŽë§vڊ+žøÅ/Ο?_ĒąXĖ0 Ķ4-˒åVēŽËG'“IĨÔÉ'Ÿ,™}á…t]÷ģ 4L&“ĪįŖŅčæ͛=ĪËår3gÎdŅ:Ī˙āzĒiZ6›ĩ,ëwŪ‘fß2AÕoˆ!×ÄZ­&Ķ]FWW—´Í)—Ë ,w‘SŗĻ;§ĩZmæĖ™ŨŨŨš\ŽģģģŋŋŋĢĢKĶ´ÁÁÁD"1::Úßß?>>nƞ={Ž;î8]×ûúúN:é$9Įq>ôĄ˙ųĪß{īŊĄP¨P(„BĄjĩ*ŸĢ”’ūZŽë:Žãy^­V›?ž,eŽ×맞zĒ4š"§˜ ˙ä@ĮjLŌ4­X,†ÃaŖ'ŋIĸ|ąråĘzŊŽiڞ={^y啗^z)NÛļ}ūųį+Ĩ¤Ŗt§QŒcGT[åTîĨbĄ”zæ™gļmۖÍf-Ztë­ˇĒÉ5ËĻiöõõųûÚÉ™X,&9Žöß(päM_NeøO<‘JĨäAņÆoėîî.—Ëōz9iF,Īœōā§&ģtéRĪķ4M–ūÅJ)˲¤mqWW—įyoŧņFĨRŅ4íŖũ¨RŠ-Ņ‘Ļ/§årųėŗĪÎårJŠ7ß|s˙ūũJŠJĨ"HÛļũ­S7mÚÔh4 ÃČfŗŗgĪ–K$gŸ}ļišä˜žœ†ņå/yŨēuëÖ­{üņĮüņī}ī{6lxčĄ‡Ö¯_˙ä“Oūđ‡?Ėårr1Ŋįž{~ō“Ÿ<účŖ>ø d-_tŅEsæĖ!§ĀôåtæĖ™R8pāĀī~÷ģááa™CH$lÛ‡Ãõz]î~7mÚôōË/‡Ãát:ŊpáBŠgčē~Î9įŒ‘S´@čLFCŽ(ōč%ŋ÷ũvŠōHægîÜšķæ͓†¤O>ųäØØX­V›={ö™gžiÛļŧ†v4Ā×V9õˇ—–8Õju˖-2%įĘ+¯ėééąm[Ö˙úĒ„ŽëōFŖ111q´˙R#lZs*sↆ†¤1ņ•W^ŲÕÕĨ”JĨRžį•ËåBĄ Í”R˛x_vÄq]W6–<ëŦŗ,X …ÆĮĮŸxâ‰|>¯”ŠÅb3gΔēČc=6>>nšf,[šråŅūëĻÅ´æ4•J~ú鲐qbbâšįž“ÎūÉdR–XÉâĒ;w>ũôĶĻiŽŽŽžtŌI~?Å‹’SãĻûžwöėŲ‘HD†V•R–eÉü9lĩZw]ˇ\.GŖQ™OJĨd"y$™5k–LŲ!§8–MkNĮĮĮWŦX!E”ī|į;ĩZM&îČË"‘ˆįyûöíÛŧys$ŠT*ūđ‡åFW.]:ū|rŠ¨s(4)“ÉČõ`ddD5ŪŖŅhķõFĶ´•+W6zŊūÚk¯EŖŅRŠ´jÕ*Õ4™4‹Iß_ÃāŋŅn9õ—bȜ—­[ˇ …x<žL&ûúúvîÜY(FGGKĨR>ŸßŊ{÷;īŧķÎ;īėÛˇo|||˙ūũÃÃÖeÉtW cLwNCĄĐī˙{Š^8Žs '”JĨmÛļIĻLĶÔuŊRŠėŲŗįŨwß-•J{÷îŨˇo_ąXÔ4MęąXė /ĖårÕjuãƍĪ?˙üģīž+4::úėŗĪnܸQļ¸ā‚ 2™Œ_Ņ:ÆtįÔ˛ŦL&sŲe— 6GyäßøÆĻM›FFFLĶTJũėg?ûú×ŋūÆočē~ÜqĮ]pÁąXL6ԑĄĸO}ęSäĮ˛˙Á}¯mÛ˛€,MöįåȌoik“H$ršœeY~Ķ9é㯔ęîîžîēëČ)ŽeĶĶîîŽĢ¯žÚ4Í]ģvŊüōËwÜqĮ–-[ÆÆÆ ÃÛ°aÃ}÷Ũ÷ėŗĪ*Ĩ,Xpá…ĒĻVɚĻ]uÕUä-hGûL 醑JĨ¤Z.…nĨ”eYšĻÉxŠRĘļméžtéŌ 6 …D"‘H$Ęåōyį'‹=Īŗm;‹IsđŖũ“Ŗ­r*ļmKcīŪŊšĻUĢÕd2yũõ×Īœ9sdd$•J9ŽcÛļlgY–ŧĢP(¤RŠË.ģėęĢ¯öįûaZsZ.—u]7MĶķŧūūū›nēŠVĢõööZ–U¯×]×m4ápØŖ‰FŖápøã˙ø 7Ü Û +ĨV­ZõÖ[o9ŽS(6lØđÔSO-\¸p||ŧŅhėÜšĶuŨ3f ^{íĩŠÕ™čPĶšSBŊæšknģíļt:Éd^xá…ŋūõ¯ūõÎ4ÍzŊ^ĢÕN<ņđ‘‘ĢŽējŊRŪiĒJŠå˗ŋōĘ+äĮ˛éžī­×ëņx\ZöËL˙eõz]JæķyŲAGMvjĮã…B!›Í:ŽŗlŲ˛-[ļSËĻ;§ĩZíĸ‹.2Mķ[ßú֌3vīŪ}×]wɆá[ˇn•Ŋč<Ī›1cF&“šâŠ+Î<ķĖȆįÅb1žwŪy\OŅë9€{5š'“å´~ũŠ”ËåH$rꊧ:ŽS­VwėØąiĶ&Ĩ”ŦŦW“3\¤lŽiZ˙)§œ"w~X¸páÜšse`% ÉCšL{iŅ_žč\׍FŖļmˎR-^/×?iÅ(§$ mÛnž.—ŌZ­v´˙€V‚žSą°RĘļí÷Ū{Ī˛Ŧd2iYV</•J‰DĸŅhD"‘x<îy^ĩZu]7kšæo.G‘mŽŨršJĨļlŲĸëēŒŗDŖŅL&#5<Ī‹D"ŅhTŪĢ” ‡ÃŌL ›ÍJkš>*Ĩnšå–5kÖ¤RŠBĄ`YÖK/Ŋ´cĮŽááa9ĪsĪ=÷ _øB(r]—‹)Ú_ģåT.mēŽß}÷Ũ—^zi8–ũÆĮ)‹•J%W*×ugĪž}įw~ō“ŸTM]>„Ļi䝤ŨrĒ”’Š•Ráp؟–.cĻ~Ķ›x<>>>.īŠÅbrl6+Ÿ …Č):IæTŪxÉ%—Ü~ûíąXėāÁƒŠT*‰lßž]ZAæķųršŧråĘ;īŧS6Øčé鑏Îd2ō9E ŒG‡e]ŧÜŽ†á8Ž\!Ļ‹ÅFOOĪĀĀĀÄÄÄŪŊ{7nÜ(׉ÃJ$§œrĘŽ]ģjĩZOOĪÉ'Ÿüœ§\A†mÛrŖéÎVŊ^D"2yÜ4M)o …9sæ”Ëeš(ęē.Š­^ā¨ zNeÛ7ųēVĢÕëõP(”Īį‰ÄaĶÛÛ[ŠTĮ‘ęLFšû}€6Ôn9ÍįķFC–tČŲl6NOĩĘžT*%“IĮqLĶŒĮãō¨éēŽŽë—^zéâŋ_}õÕ?˙ųĪ˙øĮ? Ø5kÖŠ§žzÎ9į,Z´ČķŧJĨĮũGD mĩ[N5M“’\.wíĩמ{îšCCCÛļmÛĩk—mÛŅhtΜ9^xáāāāāā`___‹C‘StŒvËéTŠÅb&“ …BšĻåķyšƒmņrŠŽŅ†9-•JJŠt:}É%—,[ļlķæÍoŊõÖë¯ŋ.ķ{.\xĘ)§,X° ģģģÅqČ)ĻĸÕ>Đūjĩš\,˒ų›‰DÂo/sØׇÃaųŋÕj5‰ÔëõŠ+•RĨR)N+Ĩęõēã8ĄPH×õķÁ§"ŗ¤>!į\­VcąØTÕ™_Đ|­•é6cccŊŊŊūˊÅb*•’Ĩ‘GûŸ˜RäTf§JņC­ļh%7͆aČZĶ4 Ãh]ÚŽē6ĖiĩZ ‡Ã͸jĩÚâ#äB韞ĻiūÄUĨ”ã8~ÁR)%Ŋ8äk)¨ÉE]GûŸ˜R洙ã8FCŪĨ”r]W:rLuz>?ŧä ÍsÚLvN–n<ēŽˇ9E'iۜ6ofî‡Îļm˲ Ð'P™{Øˇ“S´@8V8ŽĶbČRÆ4Ĩ ßJø?&|2įôƒl SËÕäzaicå_Øä ŌŖüh˙-Ķë¨į´^¯KõQMļ’›ęVõũßw]×u]ę‘čxG0§2ørČd‹›s)+:ŽãyžTj2SŨ'’kŲ؃EÁhsí–Sŋ!€ŋ6_Žß"wūŅdėU–íËĪåyž<”úgxØŗeũ>Ú\ģåôs“É°ĄPHfČJôÔ¨÷“St’vÎé!äĻW6ę8d×âŠ~.rŠÎĐļ9m^cŅh4¤Į”\LũšĘŋ܇œœâ°¨s€ ĸ- *ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂Š:*ę ¨¨s€ ĸ΂ę˙:ŌtĪŽSåū%tEXtdate:create2019-10-12T07:39:39+00:00˛āÁĘ%tEXtdate:modify2019-10-12T07:39:39+00:00ÃŊyvIENDŽB`‚kalign-3.3.1/doc/images/Bralibase_scores.jpeg000066400000000000000000005433421403616477200211330ustar00rootroot00000000000000˙Ø˙āJFIF,,˙ÛC    $.' ",#(7),01444'9=82<.342˙ÛC  2!!22222222222222222222222222222222222222222222222222˙Ā‰M"˙Ä ˙Äĩ}!1AQa"q2‘Ą#BąÁRŅđ$3br‚ %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™šĸŖ¤ĨĻ§¨ŠĒ˛ŗ´ĩļˇ¸šēÂÃÄÅÆĮČÉĘŌĶÔÕÖ×ØŲÚáâãäåæįčéęņōķôõö÷øųú˙Ä ˙Äĩw!1AQaq"2B‘ĄąÁ #3RđbrŅ $4á%ņ&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz‚ƒ„…†‡ˆ‰Š’“”•–—˜™šĸŖ¤ĨĻ§¨ŠĒ˛ŗ´ĩļˇ¸šēÂÃÄÅÆĮČÉĘŌĶÔÕÖ×ØŲÚâãäåæįčéęōķôõö÷øųú˙Ú ?÷ú(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Š¨jš~‘köJúÚĘßp_6æe2z ą5nŧĢöƒ˙’g˙oŅ& ×ūŋ˙Đץ˙āÆū*”xë p]A +Z%Ō4 ¯ŪÎFxâ´ĢæīÉĪę_õų{üž€>‘ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(¯*ũ ˙ä™˙Ûô_ÉĢÕkĘŋh?ų&öũōjŸāü’Ûoúú›˙B¯L’HâBō:ĸŽėp+ä˙üÔ|má¸õ›mZÖÚ7‘ãÉ6œvŽ‹ū¯Y˙ ũ‡ũúz_^%°ņ>¯ŖxC‘u Ģw0ÛüãĖ}ĄcR:žqę=ëŨ<ŖÉ x;HŌĻ Íkkr`ņŋ6?×Î2h~+øŽAŦÉg§jŗ(Oŗzúí @h،ôāû⾎đ—‰ėŧaáģ]jÃrĮ0!ãcķFã†Sô?˜Áī@EŦüVÕü;ņĒûNÔĩB<7iŧĩ¨‚<ˇú1ePÛwdž1ĪJ¡Ö~-xûY‡XĶaÔ­t“2˜ãˇ”AwŠ+æqÔķŸŌŗ<[¤E¯ūŅōésŒÁqĘ=SËBÃōžĻŽ4†$Š$T*ĸŒ Ō€8_ŠĮÃũ māIõ+ÖdļI>âísļ:•ãžEy6™aņ›ĮviĢÃŦ]YÚOķBßjû*ēúĒ§8ô$sī^Ųâ˙ø{Æom6ģ¯öEaIĖaAÁ$ãč?*†ãâŧ?n–oâ-=Ũk2yĨŒ„Éí@#â‹ omĻÖ¯&ŧ˛•°>Ķ(¸Š\rWŪSøƒĮq_Dxk]ˇņ7†ė5ĢU)ÜB@„äĄčËøGá^ņ“⟇3^ŸđWūI…ôŸ˙GÉ@UņūKļ…ūíŸū5î~8ÔŽôkZ„žMŨĩŖÉ›Cm`88 ƒøŠđĪ‹˙ō]´/÷l˙ôi¯iø—˙$ĪÄõã'ō sā—‹5ŋxgPŧ×o~×ĖĨŲ#įo÷•šž:ø•đŋ\†×Äí=íĢœųwn%¯sŖ'#ëÆyôÜQG) (ąÅ…DQ€ p•Ã|bĐ ×>jĻDkūŲ ã”)Ë~k¸~4ÖhZ՗ˆ´;=_O“}­ÔaОŖąÜƒî+Éū,üZÔô m|/ᘇö™ įNSĖdgTEčX‚H=@Å/ėãŠIqāũOOv,ļ—›ŖÉûĒę8úeIüMvwūđ…§ŠOŒõC|’‰MÅÅÖČՂāŽ•y:x+ãnĄŧ—_ģˇ‘†ī%ĩFC˙|§Ę>•‡ž'x×Á0ƒ@ņš–{guI>Ņ´ÉąĀ‘dy}rOCĐ×­ß|[đ&ŸŸ7Äv˛ÚŨZl˙ߊųëâīôĪxŽŌīIŠQmkn!ķe]­!Ü[ vņŸzúčIĀ¯5߉ū3ņįŠĨĐ|T,HB‰%Ppdgo¸ž˜ĮQԜWĐ×PũĻŌh7ķcdÜ;dc5ō€üO?ÂęÚî—+_ŗÜ*$L6CĻp¨Č æ€:+˙ |jđ휚¯öåíŌÂĻI#PiŠÉ;ƒôץüø›qã›;Ģ Uc­š‡2F6‰ãžgŪsĶ8ĪĐV‡í)ĒĘnô=Xˆ–9.sÃ1;Tū7ũôkąđßÅ?†žđŪŸ¤[kĒ‘ÚĀąœY\rØų˜ūīŠ9'ë@y¨Ūü_øcŗPÔoæŋĶÃī4ßjˆû1?:į׏­{w€|oeãĪ&§jžLčŪ]Íš91>={ƒÔę sڟÅĪ†zļ—u§^kĸKk˜š)Ų\r¤`˙Ë:ķ_ŲÂųáņ†ąĻĢî†k/;=2c‘@8úHhéJ(ĸ€>[ņÖĩ‡hË­báHŦæ‚VDęØˇNÔÖÄR|aø“jú}ԚN™!&Ũ#¸û2•˙dŋŪâš?ŒZįÃMTȀÍcÛ!|r…9oÍwÆšOŲĮR’ãÁúžžėYm/7G“÷UÔqôʓøšŌøąņeŧ"hē,qĪ­LĄ™œn[u=8îĮ°üNráāđˇÆívÜjRëW–lãzĀ÷æ?đá~‡ÍøsĚß/|IâĢŋ*Ō;‰§ˆŧO Ūؗ ųF˙tW¸˙Âíøy˙CūI\ņēķ_üXņo‚Í,gÉe;šeīīë^ĩđŠūMKáV<§.´„nČ?EåÖ_5Į>'‡[ŊkÛ Cs…’ÔL5ÜĢŸģģ$“Ā=N*ŨĪ‡ū5ø˛ŠÉĢĻŽ˛|ŅØĮtÖėĢÔ ?øķgÖši0jß´MâÜ x­ĩ˝¤pYļūMƒøWԔķo„~'xÃÁū5‹Ã~3–kˆe‚arCIlaÏŧŧƒÉ$貨ÃŊ”{ˆī‰_ėĩYt…úåĖ,VW„@¤uc?Ŗōī|WņWŒŧNūø}Ŧ!Š‹ˆ”y“Á}ÍÄičx=9įRûÃß<3jú°Ö¯.Ö!æIwĻā¨vü ē¯ŲĪE†ÛÂWúÉAö›ģŖ~â4ūúfü…{=yÂOŠ-ãģiôũJ8âÖ-;øYãÎ7؃ŒŽœŒz'ö˜˙¯ šsüã¯@đįÂM?Ã9ŸÄÖ:ŒãÍiOŲ<ĩĢ!'h=p1ô¯?ũĻ?ãëÃ_î\˙8čXŧEņâLkkāŋø”čvˆ°ŲËi\(Ī͂߂Žį­súôŋūMĄ¨kw7vŒá|Öšk˜Kuƒōšúc_Ax/JƒDđV§Û TŠŌ=ØyʂÍõ,IükŸøЊ˙ uŨĘ&ĮÎJŲđ'Šãņ§„,õĨˆC$€¤Ņ’)ÃíÜ{^kņ?âFģáŠMŒ“Aĸ­æģ…mãrČe`ø%KrĢŽ l~Ī_ōMūŋå˙ĐRŧķã­˛^|^ŌmdÎÉ­-ãlz\į@ ˛üXø— jš5ĘxE“&Ō#9…åNÍšTąĪ¯ĶÖš7â/Ž~øŧi^-¸šžĩR<ønÍcé$ny?LāōO§"Š8!HbEHãP¨Š0ķ—í)hrķĩŖŠ> ?ĖĐ—öÅ/Š.Ąá끠č!ĘÛ˜Âdã;”cëŒ.xėk™|FøYâ˜m>čú̈́2Em&§f‰æ‚˛.H¸üą@V];Gi3ĄÃ*1ßķo†~:x‚Û@Ö¤Õī§ĒģA™o3{Š2R&žŊ˙úäßĘžbũžô;}OĮW÷1ŦƒNļķ" 3‰‚†üīĮŲü2ˇøĄuãXu_ļ¨ēTąHdK™B bŋ/îr1Īû5Īø;ūNR˙¯Ëßäõô|Š‰lü#ņī]Ö¯ÕÚ{ĢÜ$c,ėwQé’G4ô_Œ|cĨø'B“SÔä˙füķ?e_ę{W™ü8×ū#|@ÖĨÕî5Oėß ¤¤ˆŖĩˆų˜?ęŅ™ ;ą?Nzy4ū&=ø§ŪxŌy`ŌĻ˜'—ڐÄOgĸį›¯S__YYÛiöPÚYÃĐ HŖŒaUG@OEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEP^UûA˙É3˙ˇčŋ“WĒךürŌõ _áįŲ´Û›ÛļDŪU´-#āÉ‚q@ü˙’[m˙_SčUéÕōŋ†5ĪŠūŅSIŌŧ3Š-Ē;8hōąËžvÖĮü,??ô._ā’Ođ Iøé5Ŧ_ 5$¸+æK$)=KųŠx˙€†ü3X˙ŗšLŋīZ@DOŠ9=˙w'é‘úķé<ņGâ†ĢnŪ!ŽæŌŌ3ū˛ō1 pƒÔŦCŸÃžæž‹đ߇ėŧ/áû=OR-í“h-ÕÉå˜û’IühĀnäę×ūŋS˙D úNž~¸đîļß´°ÕF¨;íˆßk¯äãÉ;ņŒgŽĩô |īņĪÄzŽ­ã+éķ´VÎ" bĸid8PØę ãԓé]žƒđÂu´ÚiqĒ\ķ´’´iŸeB8ú“\īÆ˙kWZ寋ü?ˇĈˇĀģ¤ådQԎ€ãĻõÅÚ]XVĘë‹sŠ´´Rēnoúį´ŸÃ4Ģņ§ÂžđĪÃoø”éVSK{ #Œonãqäđ=k˛ø)˙$‹BúO˙Ŗä¯&ņo†ž#ø˙Aēņ>šjmb˛@ÖZLqė¤Ä&råžcŽ1]'ĀŨOkmāš´–T´I¤[Đä –ÚˡŽXķŸÂ€9˙‹˙ō]´/÷l˙ôi¯iø—˙$ĪÄõã'ō¯)ø§áŨoPøĪŖ_Ųhڅ͜b×}Ä6ŽņŽ%$å€ĀĀä×­üBĩ¸Ŋø{¯[ZA,÷ŲHąÅg$trMyīėŨ˙"fĢ˙a˙ĸŌ¸_jqhß´šÔ'`°A{fŌąūōĸ I¯GøŖęz7„ĩ8uM:îÆWž.ŠuDĖžZŒ€Ādpk…ņīÃíwÅŋu8 Ķīa˛ēTōõļsnm”Œž1‚ˡ9ã>ŧPŌ€‚29ÆüVÕaŌ>k˛ĖāíšÖ0O,Ō|˜'č yÅü8´]ÄZ ē[aåÃ5Āe;G UÔv?­e^?ž7jöŅ=‘ĩŌĸ|Š˛[CØąc÷Û‡>€dĐ{û7éōCá=VũԅšŧĻGPŠ9úeˆü pR&§ņŖâÕƝq¨I›nŌ´j9Āˇå^›˜‘“īč¯¤|5áû? øvËEąČĩhcÕÛĢ1÷$“ø×Îū#đ÷Š~|DŸÄē%“Üé˛É#Į Œŧ{åŖ“Ž;3€Gq@ŗĻ|đ&œ‹ŋJ{Ųü´ēØŸĀŋĨyĮŊ/IŅ|MŖXi6Vļq­žöŠŪ0ƒ™ãŠāō}+¤‡ãį‰u´zƒ<Ëöā2Čķ¨>ģBÔ× ņĀž3ąˇļņOˆŨîī/ŨžÔ"]â×ØŦG# cŒf€>¯žŊˇĶtû›ëš<Ģkhši_íE'ž5Ę[Ũxâ•ŊÄqĨž˛ļ›VFx^-ŲÆ€a§ĄíUŧâķņ3¡įPŌ ’me_0˛Ė>bš“Į?Zņ%Ķ|sđSÅ766Ow§ÉōŧĻ’ ãÎWv߸Ãęį¨<€zFˇû;xbõô›ËŨ6c÷Tˇüæ˙ĮĢŠøGĢë^øĨ'‚nîLļrK4D˛$ˆŦÁĶ=3ˇņž•j_ÚÄڔ&×IđÔ xÃheß1Ô ŸÎļ~|7× ņ,ž4ņRI ãųS­i$Či†:ķÛ ŋ´ĨŒ‰Žhz†ßŨËlđgŨwūĪ^“¤ü/øuĢčöZŋ‡íŪ¨da4œ†˙zļ~!ø*ßĮ~—K‘Ä7(ÂkYČȎ@į؂AúįĩxVâ߈ô}OF{5˜Ōub‹žIŽUãŽ9úšöK„ßímĨ¸ŸÃöŅÑÚi0ĒI?7ĨSøtŋ .ĩ[Ģ¯Û¨ŧ‚“HąÎ¸F=?yĮ%JōŊkâ'Žū(ڝ DĐŪ K–ajŦÅĮŖČp}z{œq^ÉđģĀ)ā/ ›i%ÔŽ˜Kw"tÎ8AęŸÄ“Ū€;Š(ĸ€>^ņĻ§ûKBv ļm+áO* Įđšú„FG"žkņīÃíwÅŋu8 Ķīa˛ēTōõļsnm”Œž1‚ˡ9ã>ŧSė~(x÷áÅĸč~"ĐMŌÛ.Ž)Ú8H2ŽŖąũh×ū+j°é ĩŲfp öÍk'–i>LĀ“ô¸ŲŋO’ ęˇî¤-Íā2:„QĪĶ,Gāk‚ŧ|nÕíĸ{#kĨDųR#dļ‡ąbĮīļ;}ɯ¤|5áû? øvËEąČĩhcÕÛĢ1÷$“øĐĖßü;ĸĪņ‹Pđī‰l㸌ĩĖG#25_ ‚ūl}kŨŋáOøū…Č?īėŸüUp˙~귚ÚøÊí¨)W¸‚‰7§Ũ’?S€2<3“XßŧY¤Û‹cÃąK~ƒi’ExŸVLuúcé@׉ŧ!đÁÖĐOŽéVöŠpå"æw,@ÉáI8žâģŋ Ûč–ūą‡ĘŌdO6Ũ@qōą-œ?ÍÉ9įÖž~˛đĪž2øĸ OÄPKc¤EÆöŒÆ‰rV%nI?ŪįÜđ}-km ¤6ļņˆā…8Ņz*€ā(į†_ōqßũwž˙Ņ†ž“¯Ÿžxw[˛øīĢę7z6Ąoc$ׅ.eĩtƒ9+†#=Ŋkčųˇö„˙’‰ĄךčׯUøĪc%˙ib]ĪĮ6=–E-˙Žäמ|sđîˇĢøīF¸ĶtmBöí^[kW‘TųŦpJ‚ÁÍ{ŨÍ´7–ŗZÜF$‚dhäFčĘF? &ũõ(n|sbyö—­š{íp ŸÄ†…zõ|ɨx_ƟüU>­áČ%žŌ$ČÜ#2#Gœė™WG÷¸ö<‘Vī><øģ\ĩ};EđōA}*ėķ!WšE'ēŽ8?\ĐŠéß4mWĮīá [;×ģIĨ…Ž0žVc Xįvqō‘Ōŧãö˜˙¯ šsü㎇āˇÃ+ī <ū"×ã1ęW1˜áŽZ$',ÍūŅĀã°Îzāg~Đēŗ­\ø|éZMũø‰'—fLxÎĐqœʀ=ŸG˙%‡ũ{G˙ Šä~2˙É%×ŋ܋˙G%vR4z=’:•uˇŒ2°Áhā×/ņbÆīRøa­ZXÚĪus"F#.í‰Pœ(äđ  oöz˙’j˙õ˙/ū‚•Áüj˙’ÕĄ× _ũõč˙ôŊCHø|öڝ…Õ•ĮÛdo*捰Bāá€8ⸯ‹žÖõ/‹ē5톍¨]ZG °yāĩwH•‰Ë€A  kį/ÚWūCēũ{I˙Ą ú6ŧö‚đöĩ­k:,šV¨_¤vōk[g”),8%AÅ{Ŋ¯üzC˙\×ųW‡~Ō˙ō đīũvŸ˙AJ÷`VÖA Ĩxįí ĸjÚ֟Ą.•ĨŪß´RĖdļī)@Bã;AĮJôO ŨĨ‡Ã=ō@Lvú<2°‹'ųWĪ^Đ5~5Ô/õũJdļˇIg%Cļ8ÁáGœvîNkčŋ Øđ‘§^Âņ“ĨÃņ:•eũĐVR õķ­´>0øâËšãĶšķM˜yfRŒa¸9S¸}Į‡ĻOPĩiß<§*ãC[—Įs3ɟÃ;JōZXX~ŅÚ-žoĩŧļ äĀä8Ā㸎‚?~2ņb}‡Âž)w Ûį—iÖ<÷åUWęĮĀøĢÂŪ'øyâ­#Ä:Ą:ËËü—3GįĢî1ŗw<xëĮJúÎ÷ūxķūOaßKģSĶ*–<ËEorŧ)˙€ú×Ģ ŒƒÔų¯Ä~ ņïŠ0ë~Ņī¯tö>8í-ŪEU' mŽ=ˆî(éZ*Ŋ…ØŋĶíîÄ3Ā&_ʞ2’&FpĘyzUŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*“Ī(‘€n=…]ŦéÖŋûƀö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ôtČßeߟ›¯ö™ŋú ˜˙ĮáũjĨKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ģ # ]ųų°9ĒUmŋãÄ}ķ ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€.´Œ-Cƒķ`sUūĶ/÷˙AS?üy Ē”/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚Ŧ<Œ-ƒƒķ9ĒUnOøķ_  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€.É#-˛¸?1š¯ö™ŋú š_øôO Ē”/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚ŦK#-ē°<œsTĒÜßņꟅCö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ôf¤y•Y˛ĩ[Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ĪüxūÖĒUŗ˙?‡õĒ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEUļ˙ôÎĒUļ˙ô΀*QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEm˙ãČ}TĢo˙Cč*ĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEnOøķ_ Ē•nOøķ_   ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE[—ū=č*Ĩ[—ū=č*ĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEnoøõOÂĒUšŋãÕ? ŠEPEPEPEPEPEPEPEPEPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦŊ_Ä:V‡k,××°ÆQIoØúęMeø _ŧņ'‡žūûg›ö‡@p€0?Zę(ĸ™4ŅÛÃ$Ķ8HŖRÎĖpI4ú+ΓĮ&×Ļš_ hOaķŽ[ņéķ/åÍnxKÆ+â.lníĮUĩ˙]nĮ¨Î23Ī^ŖÜPSEs-ņ‚xpÛZ[ZĩîŠvq˛Ÿ|d÷ëĐwæ°$ņŋŠ4!ŸÄūŠ>V fļl”Ī¯ĖÜûPŖQQÁ/ģK/ęķHØe‘˙i†ÕũH  Ÿ†7OuāK ä“ ‰Ąđ­ŸøŽĮÂÚWöŽ %0y‹î”1ÉéÆGĨc|0ĩ{_Y—3;˃čXúkĸÕ´m?]˛û§lˇûƒėb@Ččx"€8ø]~ūæŖ˙~˙ŠŽŌԍFŌØ?Õ\F˛ĻîÖü b˙²đoũá˙ŋ˙ÅVÔ`YĖļ˙$0¨Ž4ÂŖ€?!@ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ™å'–e‹÷wsųQö‰žk‘™Ûū ųųˇ¯?đQ9ōÛĖéÃPöÎJö˛oî;˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷ÍYĖ?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|Đ$^PI#@znlS…ŗ˛†R¤A­r>;‘ŪŌĖ3g7ōŽ‡KžA¤YĮ˙ĐErĶÄšb'Fß _ˆ“ÖÅī˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Íu ´boŗy|nÅAöI?ŲüębíöMųųą×ņĒßh—ûæ€öI?ŲüéŲÕK3 P2I< oÚ%ūųĒ:Ôō üāÛŋū‚iÅ]؊“䃗d^Ž/8‘¸Jļi˙d“ũŸÎšHéĻŨl~ûú ë>Ņ/÷ÍUXrMÄĮˆxŠĒÕŽ?ė’ŗųŅöI?ŲüéŸh—û援KũķPtû$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?0E™<ą,e˙ģģŸĘ´Kũķ\Ĩ›°ņœŽÍŊųü oF´RwŲ\¸C™?#Žû$Ÿėūt}’Oö:gÚ%ūųŖí˙|Öû$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īšÎÕŧBē:DĶ‰\HHíõ¨ŠR4âį7dģŸd“ũŸÎ˛IūĪįPÃy$đG*ą ęy§ũĸ_īš¤îŽ€Ų$˙gķŠĖLmŧž7U_´KũķVYØZoĪ́Í0!û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎĢ]ę-gi-˖)–!@ÉĢi:ōëī4DT}„8ÎíõĒåvæčdëSU&ũį­/˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷ÍI¨˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$ŸėūtĪ(yž_›˙îîįōŖí˙|×#ˇü'Eķķonāĸsåˇ™Ķ‡Ąí”õˇ*oî;˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷ÍYĖ?ė’ŗųŅöI?ŲüéŸh—ûæ°õ[é׏jë;ēcq@023ÜÖUĢĶŖjŽČMĨšŋöI?Ųüčû$ŸėūuËÂ}m˙ļ˙ž7?’˙sia? 4‘ˆqæËgĻæÆiÂÕČ ÷ÍyĪ‰|A¸ļÂ4•|’ŲŪ|z}+jßĮVĐÛE†ã(x Ø}kfÔYE´’ĩŸqsĢoŲ$˙gķŖė’ŗų×-˙ õˇüņšü—üh˙„úÛūxÜūKū5ˇö–ųĐųŅØ4Lm„|gŠƒė’ŗų×?}ãXaŅmī-`yY2Žví+‚s×Ô~u˙ ëū|—ūūõĢŌŖJU ĒSÕ3‚žk„ÃĪŲԕŸŖ;˛IūĪįHÖėŠY™GRNŽ#ū×üų/ũü˙ëU]CÆ÷†Ÿ=ŖZĒŦĒTļüãô­V­õG<ķÜ‹q•ßŖ˙#ŋŽ5wG$nÆUŗOû$ŸėūuæzŠĻĐėžÚ;u<†L—ĮP§ĩjÂÃē˙Ÿ%˙ŋŸũjrÂTOEĄ4sė$ GgÕYŋĐî>É'û?d“ũŸÎ¸øXw_ķäŋ÷ķ˙­VmŅ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īš@Éå‰b/ũŨÜūT˙˛IūĪį\uŗ°ņÞ~mīĪü×]ö‰žj)ĪšįN&‡ąqWŊŌx˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷ÍYĖ?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŽGÆ÷—1ĩ—<‰Ÿ3;Ž~īĨsâą EÕjö˙; ģ+Ų$˙gķŖė’ŗųÔ÷›h˛įîåR}ĸ_īšŨ;ĢŒŲ$˙gķŠŪ&kpƒĒŋh—ûæŦģ°ĩVæĀæ˜ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįY>!št ÆYYX'NäUŨÜIĸ9’gsįˇ.rz/­hŠŪg$ąJ8Ĩ‡ļę÷:_˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Ífuû$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4,[œĸËaÕCsOû$ŸėūuČčîËâ›ļ’dįū]_Ú%ūų­ņ}””o}.iRŽÃūÉ'û?d“ũŸÎ™ö‰žhûDŋß5˜˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$ŸėūtÁ2ybX‹˙t7?•h—ûæšaãYœ›|œūĸsåkĖéĄCÚŠģە\ė~É'û?d“ũŸÎ™ö‰žhûDŋß5g0˙˛IūĪįGŲ$˙gķĻ}ĸ_īšä5ë)ŦÍeežÆÚĒ#,Į“ÅsbqTđŅRŸ]4i—Ų$˙gķŖė’ŗų×˙ ‹?įÂ_üj?á"ņgüøK˙€­\ŸÚÔ–_q<čė¤ŒC6X“=7>3R}–OUüëÍĩi5ũeĸkŊ>ā˜ ļŨ‡_ÃÚ´—Ä+U ,%Ā˙V¨Žo6Ĩnš9Ûũ’Oö:>É'û?q?đ‘xŗū|%˙ĀVĻKâA–kVŽ5ęĪlĀÄÕŧڊÕÆ_psŖĐ$‰šŨPc#Ų$˙gķŽ:ķƚŒZ„ņĮžg‘]ļ’>\tīŸŌĢøĩ€"ÂB ‹V¯^…7^”jÃgąį×ͨQ¨é4Û]•÷;Ÿ˛IūĪįM{vK;"¨ęIĀÄÂGâīųđ—˙ĢßjŪ(ÔlĨ´ŸO˜Å Ãmĩ`zæļXY_VŒ'ŅQn0•ũū8LĢē9#ué•lŠwŲ$˙gķ¯9ŌīüK¤Z}š×OœG¸ˇÍlÄäÕßøHü]˙>˙ā#SxY_F…O;¤âœá$ũįė’ŗųŅöI?Ųüë†˙„Åßķá/ū5XŅŧa¨ÜKv—¨‡ÉˆČŽĶ@Áüę^} čæÔ*Ս$šrÚčė~É'û?d“ũŸÎš_øLîįŨīŋūĩđ™Ü˙Īē˙ßũj×û?üŋŠ=¯ĢÔėu_d“ũŸÎ˜ąor‹,lè “\Įü&w?ķîŋ÷ß˙Z˛luy,u)oV0Í&ėŽqŒœÕÃ.ĒĶæŅô)a§gsĐ>É'û?d“ũŸÎš_øLîįŨīŋūĩđ™Ü˙Īē˙ßũjėüGōū(ŸĢÔėu_d“ũŸÎ˛IūĪį\Ė0žIãG€fÜŒūŅũĸ_īšÂĩ ”ZSVš§(|CūÉ'û?d“ũŸÎ™ö‰žhûDŋß5‰ūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųŅöI?ŲüéŸh—û援Kũķ@û$Ÿėūt}’Oö:gÚ%ūųŖí˙|ĐūÉ'û?d“ũŸÎ™ö‰žhûDŋß4˙˛IūĪįGŲ$˙gķĻ}ĸ_īš>Ņ/÷Í?ė’ŗųÔōDĪ ÆF*¯Ú%ūųĢ2ģ-ē°8'Đ?d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų ũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųÖ>â ¯ĩ ­L{`Ûŗœ==ëWí˙|ÕÔ§*o–[•(¸ģ1˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īš‚Gũ’Oö:>É'û?3í˙|Ņö‰žh˙d“ũŸÎ˛IūĪįLûDŋß4}ĸ_īšŲ$˙gķŖė’ŗųĶ>Ņ/÷Íh—ûæ€öI?Ųüčû$ŸėūtĪ´KũķGÚ%ūų  Ąˇt”1ÆZĒpM#LĒ͐jåQEQEQEQEQEQEA{ \Ø\@„’&@OLE`xÃˇ~đųĶīd‚ILí&abWP=+Ļĸ€0|[Ļ뎎ļúđ˛ģ+LŒ™PFTԏʴ,ŦäĩŽ¤Ës/Ų––$°‘ļ€Į'““žĩzŠķČ|âÉ4×`O•ËˆnĶ&2}>VĪé[^đö×:…íÛ_j×ëŽ`œā~8ü‡Jęh _Ş_ŊĩíĨÛYjļ‡0\(ĪÎãüÍbOāĪxĸˇņ.Ŋéņ°fŠŅ0dĮ¯Ęŋ×é^‡EGoVļņ[Ā‚8bPˆƒĸ¨¤ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEÉÍ˙#¸˙}ô]ersČî?ß_ũV5žĪŠčeÛÔ˙ ũ˛Š(­<(ĸŠ(ĸŠå$cˆū ũäaøūA×_õ×ú ęĢ•đ/üƒŽŋë¯ôÕV¸Ÿâŗ(˙r§éú…QXQEW-i˙#„Ÿīŋō5Ô×-i˙#„Ÿīŋō5ۄøj…›ŅÚ^‡SEW€QEQEQEQEQEQEQEQY˙Û˙ڟŲûeķŗŒāméŸZФ¤žÅΜĄnekęQE2Š( š/˙¨˛˙y˙Žļš/˙¨˛˙y˙¯?5˙sŸËķDĪá:M?ūAļŋõÅ?Ģ5[O˙m¯ũqOä*ÍvĶøĄH*ÛĮˆúįU*ÛĮˆúįVJ(ĸ€3õĪų_×ūUāoų\×s˙ ŠØ×?ä}˙\[ųV?ŋäq˙]Īū‚+Ļ?Ā—ŠãÖ˙‘Ĩ?đŗ¨ĸŠ+˜öŠ( Š( ŠæŦ§™ŧU4fW(ūRĮ•tĩĩj.“IŊÕ˜9‚Š(ŦH (ĸ€ (ĸ€ (ĸ€ (ĸ€ lŽąFŌ7ŨPXũ: Ŋ˙úäßĘ“Ø¨ĢÉ#øēņhø˙|Q˙ |_ķč˙÷Ø˙ “ÁVļ÷^āŠ]Ŧ˜Ūą×Öē¯ėËųōļ˙ŋKūĪk8ķsŽ#ęt*:n›vķ9øKâ˙ŸG˙žĮøV:ęĒē÷ö”vî'fyû¸ë^ũ™a˙>Vß÷éėËųōļ˙ŋKūåJ¤­yO…§~ZoUg¯C‘˙„ž/ųôûė…đ—Å˙>˙}đŽģû2Ãū|­ŋīŌ˙…Ų–ķåm˙~—ü)ōÕūc/m‚˙Ÿoī9!âčr3hāw!ŦŊĪˆ+ŅŦČã*à /5§ãkh-͏‘qnķ3ąįîúVmü”>Ŗ˙Eיrnœ'¯ŋԌm:>ʝZQˇ3~{ŋü#Ú?ũmŋīØŖūíūļß÷ėV•ę}^—ō¯š6Foü#Ú?ũmŋīØŖūíūļß÷ėV•}^—ō¯š‘›˙ö˙@Ûoûö+/ÄZ.™máûÉĄ°ˇŽDLĢ*G"ējČņGü‹7˙õĪúŠĮB’Ŗ6ĸļ}<„Ōąæ—?ō+Y˙×Üŋú WĒé‘Ft›2c_õ Ûũ‘^Us˙"ĩŸũ}Ë˙ Ĩzž—˙ ›/úāŸúŽŒü‹¨ú>_0­éČąäĮ˙<Ķūųy1˙Ī4˙žE>ŠŌįŗd3ɏūy§ũō(ōc˙ži˙|Š}\,†y1˙Ī4˙žEyd$ր鋏ũ ŊZŧĻų5¯ĨĮū…]¸=ßČōąé,NüGcā¯ųĪ˙]ū‚+ĨŽkÁ_ō ŸūģũWKYã?#Û­üFQEsQ@WŒ˙ä)i˙\˙öjčkžņŸü…-?ëŸūÍ] vâ?KæoSāˆQEÄ`QEQEQEQEQErvßō:ˇûī˙ šë+“ļ˙‘Õŋßũ×YXĐŲúž†cņS˙ ũBŠ(­<(ĸŠ+Žņ×Ū°úI˙˛×c\wŽžõ‡ŌOũ–ŧÜßũÎ/Í?„ë-ŋãÖ/÷ōŠj+oøõ‹ũÁüĒZô#đĸ‚­É˙kôR­É˙kô@TĸŠ(/Äō/^˙×?ę+?Á?ō“ūģˇōZĐņü‹×ŋõĪúŠĪđOü€ä˙Žíü–ēcūîũO§üaūų%Q\Į°QEQErÚGüŒ÷_Y?ô*ęk–Ō?ägēúÉ˙ĄWS]¸īâ/Do_â^EW€QEQEQEQEQEQEW'e˙#”ŋīÉüu•ÉŲČå/ûō#XÖŪ>§Ąø*˙…eQ[xWĨ˙ÉH?īÉ˙ ė+ĪįԎ‘ã)īDBSōÆr¸ëøדšÎ0öS–ĘH‰ô=RŠāŋábÉ˙@Ä˙ŋĮü(˙…‹'ũū˙đ­?ĩđĪø?ōxíÁÂœū‰˙øQ˙ Oú'ũū?áGöžų˙ūAĪŊŦ?ČĢ{ôOũ kž˙…‹'ũū˙đĒZŋ_UŌæ˛6+—8—8ÁĻ=Ģ Ni…Æ2Õ§Ņöô5c˙ūEŨ+ūēOüŌŊrĶū<ā˙ŽküĢČī˙ä]Ōŋë¤˙Í+ŋˇņŽ‚–Ņ#_á•#ɓŽ?Ũ¯c KG•_CÄÃ×ĨK_ÚIFüģģt::+ūO˙ĐC˙ É˙ÄŅ˙ §‡˙č!˙d˙âk_eSų_Üz_Â˙ĪØ˙āKüÍę+ūO˙ĐC˙ É˙ÄŅ˙ §‡˙č!˙d˙âhöU?•ũÁõü/üũūŋĖŪ¯&°˙Ļŗ˙\¤˙Ņ‹]ßü&ž˙ ‡ūA“˙‰ŽL‘eŋÕäC”x”úƒ"×^‹|ĘÛ~gŸ‰ÄQĢÃ{9ŠZ]gsāäVŅ\•ųÍÔ{ č|¸˙¸ŋ•`x3ū@¯˙]Ûų čk[ũüŊO ­ņąž\Ü_ʏ.?î/åNĸšîĖ†ųq˙q*<¸˙¸ŋ•:Š.Āâ|TĄ|Cfû´éūųŽŠšīČÅg˙\Ķ˙Cjčkŗü*^†õ~…Q\FEPEPEPEPEPEPEPEPX!קŅæ"†9ŠIߞ1[õÅxãū>Ŧ˙Üoæ+ƒ3Ģ:XiNĪOĖ™ģ#ĩŠ)AK]å[›ū=SđĒ•noøõO€*QESSž]7O–íēĮŒ¨8ÎH֙¤jkĢX‹¤ŒÆ ÚNzU_ȡyô_ũ U˙ČžŋõŅĢeėyēÜķĨˆ¨ŗBūī-ūw: (ĸą=ĸŠ(ĸŠ(–đ˙ü‡Ž˙ÜũWS\ˇ‡˙ä=wūã˙čBēšíĮ˙äņQEÄ`QEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŗĨ˙Z˙īŅŦéÖŋûƀEPEPEPA žĸ™7ú‰?Ũ?ʁĨwc,ø—L5Î;„4Ÿđ“iŋķŌOûāÖg„ôĢ-MŽÅä>g–oĖF3œô>ÕĶÂ)ĸ˙Ī™˙ŋ¯ū5Í UšæV=Zô°T*:ræēô3?á&Ķį¤Ÿ÷ÁŦ5vņ0ž ŪFå9Į<(+ą˙„SE˙Ÿ3˙_üh˙„SE˙Ÿ3˙_üh”*Ę×°Q¯‚Ĩw-UēŸđ“iŋķŌOûāŅ˙ 6›˙=$˙ž i˙Â)ĸ˙Ī™˙ŋ¯ū4Â)ĸ˙Ī™˙ŋ¯ū5žō1ž´ŋ4x›L'ũcøŦc_ÔŖÖ~Į§ía…Ø7$ũjoé:dV­i–]˜7ÎNqSYĐČīa˙lôX¯70ĢUF0RŗrJëÎæxĘ4cFhŪŌoroˇxģū|§˙ĀoūĩnņwüųO˙€ßũjôz+OėúŸķú_yÁĘûžY¨CâMQ.Ŧ.!Ęâ?ĨY†įŐC)e8DPĒ>ÍØ zWĨQR˛ļ¤æĒĘī¨ryžqöīĪ”˙ø ˙ÖĻËŠøŽšYmeHĐe™­đüĢŌk7Ä?ō/jõÁ˙•*˜ƒ’­-pq}Î5ü[¨ ŦŖĘķÍɋ~ßá §¯5^=OÅŗD’Įk3Æā2˛ÛdzÅdÉ˙"ĸ×ņ˙Đz–…˙"ū›˙^ą˙č"Ŋlē§û :“WošáJą8ŲŌUe’Ųœ7Ûüc˙>S˙ā7˙ZŖžãÅˇ6ōA-Œæ9ŖmŽ•é´WWÖ#üˆŨåUŗ¯?ŧō:/éqS˙ā7˙ZŊ&Šo›ģŠ2yĶŠŒ+É%æyˇÛüc˙>S˙ā7˙ZĨxTmB{kÕRŅÄėU“iVQœ~•čõåĮūG-Wéq˙ šŌ”ĄVéÅUĄ[ ^īĨ%)$ĶfžĢŽ]†khÚP§dYÅMöŸ˙ĪŦß÷ã˙­Z>˙;¯úč?•u5Ž"ŧ)TpTևÕԜc'Tpŋiņ/üúÍ˙~?úÕM-u¸īâŲOįI>QĮ>ÕčÔVqĮ(ŪÔÖ¤ĒöÚ(á~Ķâ_ųõ›ūüõ¨ûO‰įÖoûņ˙֮ꊟ­Ãū}Ä^Ų*<úmcZ˛tûTf<ōHąēēĀrŦ˙Įşû­üÅo/ŨJxŽWJŒRŊö ļqŒ’ĩÅĸŠ+„Ā(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠäĪüŽ˙đ?ũ’ēĘäĪüŽ˙đ?ũ’ēĘƏÚõ= Ãū]…Q[xQEW%ãŸõ_ī?ōÖ×%ãŸõ_ī?ōįæŋîsų~h™ü'I§˙Č6×ū¸§ōfĢi˙ō ĩ˙Ž)ü…YŽÚô)[oøņAüęĨ[oøņAüęĀŠEP~š˙ +īúâßĘąü ˙ Ģúîô[įü€¯ŋë‹*Įđ7ü‚Ž?ëš˙ĐEtĮøõ¯ķ=‚ŠņoíMCūŽīķښ‡ü˙\˙ßæ˙íø#ûĪ;ÚĶExˇöĻĄ˙?×?÷ųŋƏíMCūŽīķÛđūG÷‡´=Ļ˛Š_ųX{ŒĪ˙ČRĶūš˙ėÕĐ×!¯ęÖúĩõŧļë"Ē.ĶŧÎ}‰ŽžļÅō8Ë}M*ĻĄŠ(Žœ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠäíŋäuo÷ß˙A5ÖW'm˙#Ģž˙ú Ž˛ąĄŗõ= Įâ§ūú…Q[xQ\fĨĢë2x†[ >Cv¤jĢÎO'ņ§lņ§üķ›ūųŽŧĮšC™Æ0“ŗļ‹ū įc\wŽžõ‡ŌOũ–ž4˙žsß1Õ;í#ÅŽĪĩÚË/—šØ1žŊ>•ĮŽÆg˙€˙Á:˙ČŊ{˙\˙¨Ŧ˙˙ČOúîßÉk*âĶÆ7vīđĖņ8Ã.#¨ė´ßéđmmåŽ2ۈÂĨjŠ%IÙoÜáž:OG˛”mđęw´WŗÆ˙ķÎoûæ:6xßūyÍ˙|ĮY}[ûËī;ŋļüųŸū˙í(ŽGÃ:ÎĨsĢOg.đˆÄ‚ `@í]?Û-įæûø+9Ō”%˚߃ÅGOÚA4ļԞŠƒí–ŋķķũü}˛×ū~a˙ŋ‚Ŗ’]ŽŽVsēGüŒ÷_Y?ô*ęk“ŌĻ‚ÂŊÔ?įōÛ˙˙ ?á^ęķųm˙…z-˙ą°ŸŪ‘<ëūîĄ˙?–ßø÷øQ˙ ÷P˙ŸËoü{ü+ŅhŖû ŲũáÉÎŋá^ęķųm˙…TÔüyĨéŌŪËs¤XĘŽrr@ô÷¯PŦ?ČĢ{ôOũ kFS……Î)Ũ&÷ō‚ąį7˙ō.é_õŌæ•č:ģ(eĶ.Č# ˆ[ŸŌ§ŋ˙‘wJ˙Ž“˙4¯\´˙8?ëš˙*÷ōęƍ–čų‰å°ĮcĢ)IĢrū(ņßė cūwŸ÷åŋė cūwŸ÷åŋÂŊĸŠéúėģĢTū‹˙`kô ŧ˙ŋ-ū`kô ŧ˙ŋ-ūíQõŲvõjķŋĀņė cūwŸ÷åŋ§ĐՒ]EXËjĀƒØīJöōkų k?õĘOũĩŊ îĢÕvüĖá•ÃÃ¸ÉģČí|,iŖ8gU>spN; č<øįŦ÷Đ¯%ĸējåʤÜųˇō>âxni7sÖŧøįŦ÷ĐŖĪ‡ūzĮ˙} ōZ+?ėĨü˙‡ü~Šæzןüõūúyđ˙ĪX˙īĄ^KEŲKų˙ø!õO3§ņKĢø†ĐŖZrŒ×G^um˙P˙žŋÎŊ°ĮĶöq„;&gˆ*Š (ĸŧĶ˜(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠĀŗÕnĻņ ÖnĘaVpŪxéÍo×'Ļ˙Čßqūü•ÖVT[ißšŨ„a8¨Ģ{¨(ĸŠÔá (ĸ€ âŧq˙Vî7ķÚ×ãøúŗ˙qŋ˜¯38˙t—Ëķ" Ú‚–tĩé–noøõOÂĒUšŋãÕ? ŠEP?Šŋä[ŧú/ū†*ŋƒä__účÕcÅ_ō-Ū}˙C_Áŋō/¯ũtjé_îī×ôŖ˙E׉˜¤ęA?į‰ŨŠ˙sŖę˙3ą˙„WC˙ |›đŠčôķoņ­Š+Ôú­ä_r8,ŒøEt?úĮųˇøŅ˙Ž‡˙@ø˙6˙ØĸĒĐūE÷ ˛1˙áĐ˙čæßãYž đî“i ŪO’$¨™Vđr=ëĒŦČŗ˙\˙¨Ŧq8j*ŒÚ‚Ųô]„Ōąæ—?ō+Y˙×Üŋú W iūŅeĶmd“OáFc“É {ןÜ˙Č­g˙_r˙č)^¯Ĩ˙Č&Ëū¸'ū‚+Ģ'žŸCÄĄFL¡´ŠzGu~…øDô/úGųˇøŅ˙ž…˙@č˙6˙Ųĸļö“îĪSęxoų÷šßđ‰č_ôķoņŖū= ūŅūmū5ŗEŌ}Ø}O ˙>ã÷#ū= ūŅūmū5ĀZDkúŧQ¨XŅ'UQØĀëå0˙ČÉ­}.?ô*ëÂĘRnīąæã(R§ŠÃ:qKŪčŦOcŖ_ę14ļ°ųˆ­´ę9üMY˙„[X˙ŸA˙SükĄđWü‚į˙ŽĮ˙AŌ×N#0ĢNĢ‚JËúî}=LDŖ&‘į?đ‹kķč?īęđ‹kķč?īęz5öĨnËņ˙2>ĩ?#ÎáÖ?įĐßÔ˙?áÖ?įĐßÔ˙ôj(ūÔ­Ų~?æZŸ‘åˇzu֛qwQųlß0ã>ÕßW=ã?ų Z×?ũšē1ĩJtæ÷w ōrŒ[ (ĸŧã˜(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠäíŋäuo÷ß˙A5ÖW'm˙#Ģž˙ú Ž˛ąĄŗõ= Įâ§ūú…Q[yĮX˙ÉIõŅŋôY¯E¯:ą˙’’?ëŖčŗ^‹^^Wĩ_ņŋЈu (ĸŊBŠ(  oČ¯}ūā˙Ѕyĩįü‹:wũ|Oü’Ŋ'şō+߸?ô!^my˙"Ν˙_˙$Ž:ō7‡ø_ęyßûœū_š=jÃūAÖŋõÅ?Ģ^ÃūAÖŋõÅ?ĢÚ÷=Jô (ĸ‘aEP”Z5Ũkܛ˙CąĄøq5{'¸k–ˆŦ…0=õ÷ŦkOųk_îM˙ĄŠí|˙ yŋëā˙č+^ĖęJ(;= †N8)5üĖ­˙<_ķü˙÷ėđƒÅ˙?Ī˙~Įø×YEpũ{üߑęûzÎOūxŋįų˙īØ˙?á‹ūŸūũņŽ˛Š>ŊˆūoČ=ŊNį'˙<_ķü˙÷ėbęēHŅõ;xRc&āq\cœJôjâŧ_˙!ģ?úæŋúŽŦ*­JœŗwVf´jÎRŗgCEW”rQ@Q@Q@Q@Q@rv_ō9KūüŸČ×Y\—üŽR˙ŋ'ō5mãęz‚¯øYÖQEąį…qú_ü”ƒūüŸúŽÂ¸ũ/ūJA˙~Oũי˜üTƈŸCŅ(ĸŠôË (ĸ€ Ãņ‡üŠˇŋD˙ĐÖˇ+Æō*Ūũ˙CZįÆģÔ˙ ü…-9ŋ˙‘wJ˙Ž“˙4¯\´˙8?ëš˙*ō;˙ųt¯úé?ķJõËOøķƒūš¯ō­pŸō/Ąčxø/÷üGũģųQEg˛QEäÖōÖ딟ú1kÖkÉŦ?ä)Ŧ˙×)?ôb×n wōüĪ+ūų†˙ũĶÂC.Ží$Qšķ˜e”¡ūĮm˙>đ˙ßą<˙ W˙Žíü…t5š?o-zžÕfųŲØíŋįŪûāQö;oų÷‡ūø5ĪÍ.æwd?cļ˙ŸxīGØíŋįŪûāTÔQÍ.ávpū(Ž8ŧAhąĸ ōĐáF?Œ×I\÷‹?äbŗ˙Ži˙Ąĩt5׊ū/CjŋBŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(“Ķäo¸˙~Jë+“Ķäo¸˙~Jë+?SĐĖ‰đ ĸŠ+cĪ (ĸ€ âŧq˙Vî7ķÚ×ãøúŗ˙qŋ˜¯38˙t—Ëķ" Ú‚–tĩé–noøõOÂĒUšŋãÕ? ŠEP?Šŋä[ŧú/ū†*ŋƒä__účÕcÅ_ō-Ū}˙C_Áŋō/¯ũtjé_îī×ô-ŗĪú‰˙!ū5¯˙ ë¯úâ˙ČÖ7ƒŦ-/-ŽšæÚ9Jē€]sŽ+’—2ŒOC J‹Ŗ:ĩSvļÃŋá-ŗ˙žūCüh˙„ļĪūxOųņŽûJ˙ }ŋũđ(ūÃŌŋčo˙| 9j÷Aí0?Čūķ‹TŠ?@Ŗųe˜íã<ŒVßü%ļķÂȍtØzWũí˙īGö•˙@ûûāTƝHėÍjⰕZrƒŅ[sœ˙„ļĪūxOųņĄ|YdX āzāqú×Gũ‡ĨĐ>ßūøÉøÆĘÖĘ[AmqVŨąqž”ĻęÂ<͕‡†ŊEMEĢų•Ŧ?TŽ…Û˙EšôZķ7ūJ,ī7ū‹5čõɕíWüoôvŒžTë^Vg%FRŲI>‡§Q\×ü'Z/÷į˙ŋtÂuĸ˙~û÷]__Â˙ĪÅ÷™w:Z+š˙„ëEūü˙÷îøN´_īĪ˙~čúūū~/ŧ9—sĨŦ?ČĢ{ôOũ jˇü'Z/÷į˙ŋu™âiz–…sinŌ™d ˇr`pĀ˙JÍÃʄâĻŽĶëäJĮ+˙"î•˙]'ūi^ši˙p×5ūUäw˙ō.é_õŌæ•ë–Ÿņįũs_å]øOųĐô<Œûū#ūŨü‰¨ĸŠŗŲ (ĸ€ ōkų k?õĘOũĩë5äÖōÖ딟ú1kˇģų~g•˙|Éū‡qāĪųŋũwoä+ĄŽ{ÁŸōúîßČWCYb˙/SŲ­ņ°ĸŠ+œĖ(ĸŠâŧY˙#ŸũsOũ ĢĄŽ{şō1Y˙×4˙ĐÚēíÄ˙ —ĄŊ_‚!EW€QEQEQEQEQEÉéŋō7Üŋ%u•Ééŋō7Üŋ%u• ŸŠčf?ďøPQEąį…Q@q^8˙Ģ?÷ųŠíkŠņĮü}Y˙¸ßĖW™œēKåų‘?„íAKH: ZôË ˇ7üz§áU*ÜßņꟅTĸŠ(Å_ō-Ū}˙C_Áŋō/¯ũtjąâ¯ųī>‹˙ĄŠ¯āßų×ūē5t¯÷wëú<ŋämđ~§AEW1ėQ@Q@ˇ‡˙ä=wūã˙čBēšåŧ?˙!ëŋ÷˙BÔ×n?øŋ$oˆøŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ dßę$˙t˙*}2oõē• qŨ~û÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ōüŽööĮ˙EŠßņßú‹/÷Ÿų ĀƒūG{ûc˙ĸÅxš—ÅņGõ;ą?îTŊYé´QE{GQEVoˆä^Ô?ëƒ˙*ŌŦß˙ČŊ¨×ūU–#øRôžĮ—É˙"ĸ×ņ˙Đz–…˙"ū›˙^ą˙č"ŧļOųūŋū€+Ô´/ųôßúõ˙Ae˙ō-Ĩķ,˙Ũoæ+y~čúWm÷z_?ĖŪ§đãķŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(“?ō;˙Ā˙öJë+“?ō;˙Ā˙öJë+?kÔô3ųuūQElyáEP\—ŽÔYŧ˙ČW[\—ŽÔYŧ˙ČWŸš˙šĪåųĸgđ&Ÿ˙ Û_úâŸČUš­§˙Č6×ū¸§ōfģiü ФmŋãÄ}ķĒ•mŋãÄ}ķĢĨQ@úįü€¯ŋë‹*Įđ7ü‚Ž?ëš˙ĐElkŸōž˙Ž-üĢĀßō ¸˙Žį˙AĶāKÔņëČŌŸøYÔQEĖ{EPEP-a˙#tßīÉũkŠŽZÃūFéŋߓú×S]¸īŽ?áFõ÷^EW€QEQEQEQETŋņãq˙\›ųTõīüxÜ×&ūTžÅCâF_?ÔßŧŸÖēúä< ūĻûũäūĩ×Öt?†ŽĖËũę/ÉQZœ!EPãÎļöĶ˙eŦ‹ų(0}Gū‹­u°˙ļŸû-dX˙ÉAƒę?ô]xš‡ņaū8Ø¯÷J>¯ķ=&Š(¯há (ĸ€ ČņGü‹7˙õĪúŠ×ŦČŗ˙\˙¨Ŧ1_ĀŸŖü„ö<ŌįūEk?úû—˙AJõ}/ūA6_õÁ?ô^Qs˙"ĩŸũ}Ë˙ Ĩzž—˙ ›/úāŸúĢÁČēĄãá?äc[Ō?‘nŠ(­d(ĸŠ+Ęa˙‘“Zú\čUęÕå0˙ČÉ­}.?ô*ėÁîūG“˜ŧáŋÄv> ˙\˙õØ˙č"ēZæŧ˙ š˙ëą˙ĐEtĩĪãČöë…Q\ÆAEPã?ų Z×?ũšēįŧg˙!KOúį˙ŗWC]¸āRų›Ôø"QEqQ@Q@Q@ī˙äu˙\_ųÎđ/üzŪžŋČ֍˙üƒŽŋë‹˙#YŪ˙[Ī÷×ųÆ_ʼnčQ˙rŠęŽļŠ(­<(ĸŠ+‹ņßúë÷_úWi\_Ž˙×X˙ē˙ŌąÄ ųgûÔ~“34ßų(ą˙ŧßú,×ŖלiŋōQc˙yŋôY¯GŽ¯áĢū7útw~ĄEW¨PQEâĪųīŋÜú¯6ŧ˙‘gN˙¯‰˙’W¤øŗūE{ī÷ū„+ͯ?äYĶŋëâä•ĮCūFđ˙ ũO#;˙sŸËķG­XČ:×ū¸§ōbĢØČ:×ū¸§ōbģ^įŠOā^ER,(ĸŠō{Oųk_îM˙ĄŠí|˙ yŋëā˙č+\U§ü‡5¯÷&˙ĐÅvž ˙<ßõđô¯ZŋûŧŊQįdî2˙::(ĸŧ“Ņ (ĸ€ âŧ_˙!ģ?úæŋúŽÖ¸¯˙ČnĪūš¯ū„kˇ/ū7ɛáū3ĄĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“˛˙‘Ę_÷äūFēĘäėŋär—ũų?‘ŦkoSĐĀüÂβŠ(­<+:įBĶ/'iįĩV‘ēļâ3ųŅĸĸtáQZi5æš“˙Ώ˙>CūûoņŖūū|‡ũößãZÔV_TÃ˙Īĩ÷!rŽĮâÍ6ĶN’ÔZB#ļœãĻēXü5Ŗ´jM˜Éũö˙ÄņĪúë/÷_úWaú”˙tW†ÃŅxēŅpV\ļŅv!%ĖĖĪøFtųō÷ۍđŒč˙ķä?īļ˙ÖĸŊĒa˙įÚû‘|ĢąÆøęŌ +M" h–8•d!GžÚô Oøķƒūš¯ōŽâ'ÜŌŋŨ“˙dŽęĶū<ā˙ŽküĢКQĄļÔō0Ÿō1ÄÛŋ‘5Q\į°QEäÖōÖ딟ú1kÖkÉŦ?ä)Ŧ˙×)?ôb×n wōüĪ+ūų†˙ũãÁŸōúîßČWC\÷ƒ?ä ˙õŨŋŽ†˛Å˙^§ŗ[ãaEW9˜QEÅxŗūF+?úæŸúWC\÷‹?äbŗ˙Ži˙Ąĩt5ۉū/CzŋBŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(“Ķäo¸˙~Jë+“Ķäo¸˙~Jë+?SĐĖ‰đ ĸŠ+cĪ8ũCÄښjķŲŲÛÆâ6*Ēŗu<ûÄô?ø ˙ãRhŋōQ%˙~_äkŅ+ÃÃS¯‰įŸĩjŌhÍ&úžoũŋâ?úüņŦŨQõYã{>`c 0ë^ĩEkS,ŠV<ŗŦÚƒ}O7ūßņũū=Ûū#˙ q˙Āg˙ôŠ*ūĄ_ūČ9_sÍ%ņ.ŋ fIl–4Yā`ãščí|OlūĩģÔeŽ $f@ģiÆ@äúU¯˙ČĢyõOũ kÎõųi?Yŋô!U§V8õ‡G$ãÄáĖ1SÂP•XęÕˇõąÛÂUĸ˙Īč˙ŋoūÂUĸ˙Īč˙ŋoū,~Ņ$cŲ* ũ駠Ą˙Ī9ŋīé¯nØ~īđ0SÍ_H~&/ˆ™7ú‰?Ũ?ʆ8îŒ?}û˙¤û5vuÆxīßũ#˙ŲĢŗŦp˙ÃGvgūõ/—ä‚Š(­ŽĸŠ(‘ņßú‹/÷Ÿų åŽīŗŧKį—æy) lÎ3ō/zę|wūĸËũįūBšKû7Ô,˙Ũoæ+y~čúV˙ãâĪũÖūbˇ—îĨv×˙wĨķüÍę?1hĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€93˙#ŋü˙dŽ˛š3˙#ŋü˙dŽ˛ąŖöŊOC0˙—_áAEVĮžQEÉxįũE—ûĪü…uĩÉxįũE—ûĪü…yų¯ûœū_š& Ōi˙ō ĩ˙Ž)ü…YĒÚüƒmëŠ!VkļŸĀŊ AVÛū$eøũM÷ûÉũk¯¯,ĶuĢÍ%d[V@$ ļåĪO˙]_˙„ÃW˙ž‘ßą\”ĢÆ0IžŪ3-­Z´ĒFÖäz%įđ˜j˙ķŌ/ûö(˙„ÃW˙ž‘ßąZ}f7öF#Ëī˙€z%įđ˜j˙ķŌ/ûö(˙„ÃW˙ž‘ßąGÖ`Ų/ŋūĨãÎļöĶ˙eŦ‹ų(0}Gū‹Ēš–ąwĢy_jd>^ví\uÆ•[ą˙’ƒÔčēōņ˛Rœūx‹1Ŗ*8zTåēlôš(ĸŊÃĖ (ĸ€ ČņGü‹7˙õĪúŠ×ŦČŗ˙\˙¨Ŧ1_ĀŸŖü„ö<ŌįūEk?úû—˙AJõ}/ūA6_õÁ?ô^Qs˙"ĩŸũ}Ë˙ Ĩzž—˙ ›/úāŸúĢÁČēĄãá?äc[Ō?‘nŠ(­d(ĸŠ+Ęa˙‘“Zú\čUęÕå0˙ČÉ­}.?ô*ėÁîūG“˜ŧáŋÄv> ˙\˙õØ˙č"ēZä|%ii§L—1DÆ\€ė#ēí3ūí˙īāŖNnŧšL÷+EšŊ ÔUí3ūí˙īāŖûgL˙Ÿûûø+ŸŲOųYŸ,ģ¨Ē?Û:gü˙Û˙ßÁGöΙ˙?ö˙÷đQė§üŦ9eØæ§SČ?Ö,'g÷Á#´˙æĩūäßúŽ×Á_ō›ūžū‚ĩÁčŌ´÷šŒĪō[Č͏RĀ×yā¯ųÍ˙_˙AZëÄ+aäŧŅŲÉK/“_ĖΎŠ(¯$ô‚Š( ¸¯˙ČnĪūš¯ū„kĩŽ+Å˙ōŗ˙Žk˙ĄíË˙ōføŒčhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ ¯¨;GĻŨ:Ŧ°šv85bĒę_ō ŧ˙Ž˙ šRŲ—Kã^§)¤h—šĖRKŌ FÚwąæ´á ÔŋįúÍŋÂŽøū¯jb;¯¸ķ-[MŧĐæ„IrœS1]Čč+ņ×ü}Y˙¸ßĖWB: TRŒä—‘xęŽĨ S–î˙ ´QEtaÆxįũu—û¯ũ+°‹ũJē+ņĪúë/÷_úWaú”˙tW—…˙}¯˙nūD/‰ĸŠ+Ô,äū"}Í+ũŲ?öJííeėp~ņ?Õ¯jÄņ7‡˙ˇ--n<—€er`?šŸø@å˙Ÿô˙ŋGük­{9ĶŒe+5s’Åáņ•jŌĨÎĨnŠlGķŖ˙ž‰˙} <č˙įĸßBŧãū9įũ?īŅ˙ĢŠxBM;OšėŪ+ˆĀ;DxĪ8õ÷ŠTi7e?ĀšæčEÎX}ŋ=GΏūz'ũô(ķŖ˙ž‰˙} ōÂīĢØũĨn–!ŧŽŌ™éøևü r˙ĪúßŖū4åF”]œ˙SĖqĩ`§ =Ķūō=Ώūz'ũô+Ę4ūu=gūšI˙Ŗ´?á—ūĶūũņŠâđŅŅŦoŽäJÍĀ`¸_a[Pöp•”¯vēyŠ+‰ÅŅ•J\Ē.ûĻt^ ˙+˙×vūBēįŧ˙ W˙Žíü…t5Ī‹ū<ŊO ­ņ°ĸŠ+œĖ(ĸŠâŧY˙#ŸũsOũ ĢĄŽ{şō1Y˙×4˙ĐÚēíÄ˙ —ĄŊ_‚!EW€QEQEQEQEQEÉéŋō7Üŋ%u•Ééŋō7Üŋ%u• ŸŠčf?ďøPQEąįœ~‹˙%_÷åūFŊŧīE˙’‰/ûō˙#^‰^^Uü:ŸâĄęQEz……Q@>3˙‘VķęŸúםę?ōŌ~ŗčBŊÆō*Ū}S˙CZķŊGū@OÖoũW&ūFņ˙ęĪ<˙sŸËķG¯Ãūĸ?÷Gō§Ķ!˙QûŖųSëŦö#˛ (ĸ…Q@W Ü›=ST¸U R6Ā>ģĀ­hüCĒĘģŖŗ×ĻV6#ųÖ›˙:Įũs?ú1kŧđwü€Īũuoé^ŊOg n¤ŖwtŋĪČ9V™ĢûĖÃūÜÖ?įÁīË˙ۚĮüø/ũųņŽîŠåúÍ/ųô_ÚÃųO5ŗ—Q˛ģ’æ;7/ †‰ąÉĪôĢ˙ۚĮüø/ũųņŽîŠŠã!7ySLn´dîâpŸÛšĮüø/ũųņĸߋȡ¸ļ°me8'ä×w\O‰˙äg´˙r?ũ֔'F´œ=šZ2Š¸M۔č¨ĸŠķPĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ dßę$˙t˙*}2oõē• qŨ~û÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ōüŽööĮ˙EŠßņßú‹/÷Ÿų ĀƒūG{ûc˙ĸÅxš—ÅņGõ;ą?îTŊYé´QE{GQEVoˆä^Ô?ëƒ˙*ŌŦß˙ČŊ¨×ūU–#øRôžĮ—É˙"ĸ×ņ˙Đz–…˙"ū›˙^ą˙č"ŧļOųūŋū€+Ô´/ųôßúõ˙Ae˙ō-ĨķŠ_ųX{)ö3tc ŒŽõ'ögŊd˙ŋŅ˙w:?ü,?ëÚ?ũUÚŅâvå_qÍO)Œ ¤ęĪUüßđ6—GņœđŧR‰7e3GČüę+OøļÆ6ŽÖ&‰î!f“ųקQKëRĩšWÜ$¤åĖęNũī˙ķŸėĪzÉ˙Ŗ˙?ŗÁũĄ‰ūsÎ|GĄÃĸ›o&Y$ķwg~8Æ=>´Ëų(0}Gū‹­u°˙ļŸû-d_húĀÖ>ߧĮœĒ˛HŽ ”Ôד„“‹§ųeeŠŽ:¤ęahÎZģŋĖôš+Îŋâ´˙ž’˙ßČ˙Əø­?į¤ŋ÷ō?ņŽí)Ī™ũĮ—Íäz-å÷ڟŠ4Ņģē–?3;~d9Į^ŸZ´ã9]e”ĢAķ#éųÔ,Õ98ĒRēé`įō=˛×ây™ļÔõH’ąÃ*zœ0Úx>æt™VYãF3“†p6­qöŸōÖŋܛ˙C {Ŗí鸡m8vš– Qūķ=[íÖķõũü}ēĪū~ ˙ŋ‚ŧĻŠĪû*?Ė{T]ĪVûuŸüũA˙nŗ˙Ÿ¨?īā¯)ĸė¨˙0}Qw=[íÖķõũüĮøĒhĻÖ­)ĀEĢüFšš’õņ˙ŧ?kG¨ËJ傃ŊĪFĸŠ+Ā<đĸŠ(ĸŠ(ĸŠ(Ēē—ü‚¯?ëƒ˙č&­U]KūAWŸõÁ˙ôJ[3J_ďĒ)xū3˙‘VķęŸúםę?ōŌ~ŗčBŊÆō*Ū}S˙CZķŊGū@OÖoũW&ūFņ˙ęĪ<˙sŸËķG¯Ãūĸ?÷Gō§Ķ!˙QûŖųSëŦö#˛ (ĸ…Q@IĻ˙ĮÎą˙\ĪūŒZī<˙ 3˙][úWĻ˙ĮÎą˙\ĪūŒZī<˙ 3˙][úW­ˆ˙w~Ģō<ė‹ūEßöķ7čĸŠōOD(ĸŠ+‰ņ?üŒöŸîG˙ĄíĢ‰ņ?üŒöŸîG˙ĄíĀú3|?Åō:*(ĸ¸ŒŠ( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEVtŋë_ũãZ5Iā&F>dc$õ47į¤÷ÕA˙ž‘˙ßT 7į¤÷ÕA˙ž‘˙ßT 7į¤÷ÕA˙ž‘˙ßT 2oõē•Yōüôūú¨į€ũžOŪG÷Oņ{PĮŅĪxīßũ#˙ŲĢŗŽ3ĀŸ~˙éūÍ]c‡ū;ŗ?÷Š|ŋ$QElpQ@Ž˙ÔYŧ˙ČVō;ØÛũ+Įę,ŋŪä+ˇĮ ņOúæ+ÅĖž(˙Š?ŠŨ‰˙rĨęĪLĸŠ+Ú8BŠ( ŗ|C˙"öĄ˙\ųV•fø‡ūEíCū¸?ōŦą—Ŗü„ö<žOųūŋū€+Ô´/ųôßúõ˙Aå˛ȨŸõüô^ĨĄČŋĻ˙×ŦúŖ/˙‘m/™ãaäeWü(ĐĸŠ+SÚ (ĸ€ ōã˙#–Ģô¸˙ĐMzyv3ã=[8¸<˙ēk¯ ŧŊ'2ū6ühK=.÷PF{X Š§ Aņ5gūŊ_ū|›ūû_ņŽƒÁņįu˙]ōŽĻģą…JU\ZGS(ÉÅm˙Ū¯˙>M˙}¯øŅ˙Ū¯˙>M˙}¯øפŅXjUėŋķ3úÔûm˙Ū¯˙>M˙}¯øŅ˙Ū¯˙>M˙}¯øפŅGöĨ^Ëņ˙0úÔûWy§]éė‹u Œ¸%rAĪå]úũŅôŦ˙Įşû­üÅtkØ?yOīRÆÕuiS›ëp­'(FOĖŽŠ›Č?ķŌ?ûę ˙ĪH˙īĒķŽb*o ˙ĪH˙īĒ<ƒ˙=#˙ž¨*o ˙ĪH˙īĒ<ƒ˙=#˙ž¨*o ˙ĪH˙īĒ<ƒ˙=#˙ž¨*o ˙ĪH˙īĒ<ƒ˙=#˙ž¨*o ˙ĪH˙īĒ<ƒ˙=#˙ž¨?ō;˙Ā˙öJë+–)˙ÖÍË÷úįš]į¤÷ÕcGízž†a˙.ŋˆhŠŧƒ˙=#˙ž¨ōüôūú­<Ĩ5íĨģėžę›Úō?­GũĢ§Īũ¯ũū_ņŽCT°]CĮOe$…VFE,ŧãäŠÜ˙…yg˙?Ķ˙ß"ŧ˜ã1U'5Jšj-­ûĖŪČĶūÕĶŋįū×ū˙/ø×/ã+ģk˜mJU›>[†ĮOJÕ˙…yg˙?Ķ˙ß"øW–ķũ?ũō+,JĮb):NšWķæjÖ-Øęv §Û+_[( ĘšŪŦjéßķ˙k˙—ük3ūåŸü˙O˙|Š?á^Y˙Īô˙÷Č­ŖW—˛_xī.ƟöŽ˙?öŋ÷ųÆ°|w4SčútČ’!‘°ČĀŽžĸ“UđEŽŸĨÜŨĨäÎŅ!`ĨF s“ø¤ā˙¯é?ôŽœ.ģÆFh%tŪ÷<ĖâOęUėŋ4zĻ˙ Kúö˙AvŠh˙ō°˙¯h˙ôWkē_=?ĸ (ĸ¤Ô(ĸŠķm/ūJ˙ũuŸ˙B5Úפ.˙ˆWã ~ö~I˙h×uäųéũõ]8Ÿ‰z#ĮɃ?ņH†Š›Č?ķŌ?ûę ˙ĪH˙īĒæ=ƒ°˙‘ēo÷äūĩÔ×1§Ļ|c:î_ŋ'$ņŪēß ˙ĪH˙īĒíĮ|q˙ 7¯ēô!ĸĻōüôūúŖČ?ķŌ?û긌hŠŧƒ˙=#˙ž¨ōüôūú hŠŧƒ˙=#˙ž¨ōüôūú hŠŧƒ˙=#˙ž¨ōüôūú hŠŧƒ˙=#˙ž¨ōüôūú j ßøņ¸˙ŽMüĒīį¤÷ÕWŊ€‹ ƒæGūŠģûObĄņ#ĀŸęoŋŪOë]}r˙S}ūōZëë:ÃGfeūõ?—ä‚Š(­NĸŠ(ņį[ûi˙˛ÖÔņīûƒųV/:ØÛOũ–ˇíā&Ú/ŪG÷ņ{V0ū,žGĄˆ˙tŖ˙o~bQSyūzG˙}Qäųéũõ[yÅxëîXũ_˙eŽĻĪū.š]Ę0ōōOkˇ đTô7ĨđËĐéčŠŧƒ˙=#˙ž¨ōüôūúŽ#*o ˙ĪH˙īĒ<ƒ˙=#˙ž¨*o ˙ĪH˙īĒ<ƒ˙=#˙ž¨*o ˙ĪH˙īĒ<ƒ˙=#˙ž¨*o ˙ĪH˙īĒ<ƒ˙=#˙ž¨*o ˙ĪH˙īĒ<ƒ˙=#˙ž¨˙üƒŽŋë‹˙#YŪ˙[Ī÷×ųÖÔ #Lē>d|Bũũdøū=o?ß_äk'ĄGũʧĒ:Ú(ĸļ<đĸŠ(Ž/ĮëŦŨé]Ĩq~;˙]cūë˙JĮü6wåŸīQųūLĖĶäĸĮūķčŗ^^s§ŋd™ē×3^\9_ÃWüoô<čîũBŠ(¯P ĸŠ(şō+߸?ô!^my˙"Ν˙_˙$¯IņgüŠ÷ßîũW›^Čŗ§×Ä˙É+Ž‡üáūúžFwūį?—æZ°˙u¯ũqOä*ÅW°˙u¯ũqOä*ÅvŊĪRŸĀŊŠ(¤XQEäöŸōÖŋܛ˙CŲø24m"bȤųį¨˙ekŗ×5ž@ÄsßÚx+ū@ķ×Á˙ĐVŊj˙îōõG‘¸ËüLč<˜ŋįšß"&/ųæŸ÷ȧŅ^UŲčÜg“üķOûäQäÅ˙<Ķūųú(ģ Œōb˙ži˙|Šã3š]Ę>yy'Žõ×ųūzG˙}V46~§Ą˜˙?áD4TŪA˙ž‘˙ßTyūzG˙}VĮžq:/ü”IߗųôJķÍmø‹0Č8yz} zyyWđę‰ū„C¨QEęQE`øĪūE[ĪĒčk^w¨˙ČIúÍ˙Ą ôO˙ČĢyõOũ kÎõųi?Yŋô!\˜oųĮüĢ•ƒãøøŗ˙uŋ˜­åûŖé]ĩ˙Ũé|˙3zŸÃĖZ(ĸ¸ŒŠ( Š( Š( Š( Š( L˙Čī˙˙Ų+ŦŽL˙Čī˙˙Ų+ŦŦhũ¯SĐĖ?å×øPQEąįœwüԘ˙ëĸ˙čą^‹^u˙5&?účŋú,Wĸח–üUŋÆȏPĸŠ+Ô,(ĸŠĘņ'ü‹w˙õÄיM˙"¤õũ'ū€•éž$˙‘n˙ū¸šķ)ŋäTƒūŋ¤˙иŠČڟø_ęy9Īûœũ?TzŽ˙ Kúö˙AvŠh˙ō°˙¯h˙ôWkž_=?ĸ (ĸ¤Ô(ĸŠķm/ūJ˙ũuŸ˙B5Ú× k1ˇņŽĢ01ĩÃ{āšĐ‹[Önh-ŧŤ%€üĢŅžu]ã˛Hōō*R ĩüėęčŽcûO_˙Ÿ?đ¨ūĶ×˙įÆOüjĪę;¯ŧöũ„ģĄļō7MūüŸÖēšâĸ]ZöŊ[üÖ$œĀØæ¯ië˙ķã'ūĩtâp˛Š$â։-Í*ŌrjĪĄĶŅ\Įöžŋ˙>2ā;To¯jļŌ šˇ;^2¤ŠįX ¯fžķ?ĢËČęčĸŠá0 (ĸ€ (ĸ€ (ĸ€ ‚÷ū¨Ĩāoøņē˙ŽŖųWW\§ŋãÆëūēå]]gCøhéĖ?Ūgũt (ĸĩ8‚Š( 'Į_ņõgūã1]č+žņ×ü}Y˙¸ßĖWB: Ɵņ%ō= Oû­û{ķŠ(­<ãŧpŦĶYmR~Wč>•×EūĨ?Ũú+––Ų֝[üVü•ÂŠ(ŽĄ–å˙Dú ŠVå˙Dú Š@dø›ūEËĪ÷Gū„+Z˛|M˙"åįûŖ˙Btž8úœØß÷jŸá‘OÁō?õŲŋĨtUÎø/ū@'ūģ7ôŽŠĒŋņ$e–šĶôAT5¯ųÜ˙šũjũPÖŋäsūįõĸņcęBāĪųŋũwoä+ĄŽ{ÁŸōúîßČWCW‹ū<ŊJ­ņ°ĸŠ+œĖ(ĸŠâŧY˙#ŸũsOũ ĢĄŽ{şō1Y˙×4˙ĐÚēíÄ˙ —ĄŊ_‚!EW€QEQEQEQEQEÉéŋō7Üŋ%u•Ééŋō7Üŋ%u• ŸŠčf?ďøPQEąįœ~‹˙%_÷åūFŊŧīE˙’‰/ûō˙#^‰^^Uü:ŸâĄęQEz……Q@>3˙‘VķęŸúםę?ōŌ~ŗčBŊÆō*Ū}S˙CZķŊGū@OÖoũW&ūFņ˙ęĪ<˙sŸËķG¯Ãūĸ?÷Gō§Ķ!˙QûŖųSëŦö#˛ (ĸ…Q@IĻ˙ĮÎą˙\ĪūŒZī<˙ 3˙][úWĻ˙ĮÎą˙\ĪūŒZī<˙ 3˙][úW­ˆ˙w~Ģō<ė‹ūEßöķ7čĸŠōOD(ĸŠ+‰ņ?üŒöŸîG˙ĄíĢ‰ņ?üŒöŸîG˙ĄíĀú3|?Åō:*(ĸ¸ŒŠ( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEVtŋë_ũãZ5/ú×˙xĐ(ĸŠ(ĸŠ(ĸŠ)“¨“ũĶüŠôÉŋÔIūéūT1Įtaøīßũ#˙ŲĢŗŽ3ĀŸ~˙éūÍ]c‡ū;ŗ?÷Š|ŋ$QElpQ@Ž˙ÔYŧ˙ČVō;ØÛũ+Įę,ŋŪä+ųė?íū‹âæ_ÅÔîÄ˙šRõgĻŅEí!EPYž!˙‘{P˙ŽüĢJŗ|C˙"öĄ˙\ųVXáKŅūB{_'üŠ‰˙_Į˙@ęZü‹úoũzĮ˙ ŠōŲ?äTOúū?ú¯RĐŋä_ĶëÖ?ũQ—˙Čļ—Ėņ°ŋō2ĢūhQEŠíQ@yq˙‘ËUú\č&ŊFŧ¸˙ČåĒũ.?ô]xMåčy9—ņ°˙ãGQāøķē˙ŽƒųWS\ˇ‚?ãÎëūēå]M,oûďnŋņQEĘdQEqž7˙‹?÷[ųŠŪ_ē>•ƒãøøŗ˙uŋ˜­åûŖé]ĩ˙Ũé|˙3zŸÃĖZ(ĸ¸ŒŠ( Š( Š( Š( Š( L˙Čī˙˙Ų+ŦŽL˙Čī˙˙Ų+ŦŦhũ¯SĐĖ?å×øPQEąįœwüԘ˙ëĸ˙čą^‹^u˙5&?účŋú,Wĸח–üUŋÆȏPĸŠ+Ô,(ĸŠĘņ'ü‹w˙õÄיM˙"¤õũ'ū€•éž$˙‘n˙ū¸šķ)ŋäTƒūŋ¤˙иŠČڟø_ęy9Īûœũ?TzŽ˙ Kúö˙AvŠh˙ō°˙¯h˙ôWkž_=?ĸ (ĸ¤Ô(ĸŠōÅ˙‘ŗZ˙ˇŸækŦđOüƒîë¯ôɯüš×ũŧ˙3]g‚äs˙] ¯Z¯ûŧžG‘˙ēT˙ũžŠ(¯$ôBŠ( ¸ŋĮå§ũs?ÎģJâüm˙–ŸõĖ˙:íË˙Žžføâ# ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ* ßøņ¸˙ŽMüĒz‚÷ū‚ĒPYž ˙īũr5ĨYž ˙īũr5tū5ęsâŋ?Gų~˙,ßõđôŽššŸČoúø?ú ×MWˆū,Ž|Ģũʟ QE‰čQ@rÚgüw?īÉü늎[L˙‘Žįũų?vá> ž†ôžzMQ\FEPEPEPEPEP{˙ų]×ūFŗŧ ˙ˇŸī¯ō5Ŗ˙ ë¯úâ˙ČÖwãÖķũõūFą—ņbzÜĒzŖ­ĸŠ+cĪ (ĸ€ âüwūēĮũ×ū•ÚWãŋõÖ?îŋôŦqÃg~YūõŸäĖÍ7ūJ,ī7ū‹5čõæV÷PYxđ\\Č#‰îcÛ1‘ũkĩ˙„ĢC˙ „“…yšujpUT䗾÷~‡ššģõ6(ŦøJ´?úGų7øQ˙ V‡˙A˙&˙ ô~ĩCų×ŪŠē6(ŦøJ´?úGų7øQ˙ V‡˙A˙&˙ >ĩCų×Ū‚čOČ¯}ūā˙Ѕyĩįü‹:wũ|Oü’ģoø‡IŧĐ.ííīRI]@UķķjƒÂ–ļ÷~)qs(¸bŠÖš(ׇö¤gtĸöõ8ąøgŠŖ*1vŋų܎Û⠌°Älî DU$ė1ëR˙ÂÅ°˙Ÿ+ŸÍÆ´?ątŋúÚ˙ßĨŖûK˙ }¯ũúZöųč+93JĘŦ~ã?ū-‡üų\ūkū4ÂÅ°˙Ÿ+ŸÍƓ^Ō´ø4;šb˛ˇI2cŽEQđ†euŖŧ—Ęâf8ĀĢJ‹‡=™Í)æK°ūŅ]ĢŪÅ˙øXļķåsų¯øŅ˙ Ãū|Ž5˙ĐūÅŌ˙čk˙~–ė]/ūöŋ÷éj9¨+:Ŋ†g˙?c÷.™0šÔĩYÔ˛C+€{Ā×sā¯ųÍ˙_˙AZ†ūÆŌĶIģ6ÖĐÂZ>Lh?•Mā¯ųÍ˙_˙AZéES &ģŖŅËp’ÂāŨ9ģģßī::(ĸŧĶpĸŠ(Ž+Å˙ōŗ˙Žk˙ĄíkŠņü†ė˙ëš˙čFģr˙ã|™žã:(ĸ¸ŒŠ( Š( Š( Ēę_ō ŧ˙Ž˙ šĩUu/ų^×˙ĐM)lÍ)>¨Ĩāoøņē˙ŽŖųWW\§ŋãÆëūēå]]gCøhéĖ?Ūgũt (ĸĩ8‚Š( 'Į_ņõgūã1]č+žņ×ü}Y˙¸ßĖWB: Ɵņ%ō= Oû­û{ķŠ(­<(ĒwŽŸk'—5ä(ãĒ–ä}jĖ3Eq’D="ĄT„Ÿ*jáqôQEXå˙Dú ŠVå˙Dú Š@dø›ūEËĪ÷Gū„+Z˛|M˙"åįûŖ˙Btž8úœØß÷jŸá‘OÁō?õŲŋĨtUÎø/ū@'ūģ7ôŽŠĒŋņ$e–šĶôAT5¯ųÜ˙šũjũPÖŋäsūįõĸņcęBāĪųŋũwoä+ĄŽ{ÁŸōúîßČWCW‹ū<ŊJ­ņ°ĸŠ+œĖ(ĸŠâŧY˙#ŸũsOũ ĢĄŽ{şō1Y˙×4˙ĐÚēíÄ˙ —ĄŊ_‚!EW€QEQEQEQHĖ¨Ĩ˜€ d“Đ ĄũšĻĪÚ~Gü)9%ģ.į?…6hQY˙Ûēgüũ§äíŨ3ū~Ķō?áKž=ËúŊoäs0ôßųî?ߒēĘã,omâņ4×/(ŗ9ØįĨtÛēgüũ§äÂąŖ(¤îúų…’œybßēēVöî™˙?iųđĨMkN‘Â-Ún'9ˇ<{œW­üîg=ĸ˙ÉD—ũų‘¯D¯;ŅäĸKūüŋČ×ĸW›•§øŸčsC¨QEęQE`øĪūE[ĪĒčk^w¨˙ČIúÍ˙Ą ôO˙ČĢyõOũ kÎõųi?Yŋô!\˜oųĮüĢ;˙Qeūķ˙!XČīa˙lôX­˙˙¨˛˙y˙Ŧ?äw°˙ļ?ú,W‹™|Q˙SģūåK՞›EW´p…Q@fø‡ūEíCū¸?ō­*Íņü‹Ú‡ũpåYb?…/Gų ėy|Ÿō*'ũũWŠh_ō/éŋõëū‚+Ëd˙‘Q?ëø˙čŊKB˙‘M˙¯X˙ôF_˙"Ú_3ÆÂ˙ČĘ¯øQĄEV§´QEåĮūG-Wéq˙ šõōã˙#–Ģô¸˙ĐMuá7—Ąäæ_ÆÃ˙G‚?ãÎëūēå]MrŪ˙;¯úč?•u4ąŋī=ē˙ÄaEW)QEÆxßū>,˙Ũoæ+y~čúV˙ãâĪũÖūbˇ—îĨv×˙wĨķüÍę?1hĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€93˙#ŋü˙dŽ˛š3˙#ŋü˙dŽ˛ąŖöŊOC0˙—_áAEVĮžqßķRc˙Ž‹˙ĸÅz-y×üԘ˙ëĸ˙čą^‹^^[ņV˙"=BŠ(¯P°ĸŠ(+ğō-ß˙×^e7üŠ×ôŸúWĻø“ūEģ˙úâkĖĻ˙‘Rúū“˙@JâĨ˙#jáŠäį?îsôũQęē?ü,?ëÚ?ũUÚĨŖ˙ČÃūŊŖ˙ĐE]Žų|Lôh˙ >ˆ(ĸŠ“PĸŠ(ËūFÍkūŪ™ŽŗÁ?ōš˙ŽŋĐW&ŋō6k_öķüÍuž ˙}Īũuū‚ŊjŋîōųvGūéSüoô:z(ĸŧ“Ņ (ĸ€ âüm˙–ŸõĖ˙:í+‹ņˇü~Z×3üëˇ/ū:ų›á˙ˆŽ‚Š(Ž#ĸŠ(ĸŠ(ĸŠ(¨/ãÆãūš7ōŠę ßøņ¸˙ŽMüŠ=Š‡ÄŒŋŠž˙y?­uõČxũM÷ûÉũk¯Ŧč ™—ûÔū_’ (ĸĩ8BŠ( 7Įl?í§ūË[PĮŧ_îåXž<ëa˙m?öZڃū=â˙p*ÆŗČô1î”íīĖ’Š(­<ä)˙øQ˙ ÄŋķâŸ÷đ˙…nlOî/åFÄūâūU^ß˙>ŋW´§üŋ‰‡˙ ÄŋķâŸ÷đ˙…đœK˙>)˙øU=!Aņ5Đ c2q˙ŽŖbq*ÚģÃŌ’ŗž—Ũ—QĶƒˇ/âa˙Âq/üø§ũü?áY:ŽĒúÖĨo/#eÂSœķŸë]–ÄūâūTĄ…ũ*!‹ŖMķBŸŠ1ĢęŖø‹EWžs…Q@Q@Q@UÔŋäy˙\˙A5jĒę_ō ŧ˙Ž˙ šRŲšRū$}QĘhž!“F‚X’Ũe6ė–Æ8­?øNĻ˙Ÿ˙īá˙ ĘŅŧ=6ŗ ’G:F#m¤0'5§˙5×üūC˙|šá‡ļå÷v>ŠēĀ{Gí~.ģŽ˙„ęoųņūūđŖūŠŋįÆ?ûø›˙5×üūC˙|š?áē˙ŸČī“Uûķ+ež_ˆīøNĻ˙Ÿ˙īá˙ ?á:›ū|c˙ŋ‡ü)ŋđƒ]Īä?÷ÉŖūk¯ųü‡ūų4~ü-–y~&Nˇ­>ĩ,NđŦ^X#ŗœ×r: á5MH’IRC $mcŨŽ‚´ĄÍÍ.mô9ŗ?gėé{/‡[~ÖŠu)4ũ,Ŧŗ6ĀÃĒŽäžõš\§Žĩ›ō`OšČÖyISÂÎQŪĮ‹'dqD’rNMjčœēv§ų20IąŒũEeTļČŌ]Dˆ2ėā(÷Í|]’§QN;Ļ`ž§­ŅEú Ō[—ū=č*Ĩ[—ū=č*Ĩ“âoų/?Ũú­jÉņ7ü‹—ŸîũUŌøãęscŨĒ…ūE?˙Č˙×fū•ŅW;āŋųŸúėßŌē*Ē˙đ–YūįOŅWŋˇ7v3@Ŧp 隱Eg8´×CŊ;;œŦZąl†čFšÎf?•?û']˙Ÿö˙ŋí]=Øņõ^é}ÆßX—‘Ėdëŋķūß÷ũĒ¯ö­Ũ䖱ßKæ&sēfĮÚ×-ĸČĮuôũWM Tį ÉĨĸėi ŽQ“}dëŋķūß÷ũ¨ūÉ×įũŋīûWOEs}~§e÷ûyyēh”—qKspŽ†YœąĀ9ã"ēŠ(Ŧ+b'ZÜŨ įQĪpĸŠ+Š( Š( Š(  z¯ü‚n˙ë“*ÂđցgĢŲÍ-ËJ$Ú60`JŨÕäw˙\›ųUoČ2įūģA\ķŠ•T™éáęJžrƒŗē&˙„+KūũĪũö?øB´ŋīÜ˙ßcü+Ŗĸ´öPės}{üėį?á Ō˙ŋs˙}đŖū­/û÷?÷Ø˙ ččŖŲC°}{üėį?á Ō˙ŋs˙}đŽsÄzEļ‘woąĢŽãŧįŋŌŊ¸˙ČBĪūšŸįYV§ÂéŲ~*ĩJę3“kS=N=#Ɨ’Ŗē$’ŠŒōŽ‹ūŸ˙>w?øīø×'y§Üj~(ģĩļPŌ´Ž@'Žj×ü úßüņ‹ūūŠųĘUņ´å5‡×3é}O9-Ž‹ūŸ˙>w?øīøŅ˙ O˙Ÿ;Ÿüwük˙„[˙ž1ßŅGü úßüņ‹ūūŠ×ëy§ōŋü|Ķ:/øXZüųÜ˙ãŋãGü,-?ū|îņßņŽwū}oūxÅ˙EđƒëķÆ/ûú(úŪiü¯˙iš÷Œlõm{(­§G“nņ†×ÚšíGū@OÖoũU‹˙ jšm“ŨÜĮ‰1¸‰<œZ¯¨˙ČIúÍ˙Ą íÉjWŠ™'ˆV|¯Ĩ´<œéˇƒüŋ4zü?ę#˙t*}y2øĶ^U /`~å?øMĩ˙ųü_ûōŸá_Mõ*Ņ’â<"_ žåūgŦŅ^M˙ ļŋ˙?‹˙~Sü(˙„Û_˙ŸÅ˙ŋ)ūžĨSēúĮ„ūY}ËüĪYĸŧ›ūmūūü§øQ˙ ļŋ˙?‹˙~Sü(ú•Nč?Ö<'ōËî_æ7M˙cūšŸũĩŪx;ū@gūēˇô¯>Ņ]¤ūĶv9fƒ$ûīZôČ ˙×Vū•×‰ūŊWävä.ųm˙ŧÍú(ĸŧ“Ō (ĸ€ â|O˙#=§û‘˙čFģjâ|O˙#=§û‘˙čFģpÅ~Œßņ|ŽŠŠ(Ž#ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ dßę$˙t˙*}2oõē• qŨ~û÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ōüŽööĮ˙EŠßņßú‹/÷Ÿų ĀƒūG{ûc˙ĸÅxš—ÅņGõ;ą?îTŊYé´QE{GQEVoˆä^Ô?ëƒ˙*ŌŦß˙ČŊ¨×ūU–#øRôžĮ—É˙"ĸ×ņ˙Đz–…˙"ū›˙^ą˙č"ŧļOųūŋū€+Ô´/ųôßúõ˙Ae˙ō-Ĩķ,˙Ũoæ+y~čúWm÷z_?ĖŪ§đãķŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(“?ō;˙Ā˙öJë+“?ō;˙Ā˙öJë+?kÔô3ųuūQElyį˙5&?účŋú,WĸםÍIūē/ū‹čĩååŋoņ˛#Ô(ĸŠõ (ĸ€2ŧI˙"Ũ˙ũq5æSČŠũI˙ %zo‰?ä[ŋ˙Ž&ŧĘoų ˙¯é?ôŽ*_ō6§ūúžNsūį?OÕĢŖ˙ČÃūŊŖ˙ĐE]ĒZ?ü,?ëÚ?ũUÚī—ÄĪFđŖ肊(Š5 (ĸ€<ąälÖŋíįųšë<˙ ûŸúëũrk˙#fĩ˙o?Ė×YāŸųÜ˙×_č+ÖĢūī/‘įdî•?Æ˙C§ĸŠ+É=ĸŠ(Ž/Æßņųi˙\ĪķŽŌ¸ŋĮå§ũs?Îģr˙㯙žøˆč(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ ‚÷ūŌ-wŪ˙˙Ž­ũ+ƒĶãįX˙Žg˙F-wž˙˙Ž­ũ+ĐÄ˙ģŋUų "VËŋíæoŅE䞈QEWâųí?܏˙B5ÛWâųí?܏˙B5ۀū+ôfø‹ätTQEqQ@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦéÖŋûÆ´k:_õ¯ūņ QEQEQES&˙Q'û§ųS铨“ũĶü¨cŽčÃđ'ßŋúG˙ŗWg\g>ũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙Ŧ?äw°˙ļ?ú,V˙Ž˙ÔYŧ˙ČVō;ØÛũ+ÅĖž(˙Š?ŠŨ‰˙rĨęĪMĸŠ+Ú8BŠ( ŗ|C˙"öĄ˙\ųV•fø‡ūEíCū¸?ōŦą—Ŗü„ö<žOųūŋū€+Ô´/ųôßúõ˙Aå˛ȨŸõüô^ĨĄČŋĻ˙×ŦúŖ/˙‘m/™ãaäeWü(ĐĸŠ+SÚ (ĸ€ ōã˙#–Ģô¸˙ĐMzyq˙‘ËUú\č&ēđ›ËĐōs/ãa˙ƎŖÁņįu˙]ōŽĻšoĮ×ũtĘēšXß÷‰Ũâ0ĸŠ+”Č(ĸŠãįūē˙A^ĩ_÷y|;#˙tŠū7ú=Q^Ič…Q@q~6˙ËOúæv•ÅøÛū?-?ë™ūuۗ˙|Íđ˙ÄGAEW€QEQEQETŋņãq˙\›ųTõīüxÜ×&ūTžÅCâF_?ÔßŧŸÖēúâ<}igāš¸ŠĖģw°ë]GöŪ—˙A oûø+2JšÔīĖiNX™4ŸOÉčĒÛz_ũ-ŋīāŖûoK˙ …ˇũü¯4{œ^Ƨōŋ¸ŋEPūÛŌ˙č!m˙Ûz_ũ-ŋīāŖš=ÃØÔūW÷į:ØÛOũ–ļ ˙xŋÜĘšīŪÚŪ/ŗ\G6Ũûļ08ÎÚč`˙xŋÜʲƒŊI[Číħ%$˙Ŋų’QEšį‡ŽžåÕ˙öZęl˙ãÆßūš¯ōŽ[Į_rĮę˙û-u6ņão˙\×ųW—‡˙~­éȅņ2j(ĸŊBËo˙Cč*Ĩ[øōAU(ŦßČ÷ūšŌŦßČ÷ūšēõ9ņ_ĀŸŖüŒŋČoúø?ú ×M\Īŋä 7ũ|ũkĻĢÄG>UūåOĐ(ĸŠÄôŠ( šm3ūFģŸ÷äūuÔ×-ĻČ×sūüŸÎģpŸOCz_ ŊĻŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ŋ˙üƒŽŋë‹˙#X^ÕŦtë{•ģœD]PTœņė+v˙ūA×_õÅ˙‘¯?‚Ęęčom4Áx&8ËcōŽZōqšhöręPĢBp›˛ē=ūūGũđßáGü%7üūûáŋÂŧ˙û#R˙ ußũųođŖû#R˙ ußũųođ¨úÅNĮGö^ųßŪŋČôøJ4oųũ÷Ã…đ”hßķú?ī†˙ ķ˙ėKū×÷åŋėKū×÷åŋŦTėŲx_įz˙#Đ?á(Ņŋįôß ūËøˇSŗÔ¤ĩ6“ B …#Į¨ŦėKū×÷åŋÂĄžŌæÔ¨¸ˇ–Ũ<Ä+ŸÎĸu§(ŲŖl6Jĸœ%vŧŅčņ˙ĒO÷E:›ú¤˙tSĢĐ>eîĮxëīX}$˙ŲkąŽ;Į_zÃé'ūË^noūį?—戟Âu–ßņëûƒųTĩˇüzÅūāūU-zøQAVä˙5ú ŠVä˙5ú  *QE—â?ų¯ëŸõŸāŸųÉ˙]Ûų-hxūEëßúįũEgø'ū@r×vūK]1˙w~§SūF°˙üŠ(ŽcØ (ĸ€ (ĸ€9m#ūF{¯ŦŸúu5Ëiō3Ũ}d˙ĐĢŠŽÜwņĸ7¯ņ/@ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ŽĨ˙ ĢĪúā˙ú ĢUWR˙UįũpũŌ–ĖŌ—ņ#ęŠ^˙¯úę?•uuĘxū§œÕՏ!Ģz]ŧ—zĨ´1‚XČ€9'ōŽÆãÁvĘ^)e…Ođ >™­=/DŗŌTũ ‘†G9cíí_7C%¯íW´˛Š2TŨõ4hĸŠúŗbÜŋņčŸAU*ÜŋņčŸAU(ŦŸČšyūč˙ЅkVO‰ŋä\ŧ˙tčBŽ—ĮS›ūíSü/ō)ø/ū@'ūģ7ôŽŠšß˙Č˙×fū•ŅUWū$Œ˛Ī÷:~ˆ(ĸŠČî (ĸ€ å´Oų˙Ą ęk–Ņ?äcēú?ū„+ˇ ü*ž†ôžzMQ\FEPEPEPEPEP=WūA7õÉŋ•Vđ7üƒ.ëˇôgU˙MßũroåUŧ ˙ ˟úíũc/âŖĐĨūå?Tu4QElyáEP\G˙ä!g˙\ĪķŽŪ¸˙ČBĪūšŸįXâ?†ĪC+˙y_?ČĨĸ˙ÉD—ũų‘¯D¯;ŅäĸKūüŋČ×ĸWUü:ŸâĄæC¨QEęQE`øĪūE[ĪĒčk^w¨˙ČIúÍ˙Ą ôO˙ČĢyõOũ kÎõųi?Yŋô!\˜oųĮüĢ•ƒãøøŗ˙uŋ˜­åûŖé]ĩ˙Ũé|˙3zŸÃĖZ(ĸ¸ŒŠ( Š( Š( ŠF`ŠYŽ&ąŠė#˸>áGøÔĘqŽė֕ •oėã{”Vü%vķĘãūųãGü%vķĘãūųãSíĄÜÛę8Ÿäe˙#ŋü˙dŽ˛¸cŠÁ˙ ö†Ų<ŲÆīģZÜ˙„ŽÃūy\ß#ükU"¯wÔíÆákOŲōÅģE#vŠÂ˙„ŽÃūy\ß#üiGŠė ˸åGøÖŪÚÎ/¨â‘™_ķRc˙Ž‹˙ĸÅz-yĘ°ˆņ2œŠt ˙Û1^^~[ŊoņŗŠ=BŠ(¯P ĸŠ(+ğō-ß˙×^e7üŠ×ôŸúWĻø“ūEģ˙úâkĖĻ˙‘Rúū“˙@JâĨ˙#jáŠäį?îsôũQęē?ü,?ëÚ?ũUÚĨŖ˙ČÃūŊŖ˙ĐE]Žų|Lôh˙ >ˆ(ĸŠ“PĸŠ(ËūFÍkūŪ™ŽŗÁ?ōš˙ŽŋĐW&ŋō6k_öķüÍuž ˙}Īũuū‚ŊjŋîōųvGūéSüoô:z(ĸŧ“Ņ (ĸ€ âüm˙–ŸõĖ˙:í+‹ņˇü~Z×3üëˇ/ū:ų›á˙ˆŽ‚Š(Ž#ĸŠ(ĸŠ(ĸŠ(Ļē,‘˛0Ę° juĮ>|%iž.'đ˙ ?á´˙Ÿ‰ŋO𮂊ËØĶėvhbœį˙á´˙Ÿ‰ŋOđŦTŌâogyåî#wûšŽęš8ŋäw?īˇū€k*´āšlē¸<]yĒœŌŊĸŲsū+Oųø›ô˙ ?á´˙Ÿ‰ŋO𮂊×ØĶėqhbœįĮ„ŦÁĪ9œ…oĒ…PŖ€-q„c˛1ĢˆĢZŪŅŪÁEUœ‡ŽžåÕ˙öZęl˙ãÆßūš¯ōŽ[Į_rĮę˙û-u6ņão˙\×ųW—‡˙~­éȅņ2j(ĸŊBËo˙Cč*Ĩ[øōAU(ŦßČ÷ūšŌŦßČ÷ūšēõ9ņ_ĀŸŖüŒŋČoúø?ú ×M\Īŋä 7ũ|ũkĻĢÄG>UūåOĐ(ĸŠÄôŠ( šm3ūFģŸ÷äūuÔ×-ĻČ×sūüŸÎģpŸOCz_ ŊĻŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ŋ˙üƒŽŋë‹˙#YŪ˙[Ī÷×ųŅŋ˙u×ũqäk;Āŋņëyūú˙#XËøą= ?îU=QÖŅEąį…Q@q~;˙]cūë˙Jí+‹ņßúë÷_úV8áŗŋ,˙zĪōfôę“ũŅNĻĮūŠ?ŨęØá{…qŪ:ûÖI?öZėkŽņ×Ū°úI˙˛×››˙šĪåųĸ'đeˇüzÅūāūU-Em˙ą¸?•K^„~PUš?ãÍ~‚ĒUš?ãÍ~‚¨ ”QEeøūEëßúįũEgø'ū@r×vūKZ#˙‘z÷ūš˙QYū ˙ŸõŨŋ’×LŨߊãÔ˙‘Ŧ?Ā˙3¤ĸŠ+˜öŠ( Š( [H˙‘žëë'ū…]MrÚGüŒ÷_Y?ô*ękˇüEčëüKĐ(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ ĢŠČ*ķū¸?ū‚jÕUÔŋäy˙\˙A4Ĩŗ4ĨüHúĸ—ŋãÆëūēå]]rž˙¯úę?•uuáŖ§0˙yŸõĐ(ĸŠÔâ (ĸ€8ŸĮ՟ûüÅt# Ž{Į_ņõgūã1]č+ėČô1?î´íīĖZ(Ŧ?ęRiúX1Yfm‡UČ˙=é×­4ŨIl9ģ+šļŸk'—5ä(ãĒ–ä}jĖ3Eq’D="ŧˆ’NO&ĩt N];S‹ |™$‹Øƒßę+ÂŖžšUQœmøĒšž—EWŅ–å˙Dú ŠVå˙Dú Š@dø›ūEËĪ÷Gū„+Z°üUuZÄ2,˛(؄ō܎ÕĨ%z‹ÔäĮIG Qˇö_äCāŋųŸúėßŌē*åüuöYļķ“Īķŧ˛yÆ8ŽĸĒēũã2Ę䞝Ÿ@ĸŠ+Đ (ĸ€ å´Oų˙Ą ęk–Ņ?äcēú?ū„+ˇ ü*ž†ôžzMQ\FEPEPEPEPEP=WūA7õÉŋ•Vđ7üƒ.ëˇôgU˙MßũroåUŧ ˙ ˟úíũc/âŖĐĨūå?Tu4QElyáEP\G˙ä!g˙\ĪķŽŪ¸˙ČBĪūšŸįXâ?†ĪC+˙y_?ČĨĸ˙ÉD—ũų‘¯D¯;ŅäĸKūüŋČ×ĸWUü:ŸâĄæC¨QEęQE`øĪūE[ĪĒčk^w¨˙ČIúÍ˙Ą ôO˙ČĢyõOũ kÎõųi?Yŋô!\˜oųĮüĢuúæôb×yāīųŸúęßŌŊßoė)9Úúū‡TäĀ_ûĖá~Í?üņ“ūų4}šųã'ũōkÖhŦ?ĩ_ōū'ąõˇØōoŗO˙ũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙Ŧ?äw°˙ļ?ú,V˙Ž˙ÔYŧ˙ČVō;ØÛũ+ÅĖž(˙Š?ŠŨ‰˙rĨęĪMĸŠ+Ú8BŠ( ŗ|C˙"öĄ˙\ųV•fø‡ūEíCū¸?ōŦą—Ŗü„ö<žOųūŋū€+Ô´/ųôßúõ˙Aå˛ȨŸõüô^ĨĄČŋĻ˙×ŦúŖ/˙‘m/™ãaäeWü(ĐĸŠ+SÚ (ĸ€ ōã˙#–Ģô¸˙ĐMzyq˙‘ËUú\č&ēđ›ËĐōs/ãa˙ƎŖÁņįu˙]ōŽĻšoĮ×ũtĘēšXß÷‰Ũâ0ĸŠ+”Č(ĸŠã’ėĩææ˙îsų~h‰ü'Ym˙ą¸?•KQ[ĮŦ_îåRץ…nOøķ_ Ē•nOøķ_ ĒĨQ@~#˙‘z÷ūš˙QYū ˙ŸõŨŋ’Ö–ŋË Ū$hÎå8U'‘T|ļú3¤ŅQmiTM.‹øjîZĸŠ+éÍKr˙Įĸ}TĢr˙Įĸ}T nî­œ÷dE>=p3^Mus5åËÜNåäs’MzÕĖ sk,÷eB‡čF+Ę/ė'ĶŽŪŪá ˛žfŖÚģđ\ē÷>W‰UKAũ~˙ëbäx¤Y#bŽ§*Āāƒ^ĢŖ^ļŖ¤[]?ßuųž āūĸŧļŪŪkšŌ#i$s€ WĒiV_ŲÚ]ŊĻA1¯ĖGry?Š5XŪ[.æ\4Ē{IŋŗoĮūåĘ(ĸŧãëŠ( šmūF;¯Ŗ˙čBēšå´Oų˙Ą íÂ˙ ¯ĄŊ/†^‡SEW€QEQEQEQEQEOU˙MßũroåUŧ ˙ ˟úíũYÕäw˙\›ųUoČ2įūģAXËø¨ô)šOÕMQ[xQEWãųY˙×3ü롎#Æ˙ōŗ˙ŽgųÖ8áŗĐĘ˙ŪWĪō)hŋōQ%˙~_äkŅ+Îô_ų(’˙ŋ/ō5č•Ã•§øŸčyęQEz……Q@>3˙‘VķęŸúםę?ōŌ~ŗčBŊÆō*Ū}S˙CZķŊGū@OÖoũW&ūFņ˙ęĪ<˙sŸËķG¯Ãūĸ?÷Gō§Ķ!˙QûŖųSëŦö#˛ (ĸ…Q@IĻ˙ĮÎą˙\ĪūŒZī<˙ 3˙][úWĻ˙ĮÎą˙\ĪūŒZī<˙ 3˙][úW­ˆ˙w~Ģō<ė‹ūEßöķ7čĸŠōOD(ĸŠ+‰ņ?üŒöŸîG˙ĄíĢ‰ņ?üŒöŸîG˙ĄíĀú3|?Åō:*(ĸ¸ŒŠ( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQ^WW_|E¨ų×÷Ú ‹ųqÅcÍ98>™ã9 ã R]ÛŨ|0×tųm¯î.4+Įōæ†vĪ–xÉôÎAt ĐĒŅEex‡Bˇņ&&›s,ąDėŦZ,nāį¸4ĢEyĮü)­ū‚‡æŸüM`hŪ ˛“â"[éŲi2$ˇW• ʧ!w?CéČŗQ^cņÅũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙Ŧ?äw°˙ļ?ú,V˙Ž˙ÔYŧ˙ČVō;ØÛũ+ÅĖž(˙Š?ŠŨ‰˙rĨęĪMĸŠ+Ú8BŠ( ŗ|C˙"öĄ˙\ųV•fø‡ūEíCū¸?ōŦą—Ŗü„ö<žOųūŋū€+Ô´/ųôßúõ˙Aå˛ȨŸõüô^ĨĄČŋĻ˙×ŦúŖ/˙‘m/™ãaäeWü(ĐĸŠ+SÚ (ĸ€ ōã˙#–Ģô¸˙ĐMzyq˙‘ËUú\č&ēđ›ËĐōs/ãa˙ƎŖÁņįu˙]ōŽĻšoĮ×ũtĘēšXß÷‰Ũâ0ĸŠ+”Č(ĸŠã‚ĒUˇ˙!ôR€ Íņü€/둭*ŖŦÁ%Ώu (^GŒ…QÜÕCâF”Ũ ĨŲūF?ŋä 7ũ|ũkĻŦ ØÜéú\ą]Dbs1` Ģéô­ęēí:Ŗ ˛2†œdŦėQEdwQ@S‡Kĩ‚õîŅXLä’KqĪZšETg(Ļ“Üiĩ°QE" (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€+ß˙Č:ëū¸ŋō5ā_øõŧ˙}‘­˙ų]×ūFŗŧ ˙ˇŸī¯ō5Œŋ‹ĐŖūåSÕmQ[xQEWãŋõÖ?îŋôŽŌ¸ŋ˙Žą˙u˙Ĩcˆū;ōĪ÷¨ü˙&oGūŠ?Ũęlę“ũŅN­Ž¸Wã¯Ŋaô“˙eŽÆ¸ī}뤟û-yšŋûœū_š" Ö[ĮŦ_îåRÔVßņëûƒųTĩčGáE[“ū<×č*Ĩ[“ū<×č*€ŠEPEPEPEPEP-¤ČĪuõ“˙BŽĻšm#ūF{¯ŦŸúu5ێū"ôFõū%čQEqQ@Q@Q@Q@EuÚ-&€yˆÉŸLŒT´Põm;Ŗ‘‹ÃÚŊ¸+ ŌF įdŦ3úTŸØÚīü˙ŸûūÕÕQX}^' ķ:ĪV—ÜrŋØÚīü˙Ÿûū՟ę˛ęMbˇ˛ųĘH$ĖØâģĒäėŋär—ũų?‘ŦęRQjŨYՆÆN¤j9%ĸžÃŋąĩßų˙?÷ũ¨ūÆ×įü˙ßöŽĒŠ×ØGĖäūĶ­Ų}Į"ūÕ.~ŅrŽiˆŲ×tQW jb1U+۟ VŠõ,4°°ąY'm›‡P1Î?ĪzŨŽOĮ ‹k4ĮWcŸ ã\šŒÜ0ŗ”]ŽIlqu§ ę2iÚ¤,Ŧ|š$‹Ø‚ĨfTļí˛æ'Æv¸8õæž*ŒŨ:Šqvi˜-ëtQE~„t–å˙Dú ŠVå˙Dú Š@E=­ŊŌl¸‚9WŅÔįRŅBvŠ’ŗ ˇ˛ĩ´[[Åzė@3SŅE6ÛÜQŠŠ´UQEŠ (ĸ€ å´Oų˙Ą ęk–Ņ?äcēú?ū„+ˇ ü*ž†ôžzMQ\FEPEPEPEPEP=WūA7õÉŋ•Vđ7üƒ.ëˇôgU˙MßũroåUŧ ˙ ˟úíũc/âŖĐĨūå?Tu4QElyáEP\G˙ä!g˙\ĪķŽŪ¸˙ČBĪūšŸįXâ?†ĪC+˙y_?ČÉēļÖt˙\_YZČĖ]Š:Į¸jĪöī‹˙įŪOü˙ëWaEpf8ļáVI7{#Ėäķ8˙íß˙ĪŧŸø ˙ÖĒ÷+ņ%ĄQsûĸ܀đŸŌģŠâŧq˙Vî7ķˎÃÕÃĐucZNÖę)&•îKũģâ˙ų÷“˙ŋúÔnøŋū}ä˙Āoūĩuã ĨŽŋėúŸķú_xų_s†ŋŋņFĨfö—6˛´OĀ[ãĄĪ§ĩQÖėįąŅtˆŽc1ČD­´õ°Åz=V×´MjÚŨŽUhžëF@āõƒé]X "ÃâUyÍÉÚڜ9–xŒ4ŠĶŨÛķLš/čÂRļ(ū1O˙„“E˙ ˇũö+˜˙„M˙Ÿ‹¯ûéøš?áĶįâëūú_ū&Ŋ>ZŲ‚Ģš%ü8ũįO˙ &‹˙A;oûėQ˙ &‹˙A;oûėW­xRËMŌgģŠk†xöā;.9`==ę=ÃzŽ–.§–uråp„ĮÔU{*<ŧ÷v0xėÁWöÎ<Öžũ6;¯øI4_ú ÛßbøI4_ú ÛßbšøA´ßųøē˙ž—˙‰Ŗūm7ū~.ŋīĨ˙âjyhwfū×4˙ŸqûÎ{K`Ķęė§ ÄH#ŋīģßČ ˙×Vū•‰7‡Ŧô}*öXWw@¤ČAĀÜ=­ŋČ ˙×Vū•ÕVjxfãŨ~GvU†Š‡Āû:›Ũŗ~Š(¯0ę (ĸ€ â|O˙#=§û‘˙čFģjâ|O˙#=§û‘˙čFģpÅ~Œßņ|ŽŠŠ(Ž#ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEë2XÜ:}剈ú⧤`J‘F =ø8Ē<'vÃīæūøJÆSāč ꡨGũōõāKč<#­ęūÕ§KaįyļŌLvĢŽO€¤~4ž?Ô`ņfĨ¤øcH.™î<ŲŪcc9p øPŖiŦĪĨYģũæ ĪŽŅVĢ?RÕtīØ$÷÷ mlDŦTžqĀā­Û\Ãyi Õģī†dY#p1šHČ?‘ {Į^!oxrI 'íˇ'ČļŽķßđũqV|! /‡<;›`ܡīnŽé^{ã§á\Ļ¨ßđ‘|_°Ķ›æĩŌ"ķŨ{oĀlūf1øW¤P›øƒÃž'Ô~" GLŲi@!K×*ÛSģ œįæ#§øÔZļƒã/ ZKĢØøĸãQ2h'S‚ŖŽfôâļ.ŧo6‹ãY4r(m´éu­ØVé÷ŽHĮP};Tž*ņļ…gáûŇQĩģ¸šŽ( HIaœgœķ@ūדĞļԕnāŦąƒ÷\pGĶ¸ö5OĮZ†šĻxtÜxzŲî/ŧå]‰ ”í9ÉÚ? ƒáƑqŖø6Ū;¤)4îĶ˛7U Œøë(Ãá2ø­˙@[ŋüˇøW¯é„ÜiVs^ü—r@:Ÿ”Ģ•†;sž+NŗĨ˙Z˙īąå[˙|ßTyV˙ß÷ÕTĸ€-ųV˙ß÷ÕUŋ÷ĮũõU(  ~Uŋ÷ĮũõG•oũņ˙}UJ(ߕoũņ˙}TsÅoöypÃîâö¨)“¨“ũĶü¨cŽčātŨ^īJ2VUķ1ģrįĻqüëCū _ūzĮ˙~Å7Ú:Ķ\‰Ĩ’?+n6cœį×é[ßđƒY˙ĪÜ˙˙ ķá Ž7‹ĐúlE|j5U{Ū†ü&ŋüõūũŠ?á0Õ˙įŦ÷ėVįü Öķ÷?ä?øAŦ˙įîČ…_%~˙‰Örīå_q‡˙ †¯˙=c˙ŋbøL5ųëũûš˙5ŸüũĪųđŖūk?ųûŸōáG%~˙ˆ}g.ūU÷ŽĨŦŪjĢŨ:°Œ’ģTĩb0Žl6ôÄú-jh0hŅÛ´SI!wãŒcüj´ō;ØÛũ+ĪÆŠ.E-ųŖúœ™¤ŠJ…7I{ˇgĻŅEîžHQEVoˆä^Ô?ëƒ˙*ŌŦß˙ČŊ¨×ūU–#øRôžĮ—É˙"ĸ×ņ˙Đz–…˙"ū›˙^ą˙č"ŧļOųūŋū€+Ô´/ųôßúõ˙Ae˙ō-Ĩķ3Õˇvį˙Ajõ ōã˙#–Ģô¸˙ĐMuá7—Ąäæ_ÆÃ˙G‚?ãÎëūēå]MrŪ˙;¯úč?•u4ąŋī=ē˙ÄaEW)QEÆxßū>,˙Ũoæ+ŠH­ö/Î:zšo˙Įşû­üÅo/ŨJí¯ūīKįų›Ôū~eĪ*ßûãūúŖʡūø˙žĒĨÄ`[ō­˙ž?īĒ<ĢīûęĒQ@üĢīûę*ßûãūúĒ”Pŋ*ßûãūúŖʡūø˙žĒĨ5ÜV˙cŸ 3åˇņ{W9ā?ģõ˙f­‹Ÿøõ›ũÆūUā?ģõ˙fŦgüXüĪB‡û_ûwķ;(ĸļ<đĸŠ(Ž?ĮrÃë'ūË]…qū;û–Y?öZÆŋđŲŨ–˙ŊCįų3Ä PŊ?u˙ĸ…zMyĨ¯üļŋX˙ôP¯KŽŗzßãgڗ¨QEę (ĸŠĘņ'ü‹w˙õÄיM˙"¤õũ'ū€•éž$˙‘n˙ū¸šķ)ŋäTƒūŋ¤˙иŠČڟø_ęy9Īûœũ?Tz&—¯é1iQɨÛ+¤ŦĻABŒŠˇ˙ ˙A;_ûø+Į…­ÃDy!Ĩû%ĪüûË˙|÷Ū Ūį‰ ÄF**šĶÔöøH´oú Ú˙ßÁGü$Z7ũíīā¯û%ĪüûË˙|>És˙>ō˙ß—Ôáܯõ‹˙>×â{ü$Z7ũíīāŖū-ū‚vŋ÷đWũ’įū}å˙ž dš˙ŸyīƒGÔáÜ?Ö,Oüû_‰ŋm$SøŸX•Z7K–F‚9Æ+­đOüƒîë¯ôÁč*VöåXE´ ƒÛŠÖĶĩģÍ.'ŽØ WmĮrįšëteR”Ą#ŨáÅ*¸)žŽOô=6Šķ˙øKõ_īC˙~č˙„ŋUūô?÷î¸˙ŗ+y×ÕĻzį˙đ—ęŋŪ‡ūũŅ˙ ~ĢũčīŨŲ•ŧƒęĶ=¸ŋĮå§ũs?Ί˙Â_Ē˙zû÷YڎĢsĒIܕ%ÕÅtá0UiUS•ŦkJ„Ą;ŗŌ<Ģīûę*ßûãūúĒ”WŒqüĢīûę*ßûãūúĒ”Pŋ*ßûãūúŖʡūø˙žĒĨoʡūø˙ž¨ō­˙ž?īĒŠE[ō­˙ž?īĒ<ĢīûęĒQ@üĢīûę*ßûãūúĒ”Pŋ*ßûãūúŽ6%ūâšų7ˇ9˙`×O\œ_ō;Ÿ÷Û˙@5oŗęz Ē˙…ŋ•oũņ˙}Qå[˙|ßURŠØķË~Uŋ÷ĮũõG•oũņ˙}UJ(ߕoũņ˙}Qå[˙|ßURŠ}Ū—Ļ_ûTqËŗ;w™ŠÖ T@ĒĀ*Œģ Ē´T¨Å7$ĩ`[ō­˙ž?īĒ<ĢīûęĒQTXĖ!I=sQyV˙ß÷Õ˙Cč*Ĩ[ō­˙ž?īĒ<ĢīûęĒQ@üĢīûę*ßûãūúĒ”Pŋ*ßûãūúŖʡūø˙žĒĨoʡūø˙ž¨ō­˙ž?īĒŠE[ō­˙ž?īĒ<ĢīûęĒQ@üĢīûę*ßûãūúĒ”Pŋ*ßûãūúŖʡūø˙žĒĨoʡūø˙ž¨ō­˙ž?īĒŠE[ō­˙ž?īĒ<ĢīûęĒQ@üĢīûę*ßûãūúĒ”Pŋ*ßûãūúŖʡūø˙žĒĨíF;qĨŨÃ>Kãæ˙d×+á]fËK‚å.äd.ĀŽžŪÕĶ˛ĢŠVŠ ÷–|9Ĩ“˙įūū7øÖ5!'%(ô;đÕčƔŠUŊļ.˙Â]Ŗ˙Īw˙ŋmūÂ]Ŗ˙Īw˙ŋmūGūŊ/ūx7ũüoņŖūŊ/ūx7ũüoņŖ÷ŪC˙`ū÷ā^˙„ģG˙žī˙~Ûü(˙„ģG˙žī˙~Ûü+’‡Oļĩ“!ō0Û¸öRzÖ˙ü#z_üđoûøßãQՕícjÔpTZRæÕ_Ą{ūíū{ŋũûođŽgÅZĩĻŠ%Š´¸Œ0lŠqëô­øFôŋųāß÷ņŋƕ|;ĨĢörqØģ…YĢ; ø*U!ÍučoEŋ”Ÿ0ûŖøŠŪUŋ÷ĮũõU(Ž“Éeŋ*ßûãūúŽ'â Æ­§ųd$Ī9ūíuuĮxëīX}$˙ŲkÍÍ˙ÜįōüŅ3øNŪÖ+˛C–q‹ÚĨō­˙ž?īĒĪļ˙XŋÜĘĨ¯B? (ˇå[˙|ßU+,f ¤žšŦúˇ'üy¯ĐUyV˙ß÷ÕUŋ÷ĮũõU(  ~Uŋ÷ĮũõG•oũņ˙}UJ(ߕoũņ˙}Qå[˙|ßURŠˇå[˙|ßTyV˙ß÷ÕTĸ€-ųV˙ß÷ÕUŋ÷ĮũõU( oDXĪ‹n×2āįũĒëüĢīûę¸Ŋ#ūF{¯ŦŸúu5ێū"ôFõū%č[ō­˙ž?īĒ<ĢīûęĒQ\Fŋ*ßûãūúŖʡūø˙žĒĨoʡūø˙ž¨ō­˙ž?īĒŠE[ō­˙ž?īĒ<ĢīûęĒQ@üĢīûę*ßûãūúĒ”Pŋ*ßûãūúŖʡūø˙žĒĨoʡūø˙ž¨ō­˙ž?īĒŠE[ō­˙ž?īĒãl3㙔‘ŗ|œįØ×O\—üŽR˙ŋ'ō5mãęz‚¯øYÛųV˙ß÷ÕUŋ÷ĮũõU(­<ˇå[˙|ßTyV˙ß÷ÕTĸ€-ųV˙ß÷Õs8°éÜA†0I—įå#üņ[”„RŦ`ƒŪ°ÄĐUéJ“ę&ŽŦy^ŅėŪ˙WļˇQÁ>ŠIüĢŗ¸đ†—<Ĩ×·=V6ũA­-;IŗŌĐ­ŦXfûÎĮ,ųÚ%ojŊŖ\Ģņ2TŨõ6<Ģīûę*ßûãūúĒ”Wԛ ą˜‚ąų8ÁÍEå[˙|ßTK˙‰ôR€-ųV˙ß÷Õq:׍ —ˇŌáI¤$‚}€íī[úŗ´z=ëĄÃ,AôųMy5va(Æw”Īs Ø~Zt¯ĢgeĻxážĐŠŠÛĄ‰Ž ‘d÷#'5ŪĸÚȊé"˛°Č!ēŠņ ôß ģIáË2Į$_Ā1ĢF0JQ3ČŗÕį*5]ėŽŸõęt~Uŋ÷ĮũõG•oũņ˙}UJ+„úbߕoũņ˙}Qå[˙|ßURŠˇå[˙|ßUČx}c>(ŧ p¸“˙´+¤Ž[D˙‘Žëč˙úŽÜ/đĒúŌøečvžUŋ÷ĮũõG•oũņ˙}UJ+ˆĀˇå[˙|ßTyV˙ß÷ÕTĸ€-ųV˙ß÷ÕUŋ÷ĮũõU(  ~Uŋ÷ĮũõG•oũņ˙}UJ(ߕoũņ˙}Qå[˙|ßURŠˇå[˙|ßTyV˙ß÷ÕTĸ€ŦGŅ¯J°Ī’ØųŊĢ3Āßō š˙ŽßĐUWūA7õÉŋ•Vđ7üƒ.ëˇôŒŋŠB—û”ũQÔŅEąį…Q@q7˙…Ÿũs?Îģzâk÷ŖÅ_ō-Ū}˙C_Áŋō/¯ũtjé_îī×ô•ƒãøøŗ˙uŋ˜­åûŖé]ĩ˙Ũé|˙3zŸÃĖZ(ĸ¸ŒŠ( Š( Š( ŽãÖo÷ųV?€ūí˙Ö?ũšļ.ãÖo÷ųV?€ūí˙Ö?ũšąŸņcķ= îuíßĖėhĸŠØķŠ( ¸˙ũËŦŸû-vĮøīîX}d˙Ųk˙Ãgv[ūõŸäĖK_ųm~ą˙čĄ^—^ik˙#í¯Ö?ũ+Ōë‡,ŪˇøŲÁöĨęQEzƒ (ĸ€2ŧI˙"Ũ˙ũq5æSČŠũI˙ %zo‰?ä[ŋ˙Ž&ŧĘoų ˙¯é?ôŽ*_ō6§ūúžNsūį?OÕĢŖ˙ČÃūŊŖ˙ĐE]ĒZ?ü,?ëÚ?ũUÚī—ÄĪFđŖ肊(Š5 (ĸ€<ąälÖŋíįųšÕĐf÷'ĩvaųŸ.ĮĪįņÃ:qu›RéoĮädiúMæ§2Įo '™¯ÔרXÚ%…Œ6ąōą.Üúžįķ¯?ĶüWŠZLĻiMÄ9ų‘úãØ×ĸ[ĪÕŧsÄÛŖ‘C)ö4ņŽĻœÛđüpŠIĶmĪ­ôĶËrJ(ĸ¸¤ (ĸ€ å´Oų˙Ą ęk–Ņ?äcēú?ū„+ˇ ü*ž†ôžzMQ\FEPEPEPEPEP=WūA7õÉŋ•Vđ7üƒ.ëˇôgU˙Mßũroå\ž‘❠!†(]ˇųôĮc\õ$ŖQ6zØJ3­„œ!ŊŅé”W ˙ Å˙üû[~Mū4Âq˙>Öߓ?ŦS3ūĘÄö_yŨŅ\'ü'˙ķímų7øŅ˙ Å˙üû[~Mū4}b˜eb{/ŧîëˆņŋü„,˙ë™ūuü'˙ķímų7øÖNĢŦMŦ\E$ŅƆ1´Ī¯ŊgV´%#¯€­F˛œÖšíQ]g„Åxãū>Ŧ˙Üoæ+ĩŽ+Įņõgūã1^fqūé/—æDū´- č)kĶ,*ÜßņꟅTĢsĮĒ~RŠ(  ȡyô_ũ U˙ČžŋõŅĒĮŠŋä[ŧú/ū†*ŋƒä__účÕŌŋŨ߯čxō˙‘´ÁúQ\Į°gëŸōšúæ*_Č ˙×Vū•š˙ [Ÿ ūbĨđwü€Īũuoé]ą˙sâũ ×đ_ŠŋEW€QEWâųí?܏˙B5ÛWâųí?܏˙B5ۀū+ôfø‹ätTQEqQ@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦéÖŋûÆ´k:_õ¯ūņ QEQEQES&˙Q'û§ųS铨“ũĶü¨cŽčÃđ'ßŋúG˙ŗWg\g>ũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙Ŧ?äw°˙ļ?ú,V˙Ž˙ÔYŧ˙ČVō;ØÛũ+ÅĖž(˙Š?ŠŨ‰˙rĨęĪMĸŠ+Ú8BŠ( ŗ|C˙"öĄ˙\ųV•fø‡ūEíCū¸?ōŦą—Ŗü„ö<žOųūŋū€+Ô´/ųôßúõ˙Aå˛ȨŸõüô^ĨĄČŋĻ˙×ŦúŖ/˙‘m/™ãaäeWü(ĐĸŠ+SÚ (ĸ€ ōã˙#–Ģô¸˙ĐMzyq˙‘ËUú\č&ēđ›ËĐōs/ãa˙ƎŖÁņįu˙]ōŽĻšoĮ×ũtĘēšXß÷‰Ũâ0ĸŠ+”Č(ĸŠãÚũc˙ŅBŊ.ŧŌ×ūGÛ_Ŧú(WĨ×YŊoņŗƒíKÔ(ĸŠõQEex“ūEģ˙úâkĖĻ˙‘Rúū“˙@Jôßȡ˙\My”ßō*A˙_Ōč \TŋämOü/õ<œįũÎ~ŸĒ=WG˙%‡ũ{G˙ ŠģT´ųX×´úĢĩß/‰žáGŅQRjQEyb˙ČŲ­ÛĪķ5Öx'ūA÷?õ×ú ä×ūFÍkūŪ™ŽŗÁ?ōš˙ŽŋĐW­WũŪ_#ÎČ˙Ũ*ū‡OEW’z!EP\_ŋãōĶūšŸį]Ĩq~6˙ËOúævå˙Į_3|?ņĐQEÄ`QEQEQEQEQEÉÅ˙#š˙}ŋô]erqČîßoũÖ5žĪŠč`6Ģūu”QElyáEPEPEPEPˇ˙!ôR­ŋüy Ē”QEQEQEQEQEQEQEQEQEQEQEQEQEÉÛČęßīŋū‚kŦŽNÛūGV˙}˙ô]ecCgęzÅOü+õ (ĸļ<đĸŠ(Ž;Į_zÃé'ūË]qŪ:ûÖI?öZķs÷9üŋ4LūŦļ˙XŋÜĘĨ¨­ŋãÖ/÷ōŠkЏŠ ˇ'üy¯ĐUJˇ'üy¯ĐURŠ( Š( Š( Š( Š( [H˙‘žëë'ū…]MrÚGüŒ÷_Y?ô*ękˇüEčëüKĐ(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ äėŋär—ũų?‘Ž˛š;/ųĨ˙~OäkÛĮÔô0?_đŗŦĸŠ+cĪ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ë˙‰ôR­Ë˙‰ôR€*ęQŧÚ]ÜQįĖx]W¤ōJöZæĩoÛßN×ŌũžG9eە'×ÚēđĩŖNęGåĩqJ5(ę×CĪëÔ<5øzÍ$6ŌÜúHũŦ;Á0A2Ëy?žäFĢ…?_ZęĀ` UŠ¯Ĩ™ä™el4åVļĢX(ĸŠâ>Œ(ĸŠ+–Ņ?äcēú?ū„+ŠŽ[D˙‘Žëč˙úŽÜ/đĒúŌøeču4QEqQ@Q@Q@Q@Q@õ_ųŨ˙×&ūUĖč~:Õ´“}ĢÉØûqåîĪõĶjŋō ģ˙ŽMüĒˇŋäs˙]ŋ Žz‘R¨“=\-iŅÂNpvwEoø@ĪũGũų˙ė¨˙„ ˙ĐDߟūĘģ**Ŋ…>Æ?Úx¯æüųoü gū‚#ūü˙öTÂč"?īĪ˙e]•{ }ƒûOü߂˙#˙„ ˙ĐDߟūĘą5­ûæŧ˙;Ė]ŲŲˇũMzmq7˙…Ÿũs?β­J…Ō;0ęõk¨NWZôGGEWYâq^8˙Ģ?÷ųŠíkŠņĮü}Y˙¸ßĖW™œēKåų‘?„íAKH: ZôË ˇ7üz§áU*ÜßņꟅTĸŠ(Å_ō-Ū}˙C_Áŋō/¯ũtjąâ¯ųī>‹˙ĄŠ¯āßų×ūē5t¯÷wëú<ŋämđ~§AEW1ėúįün~ƒųŠ—Áßō?õÕŋĨG­#>r¨ĨŽĐp>ĸ°4¯\éVfŽŲwËg<×ŖB”Ēá\aŊ˙CĻs¤ŌîzÅÂiy˙>q~´Âiy˙>q~ĩŸö}~߉?W¨v´W˙ ­Ųũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙Ŧ?äw°˙ļ?ú,V˙Ž˙ÔYŧ˙ČVō;ØÛũ+ÅĖž(˙Š?ŠŨ‰˙rĨęĪMĸŠ+Ú8BŠ( ŗ|C˙"öĄ˙\ųV•fø‡ūEíCū¸?ōŦą—Ŗü„ö<žOųūŋū€+Ô´/ųôßúõ˙Aå˛ȨŸõüô^ĨĄČŋĻ˙×ŦúŖ/˙‘m/™ãaäeWü(ĐĸŠ+SÚ (ĸ€ ōã˙#–Ģô¸˙ĐMzyq˙‘ËUú\č&ēđ›ËĐōs/ãa˙ƎŖÁņįu˙]ōŽĻšoĮ×ũtĘēšXß÷‰Ũâ0ĸŠ+”Č(ĸŠãįūē˙A^ĩ_÷y|;#˙tŠū7ú=Q^Ič…Q@q~6˙ËOúæv•ÅøÛū?-?ë™ūuۗ˙|Íđ˙ÄGAEW€QEQEQEQEQEW'üŽįũö˙Đ u•ÉÅ˙#š˙}ŋôXÖû>§Ą€Ú¯øYÖQEąį…Q@Q@Q@Q@ßū<‡ĐUJļ˙ņä>‚ĒPEPEPEPEPEPEPEPEPEPEPEPEPEP'm˙#Ģž˙ú Ž˛š;oų[ũ÷˙ĐMu• ŸŠčf??đ¯Ô(ĸŠØķŠ( ¸ī}뤟û-v5ĮxëīX}$˙ŲkÍÍ˙ÜįōüŅ3øN˛Ûū=b˙p*–ĸļ˙XŋÜĘĨ¯B? (*ܟņæŋAU*ܟņæŋATJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9m#ūF{¯ŦŸúu5Ëiō3Ũ}d˙ĐĢŠŽÜwņĸ7¯ņ/@ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“˛˙‘Ę_÷äūFēĘäėŋär—ũų?‘ŦkoSĐĀüÂβŠ(­<(ĸŠ(ĸŠ(ĸŠ(ĸŠˇ/üz'ĐUJˇ/üz'ĐUJ+•ÕŧeĨÃ[ŲBŗ24Œ~\ûc­t›ŧzUãş1ar¸õÁ¯$ŽĖ-ÎîGĪį™\7-:Z7Ôít˙‰&XīíÖ4c22pŋPk¯V Ą”‚Č#ŊxŨz†^I<;fdÎí¤ ú ~˜§ŠĄ%(™äy•lDåFŗŊ•Ķ5¨ĸŠâ>(ĸŠ+–Ņ?äcēú?ū„+ŠŽ[D˙‘Žëč˙úŽÜ/đĒúŌøeču4QEqQ@Q@Q@Q@Q@õ_ųŨ˙×&ūU[Āßō š˙ŽßĐUWūA7õÉŋ•Vđ7üƒ.ëˇôŒŋŠB—û”ũQÔŅEąį…Q@q7˙…Ÿũs?Îģzâ˛ėĩáŗģ-˙z‡ĪōfŊ¯üyÃ˙\×ųTĩ¯üyÃ˙\×ųTĩĒØãŸÄš/˙¨˛˙y˙Žļš/˙¨˛˙y˙Ž ×ũÎ/ÍĪá:M?ūAļŋõÅ?Ģ5[O˙m¯ũqOä*ÍvĶøĄH+™ø˙ Ŋ;ūē7ōŽššŋŖ"Á’Ģ!け]XoâŖĖÎ?Üj|ŋ4uz?ü,?ëÚ?ũUÚķ‹OˆÚYAl4ôakī4Œāc=*øYĐ6?ûúÂŽXZ­ˇc YŪ 0ŠsŲväzį˙đ˛&˙ l÷ô˙…đ˛&˙ l÷ô˙…OÕjö/ûsü˙ƒ˙#Đ(¯?˙…‘7ũc˙ŋ§ü(˙…‘7ũc˙ŋ§ü(ú­^ÁũšūÁ˙‘˜ŋō6k_öķüÍuž ˙}Īũuū‚¸Ŋ2wŋÖu+Ī/o› Ō0…Ũž˙vž ˙}Īũuū‚ģĢ+aäŊ rĨ‚Š%ŗ›ũžŠ(¯$ô‚Š( ¸ŋĮå§ũs?ÎģJâüm˙–ŸõĖ˙:íË˙Žžføâ# ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“‹ūGsūûčēĘäâ˙‘Ü˙žßúŦk}ŸSĐĀmWü,ë(ĸŠØķŠ( ‘™Q 3U$œ)kžņÄčʈHʏļ Įč+EeF”Ē>‚nĘã.ŧgc Ĩ!†IĀ8.0 ũ+CJ×Ŧõl¤%’`2c~=ŊkĖę{+‰-/až"CŖ‚1ßÚžf–w]TNvqėdĒ;žŗEWÖßū<‡ĐUJļ˙ņä>‚ĒPEPEPEPEPEPEPEPEPEPEPEPEPEP'm˙#Ģž˙ú Ž˛š;oų[ũ÷˙ĐMu• ŸŠčf??đ¯Ô(ĸŠØķŠ( ¸ī}뤟û-v5‘­čK­ \ŧ­Ũ9Î=ũĢ‹1Ŗ:ØiSĻŽŨŋ4L•Õ+oøõ‹ũÁüĒZliåĉœíf]‘VInOøķ_ Ē•nOøķ_ ĻJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9í6Æę~ây!e‰‹áC“Åt4QZÖŦę˙ú9šģ°ĸŠ+"Š( Š( Š( Š( Š( Š( š;/ųĨ˙~OäkŦŽNËūG)ߓųÆļņõ= ÁWü,ë(ĸŠØķŠ( Š( Š( Š(  r˙Įĸ}TĢr˙Įĸ}T  šĻņ¤ŪyČ}ŋ]Ļŧ–Ŋ—­yN´–Qę“-ƒ„7qĀ=Āõ߂–ņ>W‰i;B­ûĢ+Ķŧ1ŧørĪ]§MĮĻ+Î,–Ų¯"nén[į(2@¯ZbKxÖĸ  &Ū˜ĮĒÆËE.¤ũ¤ęßĨ­øū„”QEyĮׅQ@rÚ'üŒw_G˙Ѕu5ËhŸō1Ũ}˙Bۅū_Cz_ ŊĻŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(žĢ˙ ›ŋúäßĘĢxūA—?õÛú ŗĒ˙Č&īūš7ōĒŪ˙eĪũvū‚ą—ņQčR˙rŸĒ:š(ĸļ<đĸŠ(Ž#Æ˙ōŗ˙Žgų×o\G˙ä!g˙\ĪķŦqÃgĄ•˙ŧ¯ŸättQElyá\WŽ?ãęĪũÆūbģZâŧq˙Vî7ķægî’ų~dOá;AĐRŌ‚–Ŋ2­Í˙ŠøUJˇ7üz§á@(ĸŠĮņWü‹wŸE˙ĐÅWđoü‹ë˙]ŦxĢūEģĪĸ˙čbĢø7ūEõ˙Ž]+ũŨúū‡/ųGüŠĐQEĖ{EPEP-á˙ų]˙¸˙úŽĻšo˙ČzīũĮ˙Ѕu5ۏū/Éâ>0ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( ™7ú‰?Ũ?ʟL›ũDŸîŸåCwF>ũ˙Ō?ũšģ:ã< ÷īū‘˙ėÕŲÖ8áŖģ3˙z—ËōAEVĮQEČøīũE—ûĪü…`A˙#Ŋ‡ũą˙ŅbˇüwūĸËũįūB° ˙‘ŪÃūØ˙čą^.eņGüQũNėOû•/VzmQ^ŅÂQE›âųĩúā˙Ę´Ģ7Ä?ō/jõÁ˙•eˆūŊä'ąåōȨŸõüô^ĨĄČŋĻ˙×Ŧú¯-“ūED˙¯ã˙  õ- ūEũ7ūŊc˙ĐEü‹i|Ī ˙#*ŋáF…QZžĐQEW—ųĩ_ĨĮū‚kÔkˏüŽZ¯Ōã˙A5ׄŪ^‡“™ū4u˙;¯úč?•u5Ëx#ū<îŋë ūUÔŌÆ˙ŧHöë˙…Q\ĻAEPãøøŗ˙uŋ˜­åûŖéX>7˙‹?÷[ųŠŪ_ē>•Û_ũŪ—Īķ7Šü8üÅĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠŠįū=f˙qŋ•cøîßũc˙ŲĢbįū=f˙qŋ•cøîßũc˙ŲĢ˙?3ĐĄūįWūŨüÎƊ(­<(ĸŠ+ņßÜ°úÉ˙˛×a\Žūå‡ÖOũ–ą¯ü6weŋīPųūL×ĩ˙8ëš˙*–ĸĩ˙8ëš˙*–ĩ[sø˜W%ãŸõ_ī?ōÖ×%ãŸõ_ī?ōÁš˙šĪåųŖ9ü'I§˙Č6×ū¸§ōfĢi˙ō ĩ˙Ž)ü…YŽÚô)[p ŽČĀëõĒ•mŋãÄ}ķĢ—•÷ōŖʏû‹ųS¨ĸâ˛3uČĐhWÄ"ƒäˇojĮđ:+iW”ߞŖũ‘[Zįü€¯ŋë‹*Įđ7ü‚Ž?ëš˙ĐEtĮøõ<ŠÉiĶ˙ :o*?î/åG•÷ō§Q\×={" ›:ÎxP*™¨8îEspi:åĸ•ˇœÄ¤ä„›šę變8™ŌN*Í>æ°¨āŦŽgė~#˙ŸŲđ Ņö?˙ĪėŋøkĻĸĩúô˙•}ÅûyvGÆĩ-ķYĨôūr’ķŽ8ëW~Įâ?ųũ—˙ 2ÃūFéŋߓú×S]8œKĨ$ŖĒOcJĩ\Z˛[ĪØüG˙?˛˙āA¨eŅu‹ÉŨMæcĪ.ė ë(Žu¨ĩI}ÆX’Ų ĸŠ+„Ā(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“‹ūGsūûčēĘäâ˙‘Ü˙žßúŦk}ŸSĐĀmWü,ë(ĸŠØķŠ( ¨kjęēsÛĩžō1ėçų÷ĢôTT„jEÂ[0zžYu¤ßŲĘcšÖPsÁU$Ą¯á˙\ĪwÍÜMŧd6×.GAJī(¯"–IF9ܛKĄšĻŽQE{F…ˇ˙!ôR­ŋüy Ē”QEQEQEQEQEQEQEQEQEQEQEQEQEÉÛČęßīŋū‚kŦŽNÛūGV˙}˙ô]ecCgęzÅOü+õ (ĸļ<đĸŠ(ĸŠ(ĸŠ(ĢrĮšũTĢrĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŽNËūG)ߓųë+“˛˙‘Ę_÷äūFą­ŧ}OCđU˙ :Ę(ĸļ<đĸŠ(ĸŠd˛¤14˛¸DA–cĐ ļŦŅ\ĩĮíŖ”Ŧ*÷™ļįč0kSI×­5|¤{Ŗ™FLo×ŖÖš)ãđÕgėá4Ų*Iš´QEu”[—ū=č*Ĩ[—ū=č*ĨUÔŲ×Jŧhŗæ\Ž=všōJõÍBfļĶn§Q–Ž&`¨ŧŽŊĖų&ˇ´§čÂŊ?Ã-#xvĖɜí gĶqĮéŠķ õ ĖĶøzÍØ`„)˙|’?ĨV7ā^Ļ\7oŦËü?Ē5hĸŠķ´ (ĸ€ å´Oų˙Ą ęk–Ņ?äcēú?ū„+ˇ ü*ž†ôžzMQ\FEPEPEPEPEP=WūA7õÉŋ•Vđ7üƒ.ëˇôgU˙MßũroåUŧ ˙ ˟úíũc/âŖĐĨūå?Tu4QElyáEP\G˙ä!g˙\ĪķŽŪ¸˙ČBĪūšŸįXâ?†ĪC+˙y_?ČččĸŠØķ¸¯Į՟ûüÅvĩÅxãū>Ŧ˙Üoæ+ĖÎ?Ũ%ōüȟÂvƒ Ĩ¤-ze…[›ū=SđĒ•noøõO€*QEâ¯ųī>‹˙ĄŠ¯āßų×ūē5XņWü‹wŸE˙ĐÅWđoü‹ë˙]ēWûģõũ_ō6ø?S ĸŠ+˜öŠ( Š( [Ã˙ōģ˙q˙ô!]MrŪ˙õßû˙Ą ękˇü_’7Ä|aEW€QEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@2oõē•>™7ú‰?Ũ?ʆ8îŒ?}û˙¤û5vuÆxīßũ#˙ŲĢŗŦp˙ÃGvgūõ/—ä‚Š(­ŽĸŠ(‘ņßú‹/÷Ÿų ĀƒūG{ûc˙ĸÅoøīũE—ûĪü…`A˙#Ŋ‡ũą˙Ņbŧ\ËâøŖúØŸ÷*^ŦôÚ(ĸŊŖ„(ĸŠ+7Ä?ō/jõÁ˙•iVoˆä^Ô?ëƒ˙*Ëü)z?ČOcËä˙‘Q?ëø˙čŊKB˙‘M˙¯X˙ô^['üŠ‰˙_Į˙@ęZü‹úoũzĮ˙ Š2˙ųŌųž6ūFU (ĸĩ= ĸŠ(¯.?ō9jŋKũרחųĩ_ĨĮū‚k¯ ŧŊ'2ū6ühę<˙w_õĐ*ęk–đGüyŨ×AüĢŠĨ˙x‘í×ū# (ĸšL‚Š( 3Æ˙ņņgūë1[Ë÷GŌ°|o˙îˇķŧŋt}+ļŋûŊ/ŸæoSøqų‹EW€QEQEQEĪüzÍūã*áô­nëGũ™b>n7oRzgßŪģ‹Ÿøõ›ũÆūUČxAMh\oĸōļ㠜į?á\ĩԜŖËšėå˛Ĩ5_‡BĮü&ē§÷-ŋīƒū4ÂkĒrÛūø?ãZđ‚Ã˙?Ōßąū4 ü˙I˙~ĮøÔr×7öŲoe÷33ū]Sû–ß÷Á˙?á5Õ?šm˙|ņ­?øAa˙Ÿé?īØ˙?á‡ū¤˙ŋcühåŽÛ-ėžæfÂkĒrÛūø?ãYÚŽˇuŦ…ĘÄ<ŦíؤuĮŋĩtŸđ‚Ã˙?Ōßąū5‹â 4Uˇ);Kæ–ÎWÆ?ÆĻqĒŖīlo‡Ģ•DŠ/{Ņu¯üyÃ˙\×ųTĩ¯üyÃ˙\×ųTĩÜļ>j äŧsūĸËũįūBēÚäŧsūĸËũįūB¸3_÷9üŋ4g?„é4˙ųÚ˙×ūBŦÕm?ūAļŋõÅ?Ģ5ÛOā^… Ģm˙#č?TĢm˙#č?X(ĸŠĪ×?ä}˙\[ųV?ŋäq˙]Īū‚+c\˙÷ũqoåXū˙UĮũw?úŽ˜˙^§[ūF”˙ÂÎĸŠ(ŽcØ (ĸ€ (ĸ€9kųĻ˙~Oë]MrÖō7MūüŸÖēšíĮ|q˙ 7¯ēô (ĸ¸ŒŠ( Š( Š( Š( Š( Š( š8ŋäw?īˇū€kŦŽN/ųĪûí˙ ÆˇŲõ= ÕÂβŠ(­<(ĸŠ(ĸŠ(ĸŠ(ĸŠļ˙ņä>‚ĒUˇ˙!ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9;oų[ũ÷˙ĐMu•ÉÛČęßīŋū‚kŦŦhlũOC1øŠ˙…~ĄEVĮžQEQEQEnOøķ_ Ē•nOøķ_   ”QP^LmŦn'Q“Lā}iĨwaJJ)Éô3õOXiRyR3I0ëc$}}* é×Ķ,'ĖØá|Ā0OÔWI#Ë#I#v$ą=IĻ×Ļ°påŗÜøŠq'ÚķE.^ßđOeĸ˛ŧ9u%æƒk,¤—ÁRO|?Ĩjכ(ōɧĐû*5UZq¨ļi?ŧ(ĸŠ“@ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŽNËūG)ߓųë+“˛˙‘Ę_÷äūFą­ŧ}OCđU˙ :Ę(ĸļ<đĸŠ(ŽgÆŗŧzd1)!d“æ÷Āéū}+ĻŽcÆŅģiÖō(%_›Û#ŠáĖ¯õIÛą3øN­iŗŊļ§m,d†Y§~yVŦéņŧڍ´q‚]Ĩ\~uņT¯ĪosšęôQE~†t–å˙Dú ŠVå˙Dú Š@ ’5–'ÆQÁV ×šjŪŊĶ.lO-ž~IQsĮŋĄ¯M''ĨpúˇŒį7 ›ĩ"S5—%ŊĀ<]XWQI¨yO *QuÛOĨˇķĐÃĶô;ũJeH uLüŌ:Ē>ĩéļVąØŲCk܍B‚{ûקøŌö)”_ž~b+qŽ+ģŠTš$–6 ŽĄ•‡pjąnĨŌ’ĐĪ!§„Q”¨ÉšužŽŪŸđGŅEÆ}QEW-ĸČĮuôũWS\ļ‰˙#×Ņ˙ô!]¸_áUô7ĨđËĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€)ęŋō ģ˙ŽMüĒˇŋäs˙]ŋ Ģ:¯ü‚n˙ë“*­āoų\˙×oč+…/÷)úŖŠĸŠ+cĪ (ĸ€ âŦ˙Üoæ+ĩŽ[Ś]îĄqlÖ°4Ą† Ž}ëÎÍa)áeĢŊ?2gąÔ‚–ĐQ^‰AVæ˙Tü*Ĩ[›ū=S𠠔QEcøĢūEģĪĸ˙čbĢø7ūEõ˙ŽV‚ĒUšãŅ>‚ĒP]L;iW‹|Ã…ĮŽĶ^I^Ë\Ž­āĪ>á§ĶåH÷œ˜Ÿ ėGōŽĖ%hÂęGĪgš}lO-JJöčqéūYÃļbLįi#>›Ž?LVŸā‰Ęú„É僟."IobxÅvŠĒˆ¨€*¨Ā XēŅšQ‰žE—VÃÎUĒĢ]Y!hĸŠá>”(ĸŠ+–Ņ?äcēú?ū„+ŠŽ[D˙‘Žëč˙úŽÜ/đĒúŌøeču4QEqQ@Q@Q@Q@Q@u5gŌî•A,blߊå4oKŖ[É [¤ßq,HĮŽÖŠĘtܤ¤ŽÜ>*Šēs‡2~v9ĪøNŽįĘ/ûėŅ˙ ÕĪüųE˙}šččĨėę7ā_Ö°ßķįņäsŸđ\˙Ī”_÷ŲŖūĢŸųō‹ūû5[M˙‘žãũų+ŦŦāĒM_˜éÄË FJ>Ę÷IîÎsūĢŸųō‹ūû5‘Ēęōë—p1€#(Ø 9ɮꊩQœ•œŋ*xęĨÍ V~ŋđŠ(ŽƒË (ĸ€ (ĸ€ ˇ7üz§áU*ÜßņꟅTĸŠ(Å_ō-Ū}˙C_Áŋō/¯ũtjąâ¯ųī>‹˙ĄŠ¯āßų×ūē5t¯÷wëú<ŋämđ~§AEW1ėQ@Q@ˇ‡˙ä=wūã˙čBēšåŧ?˙!ëŋ÷˙BÔ×n?øŋ$oˆøŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍Rv‡ĖlÆIÉĪ46ø?į™üčßüķ?CEMžųæ:7Á˙<Īį@ŅSoƒūyŸÎđĪ3ųĐ4ÉŋÔIūéūUg|ķĖūuíŲäũŲû§ŋĩ qŨ÷>ũ˙Ō?ũšģ:ã< ÷īū‘˙ėÕŲÖ8áŖģ3˙z—ËōAEVĮQEČøīũE—ûĪü…`A˙#Ŋ‡ũą˙ŅbˇüwūĸËũįūB°aÁņņ!˙Ņbŧ\ËâøŖúØŸ÷*^ŦôĘ(ĸŊŖ„(ĸŠ+7Ä?ō/jõÁ˙•iVoˆä^Ô?ëƒ˙*Ëü)z?ČOcËä˙‘Q?ëø˙čŊKB˙‘M˙¯X˙ô^['üŠ‰˙_Į˙@ęZü‹úoũzĮ˙ Š2˙ųŌųž6ūFU (ĸĩ= ĸŠ(¯.?ō9jŋKũרחp,˙Ũoæ+ŖWƒ`ũŲéë]ĩ˙Ũé|˙3zŸÃĖŽŠ›|ķĖūtoƒūyŸÎ¸ŒhŠˇÁ˙<ĪįFø?į™üč*mđĪ3ųŅžųæ:†Š›|ķĖūtoƒūyŸÎ€*\˙ĮŦßî7ōŦũÛ˙Ŧû5nŨ4?d›ŸõmßÚ°ŧ÷oūą˙ėՌ˙‹™čP˙sĢ˙nūgcEVĮžQEĮøīîX}d˙Ųk°Ž?ĮrÃë'ūËX×ū;˛ß÷¨|˙&kÚ˙Įœ?õÍ•KEŖCö83Ī–ŊũĒmđĪ3ųÖĢcŽ!ŽKĮ?ę,ŋŪä+ŗßüķ?qū<1˜,ļ)_™ķ“ė+ƒ5˙sŸËķFsøN‡O˙m¯ũqOä*Í3Nhŗ-3Ī’˙Ųg|ķĖūuÛOā^…"ļßņâ>ƒųÔ[ā˙žgķĢ Sėš*vãĻjĀŖEMžųæ:7Á˙<Īį@:įü€¯ŋë‹*Įđ7ü‚Ž?ëš˙ĐEnëÍ Đ/ņČlûV/€Ú1¤\oBOžzöEtĮøõŦ†Š›|ķĖūtoƒūyŸÎ€!ĸĻßüķ?ā˙žgķ hŠˇÁ˙<ĪįFø?į™üč*mđĪ3ųŅžųæ:†Š›|ķĖūtoƒūyŸÎ€!ĸĻßüķ?ā˙žgķ hŠˇÁ˙<ĪįFø?į™üč*mđĪ3ųŅžųæ:†Š›|ķĖūtoƒūyŸÎ€!ĸĻßüķ?ā˙žgķ 6ÛūGV˙}˙ô]erÖĨ?á9rTíŪügũ“]~ø?į™üë?SĐĖ~*á_Š 6ø?į™üčßüķ?lyä4TÛā˙žgķŖ|ķĖūt 6ø?į™üčßüķ?CEMžųæ:7Á˙<Īį@Õš?ãÍ~‚ĸßüķ?XrŸfŠ+Į  4TÛā˙žgķŖ|ķĖūt 6ø?į™üčßüķ?CEMžųæ:7Á˙<Īį@ŅSoƒūyŸÎđĪ3ųĐ4TÛā˙žgķŖ|ķĖūt 6ø?į™üčßüķ?CEMžųæ:7Á˙<Īį@ŅSoƒūyŸÎđĪ3ųĐ4TÛā˙žgķŖ|ķĖūt 6ø?į™üčßüķ?CEMžųæ:7Á˙<Īį@ŅSoƒūyŸÎđĪ3ųĐ4TÛā˙žgķŖ|ķĖūt rv_ō9KūüŸČ×ežųæ:ä,JÂm1*vī“ŒûÆļņõ= ÁWü,ęhŠˇÁ˙<ĪįFø?į™üëcĪ!ĸĻßüķ?ā˙žgķ k/^Ō˙ĩ´Ķ &Cž2zgĶņ­­đĪ3ųŅžųæ:έ8Ճ„ļbjįÜZ\ZJb¸…ãqÆœÖį‡4 ‹›ØŽŽ"híâ`ãpÁr:í^‰žųæ:7Á˙<Īį^=Ž:Šr•ŌčBĻ“!ĸĻßüķ?ā˙žgķ¯pЖ_øôO Ē•zB‚ŨIRW5_|ķĖūt TŊÔė´đ ŨĘDO@NIü5jîę [)î DˆŖgÆ!ēēšōæK‰ÜŧŽrIŽœ=kvö<|Û4ú’Q‚ŧŸÜz–ą§ę ˛Öé$îōäyĢÕã‘ČņH˛FÅ]NUÁŊkEÔ#Ô4{kŠ#>cŽĢƒúŠxŒ?˛ÕlFS›2*mđĪ3ųŅžųæ:â0!ĸĻßüķ?ā˙žgķ hŠˇÁ˙<ĪįFø?į™üč*mđĪ3ųŅžųæ:†Š›|ķĖūtoƒūyŸÎ€Ûũzū?Ę¯ÕHZ#*…BŽjŨQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ dßę$˙t˙*}2oõē• qŨ~û÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ōüŽööĮ˙EŠßņßú‹/÷Ÿų ĀƒūG{ûc˙ĸÅxš—ÅņGõ;ą?îTŊYé´QE{GQEVoˆä^Ô?ëƒ˙*ŌŦß˙ČŊ¨×ūU–#øRôžĮ—É˙"ĸ×ņ˙Đz–…˙"ū›˙^ą˙č"ŧļOųūŋū€+Ô´/ųôßúõ˙Ae˙ō-Ĩķ,˙Ũoæ+y~čúWm÷z_?ĖŪ§đãķŠ(Ž#ĸŠ(ĸŠ(ĸŠ(+Ÿøõ›ũÆūUā?ģõ˙f­‹Ÿøõ›ũÆūUā?ģõ˙fŦgüXüĪB‡û_ûwķ;(ĸļ<đĸŠ(Ž?ĮrÃë'ūË]…qū;û–Y?öZÆŋđŲŨ–˙ŊCįų3^×ū<á˙ŽküĒZŠ×ū<á˙ŽküĒZÕlqĪâa\—ŽÔYŧ˙ČW[\—ŽÔYŧ˙ČWkūį?—æŒįđ&Ÿ˙ Û_úâŸČUš­§˙Č6×ū¸§ōfģiü ФmŋãÄ}ķĒ•mŋãÄ}ķĢĨQ@úįü€¯ŋë‹*Įđ7ü‚Ž?ëš˙ĐElkŸōž˙Ž-üĢĀßō ¸˙Žį˙AĶāKÔņëČŌŸøYÔQEĖ{EPEP-a˙#tßīÉũkŠŽZÃūFéŋߓú×S]¸īŽ?áFõ÷^EW€QEQEQEQEQEQEQEQEQEQEQEQEm˙ãČ}TĢo˙Cč*ĨQEQEQEQEQEQEQEQEQEQEQEQEQErvßō:ˇûī˙ šë+“ļ˙‘Õŋßũ×YXĐŲúž†cņS˙ ũBŠ(­<(ĸŠ(ĸŠ(ĸŠ*ܟņæŋAU*ܟņæŋA@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“˛˙‘Ę_÷äūFēĘäėŋär—ũų?‘ŦkoSĐĀüÂβŠ(­<(ĸŠ(ĸ°ŧW¨ÉaĨ……ŠÉ3lÜ:Žqū{ÖUëF7R[!7eríÆˇĻZĘbšō5qÁœ}qVíî`ģˆKo*J‡ēגVž…¨É§j˛ąōä`’/b ū•āŅĪe*ŠTŠQšŠŠé´QE}Šn_øôO Ē•n_øôO Ē”KWĪö-öOŲäãūkÉëŲC)V‚0Aī\­á Ë{†{ķíÉČP~eöĮzîÁՌo3Ä:ÕšjĶWļŽĮ5^›á\ Údc†˙ĐÍr:„ĩš—íhsķ3ã8öčVđGmo.ØãPĒ=…ƒųÕJļßņâ>ƒųՁRŠ(  ũsū@WßõÅŋ•cøūAWõÜ˙č"ļ5Īų_×ūUāoų\×s˙ Šéđ%ęxõŋäiOü,ę(ĸŠæ=€ĸŠ(ĸŠ(–°˙‘ēo÷äūĩÔ×-a˙#tßīÉũkŠŽÜwĮđŖzû¯@ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠļ˙ņä>‚ĒUˇ˙!ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9;oų[ũ÷˙ĐMu•ÉÛČęßīŋū‚kŦŦhlũOC1øŠ˙…~ĄEVĮžQEQEQEnOøķ_ Ē•nOøķ_   ”QEQEQEQEQEQEQEQEQEQEQEQEQEÉŲČå/ûō#]erv_ō9KūüŸČÖ5ˇŠč`~ ŋágYEVĮžQEËx܏°ÚŒsæœN+ŠŦÍwKūÖĶš!eSž2zgĐ×&:”ĒáįnŅ2WG™TöD ûrà JšŧŌÜX]ÚJcžŪD`qĘõúõšáĪÜOyŨĖMĀ8Ár:qé_‡ÃUŠYB1Ö˙wŠŠMŗŧĸŠ+īN‚ÜŋņčŸAU*ÜŋņčŸAU(ĸŠČÔüG§éryRģI0ëc$}{ ¨ÅÉÚ(ĘĩjtcĪRV^fŊ‰§øĢMÔ&†xdc…€b mŅ(JŌBŖˆĨ^<Ô¤š (ĸ¤Ø(ĸŠkȑ!yUGVc€*ĒjļIąnĸ-îq\Īˆo¤¸ÔÄEĀ_SÜÖ=zÔrÕ8)Męθa¯ļzUƒá›é'‚Kią‹ ôô­ęķĢRtĻāúĶƒ„šXQE‘!EPEPEPEPEPEP'Ļ˙Čßqūü•ÖW'Ļ˙Čßqūü•ÖV46~§Ą˜˙?áAEVĮžQEQEQEnoøõOÂĒUšŋãÕ? ŠEP$Š9Ŗ1ËȇĒ°Č?…Cēl†$:íE~”ú(ŋArĢķ[PĸŠ(QEQEËxūC×î?ū„+ŠŽ[Ã˙ōģ˙q˙ô!]Mvã˙‹ōFøŒ(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPYŌ˙­÷hÖtŋë_ũã@ ĸŠ(ĸŠ(ĸŠ(ĻMūĸO÷Oō§Ķ&˙Q'û§ųPĮŅ‡āOŋô˙fŽÎ¸Ī}û˙¤û5vuŽøhîĖ˙ŪĨōüQEąĀQEr>;˙Qeūķ˙!XČīa˙lôX­˙˙¨˛˙y˙Ŧ?äw°˙ļ?ú,W‹™|Q˙SģūåK՞›EW´p…Q@fø‡ūEíCū¸?ō­*Íņü‹Ú‡ũpåYb?…/Gų ėy|Ÿō*'ũũWŠh_ō/éŋõëū‚+Ëd˙‘Q?ëø˙čŊKB˙‘M˙¯X˙ôF_˙"Ú_3ÆÂ˙ČĘ¯øQĄEV§´QEåĮūG-Wéq˙ šõōã˙#–Ģô¸˙ĐMuá7—Ąäæ_ÆÃ˙G‚?ãÎëūēå]MrŪ˙;¯úč?•u4ąŋī=ē˙ÄaEW)QEÆxßū>,˙Ũoæ+y~čúV˙ãâĪũÖūbˇ—îĨv×˙wĨķüÍę?1hĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€93˙#ŋü˙dŽ˛š3˙#ŋü˙dŽ˛ąŖöŊOC0˙—_áAEVĮžQEÉxįũE—ûĪü…uĩÉxįũE—ûĪü…yų¯ûœū_š& Ōi˙ō ĩ˙Ž)ü…YĒÚüƒmëŠ!VkļŸĀŊ AVÛū›¨ĮŠ[y¨6°8t=p5ĐøP?Ú.Hû›F~šãú×~7 IRsŠŗGEzQPēV:š(ĸŧ3„(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“˛˙‘Ę_÷äūFēĘäėŋär—ũų?‘ŦkoSĐĀüÂβŠ(­<(ĸŠ(ĸŠ(ĸŠ(ĸŠˇ/üz'ĐUJˇ/üz'ĐUJ¯;Zé÷7 2ŅDÎ> fŧ‘Ũ¤‘ØŗąÉ'Š5ėÆŗBņ8Ę:•aę yŽ­Ą]éW ­<ų%QGŋĄŽüĸŽžįËņ%˛PœUâ¯ō2ëÔô Š/t+Yå$šR¤žø$gô¯9Ķô›ÍNeŽŪ*O2…_Š¯Pą´K mcåb]šõõ?V6Q˛S.ŖUNu÷moW˙ąEWœ}hQEÁë WWēûäÕģĢ’u{Ŧ˙ĪCTĢęč˙>ˆõĄđŖĄđ ?hšlpÖēšåŧ(Ōnûų×S^aūđū_‘Áˆū# (ĸ¸ŒŠ( Š( Š( Š( Š( Š( OM˙‘žãũų+ŦŽOM˙‘žãũų+ŦŦhlũOC1ū$‚Š(­<(ĸŠ(ĸŠ(ĸŠ*ÜßņꟅTĢsĮĒ~RŠ( Š( Š( Š( Š( [Ã˙ōģ˙q˙ô!]MrŪ˙õßû˙Ą ękˇü_’7Ä|aEW€QEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@2oõē•>™7ú‰?Ũ?ʆ8îŒ?}û˙¤û5vuÆxīßũ#˙ŲĢŗŦp˙ÃGvgūõ/—ä‚Š(­ŽĸŠ(‘ņßú‹/÷Ÿų ĀƒūG{ûc˙ĸÅoøīũE—ûĪü…`A˙#Ŋ‡ũą˙Ņbŧ\ËâøŖúØŸ÷*^ŦôÚ(ĸŊŖ„(ĸŠ+7Ä?ō/jõÁ˙•iVoˆä^Ô?ëƒ˙*Ëü)z?ČOcËä˙‘Q?ëø˙čŊKB˙‘M˙¯X˙ô^['üŠ‰˙_Į˙@ęZü‹úoũzĮ˙ Š2˙ųŌųž6ūFU (ĸĩ= ĸŠ(¯.?ō9jŋKũרחųĩ_ĨĮū‚k¯ ŧŊ'2ū6ühę<˙w_õĐ*ęk–đGüyŨ×AüĢŠĨ˙x‘í×ū# (ĸšL‚Š( 3Æ˙ņņgūë1[Ë÷GŌ°|o˙îˇķŧŋt}+ļŋûŊ/ŸæoSøqų‹EW€QEQEQEQEQEɟų˙āû%u•ÉŸų˙āû%u•ĩęz‡üē˙ (ĸļ<đĸŠ(ŽKĮ?ę,ŋŪä+­ŽKĮ?ę,ŋŪä+ĪÍÜįōüŅ3øN“O˙m¯ũqOä*ÍVĶ˙äk˙\Sų ŗ]´ūčR ļßņâ>ƒųÕJļßņâ>ƒųՁRŠ( Š( Š( Š( Š( ZÃūFéŋߓú×S\ĩ‡üĶŋ'õŽĻģqߍëîŊŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Û˙Įú ŠVßū<‡ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠäíŋäuo÷ß˙A5ÖW'm˙#Ģž˙ú Ž˛ąĄŗõ= Įâ§ūú…Q[xQEQEQEUš?ãÍ~‚ĒUš?ãÍ~‚€*QEQEQEQEV^­ŖGŠęŪ\ę0čkRŠēu%N\Ņz•8ģŖO Ū™0ōBĢũāIũ1].Ÿal!‹$õf=XÕĒ+jØēĩ•¤ô.uĨ5fQEsQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@å˙Dú ŠVå˙Dú Š@VfĨ¯éú[ųsĘLŊ|¸ÆHúúSŒ\’3ĢZ(ķÔi/3NŠĮĶüMĻj3c•Ŗ•žęĘ1Ÿ§jا(Ę.ŌBŖ^hķS’kČ(ĸŠ“PĸŠ(“ņ™*]5äHZ'åņü'ü+Ė‚IčzM1a‰rƊŪĄ@5éŅĖœ Ŗ(ŪĮT1.1ŗFO‡´Ų,­ŪY—l˛ãå=T ŲĸŠāĢVUfį-ŲĪ99;°ĸŠ+2BŠ( Š( Š( Š( Š( Š( OM˙‘žãũų+ŦŽOM˙‘žãũų+ŦŦhlũOC1ū$‚Š(­<(ĸŠ(ĸŠ(ĸŠ*ÜßņꟅTĢsĮĒ~RŠ( Š( Š( Š( Š( [Ã˙ōģ˙q˙ô!]MrŪ˙õßû˙Ą ękˇü_’7Ä|aEW€QEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@2oõē•>™7ú‰?Ũ?ʆ8îŒ?}û˙¤û5vuÆxīßũ#˙ŲĢŗŦp˙ÃGvgūõ/—ä‚Š(­ŽĸŠ(‘ņßú‹/÷Ÿų æoÚîÃ^ˇž†ŨŸlq:eIVÂÚēo˙¨˛˙y˙­;/øđˇ˙ŽKü…y؜/ÖdãÍk4îwâđTŊYĖÂs­Đ>ûö˙ãGü':×ũā˙ŋoū5×QQõ,Oü˙qæōžįū=ÕãŊ•˛įûČãúĶ‡Žĩ’|„F˙ãOņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ Šå§K,DčûgîĨ­ģ‰'{\æ˙á9Öŋčũûņ¨/|]ĢßYMk%„J’ĄF+äø×kEtŧ"JÎģû‡Ęûžu&Ÿy˙‚?ŲĨÛöÂßpôØ~™â¯ZxËYŗ˛‚Õ4øJCÆĨŖ|9æŊ˙ĮáũjĨzØN\>4æQ<ĘŲmIWuŠUqm%ˇc˙„ī[˙ t÷í˙ƐøķZPIĶíĀI˙ÆģŖŦ˙Č˙ūŊß˙A5Ķ´Ûˇ!•L.rúÃŅvG4ž?Ö$Kfû¨įúĶ˙á;Ö˙čũûņŠŧ ˙ ë¯úëũuUU'Nqä1ÁáņxŠŦņ _Éü'zßũ ˙ŋoū5›Ĩ-æĄŽ^]ŊŗĢKŦØR,§Ÿs^…EJÄF? ltĮ,ĒęÂĨZÎ\ŽöąĮiZŊö‘ÃjŦ˛|Än?*ŋ˙ vĢ˙>P˙ß ū5ŅQZĪNošTÕũO uĸŨÜNwūíWū|Ą˙žüiŖÆZ‘mĸÖßwĻÖĪķŽ’škOų$˙}˙‘­h΍E'ė֊åBP’~îÄ˙đ—jŋķåũđßãGü%Ú¯üųC˙|7ø×EEaõš?ķé}ä{X)Åꚅöĩ,>mŽÖL…Ąį?ZėÔa@öĨĸŗ¯ˆUTbŖd‰ŠS™$•ŦQEsQ@Q@Q@Q@Q@™˙‘ßū˙˛WY\™˙‘ßū˙˛WYXŅû^§Ą˜˯đ ĸŠ+cĪ (ĸ€ äŧsūĸËũįūBēÚäŧsūĸËũįūBŧü×ũÎ/Í?„é4˙ųÚ˙×ūBŦÕm?ūAļŋõÅ?Ģ5ÛOā^… Ģm˙#č?TĢm˙#č?X(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠåŦ?än›ũų?­u5ËXČŨ7ûōZękˇņĮü(ŪžëĐ(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-ŋüy Ē•m˙ãČ}T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( NÛūGV˙}˙ô]ervßō:ˇûī˙ šë+?SĐĖ~*á_¨QEąį…Q@õ=B-2ÆKŠFvđĒ?ˆöÁÜøŸU¸”¸š1.xHĀt~5ÛJ…×%QģÛ ā˙ŸZá+åķœ]hÖöQm$ēu1œėvŠ&šé,īØ?˜v¤¸ÁĪ`k°¯&˛åžˇŽ<īi.=s^ŗ]ų6&­jrUíÔēmĩ¨Uš?ãÍ~‚ĒUš?ãÍ~‚Ŋ’Ę”QEQEQEQEQEQEQEQEQEQEQEQEQEU[ëû}>6áđ Ŗ’ĮÚą—ÅĐ0Ö˛õ üĒ%R1vlčĨ„­V<ЍŅŅŅPÚŨCy͆CúCSU§}Q„ĸâė÷ (ĸU cSM'O{–›;QŧÆĸ¤ãN.rz zč¯1¸×ĩK™L{*z,lTĀV߇ŧMp÷qŲß?˜˛Š!ę`}kĘŖPŠQBÍ_Š ĸlėčĸŠö -Ë˙‰ôR­Ë˙‰ôR€+ß\]>âā ˜ĸgÜ ×’Ë#Í+K#w$ŗ¤×¯ÍOČ2’)VÄbŧˇUŅ–IQŒYų%åaū>Õ߂”U×S帒•Y(M|*˙&g‚A^Š ŨŊö‰kq)ĖŒ¤1=Č$gô¯5°ĶŽĩ+ ´Läž[*û“ÚŊKOŗM>ÂT9Ž3ę{ŸÎĢ(Ų.Ļ\7JĒŠ:ŸfÖų˙W,ŅEį\QEVŧžˇ°‹Ėöį “ô˜ž(˛i6´s"˙x€­ak— qĢM¸ąŠ=1˙×ŦęöčeÔŨ4įģ;ŠáĸãyŠ4K$ndŪŸ\ׅn™íÉʀG§cũ+Ĩ¯+GØÔp9*C’N!EV$Q@Q@Q@Q@Q@Q@ž›˙#}ĮûōWY\ž›˙#}ĮûōWYXĐŲúž†cüH˙…Q[xQEQEQEUšŋãÕ? ŠVæ˙Tü(ĨQ@Q@Q@Q@Q@ˇ‡˙ä=wūã˙čBēšåŧ?˙!ëŋ÷˙BÔ×n?øŋ$oˆøŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ dßę$˙t˙*}2oõē• qŨ~û÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ō§e˙˙õɐŦĪ˙¨˛˙y˙­;/øđˇ˙ŽKü…aâËäzŋÜéz˛z(ĸˇ<ķ”ņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ Šįŧq˙–ŸõŅŋ•t:gü‚l˙ë‚č"ŧēīõ} âeĒ(ĸŊBËgū<ëU*Ų˙ÃúÕJ*Žŗ˙ K˙ú÷ũÕęŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‡ā_ų]×_č+ĒŽWĀŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęQE`zAEP\ĩ§üŽž˙Č×S\ĩ§üŽž˙Č×náŠūoGizMQ\FEPEPEPEPEPEPEP&äw˙˙ė•ÖW&äw˙˙ė•ÖV4~׊čfōëü((ĸŠØķŠ( š/˙¨˛˙y˙Žļš/˙¨˛˙y˙¯?5˙sŸËķDĪá:M?ūAļŋõÅ?Ģ5[O˙m¯ũqOä*ÍvĶøĄH*ÛĮˆúįU*ÛĮˆúįVJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9kųĻ˙~Oë]MrÖō7MūüŸÖēšíĮ|q˙ 7¯ēô (ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(“ļ˙‘Õŋßũ×Y\ˇüŽ­ūû˙č&ēĘƆĪÔô3ŠŸøWęQElyáEPsÁĖ Č7e=ë‹ŋđ­­ŧøMVTôIد5Đø“S}3K/ ÄŌ6Ä?Ũõ5æîí#—v,Ää’rM|ūqˆ ¤ŠĘŌ_+M­BĐŧ=i§t&3ōČ>čúnךč´ēnĄŪ~Ī#‘3Į=ūĸŊ*ģrĒôjŅĩ(ōÛtTk@ĢrĮšũTĢrĮšũze•(ĸ™4ĢL˙v5,~€f6’ģiáˇMķJ‘'÷‚Ö›ŨĩĐ&Ūâ)@ëå¸l~U嚖ĨqĒ]ĩÄîNOĘšá ¨-îf´f‚FŽE9 ĻģÖ ŨÕę|ŧ¸•*ļŒ=ß]O`ĸŠi7ßÚZ\x~`;pQWk…Ļ™ôÔįSŽĪPĸŠ)QEQEQEQEQEQEQEQEQEq%™äÖdF'ljĒŖę3ũkē˙h˛^0ēļĨŸŪŖŪš•Ķ¯ZO,ZOģĶa¯:´$ĻĪŦĀ×Ĩ*IĨeŠąá)œ^ÍNƏqāũkŽŦ}Hm:’lyōuøGĨlWe¸Á&x…XTÄ9C`ĸŠ+Sˆ+™ņŦ.úl¨%#“æöČā˙ŸZ驓CđŧR xÜa”ô"šņT=ŊSŊŽ&ŽŦyZĶa{NÚ(ÁŪŌ.1۞ĩÕÜx"”ĩŊãF‡ø]7cņČ­]#ÃöēA2!2ÎF Ø{ÕķT2lCĒ•EdēÜÉAßSZŠ(¯­6-Ë˙‰ôR­Ë˙‰ôR€ B##Ū–ŠEPŖ €RŅEQEQEq~ ˛{}EæÚ|ŠŽāŪũÅdÖˇˆ/ãRx‰>\'j¯ŋsY5õnocmėz”¯ČŽu^˛xĄ’ęEĮ™€™ôõŽ‚š˙ Ū<°Ëlä‘3ØÕĐWƒæöōæ8+ßÚ;…Q\ĻAEPEPEPEPEPEP'Ļ˙Čßqūü•ÖW'Ļ˙Čßqūü•ÖV46~§Ą˜˙?áAEVĮžQEQEQEnoøõOÂĒUšŋãÕ? ŠEPEPEPEPEP-á˙ų]˙¸˙úŽĻšo˙ČzīũĮ˙Ѕu5ۏū/Éâ>0ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@s~$ņ÷…ü%"Å­jđÛÎÃ" $˜õÚ =ÍkkZ€Ō4-CReÜ,í¤¸+ëąKcô¯œū|<‹âeÎĢâoŨ\Mš)ļ7ÚĶJ@f,{( ¸×ļ9öĪ|Nđ‰īĪLÖckļû°Ę7˛îqöŽēžuø­đ‡Kđ§‡ŋá$đܗ6˙d•<č^RØ€WCÔÅ{÷ĪįØžëĶø—áöĢ]×BVVūķŖ-ø•'ņ ĸŠ( Š( Š( Š( Š( Š( Š( ŗĨ˙Z˙īŅŦéÖŋûƀEPEPEPL›ũDŸîŸåOĻMūĸO÷OōĄŽ;ŖĀŸ~˙éūÍ]qžû÷˙H˙öjėë?đŅŨ™˙ŊKåų ĸŠ+c€(ĸŠä|wūĸËũįūB´ėŋãÂßūš/ō™ãŋõ_ī?ō§e˙˙õɐŦ!üY|Bˇû/VOEVįžrž8˙KOúčßĘē3ūA6õÁ?ô\÷Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW—Cũū¯ĸ!|LĩEW¨Yl˙ĮáũjĨ[?ņãøZŠ@QÖä ˙^ī˙ šŊTuŸų_˙×ģ˙č&Ē1Ä~ō0ü ˙ ë¯úëũuUĘøūA×_õ×ú ęĢ\OņYĮ”šSôũBŠ(ŦH(ĸŠ+–´˙‘ÂO÷ßųęk–´˙‘ÂO÷ßųíÂ|5?ÂÍčí/CŠĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠäĪüŽ˙đ?ũ’ēĘäĪüŽ˙đ?ũ’ēĘƏÚõ= Ãū]…Q[xQEVVˇĸ.˛ĢNbō‰<.sŸĮÚĩhŦęŌ…X8M]15r;xŧ‹hĄÎ|´ Ÿ\ T”QV’JČaVÛūkEŲčšÎUafÎĒ8*õŖÍčuTUkø5 q4ãĄSÕOĄĢ5iĻŽŽyEÁ¸ÉY ĸŠ)’QXū$ÕLĶ7Bq4­ą÷}MgZŦhĶu%˛vW4Ĩģļ‚ÍqlzpëRĢ+¨e`Ęzr yģHåŨ‹3–'$Öŋ‡uy´ũB(‹“m+t'žâŧJ9ęEÆÉõš Ļ§ŖŅEīšå˙Dú ŠVå˙Dú Š@PH$āPE `Ã*Aĸ–€ (ĸ€ (ĸ€9iōAx×J¤Ã/$ájÄ­oŪ=ÆĸđäųPĄ}ûšÉ¯§Âķ{ķīcÔĨ~Es¯đæŸ%­ģĪ2•yq…=BÖŨsūŧya–ÚBH ėjč+ÁÆsûysîpVŋ;¸QEĖdQEQEQEQEQEQErzoü÷īÉ]erzoü÷īÉ]ecCgęzņ#ūQElyáEPEPEPVæ˙Tü*Ĩ[›ū=S𠠔QEQEQEQEQEQ´Ō­ŦŽ¤¸ˆž÷Į#“ŸéW¨ĸĒs”Ũäî7&õaETˆ(ĸŠ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@˙Ž˙äžx—ūÁW_ú)Ģ‡ũž?ä›K˙a ô¯Aņ]ÆŠāíoO´@÷7Z|đB„šÚ6U<H¯ŸtO|gđå‰ąŌÚ[2ãŧƒŽ<Ÿa@Ãņ‡ūIFŋ˙\“˙F%Wø%˙$‡B˙ˇũ(’ŧŗSđ—ÆígN›OÔd–âŌ`‘=ä`>ž Ri>øÛĄééÚcÉmgī.$ŧƒ ’Xõ>¤ŸÆ€>”ĸžwūÅø÷˙?“˙ā]ŋø×ŅQE5ŨcFv8U“í@˙ˆŧmĸøfE†ög{–„.įÔōüM'‡ŧqĸx–cog4‘܁Ÿ"uÚä{rAü rß -—YŋÖz§ũú˙‹­o|DŌÎŪö9Š3î™.Ņsū ņ†ŧ?āËu;ëxîe/#&Ã# š!AĮuŽ÷JÔt­Z´ésÛ΃‚Ņc+ėGQøĐuŊ{Mđõ—Úõ+dáF2Î}kžĶ>(xsSŊK_2âÕÜáæ0ĒĮę ĮãŠÄģ‰†€™7ú‰?Ũ?ʤÁô5Āųp~éūT1Įtaøīßũ#˙ŲĢŗŽ3ĀŸ~˙éūÍ]c‡ū;ŗ?÷Š|ŋ$QElpQ@Ž˙ÔYŧ˙ČV—üx[˙×%ūBŗ†€Š\CFĄ ĸ—ĐŅƒčh(ĨÁô4`úJ)p} >†€Š\CFĄ H˙Čī˙˙Ų+ŦŽLø­˙āû%u¸>†ąŖöŊOC0˙—_áBQKƒčhÁô5ąį‰E.ĄŖĐĐQKƒčhÁô4”Rāú0} %[oøņAüꎥĢL?ЇĐ:ŠE.ĄŖĐĐQKƒčhÁô4”Rāú0} %¸>†ŒC@ E.ĄŖĐĐQKƒčhÁô4”Rāú0} %¸>†ŒC@ E.ĄŖĐĐQKƒčhÁô4”Rāú0} %¸>†ŒC@ E.ĄŖĐĐQKƒčhÁô4”Rāú0} %¸>†ŒC@ E.ĄŖĐĐQKƒčhÁô4”Rāú0} ZøōAU*ۏô!ôWĐĐQKƒčhÁô4”Rāú0} %¸>†ŒC@ E.ĄŖĐĐQKƒčhÁô4”Rāú0} %¸>†ŒC@ E.ĄŖĐĐQKƒčhÁô4”Rāú0} %¸>†ŒC@ E.ĄŖĐĐQKƒčhÁô4É[Čęßīŋū‚kŦŽNØÅl˙īŋū‚k­Áô5 ŸŠčf??đ¯ÔJ)p} >†ļ<ņ(ĨÁô4`úJ)p} >†€Š\CFĄ ĢrĮšũUÁô5jAū†ŋA@(ĨÁô4ɤC$¯ˆĨ˜ûšÚJė$‘"Bō:ĸŽėp)ąOęZ)R@;Ŗ^YĒjˇ:­ÛM;šų#Ī=WĩģžĘágˇ•Ŗ‘{ƒ×ØúŠîX'ËĢÔų‰q,[(^=ī¯ÜzũSJŊ–™Ø\y‹ČˆāūĸŽ`úâi§f}4'‘SŽĪQ(ĨÁô4`úE E.ĄŖĐĐQKƒčhÁô4”Rāú0} %¸>†ŒC@ E.ĄŖĐĐQKƒčhÁô4”Rāú0} %¸>†ŒC@ E.ĄŖĐĐ âWvÖĨVÎT/ĶūdÖEvēî†ÚŽ'ƒu đsk ę&Ī˛8>¤Œ~uįÕ§.wĄõX,]B+™&‘ÂNãPš1†,Ÿ¨#Ė×_Yš.ũ™!§“īĐ{ ÔÁô5×F.0ŗ<}hUŽå „ĸ—ĐŅƒčkSŒJįü]c%Ū”˛ÄĨšŪ@ūî9ū•Đāú0} cˆĸĢŌ•9uWV†ŒC_JjZ—ū=č*Ĩ[”ĸ'ĐU\C@Í*A“Hp‘Šf>ĀfŧˇUÖ.ĩk–y]„Yų"åQū>õé×ÖÍu§Ü[Ž ą2îF+É%‰á•â‘JēŦ§¨5߂Œ]ßS帒­X¨A|.˙6X°ÔŽ´ŲÄļŌ˛y\ü­ėEzŽŸxš…„7H0$\ãĐ÷yœ’kÕ49,tK[yT‰I`{IĮëUŒlŸS.ĢUԝ?ŗoš˙W4hĨÁô4`úķŽŠ\CFĄ #Ä0¤Zŧ…Xā1Ũ?įŸÆ˛ęūļŽēÅČ|äļF}1ÅP¯ŠÃ˙ >ˆõiüę<) g›p.X.ßA˙×ū•ŅW1á5s%ËvaAúķ]FĄ¯ ūņ/ëĄÁ_øŒJ)p} >†¸ĖDĸ—ĐŅƒčh(ĨÁô4`úJ)p} >†€Š\CFĄ ĸ—ĐŅƒčh(ĨÁô4`ú·GļƒQ{äi<×,H$cžŊĢB—ĐŅƒči(ĨąsŠ)ģÉÜJ)p} >†™QKƒčhÁô4”Rāú0} %¸>†ŒC@ Væ˙Tü*ŽĄĢSôTü(Ĩ¸>†ŒC@ E.ĄŖĐĐQKƒčhÁô4”Rāú0} %¸>†ŒC@ E.ĄŖĐĐQKƒčhÁô4”Rāú0} %¸>†ŒC@ E.ĄŖĐĐQKƒčhÁô4%ˇúõü•_ĒāųëĮ¯ōĢôQEQEW1â_ˆ^đŒËŗĢG à ˆZI1ęUAĀúâ­øĮ]˙„gÁúŽ˛ -mŲŖp\đšöÜEx×Âŋ…ÚŒ4Š<]âĶ6Ą-üŌ4Q4ŦĄ°Ä3šR %ĀÎ0;į€~†TžæŒå$PĘq،Šķ?üuđ¯‡u9tč’ëR¸…ŠJÖĘžZ08#s’=õˇņ?\>øiŠÜÚ7•7”ļļØ<Ģ>#Ü ŸÂ¸/‚ ôyŧ*ž"Ö´ë{ۛ×oŗĨĖaÖ8ÔíČSÆIįĶīķÁŧ5ã‰Mĩ„ŌÛ߅-öKĨ ėR¸$7āsí]­|õņŸÁÖ> ¸Ō™é^’ÆĮ—UŠņōáēŪÖŅšåī×î˙‚YđämĨč6ļ˛'ī~zIĮáœV§Û÷?ZĢEyŌ““mŸ[JœiS8ė•žâ×Û÷?Z>Ø?šúÕZ)žØ?šúŅöÁũĪÖĒÕ-GTƒMŒrÎßuŠĒ„%7Ëv4›vFŋÛ÷?Z>Ø?šú×"ž,gĪi„˙eōGé[ÖˇPŪ@ŗBېū`úÖŽ­%yĢ:r‡Äļî~´}°sõĒ´VžØ?šúŅöÁũĪÖĒŅ@žØ?šúŅöÁũĪÖĒŅ@žØ?šúŅöÁũĪÖĒŅ@žØ?šúŅöÁũĪÖĒŅ@žØ?šúŅöÁũĪÖĒŅ@žØ?šúŅöÁũĪÖĒŅ@žØ?šúŅöÁũĪÖĒŅ@žØ?šúŅöÁũĪÖĒŅ@žØ?šúŅöÁũĪÖĒŅ@žØ?šúŅöÁũĪÖĒŅ@žØ?šúŅöÁũĪÖĒŅ@žØ?šúŅöÁũĪÖĒŅ@.ØD˜ÎqÅCöÁũĪ֖_øôO Ē”kíƒûŸ­djē.—ŦIæÜÛ›§›mcõėģE8ÉÅŨ3:´iՏ%EuæféžŌ4šÄņ[<ŗ/*ķ>íŋAŒVįÛ÷?ZĢE9JRw“čĮ–œR^E¯ļî~´}°sõĒ´Tš–žØ?šúŅöÁũĪÖĒŅ@į‹Žm&–%ĩ¨åÃpĐú×1Wĩ’N¯u““ž¨×ĶáaÉF(õ)G– ÷‡/,ƔŠk R§÷›'wŠ­oļî~ĩÆøLŸ>ägĢĮâk¨¯ JōGhōÍĸ×Û÷?Z>Ø?šúÕZ+”ČĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪÖĻyvDÎ8Ŧúˇ7üz§á@ öÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠĩöÁũĪ֏ļî~ĩVŠģĪ™ ]¸ĪŊOT-ŋׯãüĒũQEQEq?­%ŊøS¯Å%Ö”ãûŠ"ģ~Šj—Á-NÛPø[ĨÅŠ’ĖÉČ?…ƒ’3õVSø× M wIȲE"”taĘF5āZŸÁīøWYšŧđ°Ég9˙Qö*E•ŗō¸‰įÛŊMûFk^ö'†-[ĖžI ԑŠį?r1øåëÚt )4?éÚTxÛgm9ʨū'šņßü×á.Äū6ŊYî M&c+É ûŦíĶŒOAĐuôˆšŸ‰4¯ ũŖÂļfīR3ĸyb.ƒ“Ās@/íŠAƒ´Ũ0¸ûMÅč•SžÄFūnŖņ¯PđŊœšw„´k”ŦļÖ0BāõcP•x߄žø§Äū,‹Ååb!`ņÚČĘÍ!*ĨWåDŊũ9Í{ÕQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ dßę$˙t˙*}2oõē• qŨ~û÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ō§e˙˙õɐŦĪ˙¨˛˙y˙­;/øđˇ˙ŽKü…aâËäzŋÜéz˛z(ĸˇ<ķ”ņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ Šįŧq˙–ŸõŅŋ•t:gü‚l˙ë‚č"ŧēīõ} âeĒ(ĸŊBËgū<ëU*Ų˙ÃúÕJ*Žŗ˙ K˙ú÷ũÕęŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‡ā_ų]×_č+ĒŽWĀŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęQE`zAEP\ĩ§üŽž˙Č×S\ĩ§üŽž˙Č×náŠūoGizMQ\FEPEPEPEPEPEPEP&äw˙˙ė•ÖW&äw˙˙ė•ÖV4~׊čfōëü((ĸŠØķŠ( Š( Š( ­ˇüx ūuR­ˇüx ūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(“ļ˙‘Õŋßũ×Y\ˇüŽ­ūû˙č&ēĘƆĪÔô3ŠŸøWęQElyáEPE2YRšYX"(Ë1čr÷>7%+ohŌ ?}Ÿn įÄbčáííek‰É-ÎŽŠČŌ•Á׊jÚjjē{Û9ÚOĖũÖ yũ΁ĒZĘQŦå~xh”¸?•|ļs†ĒëûDŽšûŒj'{•lf{{ûyc'zČĮÖŊb¸¯øfãíqŨßGåGÜąˇŪcÛ#°ŽÖģō\=JT¤ę+_dU4Ō ˇ'üy¯ĐUJˇ'üy¯ĐW´hTĸŠF`ŠYŽ ’{PŅ^sĢøĻöúáÖÚgˇļ á˜z“×đĒÖ#ÔŦfVûD“GŸš9X°#ņé]k7õ< qUäIĩÜôú* ;¨īl⚈ü’.ážŪÕ=rĩgf{Ņ’’RŽĖ(ĸŠC (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ë˙‰ôR­Ë˙‰ôR€!ē€]ZMnĮTd'Ķ#ä÷–“XŨ=Ŋ‘ŋ¸ö¯^Ē÷v—ĘęŪ9@éšyC]zūÉģėyŽWõԜ]¤%Š)'•b‰ Čį Ē9&ŊWH˛:v“ojÄEųąęNOęi֚e‰&ÖÖ8˜õ`9üúÕēxŒGĩŅ-ʲŸŠ79ģÉéō (ĸšh(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ÜßņꟅTĢsĮĒ~RŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEVtŋë_ũãZ5/ú×˙xĐ(ĸŠ(ĸŠ(ĸŠ)“¨“ũĶüŠôÉŋÔIūéūT1Įtaøīßũ#˙ŲĢŗŽ3ĀŸ~˙éūÍ]c‡ū;ŗ?÷Š|ŋ$QElpQ@Ž˙ÔYŧ˙ČV—üx[˙×%ūBŗƒųÕJļßņâ>ƒųĐJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-ŋüy Ē•m˙ãČ}T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ¸ŸĘōk Œ~XÕB¨ĪõŽÚ°|AĸŊņ[›` Ę0˜nãX׋”4= ļŦ)WŧÎ:ˇü'+ŽĄ,@H÷cųšËeų“`ŗŸwû†ēŊGm:&–lyō ?„zW-K3ŲĖq• F÷ocfŠ(¯@ų`ĸŠ(ĸŠ(ĸŠ(ĢrĮšũTĢrĮšũT¨/ĸiôû˜SīÉ*ũH"§ĻÉ"ÅČį €ą>€S[“4œZ{:ĘUŠ° ƒ‚jJˇŠŪCQščFą‰!T?z¯žTÉ&ÕmŦk ƒėE{Šģ]Ÿ—Î1Sj.ęûž™á˜$ˇđõĒHb `ö’?CZÕWNŧMCO‚ę1…‘sCЏέW‡6ܛgéxhÆ4!;¤•ŸČ(ĸŠ“pĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸ°uũmėX[[&#,ägh˙æ—VÔMâōlûš#ōéXOģ–,ĢZ÷I=Cĸ˛4-\ęP˛Jž?ŊŽŒ=k^ĩŒ”•ŅÃV”ŠMÂ{ ĸŠ*ŒÂŠ( Š( Š(  r˙Įĸ}TĢr˙Įĸ}T Š( Š( Š( Š( k_ÖeŠsglå6Į\ú ĀK˘äŪ—†õ jŪģ CĢĪģŖāúƒYÕô¸jTãEYnN”" ŦvÚ&Ļڍŗ qįG€Øî;ÔŽkļn'?s„į¯øWK^2…iF;5ĸŖ6QEĖdQEQEQEQEQEQEQEQEQEQEQEnoøõOÂĒUšŋãÕ? ŠEPEPEPEPEPEPEPEPEPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEÉŋÔIūéūTúdßę$˙t˙*ãē0ü ÷īū‘˙ėÕŲ×āOŋô˙fŽÎąÃ˙ ŲŸûÔž_’ (ĸļ8Š( GĮę,ŋŪä+NËū<-˙ë’˙!Yž;˙Qeūķ˙!Zv_ņáo˙\—ų ÂŗČô+šŌõdôQEnyį)ãøô´˙ŽüĢĄĶ?äg˙\˙AĪxãū=-?ëŖ*čtĪųŲ˙×˙ĐEyt?ßęú"ÄËTQEz…–ĪüxūÖĒUŗ˙?‡õĒ”Ugū@—˙õî˙ú ĢÕGY˙%˙ũ{ŋū‚jĄņ#Gđgč˙#Āŋōē˙ŽŋĐWU\¯äu˙] ŽĒĩÄ˙œyGû•?OÔ(ĸŠĀô‚Š( škOų$˙}˙‘ŽĻškOų$˙}˙‘ŽÜ'ÃSü,ŪŽŌô:š(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( L˙Čī˙˙Ų+ŦŽL˙Čī˙˙Ų+ŦŦhũ¯SĐĖ?å×øPQEąį…Q@Q@Q@[oøņAüęĨ[oøņAüčĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ßū<‡ĐUJļ˙ņä>‚ĒPEPEPEPEPEPEPEPEPEPEPEPEPE‰¯kM§í‚ß{ –<íãS)(ĢŗZ4gZjÜÛĸŧøkˆ“Û%ĪģqųtŽĢCÖĨ$  ã뎌=k:uã7c¯–ÕĄvîz(ĸļ<đĸŠ(ĸŠ(ĸŠ(ĢrĮšũTĢrĮšũT¨o!76Wƒ,l€údbĻĸ„í¨Ĩ$Ķęxėą<2ŧR)WBU”ö4ĘõOÃÚ~Ēūdņ˛ËĶĖŒāŸ¯cPØx[LĶæ*<Ō)ʙH8?@¯McaËvĩ>2\9ˆöŧą’åī˙›Ã֒YhVĐĘ“˜Ų$ãõ­J(¯:Ræmŗė(ŌTŠÆœvI/¸(ĸŠ“@ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(…ņ˛ë“–0R=ÆĐ?ĨeW{Ģé0jP†wIâNĀzjåSHG¸ō˙´ŦąžĸCūįÕĨ%;÷>ŖŒ§*)=U‹~V:œŦĘ" ŸŠá]RĶtØtÛo.#š›—sՍ]ŽēPp™ácĢÆŊg8ėQEjrQ@Q@Q@å˙Dú ŠVå˙Dú Š@Q@Q@Q@Q@&´ÎÚÅÎūĄ°>˜â¨W_­hfųūŅn@›e=˙¯XiáũIäÚ`;ŗ0Ā¯ĸÃbŠ:Jí+#Ņ§V‹SCÂlūeĘķŗ k§Ē:^œšm¯–įc—oSūzŧ\]HÔŦåŽ*˛R›h(ĸŠį3 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ7üz§áU*ÜßņꟅTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ dßę$˙t˙*}2oõē• qŨ~û÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ō§e˙˙õɐŦĪ˙¨˛˙y˙­;/øđˇ˙ŽKü…aâËäzŋÜéz˛z(ĸˇ<ķ”ņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ Šįŧq˙–ŸõŅŋ•t:gü‚l˙ë‚č"ŧēīõ} âeĒ(ĸŊBËgū<ëU*Ų˙ÃúÕJ*Žŗ˙ K˙ú÷ũÕęŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‡ā_ų]×_č+ĒŽWĀŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęQE`zAEP\ĩ§üŽž˙Č×S\ĩ§üŽž˙Č×náŠūoGizMQ\FEPEPEPEPEPEPEP&äw˙˙ė•ÖW6lnŋá-ûOūFėīĮwŌV4S\×îwã¤ĨėėūĘ (ĸļ8Š( Š( Š( ­ˇüx ūuR­ˇüx ūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž'ÄŅēk흎ŠWōĮôŽÚĒjužĨ—09ĢŽĢYVƒœlŽĖ%aësËm;­˙ Æí¨Ë "ÆA>äŒ*˛OhųūuŊecŸn!p:’ząõ5ĪJ„”¯#ÕĮf4eE›ģeš(ĸģOž (ĸ€ (ĸ€ (ĸ€ ˇ'üy¯ĐUJˇ'üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ d’Į fI]QVcOŽ7ÄW>ĸĐdųPđŠîkŖ ‡uįĘiJŸ´•Ž5­9äØ.“>āų‘Šž##‘^k]O…īHåĩv$F&{âģ1XJđ{UèĮš'CEW–r…Q@Q@Q@Q@Q@Q@‡Š/ä{Īą+`ø‰įü+Ÿ­˙XIīÛIŠ@Ų€ĮøVy•¯Îî}~“ęņäíøõ:Ÿ ßÉ'™e#ģãĪaЏÔWM\Ī…l$C%ėŠUYv&{ŒäŸĐWM]´/ČŽ|öcÉõ™rL(ĸŠØá (ĸ€ (ĸ€ (ĸ€-Ë˙‰ôR­Ë˙‰ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ7üz§áU*ÜßņꟅTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ dßę$˙t˙*}2oõē• qŨ~û÷˙H˙öjėëŒđ'ßŋúG˙ŗWgXá˙†ŽėĪũę_/ÉQ[EP#ãŋõ_ī?ō§e˙˙õɐŦĪ˙¨˛˙y˙­;/øđˇ˙ŽKü…aâËäzŋÜéz˛z(ĸˇ<ķ”ņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ Šįŧq˙–ŸõŅŋ•t:gü‚l˙ë‚č"ŧēīõ} âeĒ(ĸŊBËgū<ëU*Ų˙ÃúÕJ*Žŗ˙ K˙ú÷ũÕęŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‡ā_ų]×_č+ĒŽWĀŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęQE`zAEP\ĩ§üŽž˙Č×S\ĩ§üŽž˙Č×náŠūoGizMQ\FEPEPEPEPEPEPEPEPEPEPEPEPVÛūũ˙Ō?ũšģ:ã< ÷īū‘˙ėÕŲÖ8áŖģ3˙z—ËōAEVĮQEČøīũE—ûĪü…iŲĮ…ŋũr_ä+3Įę,ŋŪä+NËū<-˙ë’˙!XCø˛ų…o÷:^ŦžŠ(­Ī<å$cˆū ũäaøūA×_õ×ú ęĢ•đ/üƒŽŋë¯ôÕV¸Ÿâŗ(˙r§éú…QXQEW-i˙#„Ÿīŋō5Ô×-i˙#„Ÿīŋō5ۄøj…›ŅÚ^‡SEW€QEQEQEQEQEQEQEQEQEQEQEQEUļ˙ôÎĒUļ˙ô΀*QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEm˙ãČ}TĢo˙Cč*ĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQÕĩ$Ō´÷šq¸•ûĖz ķûTš”Čג§<,LPĘēŸÄī¤Å"ōąĘ7~ Œ˙ŸZá+åŗœMU_Ų§d—ŪcQģØęü?âkƒwĨôžjHvŦ÷”öĪ¨ŽÖŧšĘ'žūŪ(ūûČ ~uë5ߒâ*UĨ%7{lĘĻÛAVä˙5ú ŠVä˙5ú ö ”QEQEQEQEKPĶ-õÂĘuûŽŊE]ĸĒ”4]˜ĶiŨâxM‚÷ŒW¸āūy­Û[XlāX`M¨?Sęjj+Z¸ŠĩUĻîTęJ (ĸ° (ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠˇ/üz'ĐUJˇ/üz'ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ÜßņꟅTĢsĮĒ~RŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEV|ŠŪkü§īÕĄTdšA#įšctūTloîŸĘįËũķGŸ/÷Í7ctūTloîŸĘįËũķGŸ/÷Í7ctūTloîŸĘįËũķGŸ/÷Í7ctūUČŪDŸ)û§ˇĩMįËũķLžy|‰>s÷OōĄŽ;ŖŸđ'ßŋúG˙ŗWg\g>ũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙­K$o°[|§ũRöö—ãŋõ_ī?ō¯c<ƒOļÎ<ĨūB°‡ņeō= ßîtŊY.Æūéü¨ØßŨ?•;Ī—ûæ>_īšÜķÎGĮ*EĨĻAŧoå]–­ũ“eōŸõ Ûũ‘X:‘ŪŌĪsg÷üĢĄŌæi@9Ā?ô^]÷úžˆ…ņ2ÎÆūéü¨ØßŨ?•;Ī—ûæ>_īšõ ,~Ōã§ãUv7÷OåVˡŲ7įæĮ_ÆĢyō˙|Đv7÷OåTuĨaĄßü§ū=ߡû&´<ųžjŽĩ4‡CŋŽ ģ˙č&Ē1Ä~ō0<¤é×Xūûú ęö7÷Oå\¯€ätĶn‚ļ?}ũuž|ŋß5Ž'øŦãĘ?ÜŠú~Ŗv7÷OåFÆūéüŠŪ|ŋß4yō˙|Ö¤7ctūTloîŸĘįËũķGŸ/÷Í7ctūUĘZ˙ Œƒ;ߏĀ×[įËũķ\Ĩ›°ņœŽÍŊųü vá>Ÿáfôv—ĄÔėoîŸĘũĶųSŧųžhķåūųŽ#ģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōĢLØąƒœ?¯įËũķVYØZoĪ́Īã@67÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Їė``įŠĢąŋē*ļÎÂÔ8?65[Ī—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷OåNķåūųŖĪ—ûæ€9o WJƒ„3 Ü{W ^ˇ¨[Ž§e%ĨÁ-ÄÄW sāíJ)HƒËš<đÁ‚ŸÄųœßZuŊŦĶíĐĘqwš‹fdÖæ,ųžbíĮŽx¯[ØßŨ?•rÚ…ÚÂå//Zdæ4^BŸR}kĢķåūųŽėŸ R…9:š7Ш&–Ŗv7÷OåV¤ėŠ0sUüųžjËģ U`~lkØ,Šąŋē*67÷OåNķåūųŖĪ—ûæ€ąŋē*67÷Oå\Ļ¯ã™-ŽŪÁVB‡ +ũÜû×ëUė<uį*_ƞY8/ ¯žs] QĮšĮ•,ëžÍËįĶī;=ũĶųQąŋē*餍]%܌R:NķåūųŽsÕNãv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüŠŪ|ŋß4yō˙|Đv7÷OåFÆūéüĢ'[ņēhXa!ŽgžŠ=kœ_kM˙k'ũ’‹åXÎŧbėĪB†[Z´9Ւķ;ũĶųQąŋē*ĪŅõ×Õ-ؓ˛dûę:}Eiyō˙|Öą’’ē8ĒS•98MYĄģû§ōŖctūTī>_īš<ųži7ctūTloîŸĘįËũķGŸ/÷Í7ctūTloîŸĘįËũķGŸ/÷Í7ctūTloîŸĘįËũķGŸ/÷ÍX”hŖ8WctūUnGalŦ$jˇŸ/÷Í7ctūTloîŸĘįËũķGŸ/÷Í7ctūTloîŸĘįËũķGŸ/÷Í7ctūTloîŸĘįËũķGŸ/÷Í7ctūTloîŸĘįËũķGŸ/÷ÍQŋŋƒNŒ=Á ˇŨP9jĘO[4˜x$Uūđ ū•¯ÜÉsŦNdbvŠ`+2Ŋē}'M9ęŲŨOČôˆ$K˜VhNøØd0Š67÷Oå\ׄŽæ_´@ų|8‡ĄūŸ•tū|ŋß5åb(ûŽ%HrIÄnÆūéü¨ØßŨ?•;Ī—ûæ>_īšÄģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōŖctūTī>_īš<ųžhģû§ōĢSmPsÅWķåūųĢ2ģ-ē°8'ĐMũĶųQąŋē*wŸ/÷Í|ŋß4ŨũĶųQąŋē*wŸ/÷Í|ŋß4ŨũĶųQąŋē*wŸ/÷Í|ŋß4ŨũĶųQąŋē*wŸ/÷Í|ŋß4ŨũĶųQąŋē*wŸ/÷Í|ŋß4ŨũĶųQąŋē*wŸ/÷Í|ŋß4ŨũĶųQąŋē*wŸ/÷Í|ŋß4ŨũĶųQąŋē*wŸ/÷Í|ŋß4ŨũĶųQąŋē*wŸ/÷Í|ŋß4ŨũĶųQąŋē*wŸ/÷Í|ŋß4ŨũĶųQąŋē*wŸ/÷Í|ŋß4ëua:’¤uííWĒœČĶ(f$UĘ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEÉŋÔIūéūTúdßę$˙t˙*ãē0ü ÷īū‘˙ėÕŲ×āOŋô˙fŽÎąÃ˙ ŲŸûÔž_’ (ĸļ8Š( GĮę,ŋŪä+NËū<-˙ë’˙!Yž;˙Qeūķ˙!Zv_ņáo˙\—ų ÂŗČô+šŌõdôQEnyį)ãøô´˙ŽüĢĄĶ?äg˙\˙AĪxãū=-?ëŖ*čtĪųŲ˙×˙ĐEyt?ßęú"ÄËTQEz…–ĪüxūÖĒUŗ˙?‡õĒ”Ugū@—˙õî˙ú ĢÕGY˙%˙ũ{ŋū‚jĄņ#Gđgč˙#Āŋōē˙ŽŋĐWU\¯äu˙] ŽĒĩÄ˙œyGû•?OÔ(ĸŠĀô‚Š( škOų$˙}˙‘ŽĻškOų$˙}˙‘ŽÜ'ÃSü,ŪŽŌô:š(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­ˇüx ūuR­ˇüx ūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢrĮšũTĢrĮšũTĒúƒ:éˇM|Á •ĮŽ*ÅĶŗš34Z›Ž+b™ 1ېĥcE  vŸ^DåÍ&ĪžÃĶt¨Æ›w˛KîAET›Q@Q@Q@Q@Q@Q@Q@Q@Q@7‰×[”ļpĘĨ~˜ųƒY5ßęšL:¤@9)"ũŲéė}Ea/„n|Ė5ĖA=@$ū_ũzáĢB|ÍŖépyEFnÍ+ đ’šÔ&a‚,Š#Č×_U4ũ>6ßʄžYV5nēŠAÂ6g‹ŽĢÖsŽÁEV‡ QEQEQEn_øôO Ē•n_øôO Ē”QEQEQEQEÍëÚ4ŗNníPšaķ ëŸQX)cw$›ÚRŪ› wwWpYÅæO Eíę~‚ŗ“Äē{É´™Py—ŌŊ\6+ŠÚ0æHë§V§-’š.‰Ļ:ŲŧĖ¤Álvô§MGY:0eaAČ4ęķjNU&å-ÎiIÉŨ…QPHQEQEQEQEQEQEQEQEQEQEQEUšŋãÕ? ŠVæ˙Tü(ĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦéÖŋûÆ´k:_õ¯ūņ QEQEQES&˙Q'û§ųS铨“ũĶü¨cŽčÃđ'ßŋúG˙ŗWg\g>ũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙­;/øđˇ˙ŽKü…fxīũE—ûĪü…iŲĮ…ŋũr_ä+_#Đ­ūįKՓŅEšįœ§Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW=ãøô´˙ŽüĢĄĶ?äg˙\˙AåĐ˙Ģčˆ_-QEę[?ņãøZŠVĪüxūÖĒPTuŸų_˙×ģ˙č&¯Ugū@—˙õî˙ú Ē‡ÄŒqÁŸŖüŒ?˙Č:ëūē˙A]Urž˙u×ũuū‚ēĒ×üVqåîTũ?PĸŠ+Ō (ĸ€ å­?äp“ũ÷ūFēšå­?äp“ũ÷ūFģpŸ Ođŗz;KĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ļßņâ>ƒųÕJļßņâ>ƒųĐJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-ŋüy Ē•m˙ãČ}T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š+›ņ&¯-ŧ‚ÎŨĘ1\Č㯰•š‚ģ7ÃЕzŠ:LķŠ+Ėƒ¸}áØ>s¸kŽđæ­%âŊĩÃn–1š\õaīYSÄ)ģ5cˇ•Î„=ĸ•ŌÜßĸŠ+ ōŠ( Š( Š( ­É˙kôR­É˙kôRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  r˙Įĸ}TĢr˙Įĸ}T Š( Š( Š( Š( #^šyõYU‰ÛØŖĶÖŗ+ ņ•(škČPē?.dŠõúV #ČáK1čÉ5ôøYÂTcËŅĨ)'cĨđ­Ë˛Īlĕ\2ûg­tu‘ ialōL14¸Ę˙t‚ĩëÁÆJ2­' Ž Í9ļ‚Š(Žc ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢsĮĒ~R­Í˙ŠøPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPYŌ˙­÷hÖtŋë_ũã@ ĸŠ(ĸŠ(ĸŠ(ĻMūĸO÷Oō§Ķ&˙Q'û§ųPĮŅ‡āOŋô˙fŽÎ¸Ī}û˙¤û5vuŽøhîĖ˙ŪĨōüQEąĀQEr>;˙Qeūķ˙!Zv_ņáo˙\—ų Ėņßú‹/÷Ÿų Ķ˛˙ úäŋČVū,žGĄ[ũΗĢ'ĸŠ+sĪ9OĮĨ§ũtoå]™˙ ›?úāŸúŽ{Įņéi˙]ųWCĻČ&Īū¸'ū‚+ËĄū˙WŅž&ZĸŠ+Ô,ļãĮđūĩR­Ÿøņü?­T ¨ë?ōŋ˙¯w˙ĐM^Ē:Īü/˙ëŨ˙ôU‰â?ƒ?Gų~˙u×ũuū‚ēĒå| ˙ ë¯úëũuUŽ'øŦãĘ?ÜŠú~ĄEV¤QEËZČá'ûīüu5ËZČá'ûīüvá>Ÿáfôv—ĄÔŅEÄ`QEQEQEQEQEQEQEQEQEQEQEQEmŋãÄ}ķĒ•mŋãÄ}ķ  ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE[øōAU*Û˙Įú Š@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@pž#˙ä˙E˙ĐEwUĖø—J–YEė_åĊOë D[†‡Ĩ•Tũ˙Ō?ũšģ:Įü4wfīRų~H(ĸŠØā (ĸ€9˙¨˛˙y˙­;/øđˇ˙ŽKü…fxīũE—ûĪü…iŲĮ…ŋũr_ä+_#Đ­ūįKՓŅEšįœ§Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW=ãøô´˙ŽüĢĄĶ?äg˙\˙AåĐ˙Ģčˆ_-QEę[?ņãøZŠVĪüxūÖĒPTuŸų_˙×ģ˙č&¯Ugū@—˙õî˙ú Ē‡ÄŒqÁŸŖüŒ?˙Č:ëūē˙A]Urž˙u×ũuū‚ēĒ×üVqåîTũ?PĸŠ+Ō (ĸ€ å­?äp“ũ÷ūFēšå­?äp“ũ÷ūFģpŸ Ođŗz;KĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ļßņâ>ƒųÕJļßņâ>ƒųĐJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-ŋüy Ē•m˙ãČ}T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ųh~ÅŨëŽiÔQ@\(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ܟņæŋAU*ܟņæŋA@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠáŧHîÚÜĄŗ…U ôĀ?ĖšÉ­KækR.ōÕWëÆ­cחWãgŲ`˙Ũá莃ÂNãP™v˛~ Œ3]}r>—môņ`|ŅîĪĐ˙õ뎎Ü?đĪžÍŪ_Č(ĸŠÜķ‚Š( Š( Š(  r˙Įĸ}TĢr˙Įĸ}T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­Í˙ŠøUJˇ7üz§á@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( ™7ú‰?Ũ?ʟL›ũDŸîŸåCwF>ũ˙Ō?ũšģ:ã< ÷īū‘˙ėÕŲÖ8áŖģ3˙z—ËōAEVĮQEČøīũE—ûĪü…iŲĮ…ŋũr_ä+3Įę,ŋŪä+NËū<-˙ë’˙!XCø˛ų…o÷:^ŦžŠ(­Ī<å$cˆū ũäaøūA×_õ×ú ęĢ•đ/üƒŽŋë¯ôÕV¸Ÿâŗ(˙r§éú…QXQEW-i˙#„Ÿīŋō5Ô×-i˙#„Ÿīŋō5ۄøj…›ŅÚ^‡SEW€QEQEQEQEQEQEQEQEQEQEQEQEUļ˙ôÎĒUļ˙ô΀*QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEm˙ãČ}TĢo˙Cč*ĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQET—pØZIs;b4>§ØWsã;ų%&Ū8ĸ<7Ä×+G eQęúä–įyEsZŠFĄ:ÚŨĸĮ3}Æ_ēĮĶØ×KZáņņįĻ{[“ū<×č*Ĩ[“ū<×č+q•(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸ°õŊmŦŸėÖøķą–cÎßūŊiJ”Ē˒;•9ģ#rŠáS\ÔRM˙jcėĀųWU¤ękŠ[ ,ŠÃ¨ūbē+āĒQ3ÕTĄ(+ŗBŠ(Ž3ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŠņG•ũŽv}ũƒĖúöũ1Xĩĩâ{g‹UiČ;&ƒîũ?Zů2¯ÆĪąÁ[ęđŗčt~ōžĶqŸõģß÷sĪëŠë+”đŗ›‰Žˆ"0›õ$ƒũ?Zęëˇü4|öioŦĘĪ°QEąį…Q@Q@Q@å˙Dú ŠVå˙Dú Š@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[›ū=SđĒ•noøõO€*QEQEQEQEQEQEQEQEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@2oõē•>™7ú‰?Ũ?ʆ8îŒ?}û˙¤û5vuÆxīßũ#˙ŲĢŗŦp˙ÃGvgūõ/—ä‚Š(­ŽĸŠ(‘ņßú‹/÷Ÿų Ķ˛˙ úäŋČVgŽ˙ÔYŧ˙ČV—üx[˙×%ūB°‡ņeō= ßîtŊY=Q[žyĘxãū=-?ëŖ*čtĪųŲ˙×˙ĐEsŪ8˙KOúčßĘē3ūA6õÁ?ô^]÷úžˆ…ņ2ÕQ^Ąeŗ˙?‡õĒ•l˙ĮáũjĨGY˙%˙ũ{ŋū‚jõQÖä ˙^ī˙ š¨|HĮüú?ČÃđ/üƒŽŋë¯ôÕW+ā_ų]×_č+Ē­q?ÅgQūåOĶõ (ĸ°= ĸŠ(ŽZĶūG ?ßäkŠŽZĶūG ?ßäkˇ đÔ˙ 7Ŗ´ŊĻŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģm˙#č?TĢm˙#č?TĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Û˙Įú ŠVßū<‡ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠæ|mŋû* ggķ~GÂ×Ŧ^ŲÃi%´ë”qÛ¨=ˆŽ*įÁē„r‘E4yáˇm?ˆ5ķYž´ë{ZjéūS‹ŊŅ…gŋíļūV|Ī1vã×{ĨŲūĘķ]Ĩ¤66ë +…IęOŠŽüf6”Š8AŨŗzÕĸãËz(ĸŧSˆ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠåŧQ¨åłĀÃHHÉĪ`=+™­DņëRģ–@Ŧ§Ô`éYæVmÍÜúü # äđ5××mÜĪŸĖĄb$ĸQElpQ@Q@Q@å˙Dú ŠVå˙Dú Š@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[›ū=SđĒ•noøõO€*QEQEQEQEQEQEQEQEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@2oõē•>™7ú‰?Ũ?ʆ8îŒ?}û˙¤û5vuÆxīßũ#˙ŲĢŗŦp˙ÃGvgūõ/—ä‚Š(­ŽĸŠ(‘ņßú‹/÷Ÿų Ķ˛˙ úäŋČVgŽ˙ÔYŧ˙ČV—üx[˙×%ūB°‡ņeō= ßîtŊY=Q[žyĘxãū=-?ëŖ*čtĪųŲ˙×˙ĐEsŪ8˙KOúčßĘē3ūA6õÁ?ô^]÷úžˆ…ņ2ÕQ^Ąeŗ˙?‡õĒ•l˙ĮáũjĨGY˙%˙ũ{ŋū‚jõQÖä ˙^ī˙ š¨|HĮüú?ČÃđ/üƒŽŋë¯ôÕW+ā_ų]×_č+Ē­q?ÅgQūåOĶõ (ĸ°= ĸŠ(ŽZĶūG ?ßäkŠŽZĶūG ?ßäkˇ đÔ˙ 7Ŗ´ŊĻŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģm˙#č?TĢm˙#č?TĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Û˙Įú ŠVßū<‡ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ܟņæŋAU*ܟņæŋA@(ĸŖ¸™míĨžėh\ũ͉´•Ø˛Ëk4sĄv÷7YØôėŖĐ{T1K$Ŧą;$ŠrŦ§ô ŨÕę|¤¸•û_vīâ{GFž:–“otĀuÃcÔåWĢ‚IÅŲŸSN¤jAN;5pĸŠ)QEQEQEQEQEQEQEQEQEq>&¸yuvˆŸ’%GÔŸéXÕĢâ<˙nO‘Ž÷ČŦĒōęülû,K vGEá+‡S[įädߏBÖēÚãŧ'Ÿí9xãÉ9?ˆŽÆģp˙Ã>{5Ib]ŧ‚Š(­Ī8(ĸŠ(ĸŠ(ĸŠˇ/üz'ĐUJˇ/üz'ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ÜßņꟅTĢsĮĒ~RŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEG<ĸ y%#!ļ>ƒ4Åë^7ŋ:ôš†4ÅÔoĄž‘ÛÆ{ŽŖ§BIņIŖøßQ‹^‹DņF–ē}Ü˙ę%ŗ“Đu=zdĪGá>n‘Ējrü×7…]ĪS… üÜĶž/Áˇ@Ķõōˇ×`#ŽĒI?Ē­z-Cwu ¤×W2ā… ģžĘM“}ĻÎ ņ25|}Fj‡‰tfņ‡î´´šû1¸ ģ7āņ‘×ëŪ€8ØeöÅjxcĮęzŧšŗ`tíY!2vɁ“Œô8įžG9ŽDŌĶDŅ,ôØÜ:Ûĸ]ģsŽŲ95įú„đø‡ã—ũ”ÂU°Œ}ĻxųQ´ą#=úõ8  Īx¯WŅum3MŅ--Žn¯“)'‚1Œ0ĮņuŦĪíī‰ŋô-i˙įūÚÖ‹5¸t˙‹V3C5ÂŲZíXa]ĖîÁđ˙ĘĩOÄų,Žk>Ôtëw8YœúĄ4Úé_O¤ÛKŠĀ^˛4IŅ[Đr]¨­n ŊĩŠęÚU– T::žĘņG‰lü'Ŗ˙ißE<°ų‹Ø-“ŸRjÚŦéÖŋûƸ/ø^~˙ ~Ģ˙~ã˙âëģ´oí+(/Ąųbšf@ũ@a‘œw怊ąöI?ŧ´}’Oī-WĸŦ}’Oī-d“ûË@čĢd“ûËGŲ$ūōĐzdßę$˙t˙*ˇöI?ŧĩöŽ-ä9_ē• qŨį>ũ˙Ō?ũšģ:ã< ÷īū‘˙ėÕŲÖ8áŖģ3˙z—ËōAEVĮQEČøīũE—ûĪü…iŲĮ…ŋũr_ä+3Įę,ŋŪä+jÂÕΟlrŧÄŋČVū,žGĄ[ũΗĢ *ĮŲ$ūōŅöI?ŧĩšįœgŽ?ãŌĶūē7ōŽ‡L˙MŸũpOũVahŦėËs#túWEĨZģhöDæŪ3˙ŽŠōčŋÕôD/‰’QV>É'÷–˛Iũå¯Pąįū<ëU*ų‰žÍåäf û$ŸŪZ¯TuŸų_˙×ģ˙č&ĩžÉ'÷–¨kvŽē ÄŽŧ‡˙5Pø‘Ž#ø3ô‘ÎxūA×_õ×ú ęĢ™đ .›tT‰‡_ Žģė’yk\OņYĮ”šSôũJôU˛IũåŖė’ykŌ+ŅV>É'÷–˛Iũå  õËZČá'ûīüv?d“ûË\œL|k$yŪ˙Č×náŠūoGiz5cė’yhû$ŸŪZâ0+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yhŊcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yhŊcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yhŊcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+Õļ˙ôΙöI?ŧĩ9‰ŋ—‘šĄEXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yhŊcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yhŊcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yhŊcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yhŊcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yhī˙Cč*Ĩ_h˜Ûˆō3ÅAöI?ŧ´^ŠąöI?ŧ´}’Oī-WĸŦ}’Oī-d“ûË@čĢd“ûËGŲ$ūōĐz*ĮŲ$ūōŅöI?ŧ´^ŠąöI?ŧ´}’Oī-WĸŦ}’Oī-d“ûË@čĢd“ûËGŲ$ūōĐz*ĮŲ$ūōŅöI?ŧ´^ŠąöI?ŧ´}’Oī-WĸŦ}’Oī-d“ûË@čĢd“ûËGŲ$ūōĐz*ĮŲ$ūōŅöI?ŧ´^ŠąöI?ŧ´}’Oī-WĸŦ}’Oī-d“ûË@čĢd“ûËGŲ$ūōĐz*ĮŲ$ūōŅöI?ŧ´^ŠąöI?ŧ´}’Oī-WĸŦ}’Oī-d“ûË@ęܟņæŋALû$ŸŪZ™âfˇ‚21@j;ˆVâÚXîȅЌUĪ˛IũåŖė’yhØM&ŦĪŊ˛ŸOģ{k„*č=GĩEO4Ģh]ØáUFI5ėWZ4ČęeĻá’>†Ŗ´Đ-,Xĩĩŧąū 9üú× ąĢ—UŠōráŠ{_v~īâTŅlN›¤[ÚˇßUËãԜŸįWęĮŲ$ūōŅöI?ŧĩÁ&äîĪĒ§N4āĄ’ą^ŠąöI?ŧ´}’Oī-"ĘôU˛IũåŖė’yhŊcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yhŊcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yh€ņ4žfĩ"ā-U~ŧgúÖ=uū&đũĖöëdķ1"''Žøī\šÅ#IåĒ1|ãhūUæ֋Sw>ģVÃĮ•ėĩ7ŧ%.ÛéâĀųŖŨŸĄ˙ë×]Y>đũŜOspK ĀCÕWßë[ßd“ûË]”PIŸ?˜Ô…LCp+ŅV>É'÷–˛Iũ孎Ŋcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå Ë˙‰ôR¯ŧLĐ*21P}’Oī-WĸŦ}’Oī-d“ûË@čĢd“ûËGŲ$ūōĐz*ĮŲ$ūōŅöI?ŧ´^ŠąöI?ŧ´}’Oī-WĸŦ}’Oī-d“ûË@čĢd“ûËGŲ$ūōĐz*ĮŲ$ūōŅöI?ŧ´^ŠąöI?ŧ´}’Oī-WĸŦ}’Oī-d“ûË@čĢd“ûËGŲ$ūōĐz*ĮŲ$ūōŅöI?ŧ´^ŠąöI?ŧ´}’Oī-WĸŦ}’Oī-d“ûË@čĢd“ûËGŲ$ūōĐz*ĮŲ$ūōŅöI?ŧ´^ŠąöI?ŧ´}’Oī-WĸŦ}’Oī-d“ûË@čĢd“ûËGŲ$ūōĐzˇ7üz§áLû$ŸŪZžH™áTdb€(QV>É'÷–˛Iũå  ôU˛IũåŖė’yhŊcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yhŊcė’yhû$ŸŪZ¯EXû$ŸŪZ>É'÷–€+ŅV>É'÷–˛Iũå  ôU˛IũåŖė’yhŊcė’yhû$ŸŪZeˇúõü•_ĒŅ[ŧr†%p=*ÍQEQEQEQEQEņ í刜BšúŒT”Pœ|—ĘŅõM6O–âÚđŗĄí• üĐĶū0OŸØX&Z{›ĀQV ¤ՖŽęū Ôb×å×<1ŠĨ…äã÷ņJšŽCÜô=~‡žx¤ŌŧŠ\kĐë~)Ôãŋšˇ˙xa\F‡ąč:ué×ր;+H~ÍeĪ•§ä1MŋžˇĶ,'ŊēG]ÛØZÉņn›Ŧjē:ÛčwÂĘėLŦe22e@9POR?*Ŗâ/ęÚĪmôTē€ßl…n&šFÚå@Üs‚NXg‘@ô_đ‘üH (™´–*Ą?Ö\_åõÅw‡4Ī Ųũ›NˇdËČ}X˙‘\E§†~$XÚCimâ 68!@‘ u@ĀęĢOIŌ> AĢ[KŠëÖ3Ų+ƒ4h>f_AûąüÅnÚŨøvīÄ÷1[Ĩŗkp/ī›ČÄĄxxŽF—Å0ZÜx[TŽđ)ƒėÎġb~ XŪ%đCęz´zŪ~ÚvŦƒ@2˛``gđãžGjʛÁž/×BÚø‡Ä‘5†AxíņØüĒ?<ũ(÷†™ŧ—;ōŗũÜ˙Žęęõ-*ÃX´û.ŖkĖƒyr ŒŽ†Ÿ§Ø[i–YZF#ˇ…"ŽÃüjÍsđ€xOū€?÷ T[x?w Cb"ôU? ŌŦéÖŋûƀΓûæ:OīšŽŠ“Γûæ:OīšŽŠ“Γûæ:OīšŽŠ“ΓûæŖži<‰>s÷Oōĸ™7ú‰?Ũ?ʆ8îŒ?}û˙¤û5vuÆxīßũ#˙ŲĢŗŦp˙ÃGvgūõ/—ä‚Š(­ŽĸŠ(‘ņßú‹/÷Ÿų ÖąšA§ÛįũR˙!Y>;˙Qeūķ˙!Zv_ņáo˙\—ų ÂŗČô+šŌõeŋ:Oīš<é?žj:+sĪ9o;=Ĩžæ'÷üĢĸŌæi@9ĮŸúŽoĮņéi˙]ųWCĻČ&Īū¸'ū‚+ËĄū˙WŅž&^ķ¤ūųŖΓûæŖĸŊBËĨÛė›˛wc¯ãUŧé?žjs˙?‡õĒ”''÷ÍPÖĨčwāšÁˇũÕēŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‹ā94Û ŦGīŋ ŽŗΓûæš˙Č:ëūē˙A]Uk‰ū+8ō÷*~ŸŠ''÷ÍtŸß5éyŌ|ŅįIũķQŅ@yŌ|×'hėĨ!šû lV5ž?ˆžqôÅs•ËSË+${lĢÚĶSœ­sĶčŽsÂú”“‰,æbÅr×ūUŅÖđšœn7BT*:rčQEYˆQEQEQEn_øôO Ē•n_øôO Ē”QEQEQEQE^ōúŪÆ/2â@ ôIú ĖOX´›Y&EūņQĐÖģpķęĶ'lgb@+6ŊĒu7M9îÎÚxh¸ŪG¤G"MÉF :šŋ Ü9ےJ.}Ŋk¤¯/GØÔp9jC’N!EV$Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[›ū=SđĒ•noøõO€*QEQEQEQEQEQEQEQEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@6E-¨ęTNĸ€NĮĻÍŦčí0ļŗ—2`6čKtĪøÕ˙øH|G˙>˙€í]5‚ĸŌ˛“=9朚§I6s?đøū}˙Úĸ>*×ŪIŋÜōNīĘēēäæ˙‘Üžŋú¨ŠFŪķ՛áĢQŦä$Ŧ›û‰ŋá!ņüú7ūĩđøū}˙Úēj+Oe/æg/×iĪ˜œ^Ĩs­jë\ŲˈÉ+ļk¯ĩFŽŌa†XÔīŠ–Šp§ĘÛŊĖą¯mÁEE.ÁEV§!Ęxãū=-?ëŖ*čtĪųŲ˙×˙ĐEsŪ8˙KOúčßĘē3ūA6õÁ?ô^]÷úžˆ…ņ2ÕQ^Ąeŗ˙?‡õĒ•l˙ĮáũjĨGY˙%˙ũ{ŋū‚jõQÖä ˙^ī˙ š¨|HĮüú?ČÃđ/üƒŽŋë¯ôÕW+ā_ų]×_č+Ē­q?ÅgQūåOĶõ (ĸ°= ĸŠ(ŽZĶūG ?ßäkŠŽZĶūG ?ßäkˇ đÔ˙ 7Ŗ´ŊĻŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģm˙#č?TĢm˙#č?TĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Û˙Įú ŠVßū<‡ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ܟņæŋAU*ܟņæŋA@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠã|Qdņjj˜æŸFũ+ ģũ_P´˛ļÅĘ wđ"ÆwõĢ“MBÁn<äÆW?wÍc˙Öũ+‚´"§šôŲ~"¤¨$āŨ´OM~ö? YH$–ņWbgŋ9?ĘēšŠ§ŪÛßZŦ–Ü(āĻ0WÛnēéEF)#ÂÆUZÎSV}‚Š(­`ĸŠ(ĸŠ(ĸŠ(ÜŋņčŸAU*ÜŋņčŸAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(˜ņ‘3\5åēVûęŖ}k –I<´Ų˙ē&ŊŠôhæ3§F¯cĻ—ŲŖ'BĶOļf—t¸,?ēAZÔQ\5jJ¤Üåģ0”œØQE…Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[›ū=SđĒ•noøõO€*QEQEQEQEQEQEQEQEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@Q@Q@rsČî?ß_ũWY\œßō;÷×˙@oŗęzvõ?Â˙CŦĸŠ+cĪ (ĸ€ (ĸ€9OĮĨ§ũtoå]™˙ ›?úāŸúŽ{Įņéi˙]ųWCĻČ&Īū¸'ū‚+ËĄū˙WŅž&ZĸŠ+Ô,ļãĮđūĩR­Ÿøņü?­T ¨ë?ōŋ˙¯w˙ĐM^Ē:Īü/˙ëŨ˙ôU‰â?ƒ?Gų~˙u×ũuū‚ēĒå| ˙ ë¯úëũuUŽ'øŦãĘ?ÜŠú~ĄEV¤QEËZČá'ûīüu5ËZČá'ûīüvá>Ÿáfôv—ĄÔŅEÄ`QEQEQEQEQEQEQEQEQEQEQEQEmŋãÄ}ķĒ•mŋãÄ}ķ  ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE[øōAU*Û˙Įú Š@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[“ū<×č*Ĩ[“ū<×č(ĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@7‰]ßZ•[8EPŋLgų“Y5Úëē!ÔvĪu đskĄjm&Ī˛0>¤Œ~uįÕ§.wĄõX,]B)É&‘ÂNãPš1†,Ÿ¨#Ė×_Yz.4¸ģžOŧGAė+RēčÅÆgƒ­ ĩÜĄ°QEŠÆQEQEQE[—ū=č*Ĩ[—ū=č*ĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEnoøõOÂĒUšŋãÕ? ŠEPEPEPEPEPEPEPEPEPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEÉÍ˙#¸˙}ô]ersČî?ß_ũV5žĪŠčeÛÔ˙ ũ˛Š(­<(ĸŠ(ĸŠå$cˆū ũäaøūA×_õ×ú ęĢ•đ/üƒŽŋë¯ôÕV¸Ÿâŗ(˙r§éú…QXQEW-i˙#„Ÿīŋō5Ô×-i˙#„Ÿīŋō5ۄøj…›ŅÚ^‡SEW€QEQEQEQEQEQEQEQEQEQEQEQEUļ˙ôÎĒUļ˙ô΀*QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEm˙ãČ}TĢo˙Cč*ĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEnOøķ_ Ē•nOøķ_   ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE[—ū=č*Ĩ[—ū=č*ĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEnoøõOÂĒUšŋãÕ? ŠEPEPEPEPEPEPEPEPEPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEÉÍ˙#¸˙}ô]ersČî?ß_ũV5žĪŠčeÛÔ˙ ũ˛Š(­<(ĸŠ(ĸŠå$cˆū ũäaøūA×_õ×ú ęĢ•đ/üƒŽŋë¯ôÕV¸Ÿâŗ(˙r§éú…QXQEW-i˙#„Ÿīŋō5Ô×-i˙#„Ÿīŋō5ۄøj…›ŅÚ^‡SEW€QEQEQEQEQEQEQEQEQEô‰äUČúĶžÍ/÷?QV-?Õ÷ĒzĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ°ŅąĩŲ›ŠžŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč  f—ûŸ¨ŖėŌ˙sõ~ŠĄöišúŠ>Í/÷?QWč 66Ąų°8Ē˙f—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔU‡°@>`=CėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@>Í/÷?QGŲĨūįę*ũCėŌ˙sõ}š_î~ĸ¯Ņ@I5˛ 0Š¯öišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEf—ûŸ¨ĢôPŗKũĪÔQöišúŠŋEPû4ŋÜũEX–6kuP9â§ĸ€(}š_î~ĸŗKũĪÔUú(‡ŲĨūįę(û4ŋÜũE_ĸ€(}š_î~ĸŗKũĪÔUú(‡ŲĨūįę(û4ŋÜũE_ĸ€(}š_î~ĸŗKũĪÔUú(‡ŲĨūįę(û4ŋÜũE_ĸ€(}š_î~ĸŗKũĪÔUú(‡ŲĨūįę) €I^¸­ lŋęŸũĶ@´QEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŗĨ˙Z˙īŅŦéÖŋûƀEPEPEPEPEP\œßō;÷×˙@ÖW'7üŽãũõ˙Đc[ėúž†]ŊOđŋĐë(ĸŠØķŠ( Š( SĮņéi˙]ųWCĻČ&Īū¸'ū‚+žņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ ŠōčŋÕôD/‰–¨ĸŠõ -Ÿøņü?­TĢgū<ëU(Ē:Īü/˙ëŨ˙ôWĒŽŗ˙ K˙ú÷ũÕCâF8āĪŅūFäu˙] ŽĒš_˙Č:ëūē˙A]Uk‰ū+8ō÷*~Ÿ¨QEéQ@r֟ō8Iūû˙#]Mr֟ō8Iūû˙#]¸O†§øYŊĨču4QEqQ@Q@Q@Q@Q@Q@Q@Q@Q@m?Õ÷Ēz‚ĶũQ˙z§ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŠnõūđŖĖOī΀E7ĖOīΏ1?ŧ?:uß1?ŧ?:<ÄūđüčÔS|ÄūđüčķûÃķ QH7B -QEQEQEQEQEQEQEQEQEQEQEQEQEQEQH]AÁ Z)žbx~ty‰ũáųШĻų‰ũáųŅæ'÷‡į@ĸ›æ'÷‡įG˜ŸŪ:Šo˜ŸŪ(u'‚hhĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ( œ šo˜ŸŪ:Šo˜ŸŪbx~tę)žbx~ty‰ũáųШĻų‰ũáųŅæ'÷‡į@ĸ›æ'÷‡įJ# 怊( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŠBÁz)<ÄūđüčÔS|ÄūđüčķûÃķ QMķûÃķŖĖOī΀E7ĖOīΏ1?ŧ?:uŨęOŪę(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ)˛˙Ē÷M:›/ú§˙tĐmQ@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦéÖŋûÆ´k:_õ¯ūņ QEQEQEQEQEW'7üŽãũõ˙Đu•ÉÍ˙#¸˙}ôXÖû>§Ą—oSü/ô:Ę(ĸļ<đĸŠ(ĸŠ(”ņĮüzZ×FūUĐéŸō ŗ˙Ž ˙ Šįŧq˙–ŸõŅŋ•t:gü‚l˙ë‚č"ŧēīõ} âeĒ(ĸŊBËgū<ëU*Ų˙ÃúÕJ*Žŗ˙ K˙ú÷ũÕęŖŦ˙Č˙ūŊß˙A5Pø‘Ž#ø3ô‘‡ā_ų]×_č+ĒŽWĀŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęQE`zAEP\ĩ§üŽž˙Č×S\ĩ§üŽž˙Č×náŠūoGizMQ\FEPEPEPEPEPEPEPEPEPÛOõGũꞠ´˙TŪŠčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(›}ãõ¤ĒzļĨ—jn$F|žĐŖš˙"ą?á3‹ū|ßūûáYĘŦ"ėŲĶK ZŦyĄŖ§ĸšøLâ˙Ÿ7˙žĮøQ˙ œ_ķæ˙÷Ø˙ ^ŪŸsOėėWō~Cü7Ē]ß^]%ÄģÔ Ę0>^{WI^}ĸęëĨ\M+Bd.01ÍmÂgüųŋũö?²ĨZ*>ķÔëÆā*ĘŗtĄĻŽžŠæ?á3‹ū|ßūûáOƒÅđKkŦZËŠ#ē5˛ž\2gpĮļå@tQEQER1“č+ĮūüV×|yâKÍ;T´ĶĄ†C:ĩŦnŦX:Žįn0ƀ=†Š( Š( Š( ĢMū´ÕšĄ¨\%¤3\Č HšŠĀ¤ÚJėQ\‡ü'°Ī„Ÿ÷đ…đžÁ˙>ßÁūÁũĢƒūÁ˙‘<ņ:úå?ļ/á8ûūž^>æ<ÔđžÁ˙>ßÁūũļŸđ“˙ky ˇvī/w?wk‹™Q—ŗöSÚJûíԙMicĶ¨ŽCūØ?įÂOûø?øO`˙Ÿ ?īā˙ íūÕÁ˙?ā˙ČŽx}IúŅ\gü'°Ī„Ÿ÷đ…uē}Â]à Ä`„•€zāŠŪ†2…vÕ)^ÃRObũQ]# (¯ņÅmwÃ˙m<-ii§=ŒŌÛ#I,ndB`‡ŋP°QEQEQEQHĮ O ¯øKņ[]ņį‰/4íRĶN†m ęÖąēą`ę¸;¸Ãö+€øĩãOĀ~ŗÔt¸-&šką-Ō3(RŒŲYyʊÜđŋuâišÕėpĮstŒÎ°)v^$ô´ŅŅEQEQEQEQY>"ņ6‘áM)õfņ-­ÁÚšå¤o^EûJéąN˧øręâ xyîV"­üčÜč¯%đĪĮ˙ kWqÚjVķéČp˛LÁáĪĄqŒ}HĮŊzČ!”2Aw ĸŠ(¯ū­ž•R­ŋúļúW3ŽøŽHcxWœ*Ŗ7h™W¯N„JŽÉtW˙ úÉ˙øQ˙ úÉ˙øVŋVĢØāūŲĀ˙ĪĪÁ˙‘Ņkw2ŲčˇwļŲQ2§ÁĒŋšÔtc-ԆIVMÄrFūĩĒxÎ-CLžŅl Ģ´1pqúUoøĻ=OkgĩyIžāāuJŲaįėšļˇ8'›PúėdĒ{œŽûÚ÷ėz5ĮÂĀƒūōßÁūÂĀƒūōßÁūÕĒö;˙ļp?ķķđäv5fõrz?‹ Õĩŗ˛Dî RXĀÍu˙Ģük)ÂPv’;pøšXˆsŌwD”QEI¸Q\˙Ž5Û¯ ø/TÖlŖ†K›HƒĸĖ BwČūĩĪü$ņΧãß^ꤐËŅ…EĒ2Š]ŠÜîfį$Đ QEQEQEQ^]ņƒâFąđũ´a¤ÛXÍöŅ7™ö¤vÆ͘ÆÖ_īŸ^Õčŋ—UđŪ—¨Î¨ŗ]ÚE<Š€… ȁ’xÉ  +Į|+ņ_]×>-\øRæĶNKŽ.ĸY"Ä¸vܒägåãō¯b Š( Š( Š( Š(é@å(øųá­ ōK=> ĩyã%]á`ƒčį?P÷Ŧ/Ú[O’pˇŪš‚,ōđŨ,Ŧ?ĢüčŨhŦ øŖHņn”ēŽvˇĩ†0Ņˇ÷YO ÖÅQEAq÷‡ŌĄŠŽ>đúW,ū.]‚ÚČĘÜkZT*Uŋ"Ŋ‹Œ%?…ÍÂaüųŋũö?øL"˙Ÿ7˙žĮøVßQÄ/ä_°ŠØ~šŠ]ZjöÃ&ØČ ËŊ–#ŸĘē*āĩMUu B•ˆ @ÚNs‚Oõ­øL"˙Ÿ7˙žĮøWElGN 1׎ƓŖ.XŲ-ÍÂaüųŋũö?øL"˙Ÿ7˙žĮøW?ÔqËųû Ž>úũjŨdéwɨÛGpŠTÁS؃ZÕÍ(¸ˇē2i§fQEH‚Š( Š( Š( Š( Š( Š( Š( Š( Š++ÄڜÚ/…u}RŲciėėĻ¸dŠdBĀq‘ę(VŠķ/„uˆęīĒÛXÂlÚ!ŲQ×;÷į;™ŋē=+ĶhĸŠ(ĸŠ(ĻËūŠ˙Ũ4ęlŋęŸũĶ@´QEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š<@ČĮÍA’xÍ]ŦéÖŋûƀä¯üõOΏ%įĒ~u 7’ŋķÕ?:<•˙žŠųÔ4PŪJ˙ĪTüčōWūz§įPŅ@y+˙=SķŖÉ_ų꟝CEMä¯üõOΏ%įĒ~u 7’ŋķÕ?:ä&A˙ Đ]ÃמßpWS\œßō;÷×˙@oŗęzvõ?Â˙C˛ōWūz§įG’ŋķÕ?:†ŠØķÉŧ•˙žŠųŅä¯üõOÎĄĸ€&ōWūz§įG’ŋķÕ?:†ŠåüwK;<:ˇī§Ōē-*t‹#æ Ė ÆŲÍxãū=-?ëŖ*čtĪųŲ˙×˙ĐEyt?ßęú"ÄÍ%įĒ~ty+˙=Sķ¨h¯P˛ņAö]ģ†1סZ¯ä¯üõOÎĨ?ņãøZŠ@y+˙=SķĒÜ@hWįÍC‹y8ũ“VjŽŗ˙ K˙ú÷ũÕCâF8āĪŅūF7€ŖĻŨęŋžīôÖų+˙=SķŽ?Āŋōē˙ŽŋĐWUZâŠÎ<Ŗũʟ§ęMä¯üõOΏ%įĒ~u éy+˙=SķŖÉ_ų꟝CEMä¯üõOΚ+4ƒ.áīĪn†ēzå­?äp“ũ÷ūFģpŸ Ođŗz;KĐëü•˙žŠųŅä¯üõOÎĄĸ¸Œ ŧ•˙žŠųŅä¯üõOÎĄĸ€&ōWūz§įG’ŋķÕ?:†Š›É_ų꟝J˙ĪTüę(o%įĒ~ty+˙=Sķ¨h  ŧ•˙žŠųŅä¯üõOÎĄĸ€&ōWūz§įG’ŋķÕ?:†Š›É_ų꟝J˙ĪTüę(o%įĒ~ty+˙=Sķ¨h  ŧ•˙žŠųŅä¯üõOÎĄĸ€/Û¨HČ žĸĨ¨-?Õ÷Ēz+É?hŸų'ßö‹˙@’Ŋnŧ“ö‰˙’qm˙a(ŋô (Šđ¯Ā;ox[MÖ_Ä2Āא LBÔ0\öÎášģ¨~Ī:Ž•l÷žņ;É{ܑ4FÄz:ąÁôČüEzÃhVŋ4.5­:Ŗ´PņÉtŠĘ}'"ļ5ŸˆūĐėdēš×ė$ØšÛβČį° ¤ŸĮ§Š ā‡Ä-OÄF÷Ãēô¯6ĄdžlSIūąĐŦ¯ęT•įŠĪ=+Øëį?€–—zŋÄwÄÆŠŽE$<ÉdzāúzÖ¯ÆjžøĄOm{z,ĸ´IĨ˛Šá’9ȑøe8ä(Ũč¯ đĮÏë>+Ķ•ĶÂIŖ˙Īô‘˙ å™ĩq_ŋä‘k[ũx‡üMū|OŽĩ<ÖQßo slĮ¯foĄ‡ŸnøÚC| ֈ ƒör˙ŽņĐ7ėë˙$âįūÂR˙č¸ëŌ/ŧIĄiw‰g¨kZuĨĶ€V ‹¤Ø€B’&ŧßöu˙’qs˙a)ô\uĀ|q˙’ÅĨ˙×ĩˇūzúj ŧŊĩĶ­$ģŊš†ÚÚ1—šy"Œã–< ž¸ŒōJ5˙úâŸú1hĢĶu}7Y§ŌõKčQļ4–ŗ,Ēā•$gqīSÜŨ[Ų[IsuQÚžmŌŦuOŸ. íėÛy‰#wŲā ĸ™ų€üĪ4ī'ã/Ãņ/—˙ {Ŋ~Ī6?=˜ŽĢG×ôZ›#QļŊˆṕļŸB:ƒėkÎėķāŗmå uA&?ÖũĄwgéˇĨy0°ŋøGņ’ÎÎÖõå„Ë-ž}ŧ„Ŧ:g¯â Ŧî7Ōžeũ›˙äyÔ˙ėßú6:úiūã}+æ_ŲŋūGOūÁ­˙Ŗc Ļëž×|sá ËäëŨ­´ØɄąyõ(š ~Î|bņĖŪ đ’ũÂj—îaˇnņ€2î|÷a^[đ×āĪü&Zwü$~%ŧēKk–- Qˇīgį—f`p Īšë‘ÜŲôŋŠ^Ö.ŪĪÄV†V8U˜4; ŪOĩuõáž-ũžtäÍqዛ¨īĸRËmpáŌl8IėyNĩĀ?^Ü\ËāũZgÅ’ÉĨ?2…ûŅsĪ‘é‚=0īTQEâ/ų_˙×ūUŗXŪ#˙5˙ũpoåYWūŊä'ą‡ā;;k&å§ļ†Vā@Ä ŖÖē¯ėŊ?ū|mŋīĘ˙…qž Ötí7L¸Šōé"v›p #hôŽ—ū­ū‚ūMūæåõpë 'ÛȘĩbīö^Ÿ˙>6ß÷åėŊ?ū|mŋīĘ˙…R˙„ĢC˙ „“…đ•hôōođŽĪm…ūhũčĢĸīö^Ÿ˙>6ß÷åėŊ?ū|mŋīĘ˙…R˙„ĢC˙ „“…đ•hôōođŖÛaš?z Ŗ Į–vÖúUŗAm LgÁ(IOĨnxwū@ÖõÁ•s~4ÖtũKMˇŠÎé%u›q ÖēO˙ČÃū¸/ōŽ<4Ą,uG­eą+âfÍQ^ša_2üK˙“ˆĶŋëæĮų­}5_2üK˙“ˆĶŋëæĮų­}5Yڟˆ4]ãMWW°°i(.ŽR"ĀuÆâ3X~>ņö›ā-ŨŨ5ä ­­ l4­ę}w?×âūđFąņcÄrxˇÅ˛HtŊ˙*ōž~Æ?†1Бî9 čÛ+ëMJŅ.ėn ēļ“;&‚@čØ8ᇚƒVÖôŊ ×íZŽĄmepy}zŸaVĸ† +T†ŌxP*". žPŌŦuOŸ. íėÛy‰#wŲā ĸ™ų€üĪ4ī'ã/Ãņ/—˙ {Ŋ~Ī6?=˜ŽĢG×ôZ›#QļŊˆṕļŸB:ƒėkÎėķāŗmå uA&?ÖũĄwgéˇĨy0°ŋøGņ’ÎÎÖõå„Ë-ž}ŧ„Ŧ:g¯â Ŧî7Ōžeũ›˙äyÔ˙ėßú6:úiūã}+æ_ŲŋūGOūÁ­˙Ŗc  /øJ˛žÆ%_ö‘ŒGæ`ãøŨß†jæŠēRéãCûöhČûS2sˇosĶŊygí˙"›˙a4˙ŅRWUđūIF˙\Ÿ˙F=vŗM´4ō¤QFĨŨ‚ĒÔ’z ã%øģā(nÍŗø’ØČ2‘Čé˙}…+úג|[ņ6ĢãoÃāMĪŲĸ`tVĀšâ,ēŸĻÖ>•Øé˙ŗˇ…ĄĶV+ûÍBæđ¯Ī˙É"Ņ>ˇú>Jëäņ‰Ē4Š5=5B‹FšA1$d ™Ī ƒŌĒëŪ2đī†6kWļ´vXŨ˛äz„l{âžqøŸŦĪáīwēĩ´k$ö­‘Ģô-ä&3øץxoā}ŽĢmũĩã‹ģËífôyŗD%("'øI–:€:ÆhžŅ~$ø;Ä7kkĻkÖŌÜ9ÂE h™Īĸ‡'ØWU_/ü]øMgāĢ }oCžsdķe†fÜŅ1Ģ+wŧƒ^=Ģá.ŋwâ?†úeíô-Ō‚IäžÆ ęqŒŸ\Ї|Jŧŋøņ•|; Åmāš[ĒÆr<Į#×;‰öP;Wŋxá߅ŧ9§GiiŖZHʸyî"Y%÷,Ä~ƒj§eđŗÃV1o—GSk‰.Iy˛›äŨģåĮûGÚЇ|iø_ŖGáĢčļQXŨZkˆ P‘Ë ´pg9Fsž+kā‰nuŋ˧ŨČŌKĨĖ!ØäųL2€ũ>aô›ņÛÆV:GƒŽ4æWÔõ Šå)Ɏ,‚ĖŪ™ÆŽ}Eû=h_‚îĩ;”(u9ÃĤu~$ˇáƒŪ€=zŠ( ŋúļúWœxīūB–_õĪ˙f¯Gõmô¯8ņŲT˛ÉéņęéÂ>{ūå/Uų÷ö^Ÿ˙>ŋ÷åėŊ?ū|-īĘ˙…Q˙„ŗB˙ Œ“…đ–h_ôōođŦųjög_ˇÁ4~ô^ūËĶ˙įÂ×ūü¯øQũ—§˙Ī…¯ũų_đĒ?đ–h_ôōođŖūÍ ū‚1ūMūrÕėÃÛāŋš?z/eé˙ķák˙~Wü(ūËĶ˙įÂ×ūü¯øUøK4/úĮų7øQ˙ f…˙A˙&˙ 9jöaíđ_ÍŊ}”iĉR4TE’@Fų z,?ę˙ķ6â+¯ˆ<)BŦ;†ŊõiŠøŖ~ČãÉZtę5ˇ<ŋBJ(ĸšdâū-É+ņũ{ũ kũ›ŋäKÕė"ôZWeņkūI_ˆ?ëÜčk\gėāÁ<Ģ3j’Oyi@ĖĖ¨ŒîÁUFK€dØø¯ÃšÚZXxƒJģš|í† ČävĀɃ“Åxgį‰‡ŽuuđW‚Ä“ÛĖūTĶCÖč÷P{F;žøôëé˙ >Øø JÜÛ.5‹…iēĮOöŅGęy=€îë“Õž&ø/D¸k{īÚ,ČpÉ銟Bâh/_čž°Ō4ųžÔÚO>HÎĘ@š\ö \gØŪ°üđIÔü7eĢø†ęíĻŧ‰gKxFąŖ ŽâA$ãļ3Šôũ/◂5‹…‚ĪÄV†V8U›t9>ƒx5××Ī_žé…ī5Ŋîí^Í<É-î:ēgœyĪJë?g˙Ūk¸˛Ŋ•Ļm:ãʅÜ䈊‚ĢŸcœ{`v _öšûūú]í*öoȍá˙ûÛčĨ¯ũĻž˙†>—_ûJŊ›ÁŸō#xūÁļßú)hŽ›€×Äō6˜|?ũŋæIŧ[´?ißĪ™>lõĪãšękæ_‡˙ōršũjÎJ÷ˆ~-_x2ķWZäb+dn+}ÜûXû)  ē˙Œŧ9á}ŖZÕí­†V6mŌęrØ÷ÅWĐ> xSÄ÷gŅõģk‹ŒdBwFíôWŸĀWƒ|8øcsņ.K¯øŸPēû,ŗķn\}ã’ :p=@Æ+ĒņoĀ[; 1õOŪ_AŠŲ:8^MŪa^~FNŧņĮZöņˆúˇöJk{jY+ö1r†l’6gwNztĢWˇÖšmœ—w÷PZÛGķO D\œ ąār@ükåo…ÚÅŪŋņĶJÕ/™ZęáĻiYF0ˇqœ{ã5îŸä‘ëŋîÃ˙Ŗã ž×YŌīt÷Ô-5+;‹$Î똧Wq×,+—Ÿâ÷€­ŽMŧž$ˇ/œf8äu˙ž•Jūĩát}kâ&„Ríė|=a#]_IŪ•œüĢčOĘpķĀ¯VŧũŸ<6žĐZĩũĩÎÜ-ĪŧįÔŠ?AÂ€=/KÕ´ínÉotģØ/-›,gĶŽ‡Ú¸_Ū!ŸÃ˙ îEŦ†9īå[5u8*l}UHükĮūŨj~ øÄ|74šŽi¤ŗēIØåCp> `úë_Ië^ŌõØÜ}áôŽ'Â×öļ—/u2ÆŦ€sĪ5߅Rtj¨īĄŊ+ōJŪGiũŸe˙>v˙÷č…Ųö_ķįo˙~‡øU_øH´Ÿųũō?áGü$ZOüūĮųđŽg_ŗüHåŠŲ–ŋŗėŋįÎßūũđŖû>Ëū|í˙īĐ˙ Ģ˙ “˙?ąūGü(˙„‹I˙ŸØ˙#ū{:ũŸâĩ;2×ö}—üųÛ˙ߥū—â;;X´ §ŽÚp ¨0Ģ_đ‘i?ķûäÂŗuíkNēŅ.`‚éF ĩ@<üĀÖ´!YUĶŨw*Ÿ2ēaáOų§ũu5Ō×5áOų§ũu5ŌÖX¯ãKԚŋ (ĸ°33õ=wHŅGUÕllšōūÕp‘oÆ3Äg˜¨õohšž—úžŠkkk ĖrI ĜgåîÜzfŧ[ö™˙Uá÷Žŋö•øk/Ä[ũģŗ†S׎=EWđ†ĩŋ‹Ââ-ZįûEEˇŒ)¤nģA‡`85Ä~Đ~,žŅ´ Âg„ęfC<ˆpŪZmųsčÅšöīY>ø ĸę>ąÕĩûĢšgŊ…'XmÜ"FŒ2 œNĪOOzõmâ„üIpļúVģk=Ã}ØX˜ŨžŠāøWK_3|Oø6ž´ĩÕü3%õĖFa–äy’DØ$:•ãĀ‘ø{_Ã-gR×<§]kLš‚†c2g*H AîF ÷ÍurËŧĶH‘Ä€ŗģ°@ęI=q—_|gr`—Ä–Ėāã1G$‹˙}*‘úא|UņF­ãĪ'ô'ciĀˇ1Ģ`M0ûĖä ķôÚOĶ´Ķg_ ç,zæĄsxWįš95ũ•ÁĀú“@ĸø‡Gņą¸Ņõ+kØ׌2)ŸīĒ~ĩGĮŋōNüK˙`ģŸũÕķ‡‹ŧ7Ģ|ņ­ŽĄŖ_ĘöĶeíĨ~ €Fø¤ƒÔ}r§Đ^%ÔâÖžjú¤ˆ¯49§@z€ĐÁ÷æ€<Ëög˙o˙ŋmü¤¯{¯ũ™˙ãÛÄŋīÛ)+ŠøŲãûhiÚ\Ļ-SQÜU?41ŧÃМāŠę(Ž×|áO N`ÕĩË[yĮŪ„$‹õUÄT:/ğx‚åm´Ũ~ÖIÜá"“tLĮĐ“ô¯"øđ&oH‡[ņUÕŌĩâųŅZÂÁ[iä4ŒA99Îâ{ >:øgiŖOŠxZâčÜ[Ą‘Ŧį`ūbŽNÂ!ąØį>ÔīÔWŒ|ņũįˆ,Ž|;ĒÎĶŨØÆ%ˇ™ÎYáČR÷*JķčŪÕėôS\f6ÆAæM—ũS˙ēhŸ’ŋķÕ?:<•˙žŠųÔ4PŪJ˙ĪTüčōWūz§įPŅ@y+˙=SķŖÉ_ų꟝CEY† ˛Š!ö­Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( Š( Š( š9ŋäwī¯ū€+ŦŽNoųĮûë˙  ÆˇŲõ= ģzŸáĄÖQEąį…Q@Q@§Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW=ãøô´˙ŽüĢĄĶ?äg˙\˙AåĐ˙Ģčˆ_-QEę[?ņãøZŠVĪüxūÖĒPTuŸų_˙×ģ˙č&¯Ugū@—˙õî˙ú Ē‡ÄŒqÁŸŖüŒ?˙Č:ëūē˙A]Urž˙u×ũuū‚ēĒ×üVqåîTũ?PĸŠ+Ō (ĸ€ å­?äp“ũ÷ūFēšå­?äp“ũ÷ūFģpŸ Ođŗz;KĐęhĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€.ÚĒ?īTõ§úŖūõO@y'í˙$âÛūÂQčW­×’~Ņ?ōN-ŋė%ū%sŪ øáø;JÕîīõt¸ģˇYdXĻˆ 'ĐÉĮã] ŗ¯ƒa™]îõ‰Ôc’â0×l`ūĩ×|/˙’cáßúķJëh†ĸéŪĶ"Ķ´Ģ8ím"ûąÆ?2OR}Ī5á˙ Žë㏃-åPŅËöTp{ƒrĀ×ŋׂüU˙’÷āo÷ė˙ô¨ĐŊWĪ˙Āšø×ãŠų¸iÆzŒÜ ˙ +č ų×Äowđ“ãTž&6˛KĸęĖí#F:‡Á‘}7€î1ī€ĸĢįûā-?k fļāË´ČŪ؃ús^sņĢĀ–úYŊMdNvåmã…üÖ?ŨÁëī\Âk GÆŋ5?ˆz…š†ÕYÅžz+°(=ÂĮÁ>¸ ĶÚ˙jû§¸?4EÄ`û[`~™5ôxÅ++ī|SĶ>!ŲÛ4ÖR2-ÎŪÎËe>›Ŗč}AŽōO~M#íãW.Û7 Q ųÄ˙wÆ}ķzķČâŽÚãlXÁvbŠ˛$ū¤Õ¯Úcū=|5ūũĪōŽš^ę:ˇícŠęVÍmqxĶ\ˆ[ĒFöÎc÷ÁZé˙iøõđ×û÷?Ę:÷[h#ĩĩŠŪ% HėĀŽâÅM/Ā’CdmĨÔ5Y×zZDÛp¤āldįxŽöžsņ­Ü^ũŖ­uũrm-üšc}›€_'ËÜrŽ7`súPMŒū0둆Ōüicô{ĖĢ(õųŨôäūÛë6ŋ´Dņx†xįÕŧŠZæHĪĘYĸĀč;WŦj| a`×C]†äíĘÃnŦō1ôÆ8üq^1áOÆŋdņˆ“û";ÄvāŖD<ŧ“ęģyéÍu´Įüxøsūē\(ëŨĸUHQĒ ; đoÚNT›LđĖą8xŨįe`r+ {Ú}ÅúP‚JĄŋkˆƒFÜķ˙^FŊōŧOų;˜ŋÜ˙Û#^÷@ û5}ß˙ŋm˙ĩkŪëÁf¯ģâŸ÷íŋö­{ÕQErž1˙R×qüš™¤øWNŊŌ­îe3y’.[k€?•?Æō Oúî?“VĮ‡ŋä_˛˙ŽÖšųTĒģö=EVt°Qpv÷™CūŊ+û×÷Ø˙ ?á ŌŋŊq˙}đŽŠŠĶŲCąËõÜGķŗ˙„/JūõĮũö?øBô¯ī\ßcü+ĸĸeÁõÜGķŗ˙„/JūõĮũö?šÍwJļŌĩ›X-÷”uV;ÎyÜGô¯EŽÅ˙ō0Ų×4˙ĐÍeZœc¤våøšÕ+rÎMĢ3ąˇū/§¨-˙‹đŠë¤ō°ŧkvö>×îĸ$I;!›ËlΡk7Ä:iÖ<5Ēi€á¯-%€BČWúІ~ÍqŊįˆ¯ˆlqÁ Ÿ@ÅËč ųWĐĩķOėõ­G¤xŋTĐ¯“-ô`"ŋ͈ˇÉõÃ7ũķ_KPN­á}^š9ĩmĘúX×j=Ä*åG\GJäž5ĸĮđ{YDP¨ŋg @ņÖ'Å_‹Ú‡‚|Ck¤hÖÖ7S4mĮÚ˜Ącō¨ÚÞ}Ejüa{‰> jOvŠ—-Š™PpΏpŲÍfūÎŋōN.ė%/ū‹Ž¸Ž?ōX´ŋúöļ˙Ņ¯]˙ėë˙$âįūÂR˙č¸ëĪ~;Ęļ˙´é¤ČD´ˇr}„šúv¸ŒōJ5˙úâŸú1kļVWPĘC)‚+Ėū;ëVúgÃKĢ'p.5#‚Ī$Į€.?@?ŗüˆz—ũ„ß˙EGX_žëŌø¤øŋÃpÍrĪåŧŅÛ˙Ž†DP9# Ŋ9ˇf˙ųõ/û ŋūŠŽļaøÉĻ?Äá´Ë˜'f.EØX㎁­yƑûBø‡I"ĪÄz,WrEōģŒÛËõa‚3ôŊ3Âßü#âkˆ­ytëŲNԊņBĢ7 pJūxÍvēž…¤ëQyzĻ™gz˜ĀĢãé‘Å|éņËáöá$Ķĩ-?˛}ŽGŽKM嗀åĪ#ЎœŽ”ôŨ|ËāOų9CūūÔ¯oøiuŠü7Đnī]žáíBŗˇ%ļ’ ŸR@ŧCĀŸōs‡ũ„5ũŠ@MWŸx¯ã/„ü)y%Œ“Í}Û$6jcz3>Ŗ$Jßņî§qŖx \Ô-­Ä6ŽcqÕXŒü3ŸÂŧ/ā'ƒ4_ÜęēĻŗmķŲŧk|Č n%™z7L ņր7gũŖgģÃĸøJYä?tÉpX˙ß ŋÖŧŋÄZ¯ˆuŋˆÖ‰lžĘöy`)nŅöEģ …nq×­}‡mime†ÖŪ("$ ŖđķÅŊF×PøÛj-fY~ĖÖÖō•9Ã䏨Ξhę7ûô¯™f˙ųu?ûˇūŽžš¸ßJų—öo˙‘įS˙°kčØčÚJåߌ=Š'ˎÄČģ;˙  úCŗOĐ4ë(@[ÛGčĒô¯ ũĨ4™Ū‡ŦĒ“FöŽŨ•ÜŖņËūUėüA‰ŧĨj0ČĖ āRU0?ˆĪЃ@-|ˇnƒEũ§6[|ŠÚŗ /a(9øų¯¨..!´ļ–ââEŠŧŽįT ’OĻ+åßģøÛö€:Ä(ßfS_ŽR5ČLū%ã@SQEV/ˆÆtk˙úāßĘļĢÄ_ōŋ˙Ž üĢ*˙—Ŗü„ö9/ xnĮZĶæžčĖ%Ø60ĶŪˇŋáŅ˙Ŋs˙øTäu˙_û(ŽžŧĖ <4%(&Ú&1V9ø@´ī\˙ßÁūÂŖ˙zįūūđŽĸŠėūĪÂ˙Ī´>Tr˙đh˙Ūš˙ŋƒü(˙„ GūõĪũüá]EgáįÚTyĪŠü7cĸØC=Š˜ģË°ī`F0O§ĩužãF°˙Ž üĢ'âü‚-ëŋūĘk[Ãŋō°˙Ž üĢ“ JąÕ#ed$­&lŅEë–ōŋÆKķĨ|l]Ec_˛ÎœnÚc?…}Q_0|Tˇ†ķãõĩÄbH&–Ę9ôe%A‘ ;ÅpxˇÄ6CĮ:Ü5äūLR‘…P9 ĢŲ:€{zšúƒá—ŠŦŧ[ā›+ĢXâ‚[t÷ŅĢ¨ŠFö8í[š×‡ôũw×:Ô ,§‡ĘŠ–Ũ*:¤>‚žfđ^ĩ}đƒâ}ΓĢą[$÷ŸŨ)Ö9‡°Î~„Ž´õmy÷Šū2øO—’XÉ<×÷Ņ˛CfĄļ7Ŗ1 ę2Hô­īęŗi>Öõ+'ÄŅYģC"œí$`0úg5áŸ<ĸø–įUÕ5›hīžÍãX ›æ@[q,ËŅē`gŽ´ģ?í=܆ÂRĪ!ûĻK‚ĮūøUūĩåū"Õ|C­üF°Ô|KdöWŗËKvˆĮ˛-Ø\+sŽŊkė;kKk(D6ļņAč‘ U€¯˜~-ę6ē‡ÆÛQk2Ëöfļˇ”ŠČ$}Fp}ķ@QŋÜoĨ|Ëû7˙ČķŠ˙Ø5ŋôluôĶũÆúWĖŋŗü:Ÿũƒ[˙FĮ@Īí˙"›˙a4˙ŅRWUđūIF˙\Ÿ˙F=rŋ´üˆZoũ„Ķ˙EI]WÁ˙ų%ũrũôâß1ĢübģÔn>i„7@Ÿīŗ'ōs_P×Ë™| ņâm:üų14ķX—~æ3ô$'į_SЍ~Ō‘ŋ‚tģ˛›ĸ#SūËFäū¨ĩŌ|˙’Eĸ}n?ô|•Ä~ŌZėOŅôpĶ´ÆōU”PĨ?]Ī˙|×ođGūI‰õ¸˙ŅōPøōŨ.˙ih-åŖ—PĶŅÁî Ä }C_1øĪūN‚ĪūÂzwūƒ }9@cņķūImĪũ|Ã˙ĄRü˙’Yi˙_3čTŸ˙ä–Ü˙×Ė?ú/Ā_ų%–Ÿõķ7ū…@‰¨Ziv3__ÜÅmk î’Y[j¨úׂøŋãļŖŦ^Ā–s”ė[ŗy¤?ôÎ>ßS“ė++â†ŋĒ|Cø•‚ô™ŗˇšû:Ļp¯0˙Y#z…Ã`§ÖŊˇÁ´Oé럒ņ” īd_ŪJ{˙ēŋėÔķ@Sā¯—ú•ø×ĸ€;wÄW†tĮÔu‹Øí-Tãsõcč rĮØW”ę_´†˛éÚ5ũØVXUžŸxū•Æ|ŋ¸Ô~#XčōLc´ˇˇŒ ?t4Œw?å˙¯zđįŧ9á[H Ķ4Ģt‘Íài\ú—<ū=  ņ_ÅoøĪÃöv{--â&ęáQå+äüäũ+§ũšŋäŽ˙×ÔúŽķâÆŖk§|2× ÔËŸnÖņywn§Šú\ėÕ˙ wūžŖ˙Đ g~Ķ_ÃK¯ũĨ^ÍāĪųŧ?˙`Ûoũĩã?´×ßđĮŌë˙iWŗx3ūDo˙Ø6Û˙E-xÃ˙ų9MGūŋĩį%tŋ´ĩÛĻ•áë0w,ķJÃŨ@˙ĐÍs_˙äå5úūÔ?œ•Ų~ŅÚDˇ^Ķ5HÔ˛ØŨ“²2āJŖņ ķ፤v ŧ;@k$”ãÕÆķúąŽ˛¸ƒ:ė×Ã=1ÁžÅM¤ÉžTŠų5Úk¸ŊŧˇĶėgŊģ•bˇ‚6’Yĸ¨&€>_đ%¤v´™´ˆühe 0Ĩ{WƟų$zīû°˙čøëÂ~j'Wø÷eŠ°*o.Žî=ˇÅ+Z÷o?ōHõß÷a˙ŅņĐ1û7ÛĸøS¸y’jLŒ}BĮúüëŲ+Č?g/ų'wßö“˙EE^ŋ@2¯ü/ũďū‹¯ĻĢæU˙“Ĩ˙¸‘˙Ņuß|x×įjéZ?˙ä“jŋõŌũĩŸû=˙É4oú˙—ų%zFˇ˙ GūŊe˙ĐMxėÕ˙!Ũ{ūŊŖ˙Ѝ{ūˇ˙ GūŊe˙ĐMxėÕ˙!Ũ{ūŊŖ˙Ѝt˙´ü‰zWũ„Gū‹zėž˙É+đ˙ũ{Ÿũ Ģũ¤GüQZQíũĸ?ô[×]đ~xî>č- Ŗ{#(¸¯™~ÉWÕëĘũ}­ęÖÚ‰{ĒŪ8K{HZW$ã8îN÷5ķwėņ#Kņ*úFûĪ§JĮędŽ€=Oã7ÃÛĪ薗VÖÔ´örŗķ‘ąšA<•gŽĩäúÅoü9ˇ‡CÖt–šÖ˛(oŖhĨE¯Ũ}2lq^Åã˙‹^Ö-´ûŊ*ęčĪn'Y"uī2ãžü~ĩÚ§Ø5ũ" ¤‚Ģ;¨–UYP:˛°ČāņĐĐ—č?´7†5'Xĩ[[Ŋ*Fū6tCūŋ7ū;^­õĩŨ‚_ZĪöΞbKW\g Žĩä>xRjZ兌:eíœ~jĩŋÉœ´§Ũį8įJƒöpžē¸đļ­c33Û[\Š„7!wŠÜˇãÜúĐđ?íOŠ—÷8yŖ˛šā1ūû:)?“ˇį_PWĘ˙ îWĀŸ§Ōuō’F›Mg~K‡ņ(ŋ÷Õ}Q@Úļ¤kŅůĻZß$D´kqp¤õÆzVGŒŦí´˙† ´ŗ‚8-áŌnR8Ŗ]Ē€DÜØW9ņoâmĪ€!ĶaĶ!´¸žģffK€Ä$kÆpŦ$ņô5~ûTŋÖūę:ĻĨ PŨŨčsĖņÄU Ā$ž„w ög˙o˙ŋmü¤ŽKãŨé—⚤Ęd†ÖÖōķŒŽK‘Ÿ}Įšëføöņ/ûößĘJÃø˙c>“ņK×Q Šx•ģy‘7#ō)ųĐēūŌÛ*ø; ßĒwü4ÃОđe˙ÚĢÜ4}ZĪ]ŅíuK DļˇQ‰#`{ĮЃÁˆŠoīí´Ŋ>âūōUŠÚŪ6’Wc¨4ōßÁKŨßᒍŧWir@ä*•.=ņ´~UõmyßÃīŠđü@ÕîŦ­t[‹XíĄķ^y% >đpSÉü z%ŲÕ?ûĻM—ũS˙ēh6Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEVtŋë_ũãZ5/ú×˙xĐ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+“›ūGqūú˙čēĘäæ˙‘ÜžŋúŦk}ŸSĐˡŠūúeQ[xQEQEĘxãū=-?ëŖ*čtĪųŲ˙×˙ĐEsŪ8˙KOúčßĘē3ūA6õÁ?ô^]÷úžˆ…ņ2ÕQ^Ąeŗ˙?‡õĒ•l˙ĮáũjĨGY˙%˙ũ{ŋū‚jõQÖä ˙^ī˙ š¨|HĮüú?ČÃđ/üƒŽŋë¯ôÕW+ā_ų]×_č+Ē­q?ÅgQūåOĶõ (ĸ°= ĸŠ(ŽZĶūG ?ßäkŠŽZĶūG ?ßäkˇ đÔ˙ 7Ŗ´ŊĻŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(í§úŖūõOPZĒ?īTôUMGJĶĩ‹amŠØZŪĀ8Šæ‘C‡ Ī'ŸzˇECkkock­ĨŧVöņ.Øâ‰"@TÔQ@PģĐô‹ûø/ī4Ģ‹Û|n&ˇG’<ŦFF#ęũU]CMąÕŦžĪQ´‚îÚOŊČOājÕÃĮđĀ1\‹…đäķœ4˛2˙ß%ļū•ŲÛÛAioŊ´1Ãkĩ#BĒ@T´P˜øīâ4^ņ}—‡uŨ ´F5ķ.æmË´’)´ƒ´ā‘čE[ˇđWÂŨ-†ģžŽ‘¯īDō]oˆwČ Å?!]_ˆü-ŖxŗMûĩb—Pƒš $4męŦ9ŧũ?gĨĮšĶjΙĪ”× ˇéÂúĐ5đųĮ~=ë~-ĩF:uĒ°ŽR¤%Iô%C7á^ŨŠčzF´"Ž•c~"Ɍ][¤ģ3Œãp8ÎåLĐô +ÃZbiÚ=”v–Ēsą:ąõ$ōOš­*+3[đö‘âK1iŦéĐ^ĀUe\•>Ēzƒî+NŠä4¯…ž ŅoîĮÃÖË:ĢĘĪ6Ķę’Ģ^ đ…ŧS}îĩŖÃus…ītb@v‘‘õÍt´Pmī‡t]JŪŪßPŌ,o!ļ]°ĨÕēĘ#åÜ8ō­*(  ØzAÕÆŽtĢí1Ōķėéį}ŨŋžīzqWčĸ€(iš‘ĸųŋŲZU‡ƒ'ŲmŌ-øÎ3´ ã'¯­_ĸŠ(ĸŠÂ×4ÖÕ,Œ F8î?­` j*[ØĀƒ5v ÷Ö’ŗ•(ÉŨtqĩ¨Ã’OC˙„[R˙Ÿä˙žšøEĩ/ųūOûéĢ¯ĸ§ęđ5ūĶÄw_r<÷KąģÕ&’8ŽJÆIf5§˙ļĨ˙?É˙}5Ká[Yāžģ2Âčۖį5ÕVT¨ÆQŧŽŧn>Ĩ:Î4ÚļCūmKū“ūújt^ģûLRMw*°'Š8ŪēÚ+_ĢĀäyž"Û¯¸šßøŋ ž ˇū/§­<(ĸŠđ˙‰˙¯õiüMá |īæÍj$ōØČ9ķ#nby ‘Ī9í\ÚøĢ㍴OūÍÔŪEųDįLß÷ŪŨ§ękéJ(Ā~|ÖîüJž(ņģ1%­´˛ $šAČiČpqß8}7➇¨øáΊĨi6˙hŊœÃåÅŊSvŲQ,@z×cEyßÁ kđTú~ˇgö[ĻžyD~j>Pĸr¤Ž Ö_Æ_…÷~5ŽÛVŅļRŌ3BėOIĀ`IëÁÉæŊbŠų—FņÆ_ XĻ‘…¨ÜÁė‹ĪĶžo-G@zÛ$ևü+/xŪ×RņŒGŋ[G]:ĀēŖųr Šn =}ūŠĸ€<×āŸ…u¯øJúĮ\˛û%ĖˇÍ2'š’e h3”$uS\ĪÅŋ„–š­7‰|3ĩī$ n-w„fe„āgddtĪz÷ (æ›oüoŌāMĨę—Ւ]0ĘÃūŸŠÍ? ~ |E×bÔÕâįĀ˙>x‚{¯ C=íŗüĸ[XÄĸdÎ@xš ūsƒ_PQ@>GĒ|nņŠ},ŸG‚O–[‡ˇû.ŽæË˙ß5Īø×āļģá…Ķ/tģÕßfn¤7:NĘƒ¸Æ:ō§=E}GEq õë~žéŋaŊYļDĻˆēm1RzäŸOĨy˙Á?‡ž)đŠī¯uŨ/ė–ōØ´H˙hŠLžô8Â1=¯tĸ€1|Uá‹øzįFÔTų3 Ŧ‹÷ĸqŅ—܈ī_=ĮāĪŠ_ 59ÛÃĢ=Ũ¤‡—ŗA2J;nˆäƒīĄ¯§¨ ˜ĩøÉņ !Ļ^é÷ÖönG™ HĪ=Xļ øį§Jö/†_ ížé2•nu[Ŧ›…(ĸ&yÚ?SĪ ŨQEVvŠmöÛ[‹mÛ|ØĘnÆq‘Z5ZoõĻ”ĸ¤œ_P8đVĨ!/ĄQėXJwü!ē¯ũc˙žÛü+¸ĸŧĪėŒ/g÷˛9Ã˙ÂĒ˙ĐF?ûíŋ²?ŗ¯ŋˇ˛~Ö|ŨÛwīmŋw5éõÆũŽįū›äIånßŋoˍ˜Î~ŧW3-ĨOŲû4õ’OW°Ĩ­bøCu_úĮ˙}ˇøQ˙nĢ˙A˙īļ˙ î(ŽßėŒ7g÷ąō#…jRúåôŽÛKļû­ŊļíŪTa7cĀŠ*H֊čÃ`háە5ĢķŠ[hĸŠë(+Âüqđ÷Å:ĮÆk-~ÃKķ´¸į´wŸí.Ũō– Æj÷J(¯)øĪđÖãÆVڞ‹n˛k6¤FcŪŠįÄOLą*NFOBŪÕęÔPü<ŅüE/Ãû øÛLxU"kXä3Į'›)Ę1Á^™=ļúō3ā‰ ŧA=׆ĄžöŲūQ-ŦbQ2g <\9Á¯¨( Ÿ#Õ>7xÅ>Ā–OŖÁ'Ë-ÃÛũ—×se˙īšįükđ[]đÂé—ē ]ęīŗ7R@›' NåAÎÜcySžĸžŖĸ€8ŋ†úĮŠõŋĪ?‹tß°ŪŦÛ"SD]6˜Š=rO§Ōŧ˙āŸÃßøGÅw×ēî—öKylZ$´E&_zaž€×ēQ@kņŗÂē׋ŧ%ecĄŲ}Žæ+õ™ĶÍHđ‚7ː:°üë øoŖß贍/SƒČŊˇ–X÷Ģm%؎Tx#ĄŽĒŠō‹ ›ÆeuĮŗltsĩnTtėà'Œpq\ ŽŋņÃK…t„ĶĩY–“Mb%+ÛũiOԓW<{Žøŋá×Å8õYu Jī@ž>wšs Š2x¯LĐŧ7e?Øācå™ €Ōž3ĩ@ĪšÅ}%Ąé0čZ †“nsœ œ}íŖüzū4ã^&øyâCãÅˇ‰mtŋ3HKë)šãí $b=įimÜm=ģq^ëEÂü]đöŠâĪĻhöŋiŧiâq˜ŠO,@ũi~ø{TđĮ€môÍb×ė׉4ŽŅųŠø˛9RGë]ÍōxøWņJj]ZĪJ¸ĩŧyA<Œ1¸-œá„™ÉüëCūĪŽ_ķõŽāõøõ}AE|ŋ˙gĮ/ųú×?đzŋüzŊká“ã-'KԓÆR^=ÃĖĻĩ^‹“ˇo8!›ö¯Fĸ€ (ĸ€˙ęÛé\‰|96ˇ4Á:FŅŠRũĢŽõmôĒ•p›ƒæ‰†#OMĶ¨´g ˙^­˙A(˙īˇ˙ ?á Õŋč%ũö˙á]ŨˇÖĒöŗûŲį—ūÔôûŽäŋFH—q í“Uô}QÖlÚæāŠĻÛ9ßZî|A“čąÄ…ÜĮ¨É5ā¨%ˇĐ˜MFZf``‘€3úÕb%ėœēÜķį•QXØŌIō¸ˇģŪũĖøBõoú G˙}ŋøQ˙^­˙A(˙īˇ˙ îčŦžĩPô?°đŸŪÎOCđÎ›Ģ%íÅÔrl €š$’1Î~ĩÚÃū¯ņĒÕfõcR¤Ē;ČîÂá)aaÉIiš%QPtœĮÄM&û]đąĻi°y÷—…Š=ęģŽāzątîk™ø%á=oÂ>Ô,õÛ/˛\KzeDķRLŽÅĘ:ƒ^›EAyio¨YOgwËoŨøĖ[ë:.ÃĒ[Åå<Á|øōHÁ<žŧzđ+ˆŌüSņĢDļJõЉDi%ƞŌ§īú’ké*(ĀŖø[㏉ĩ/j­¤.,ŦÃ/Ë!)!~U\ã8ËsŠÃøqkņ'ĀŪ#ūË‡Ãˇ?aģē‰okVxÕC`ēČtžrGĩ}3Ex÷Į?x‹Æ- NûgŲEĮûčãÛģËÛ÷Øg;OOJôĪ ŲĪ§øSG˛ēË¸ˇą†)S íu@ČāōJÕĸ€Â?öÖŗ$Së …bHÎRܸ=؎3Đrsšõš( Š( .>đúW|)x’1Šî0¤đyõŲ\}áô¨kj8‰Ņŋ'RáRPØä˙áÔįõ?īĻŖūGūSūújë(­ūŋ[Ëî4úÄÎūĘīOŧŠÚK’Í c“ŠŌ˙„cQ˙ŸÔ˙žš¤ņ ŦķkvmNĘUW dd1Žĸē+c*Fœ%Ž÷4i(ÅŖ“˙„cQ˙ŸÔ˙žš‘ŧ-¨0Ã^FAėYĢ­ĸš˙´+y}ÆX™OF°:uœvėáØ6âGNMlÕDûëõĢuÉ99ÉÉîĖ[mŨ…QR#Č~9ø+Ä>1BŸöŗjgķŋ}{wy{~û ũĶĶŌŊ–WoƒôK ¸üģ›k!™7ĩÖ5 28<ƒŌĩč /âļƒŠx—áåū—¤[}ĻöWˆ¤[Õ2E'– tŊRø9á­_žm;Z´û-Ųģ’O/ĖGųH\Š#ą¯Aĸ€*jÉs¤^Áî’HsŒ’¤^Ađ?Ā~%đ~­ĢOŽéŋdŽâHŸ›ˆbOÜcÆŊĒŠå~!ø6?øJ} Ę°Ü[JÃ!$\ã>ÄÖŧEŗøĩđŌyėôŨ"ökg}ÍVÆę=7 šÁ CëŌžĻĸ€>x‡Ãß~*ŪÁŠŧí'BÃËEänĮ÷PüĖŪ…¸ĄØøYđį_đ—ÄÍVūīK6Ú;A<6˛ˆß*eBƒ‹}Õî>ĩíôPžüWøq˙ öZK:­‘cnŌ}×SČÄtč=Öŧ‡J—ã/€āūĖ´Ķ5m#$$BÔ]Æŋė=Ģę (æ;Íâ˙ġŽĪW‚æÚÄ0%nPZÄžåpąô5îŪđe§|1“m!šBÆ[‰ČÁ–CŒœvč+Ļĸ€<“âĪÂņ„˙ÛzG°¨X¤;VäœöqĶ'‚1ĶÁÛxƒã~ƒl4ĪėíNāF6$`. úč õ$×ŌôPÎøKâßx•ußI4VûƒH“0ķĻĸ^,vëŨ‡é_NŅ@‡ÃŋYøÃæĘ<ûÉØIwsŒyŽ”sîOzëčĸ€ lŋęŸũĶNĻËūŠ˙Ũ4›EPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+:_õ¯ūņ­Ηũk˙ŧh”QEQEQEQEQEÉÍ˙#¸˙}ô]ersČî?ß_ũV5žĪŠčeÛÔ˙ ũ˛Š(­<(ĸŠ(ĸŠå$cˆū ũäaøūA×_õ×ú ęĢ•đ/üƒŽŋë¯ôÕV¸Ÿâŗ(˙r§éú…QXQEW-i˙#„Ÿīŋō5Ô×-i˙#„Ÿīŋō5ۄøj…›ŅÚ^‡SEW€QEQEQEQEQEQEQEQEQEvĶũQ˙z§¨-?Õ÷Ēz(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠg’„ôũi<”ôũjJ(?%=?Z<”ôũjJ(?%=?Z<”ôũjJ(?%=?Z<”ôũjJ(ĒŠ™ĮzuPEPEPEPEPEPEPEPEPEPEPEPEPEPEPLhՎHæŸEG䧧ëG’žŸ­IEG䧧ëG’žŸ­IEG䧧ëG’žŸ­IEG䧧ëJąĒœÍ>Š(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ­§Yjļog¨ZAum'ŪŠxÊü qr|ø}$æVđō'8[™• øŽöŠËŅ|9ŖxrÜÁŖé–ÖQˇŪōcˇûĮŠükRŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Č ÷Ļy)éúԔP~Jz~´y)éúԔP~Jz~´y)éúԔP~Jz~´y)éúԔP~Jz~´õPŖĨ-QEQEQEQEQEQEQEĖëß<%âkƒqĢhvĶÜ7Ū™wDíõd ŸÆŠiŸ ü ¤NŗÚøvØȧ ÎĪ6Ž‘]€t–Š(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦŠũižJz~ĩ%’žŸ­Jz~ĩ%’žŸ­Jz~ĩ%’žŸ­Jz~ĩ%Á=éôQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@6_õOūé§Se˙T˙îšÍĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ äæ˙‘ÜžŋúŽ˛š9ŋäwī¯ū€+ßgÔô2íę…ū‡YEVĮžQEQErž8˙KOúčßĘē3ūA6õÁ?ô\÷Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW—Cũū¯ĸ!|LĩEW¨Yl˙ĮáũjĨ[?ņãøZŠ@QÖä ˙^ī˙ šŊTuŸų_˙×ģ˙č&Ē1Ä~ō0ü ˙ ë¯úëũuUĘøūA×_õ×ú ęĢ\OņYĮ”šSôũBŠ(ŦH(ĸŠ+–´˙‘ÂO÷ßųęk–´˙‘ÂO÷ßųíÂ|5?ÂÍčí/CŠĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠģiū¨˙ŊSÕįh—jŒįšÚäô_ʀ.QTū×'ĸūT}ŽOEü¨åOírz/åGÚäô_ʀ.QTū×'ĸūU1•…ˇ™ššŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(¨ZVâL ņPũŽOEü¨åOírz/åGÚäô_ʀ.QTū×'ĸūT}ŽOEü¨åOírz/åGÚäô_ʀ.QTū×'ĸūT}ŽOEü¨åOírz/åGÚäô_ʀ.QTū×'ĸūT}ŽOEü¨åOírz/åGÚäô_ʀ.QTū×'ĸūT}ŽOEü¨åOírz/åGÚäô_ʀ.QTū×'ĸūT}ŽOEü¨åOírz/åGÚäô_ʀ.QTū×'ĸūT}ŽOEü¨åOírz/åGÚäô_ʀ.QTū×'ĸūT}ŽOEü¨åOírz/åGÚäô_ʀ.QTū×'ĸūT}ŽOEü¨åOírz/åGÚäô_ʀ.QTū×'ĸūT}ŽOEü¨åOírz/åS<Ŧļâ@N(j*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸĄyY`WdâĄû\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ʏĩÉčŋ•\ĸŠũŽOEü¨û\ž‹ųPĘ*ŸÚäô_ĘĻ’VHUĀ8  ¨Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTrŠ§öš=ōŖírz/å@(Ēk“Ņ*>×'ĸūTr›/ú§˙tÕ_ĩÉčŋ•#];)Rb€ ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ äæ˙‘ÜžŋúŽ˛š9ŋäwī¯ū€+ßgÔô2íę…ū‡YEVĮžQEQErž8˙KOúčßĘē3ūA6õÁ?ô\÷Ž?ãŌĶūē7ōŽ‡L˙MŸũpOũW—Cũū¯ĸ!|LĩEW¨Yl˙ĮáũjĨ[?ņãøZŠ@QÖä ˙^ī˙ šŊTuŸų_˙×ģ˙č&Ē1Ä~ō0ü ˙ ë¯úëũuUĘøūA×_õ×ú ęĢ\OņYĮ”šSôũBŠ(ŦH(ĸŠ+–´˙‘ÂO÷ßųęk–´˙‘ÂO÷ßųíÂ|5?ÂÍčí/CŠĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ÛĮˆúįU*ÛĮˆúį@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠļ˙ņä>‚ĒUˇ˙!ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ'üy¯ĐUJˇ'üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ë˙‰ôR­Ë˙‰ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ7üz§áU*ÜßņꟅTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE/ú×˙x֍gKūĩ˙Ū4Ę(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ äæ˙‘ÜžŋúŽ˛š9ŋäwī¯ū€+ßgÔô2íę…ū‡YEVĮžQEQErž8˙KOúčßĘē3ūA6õÁ?ôTõŨë0ßÉō؜ėŨœū"´maû5¤0nŨåÆŠģÎ+‚•ĮRŖZ4ŦJ^ķd´QEw”[?ņãøZŠVĪüxūÖĒPTuŸų_˙×ģ˙č&¯Tļ˙kąžÛvĪ66MØÎ21š¨ģI3:Ņr§(­Úg9ā_ų]×_č+ĒŦF:-´ąüíīģ;6ãŒzšÖĢ­%*Ŗ—-Ŗ:8XS¨ŦĐQE‘ÜQEËZČá'ûīüu5ËZČá'ûīüvá>Ÿáfôv—ĄÔŅEÄ`QEQEQEQEQEQEQEQEQEQEQEQEmŋãÄ}ķĒ•mŋãÄ}ķ  ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE[øōAU*Û˙Įú Š@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[“ū<×č*Ĩ[“ū<×č(ĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@å˙Dú ŠVå˙Dú Š@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[›ū=SđĒ•noøõO€*QEQEQEQEQEQEQEQEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ηũk˙ŧkFŗĨ˙Z˙īeQ@Q@Q@Q@Q@rsČî?ß_ũWY\œßō;÷×˙@oŗęzvõ?Â˙CŦĸŠ+cĪ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ÿøņü?­TĢgū<ëU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŽZĶūG ?ßäkŠŽZĶūG ?ßäkˇ đÔ˙ 7Ŗ´ŊĻŠ(Ž#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģm˙#č?TĢm˙#č?TĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Û˙Įú ŠVßū<‡ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ܟņæŋAU*ܟņæŋA@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠˇ/üz'ĐUJˇ/üz'ĐUJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ÜßņꟅTĢsĮĒ~RŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEAzĖ–7Ÿybb>¸ 2‚+¯‰ž"Ô|ëû‹mÅü¸âąæœœLņœq).íîžkē|ļ×÷ãųsC;g˕fī÷š'>ģErßŲ—Āw@tib ôÜôĪh^ ŸÆÚp×ŧEĒ^™.YšĄ`ĢƒÁ8}j˙„õ GÃū1¸đ~§v÷p”ķ,ĻüØÆėsÛú8ŽģÂĒŠá/O°ÂņÁ\gŠ?wņ‹Ãn‡įhUN=7H?Š  ŧaŠj:ߋm<ĨŨŊĸ2ų—“Æ~`1œqÛoæXV~šā™ŧĻļģáŨVøOjCÍÎHšį€ԃž*ׇŋyņĢ_g?2ÛšúÄ?•vŪ$U ję˙tŲLũđhŪÕĶ]Đlõ4Pž|yeÂƁ´Ģ‰øRĖŪ„‹<~™Īõ5ŖãĢ~×ÃĻO #žĄį(ÂFŽvsž#Ō€:ZΗũk˙ŧkĮŋļū0Ī­ßūE˙Äׯ陓Jŗ{ū/3ƒÁ¸9Í%oeˇ¨üčŲmę?:ŠE[Ųmę?:6[zÎ€*QVö[zÎ–ŪŖķ  ”UŊ–ŪŖķŖeˇ¨üčĨoeˇ¨üčŲmę?:Š\œßō;÷×˙@ÛėļõbI Ŗø„jBé{ōđsÂã­eV.VˇsˇVÜųŨ¯žf…oeˇ¨üčŲmę?:Ôâ*QVö[zÎ–ŪŖķ  ”UŊ–ŪŖķŖeˇ¨üčĨoeˇ¨üčŲmę?:ŠE[Ųmę?:6[zÎ€˙?‡õĒ•ĄˆüœË?­E˛ÛÔ~tRŠˇ˛ÛÔ~tlļõTĸ­ėļõ-ŊGį@(Ģ{-ŊGįFËoQųĐJ*ŪËoQųŅ˛ÛÔ~tRškOų$˙}˙‘ŽĶeˇ¨üë "כP7Hc,ĮËÁĪ#kĢ R0ŒÔžéŖZrIJũ‹ÔUŊ–ŪŖķŖeˇ¨üë”ČŠE[Ųmę?:6[zÎ€*QVö[zÎ–ŪŖķ  ”UŊ–ŪŖķŖeˇ¨üčĨoeˇ¨üčŲmę?:ŠE[Ųmę?:6[zÎ€*QVö[zÎ–ŪŖķ  ”UŊ–ŪŖķŖeˇ¨üčĨoeˇ¨üčŲmę?:ŠE[Ųmę?:6[zÎ€*QVö[zÎ–ŪŖķ  ”UŊ–ŪŖķŖeˇ¨üčĨoeˇ¨üčŲmę?:ŠVÛūŠˇ˛ÛÔ~tlļõTĸ­ėļõ-ŊGį@(Ģ{-ŊGįFËoQųĐJ*ŪËoQųŅ˛ÛÔ~tRŠˇ˛ÛÔ~tlļõTĸ­ėļõ-ŊGį@(Ģ{-ŊGįFËoQųĐJ*ŪËoQųŅ˛ÛÔ~tRŠˇ˛ÛÔ~tlļõTĸ­ėļõ-ŊGį@(Ģ{-ŊGįFËoQųĐJ*ŪËoQųŅ˛ÛÔ~tRŠˇ˛ÛÔ~tlļõTĸ­ėļõ-ŊGį@(Ģ{-ŊGįFËoQųĐJ*ŪËoQųŅ˛ÛÔ~tRŠˇ˛ÛÔ~tlļõTĸ­ėļõ-ŊGį@(Ģ{-ŊGįFËoQųĐ/üz'ĐUJĐaˆûœcš‹eˇ¨üčĨoeˇ¨üčŲmę?:ŠE[Ųmę?:6[zÎ€*QVö[zÎ–ŪŖķ  ”UŊ–ŪŖķŖeˇ¨üčĨoeˇ¨üčŲmę?:ŠE[Ųmę?:6[zÎ€*QVö[zÎ–ŪŖķ  ”UŊ–ŪŖķŖeˇ¨üčĨoeˇ¨üčŲmę?:ŠE[Ųmę?:6[zÎ€*QVö[zÎ–ŪŖķ  ”UŊ–ŪŖķŖeˇ¨üčĨoeˇ¨üčŲmę?:ŠE[Ųmę?:6[zÎ€*QVö[zÎ–ŪŖķ  ”UŊ–ŪŖķŖeˇ¨üčĨoeˇ¨üčŲmę?:ŠE[Ųmę?:6[zÎ€*UšŋãÕ? 6[zÎĨqˆûš  ú*ŪËoQųŅ˛ÛÔ~tRŠˇ˛ÛÔ~tlļõTĸ­ėļõ-ŊGį@(Ģ{-ŊGįFËoQųĐJ*ŪËoQųŅ˛ÛÔ~tRŠˇ˛ÛÔ~tlļõTĸ­ėļõ-ŊGį@(Ģ{-ŊGįFËoQųĐJ*ŪËoQųŅ˛ÛÔ~tRŠˇ˛ÛÔ~tlļõTĸ­ėļõ-ŊGį@Û¯_ĮųUú‚5€8(FîÜÔôQEQEQEQEQER0 ĨHČ#RŅ@]āKč<#­ęūÕ§KaįyļŌLvĢŽO€¤~4ž?Ô`ņfĨ¤øcH.™î<ŲŪcc9p øWyĢøwHוF§aÁNŽCč`ãņŖHđ揠†ūĖ°ŠÜ¸Ã8Ë1›ŽN(MKUĶŧ?`“ßÜ-ĩ°aąRyĮ€{ ÍņEŠøŖÁQY7›ö˜kr7ã¸ĪŽükKXŅ4ízČZjvū|ā7˛üĀTƒÜÕĢ[XlŦā´ˇMAĮäĒŖdķĐPāi˛xVÚÎúú [ËōdŽwœ/Œõãfi’¯‹ū,6­k™4Ũ.-&ĮĘí‚?āLÄ{ ëõ/øsWģ7WēTRNĮ,ęĖ…ŠÚFÔ°ĶŦôĢEĩ°ļŽŪä$kŸSę}čĪ5™„ž+A­\å4ŨJ/*IqÂ6ĐCô&ĩŧuâí. ŨÛYßÛÜŨŪÆ`Š8$‚N: ø×]§Ųꖍk}mÄ Õ$\¯ą÷Ŧ;Á^ŌnÖęĪJ…'S•vfr§Ôn'… Ō$Đü#ae:íœ!’Pz†b[éœ~ŋEVtŋë_ũãZ5/ú×˙xĐ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠļãĮđūĩR­Ÿøņü?­T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­ˇüx ūuR­ˇüx ūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  o˙Cč*Ĩ[øōAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢrĮšũTĢrĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ÜŋņčŸAU*ÜŋņčŸAU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢsĮĒ~R­Í˙ŠøPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPYŌ˙­÷hÖtŋë_ũã@ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ų˙ÃúÕJļãĮđūĩR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ļßņâ>ƒųÕJļßņâ>ƒųĐJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-ŋüy Ē•m˙ãČ}T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­É˙kôR­É˙kôRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  r˙Įĸ}TĢr˙Įĸ}T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­Í˙ŠøUJˇ7üz§á@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@gKūĩ˙Ū5ŖYŌ˙­÷2Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  gū<ëU*Ų˙ÃúÕJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ÛĮˆúįU*ÛĮˆúį@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠļ˙ņä>‚ĒUˇ˙!ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ'üy¯ĐUJˇ'üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ë˙‰ôR­Ë˙‰ôR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ7üz§áU*ÜßņꟅTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQE‚"I+É÷5%Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P•Ãã iū1Ÿ 5Ę+Ídō|ĨÎE‡ÍŒõ÷¯Oû4_ÜũMyŦ> ֓ãņ!†/ėß5Ÿš7`ÄWîõë^Ÿ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-ŲĸūįękĖ,€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔטh>0ÖĩŠ÷žššGĶ!–tH„J ŋ0íë^Š^a ø'ZĶū+ßx‚↟4ŗ˛0”Ãį~4é_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@WáŸkZ§Å-K@ģšGĶmåšHâ( #ŋ0āW§ũš/î~Ļŧ×Ã> Ö´ĪŠZ–Ŋs Ka<ˇ/ AbÉ^>•éôŲĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŧÃÂ0ÖĩŸ‰:ž‡}r’iöíp#ŒDĒFĮÚŧ“ÅzĨy‡„|­h˙u=nō–ĘᎠl˛‚N÷Üŧ}(ŌžÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€#XcF Ģ‚=ęJ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š)Žé3ČęˆŖ%˜ā@Ēöz…–ŖIcwosļÖh$ô$ŧÔvēž™)ŠĪQ´¸uHgW#đ¸ƒßō-ęõüßúPĸQU/5];O ^ßÚÛĐM2Ļ3RÛ]Û^ÅæÚÜEvqåũĄ7géœÕú(Ēˇš•ŽžŪŪÛ[čf•S?™Šmî­ī![Oņ†ņ-ĀxßÅmĻëÚ­†­Jnļ_ĸȇjîOŋŸģÁoNõ§ã/Į¤øBMKJš‚wšADâD s“‘ÁĀņ ˛ŠķK…ëĒiņŪëēžĄ&Ĩ2‰ Y#'œ|Ā“Â¤đvŖĒhž0ģđ†Švבĸy–ŗ9$ããžÅONÄq@EPEPEPEPEPEPEPEPEPEPEPER:Ɩˇd:•˜šÎ<“:īĪĻÜæĨŽúÎkšm"ģîbÉ Č  ÷^Ŗ¨  W—ŪGĮŪ6ŋŅŌūk=M;%œú’AÆxtÍCâOā=ĩßjˇˆmŠ™Ą™ÃR@ĪÉäü¨Ķîīm4ø<ûÛ¨mĄÎ<ɤšôÉŠ‘ÖDWF Ŧ2‚=k“Ŋm#ÆŗšÖnEĨĀIŧåŒ+ŒŒnn:æēscĨéą<×pÃhˆ¨ŗM*Ē‘Œ˜ņÍ\ĸ¨ŨkzU‹ĸ]ęvví ܂YÕKQ“ŌŦĮsļ˙hŽxŪ ķÁ\ųé@Ņ^yiã8ÛâUũ´Úå¯ö"Û 3F"߄čũÎKqŸZîŸP˛Šây/-ŌyÆb‰ĨPŌöFr ŗEVP˛šōK8Žā{˜Æį…dÔz‘ÔuĻŪjš~ŸˇíˇÖÖÛēyĶ*gķ4nŠŠŪęŪō5´ņOčņ8`L–úÎ ¨­fē‚;‰ŋÕDōīūč<ŸÂ€,QYͯčËrÖÍĢX‰ÔāÄn0>˜ÎkF€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (Ē˙oŗ7ÆËíp}Ŧ.˙#Ėfß]Ŋqī@;ŦhÎėĖĮSYđ”ø{ūƒÚ_ūGū4_ęwē>Ē–ˇpNĐÛČ$Ha*x8čx5į?< ëŪ’ķS°ķį/9×å ¤ +ÜФÅâM yqkZtŽz*]!'đÍi×}đ¯Ã’Gmi%¤ÅNÉRgm§ˇ H"¨|#Ôîî´kë ™E˛•V&cœ)åĐúĐsmĒéח2[ZßÚĪ)Ö|E`7Ļ¨¸Oī$ŽãŸo—R+ŨôŨFÛVĶmīí| u?ĐûŽ†€ûFČ_ũ‡í–˙l#wŲüÕķ1×;sœUšķ‡˙’éũy˙ė†ŊâxímĨ¸™‚Åv=€&€+>ąĨĮ~,_Rŗ[ÂB‹vD™=ÜįœŠģ_=\Úę……÷ŽU™]5%(?ē:įđ%~5īZ]üzŽ•iúģˆ–@=2:~(ŨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@G=Ä6Ņn&Ž(ĮW‘‚øš’ŧ—O°é'žHæ€=.Û[Ōo%Zę–SČx Â1üĢõÄßü+đÕÍĢ%ĨŧļSãä–9°{d1 Š—áåŪļúMŎšor“Yɲ9§FS*÷?{<ú@ķø‹Dĩā¸ÖtøĻC‡ŽK¤VSčA›¨ >[œā6ā3îzúP­ŅEQEQEQEQEQEQEQEQEQEQEQEQEQEQEyö­ãƒâ>•iĩlēI…žÕ‰PÆyœ3v[ÖƏŦĢ˙ÃĢ”Īļ1ĪŗÚŊ€+Zj6WæAgyopb;dōeWØ}Ŧל|)˙]â/úüû5t~<Ö?ą|}p­ļiWȋ×sq‘ô?…kŲkfŖ#GcŠYŨHŖs,Ģ=HŽ×‡xzŌøŸÃ—— D:­ž%ĪwžŸ†c'ņ¯q Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Ë,pÄōĘëhĨØā(I=…Ei{kžÎæ˜I#Ė†@ëŸLŠĨâ_ųĩúō›˙@5Íü'˙‘?úø“ųŠî*ĩžĨc¨ •íŊȌáü™UöŸCƒÅY¯3øAū§\˙¯•˙Ų¨Ķ(¯‹ÃŪ8øâVģ¸ž(íeT2HĘc¸kzÛáku Â_ߖ‰ÕĀ%0H9ūízQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@yŠÅĪ‹ž AáE¸xtûhġ!,p?‘P=2Mzuy†ģs˙ÅhĩËĩa§jˆ¤” „!BŸËjŸĄ  MOáĻšĶč‘ÍeŠÛŠ’ Ōf$¸ä’G>ØĒ_Lá-DÄWÍ7oˇwMŪZc5Đęū;Đtũ*K›}JÚęr§É‚ ģŋaĶŸZãŧ-í—ÃoËhŦ/"–RƒĢס¨  öŅėūŅwã;ëkŊBy —’é‘@üJ’zûtÅdé‡GŌ>*éđxbķ}Ėe.#ŽRéģ Ā=ú)ęjiū ŧĐ×QÖnm.57f7&úãNN8cČÆyū•V}W@oŠ$šJÛ[iÖāÄĶ$b(™ūlāđP3@tm9dō ]˙ā''>Ā~“đãRą—Æ^!xö[%Ķ†ļ…đ„ŽæĀ ô#ë@œŪ:đĖI ēŧ $lU”†āƒ‚:VÄŊRâoÅw¤LÍiq*‰e‹<ÄAü8§zęßÃ: ˛4’hškģĖÍi$ž¤œVW‹uäđvjđi1ÍbŌy‹‘Æc¯P5§ø_áŪą¤ŦQ§ #ܲĖJŽŊąŠčô¸oŧā{¯í+¤ŧ{$’HŠį^yë‘ôÅcßéß 5[&ŧyôØ.íöķˆœĀëėVŗŧo¨kŪ×ôĶ,˛Ú’ŅX<Į“ÆqĪAŋLš§á;ÃZíģë~.Öm.5 §cäMz#ō” €ĀŽœ˜ĮÛšt¯øĢMŊđÆĢ öRŽí"š…<zFzלTž Á—Hą×-,­õkfd›ígË/ÉÁÉ gļ:ņWĨoËâ{Cđũ–Ĩ$™§‰ÎČÎFC`dūCŊ3â.§'‰ŧ9"ÚFúô­ÉĮúŅē1ĪāOį]úx{FM:=?û2Õėãré ‘Ucž@9į“ų×ņ2D‡\đ”Ō°HŌôŗģŖ$“Zž<ņ`Ņŧ-ö.â)'ē“ȆXØ0N fôČÆ>¤P˙øĪHđĘyw2ųˇd|–°ōįĶ?Ũ_Ã5ƒāŨTÔŖp-ėĩK;‰ˆ$GĘ́׀hFŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( ¸ŋ‰zå֓áø­Ŧ]’îūQēœ^ø>Ŋã]Ĩp_4ۛĶRĩBī§OæēŽČzŸĀøf€$ĩøUáÄŌÖ ˜e–ė§Īr&`Ûģ3Žžĸ°žÛÜÚxī^ĩŧ§žŧ“+– ÁAü€ŽÎÛĮ^¸Ō–ũĩ[X”Ļæ‰äbœrģz“ô×đęõĩ?x‚ųĸxÄéæ*8Á \ĪáŠôaoĨčëu|!´ŗķÜNcŨÔå~Iëë^}â/\xë‡<1m$ļō2‹Ģ×R¨Ēxô}N0QŧÔl|eã;Č5ÍZ+=N}‘[ŧÂ?=#<žzž `qœ×yeâéÖŠmeĒéP@Ÿu#ūtÍ|AĶbŅū[éВÉo$H˙ÉüNMKņ ūIt?KéR|Pš‚ķĀhļ™&†Iã)$lXdô"Ŗø…˙$ēĨŋô x{áū“{ŖA¨k‘=ūĄyË$’JÃ``PĀĀ˙ëUYĮ^"đÜr<šrÅæ,nsŒíūƒë]ū‹˙ ;ūŊc˙ĐEqZü–_˙×Ē˙í*ĘąđŪ'ÅÍKK}>c˜t€ƒĩ[l|ū§ķĢāxãÃPXKäNęaŽ@3åîmģ‡Đū4–Ö?uY.î"ÉT4Žļ3ŒŸĄüĒ_ßü&AGš€6FŅü ĄęļŸj~Õŗn–YšSÛvN9ltšĪx&ËÄZ_ö˙ˆüÛëĢÖgPō˛…PHtCė+ēņ>›&¯áFÂ/õŗ@Â1ęÐ?0+’ø{âŨ2E¤ęWpŲ^Ų‰’åÄy$c8éĶx  ÍKN|aĨ]éRHē^ ūLöėå€ä×Ų˛;äÆĨø“ ÍĪŒŧ;mg1‚yÃD˛¯TÜÁIü‰ĻxĢRˇņ§‹´]G\Åm/›q<| Áī€=2@­ÉJđ—û˙û0  ˇ_ ü44i`ŠÕÖāFvܙXžėu#8ü1Š>ŪĪyāĩYägû<ī 9!@Ãuvwņí/û‡ųW đūDŲŋëõ˙ô ūŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŧ§^´ŸQøž4ønŨ.­sÉ "ÚY€=‰ÛŒû×ĢW?ü—(˙ëË˙e4Ō/‡t¯x{S‹Kĩ,ļîdųŲ‹§É>ĻŧÛĀ—ū4ļĐ?éWv~{$ÎoÂäŦ^1ŽÕëēĮü/˙ëÚOũ×đƒūDŲëņ˙ô  s\ø••;Üi֐„>dÖ ;ĸ÷?}ąĮ|q]7Ëm E&ōH˛š3ŧŖd@éŽ0o­uŽ‹$lŒ2Ŧ ÷æ˙Ĩ˙‰ŖnzĨĐb=2 ė´Ī‡ļĐŪk^6ļ¸ŒI ˇ!ĄĻQáK™ŧâŲü'!67MæXJŨ2zĮ˙x{Ôß ?äeņũ~/ū‡-nx÷ÃÄZûaFЙm™x$÷\ûãp( ˙äēG˙^û!­ŠZĮög„$ļFÄ×Î!ëˇĢČcū\oƒušõ˙‰–W—IļäZ4R˙´Ę„øõ­_Ğ1øĢgĸ¸2Xiņ–A8‡kãÛ!Oã@›EPEPEPEPEPEPEPEPEPEPEPEPEPEPEP_‰äVÕ˙ëĘoũ×7đŸūDx˙ëâOæ+ŽÔ­>ßĨŪYîÛöˆ,únR?­y¯ÃīŲxrÖįÚëũ‚ę ØĢJ0§8ČĪn™Éā‚(Õ+ĖūŠ×?ëåöjčõˆŌŦdš=FŪî`§Ë†ŨÖnĀ‘Āæ˛>é7ļģŊ™sßČd‰dîō’= 'đÅdh~ ņƒŪjŽ÷íĸCw9•Ų6É,‡$Œ<¸÷{ĶīîŧSđîîÖę÷U“YŅæG!—;Ôū$qœrAĮ5šá¯ˆ0ŪKuaâ6ļŌõ+yJ”såŖĢšĪLVGÄ]~ËÄļžŅ&ŽūöâáXųz¨ū!ĮĀšôČĨIáIc`Ņē†R;ƒČ§Õ{ oąiÖÖĄˇy,yõÚū•b€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ­}§Ųęv­k}mÄ Õ$\Œúũ}ę́§x'ÃzUâŨŲéQ$ęrŽĖĪ´úÄāũ+CJŅtũ)ĸĶíü”šS4ƒ{6\ã'æ'ĐUú(œ¸đ…Ėē<a;ŽÆdRŨŌŦęĐuKk{kŊ2†Û"LÆ m#jÚĸ€35i:žŸõ’Mm<ĩ$‚˜ äqīNĩĐtģ- éPŲGöœĀųu999ŨœķZ4P9mā/ Ú] ˜tx<Đr7ŗ8ũÖ$~•nO h’ëiŦŊ‚h) & ÑĀ8ūąEÍ´–īos sC ÃĮ"†VāÔ´P0>xPMæ˙cEģĐģíüŗŠčā‚X x’(aR5 Ē=€Š(  MW¡?Ÿ¨iË7y(ĮęT‚ĩĨh:V‡&›c °oŧP|Íõ'“Z4P~¯ĄéēíĒÛjv‰qļå H*}ˆ ŠĪŸÁ¸Ķ-ôétėÚ[ŗčč;V‹ĢøGA×n–įRĶŖžuCîe${í#?Osáũ.ķP˛ŋž×}͐ÅģųŒ6~āū9­:(Ŧ=WÁūÖŽ Åū™ ŗ˛)dfú•#?nQ@ÚN…Ĩčq4zeŒVĘßx ų›ęO&‹Ũ MÔ5+MFęÛĖģ´9‚Mė6sž€āū5ŖE#(e*à ŒĄŖčšvf֚eŋ‘9Ļöo˜€ Ë{ Đĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Î:šuŅ­oø˜ōÄÛÛîãۜ~•ŖE2hRâ !•wG"”aœdƒT´}NĐlĻ™oä@\ČS{7Ė@å‰=…hQ@di^ŅôKˋŊ:ĐÁ5ĮúŌ%rœũŌHëíZôPn™ iš=ÍåŅˇ“-뇸o1›{dœōN9cĶkJŠ(Ûš%žļúÅŊŠĮ~å‹J˛> nŋ.vķôŠt˙iZ^Ĩu¨YÚųwwD™Ĩ23ÉÉęN9ô­J(Ŧ­[ÃzNš=´ú§-ą&:äá#=ZÕĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ĄĒhšfĩRą†åWúŖđĢôP1ÃĪ [Ę$M"ĀįHî?&b+¤Š(á‰b‰8ĐaQ€Sč  ËOévŊÎĢmk˛öč4žcŲ ô': ĶĸŠČ¸đƏsŽG­KhNŖ6Ė˛ēž:pŽ9Š’÷Ãú^ŖĒÚęwVžeåĻ<™<Æpr8ŸQZtPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPYZĪ†´yږ)pbÎÆ,ĘÃÛ*AĮĩjŅ@W~Ō/tX´{‹@ömŲ‘†6ôäūĩŖooĨ´VĐ.ČĸA.I€2}ĒJ(ĩũ…ļ§c5•äB[y—kĄ$d}G5N×ÃzU–‹6ŗ.Ÿ0`đ™]¸n r?Z´PM3LŗŅôøŦ,!ōmbÎÄÜ[$žI'Š5=Åŧ7vŌÛÜF˛C*”tnŒÁ%‹§øKDŌė/,lŦŒ6÷‹ļt9Ū0GRŲĶsIŅ´ũ Įėzm¸‚ßq}‹rzœ’M^ĸ€ ʏÃzL:ķëqÚmÔdy„ĪûšÛĐŪõĢEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE—ĢxsG×0u->†Øa€ôÜ0ZÔĸ€9Û/xcOœMoŖÁæ)Č2“čÄ×EE‘Ģx[D×\IŠiĐĪ ķ9WĮĻå ŌéŅt"ÍĻéđĀė0\e˜MĮ'­EQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE˙Ųkalign-3.3.1/doc/images/Homfam_scores.jpeg000066400000000000000000005126101403616477200204500ustar00rootroot00000000000000˙Ø˙āJFIF,,˙ÛC    $.' ",#(7),01444'9=82<.342˙ÛC  2!!22222222222222222222222222222222222222222222222222˙Ā‰M"˙Ä ˙Äĩ}!1AQa"q2‘Ą#BąÁRŅđ$3br‚ %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™šĸŖ¤ĨĻ§¨ŠĒ˛ŗ´ĩļˇ¸šēÂÃÄÅÆĮČÉĘŌĶÔÕÖ×ØŲÚáâãäåæįčéęņōķôõö÷øųú˙Ä ˙Äĩw!1AQaq"2B‘ĄąÁ #3RđbrŅ $4á%ņ&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz‚ƒ„…†‡ˆ‰Š’“”•–—˜™šĸŖ¤ĨĻ§¨ŠĒ˛ŗ´ĩļˇ¸šēÂÃÄÅÆĮČÉĘŌĶÔÕÖ×ØŲÚâãäåæįčéęōķôõö÷øųú˙Ú ?÷ú(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€*ßęV:UŠēÔomŦíÁËq*ƀžƒ,@¤ĶõM?WļûN›}m{o¸¯›m2ČšFT‘šķĪōKnëæũ  ũŸ?䙟úū—ų-z­2Yc‚ši8ŖRÎîpĒ$’z }dø§ūE kūŧ'˙Ņm@iž Ņu§‘4­cOŋxĀ.ļˇ))Pz´œV•|įû5Čo^˙¯hŋô#_FPEPEPEPEPYz—‰tåmõMoMą8Šęí"b¤‘œ1ŸjÔ¯—ŋhĪų(–_ö ˙FË@@˙Âwā˙úô?üÃ˙ÅQ˙ ߃˙čkĐ˙đc˙^\ŋŗfĘü$܌˙ŠJ_øfŊ#ū† īûō”ë6>+đæŠv–š~ŋĨ]ÜžJÃoyŽØ8PIã˙Õ]KāĮÄ.ōîįĖRA,ˆ/Ž eU$ŒÁāPßŲĢūCz÷ũ{E˙Ąö¯xÂĮÁ›WŊBŽáĻôQéВ{kÅf¯ų ëßõíū„i?iFiüCĄčęO—ŗ\m‚ÎåGūúš§§ę˙ū(Í5æ“y-†žŽT4ũš?Ũ >f?ž=¨Ô5‹Ÿ Ļ†ķVŧ–ûOg Zy~Ķ Ÿî–?2ŸË>õô?‡ôkx~ÃHĩ@°ÚBąŒ¤[ęNI÷4xƒFˇņ‡¯ô‹Ĩ Ü-ČčHáž āq@Ūņ…ü5¯dĻ6$Į< rauR{õāŠķ˙Ž^9ņƒŽ45Đu˛ •˜Ė<ˆäŨ´Ļ>úœu=+–ũ›ĩĄņšŖą;$ļ[¤đ)˙Đ˙AV?iøúđ×û—?Î:Ō¸×ž#|Pšy<"čŪ‰ŒqŨĖūSÜÔî°ú(t$šãnŧUņ/áW‰-á×u ī “įōîg3Åp™įkžTĀŽ2ëôg…,`Ķ|#ŖŲÛ Hĸŗ‰@Š9?y?í)čr‘ķ­ÔŠ )ĪōV|@ø­}<~ Ŗčp†îWōŲÛåĀ$dč'‘\ĻĩĢ|Sø[ĢZËĒë7pĖIFšáŽ`›Wæäuö>•î˙ ė`°øeáøā@Ģ%šLØîÎ71üÍrŸ´Wր=Ãė>&đΝ­@…ō&Âsąē2įž#đ¯?hĪų(–_ö ˙FË^ËđcūI&ƒūėßú9ëÆŋhĪų(–_ö ˙FË@O§úĩú u|Ūŋū#•xžĮĪũĮ˙Ĩ˙…ņū†{ü¸˙ãtô}xŋş‹Zž­¯…ü3ūĶ!<éĘyŒŒã*ˆŊ AɨŽŋáw„ĩĪčvZöĄ íġFTxĻyMĒ1—õĨŋđ'„-Qô¨ü=ņ;Æžņ„ĖŗÛ;ĒIöĻH•Ž‹ ûËë’z†Ŋnûâ߁4üųž#ĩŽÖęĶgūøWĪ_|oĻxãÅv—zLR‹k[q›*íiâŲ°įŒûĐ×UķœĨROmĻØĨē.éŧāą‚ĘĄˆ ģšĪÖžŒ¯˜ūØÁ{ûEę-:û=íėČMÁØøg?Q@ē†>7k6ÍĒË­ũ–B7ŽŸmx`eBáFß͉õŦ_ |v×|?m¨iŪ$†]Jæ$+jddYÆÉuëĪŪãįĻkæĶmŽ˙jĩ–5h´Úb¤pYPČ?ņášÜ›ÃŸĐ`“ȍ§™÷œôÎ3ôĄûJj˛›ŊGV"%ŽK§\đĖNÕ?€ ˙}ė|7ņOᧇ|7§éÚę¤v°,gWļ>f?ģęNIúĐžj7ŋūėÔ5ų¯ôđĀ;Í7Úĸ>ĖOΚõãë^ŨāŲxķÉŠÚ§“:7—snNLO^āõúƒ\ö§ņsឭĨŨiךč’Úæ&ŠE6WŠ?ōÎŧ×öpžx|aŦiĒûĄšËÎĪL˜äP>’ė~9xįÄ~¸Đ×AÔ~Č.Vc0ō#“vŌ˜ûęqÔôĒš‡Šŧyņ'Pšĩđ]?Cļ)õ9Ī=Į\6 Đ(Î:‘œVOí1˙^˙rįųĮ^Éā}& Āú-…ēXí#-÷”3ʼn4āü˙žĪĄ¨k—v˛I´J×ænNŌ•Č°ö5ī~ņd~5đž´‘e“)<@ä$ŠpĀ{wÄV?Æx’_„ÚîõjÄÃ؉R°˙gų&ĶØB_ũ(ßŏŠ‹ā[x´ũ:8įÖŽSz‰9HĻæÉ9Āö$ú<ĩđīÆßZŽŦÚÍ姚7¤O{örÃˇîĶ~„ §ĻDž5ũĨn đķmíīĨ;VB zeWs_NPÎŪø¯âŋxĨ<;ãÕy .¨ķLK<Ü8tõ<ŸCÆ+Ų>!ü8ņ!?ŗg˙Đ d|Bø[§|A¸ą¸šŊšÎ{Ttß.¤‚ĪĄīŋãKceđŸ[´2´Ļ "XĖŒ0_lDdũq@>|6ņŽĩĸč7^đĩƒ]kúŪ蘨+ ļúđ1“]NĨā¯pÛļĨ˙ $÷ŧÚÚę.čĐ~kökŌ 0ëšÃ 7ŖļˆåW˜ŠÛųWžĐ‹|øĨĒøRŸÃž!a-ėq™ š(ÛiÃ#Üg9Įcšíž+kē—†žęŽ‘sökØZ ’ėWÆéO čOjņ˙"ĮûMꈀ*ũ˛û˙¯Nøå˙$—V˙~ũ”Āh_|{ã] ĮBđØkaõ-RX‘26Ā6—o8$öÖ?Š-~.ü?DÖoŧEssmŧ–+ļš$cĐ28Ķîãô¯Dũžė`ˇør÷H€Muy#HŨÎÜ(Aƒųšę>*ƒü.ņ ¸ČĨŋA¨åņ|`ņwŽ,l4/ i‚-vHÉžēlŒÉģ!A$ˇLādāÖ?‰´_Œ ąmrëėw6ņek{į‘bÉęČĀ döWUû6XĀžÖo´Ix!fīĩP?75ęž/&đVģƒ(Ú}Ā#ūŲĩr˙ŧ{q㯠K& ¨5+)S˛ WĮbyzÂĨø§ņ |?ĐĄ–ŪŸRŊfKd“î.Đ7;c¨^;äWŸūĖßņīâo÷­ŋ”ĩę~/đ‡ŧföĶkąJ˙dV”œÆN>ƒō Ķ,>3xîÍ5xu‹Ģ;Iūh[í_eW_UTį„Ž}ęŊ˙ˆ~,|-Ŋļ›ZŧšōĘVĀûLĸâ)qÉ]˙yOâÅ{uĮÄ/x~Ũ,ßÄZz%ēÖ8dķJ “Úŧ‡ã'Å?x¯ÃQhē#Mt˙iYšáĸ(Š0ãvN}:f€=ãÃZíŋ‰ŧ7a­ZŠHŽâ'%F_Ā‚? ōˆßuĪ üZŅ´ČĩakĄ¸ļ’ō3l6Hî*X|ŖąúW]đWūI…ôŸ˙GÉ^=ņęŲ¯~+ØÚĄÃOg`ú‘Įõ  Z§‹~&|JÔįŸÂ6ú•Ļ”ƒėÎ! Ží!#,{Œā~Ļ˙í—QøgÁŠzXŨŦr ÷6Nũ‘nÉīÎkŪôŊ6×FŌ­tÛ„VļŅˆã@:?Ÿs^#ûLĮ—†˙ëĨĮōŽ€=Âō$^ Ņd‘Õ4虎5É&ŧÄ_üKâŋAá߇ĩŠĩŲ…Kęß:ą\dūB¸¯|SēÖü1§øgEķbĶ-láŽō`iÜ"‚žČįÚŊ‡ān™áëAŖ÷—-ü˛cĖ¯TöQœčAęhžŅ-5 "Ū WRmJųW÷×-FģáT§zĐĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠķōKnëæũ  ũŸ?䙟úū—ų-hülĶoĩ_†÷ēu•ÍåÁ¸ˆˆ­âi€Üœ(&ĄøĨęGÃĶmŠXÜŲ\}˛VōŽahÛ.ŠôĒÉņOüŠ×ũxO˙ĸÚĩĢ/đI?…ĩxa¤–K)•Y‰Bu4ā˙ŗWü†õīúö‹˙B5ík-ˇŒ4MP/É%Ÿ”§ũ¨ä,ô`­ŲķÃú֋ŦkoĒčú…‚IoFēļxƒĮ n5é_| <.ÖE†úķ­&nŠøÆû$pÎ(§Ķ55m*ĶQļ`Đ]B“FGu`ūtjz„N•w¨Ũ0X-ai¤'˛¨ÉūUķN‡ãoü$‰´M[Dyė#bbK…`ŠÜųrŽAS×ūŅŽx×Įŋâ]IŅ >FTˇVÚũĮ™+`qĮãÅ^ũœmešņ†ˇĒų#ŗō˜˙ĩ$‡ū‹5{ö˜˙¯ šsüã¯Tømāh|áu°ķkŲ›Íģ™z3ãėĀüO¯;ũĄt gZšđųŌ´›ûņN$6ļĪ.Ė˜ņ ã8?•{.‡˙ 7ūŊb˙ĐEyí'˙"΋˙_˙ ö -Â9‘ÖÚ5ea‚QEygíŖjš×‡´ˆ´­6ōúHîŲ-`iJHPp(ģøy˙$ãÃö ƒ˙@ÆūĐŋōMSūŋâ˙Đ^ģo[OgāÛ\Ã$Åa IĒU‘‚ ‚ ûW)ņĶKÔ5‡ÉmĻX]^Ü}ļ6ō­Ąi6NŽhCāĮü’MũŲŋôs׍~ŅŸōQ,ŋėū–Ŋŗá%Ū›đŋE´žĩžÖæ5—|3ÆQ×2šSČāƒøדü{đÖŊŦxōŌãKŅ5+čM ļļ*†Hq•gqī@E§úĩú u58Eú uōĖ‰Šühøĩq§\jAĻÛ´­ŽD0#mųWĻæ$dûú+ęjų‹Ä~ņOˆ“ø—D˛{6Y$x䗏cœ´rc•ĮcÆpî(ÖtĪ‚Ķ‘wéO{ ˙–—Sģøô¯"ø÷Ĩé:/‰´k &ĘÖÎ5ŗŪŅ[Æs!œu<OĨtü|ņ.ļ‚ĪAđg™~ÜYu×hQúšá~"xÆv6öŪ)ņŊŨåûˇÚ„KŧZãˆādd p1ŒĐÖõķgÃ/ų8oūģßčÃ^ŊđĶĮsøķCšöãK6@ëųË,§nK.@Āöįë^gđķÃēŨ—Į}_QģŅĩ {&ŧ)s-Ģ¤lÉ\19íë@@×͖_ōu˙_˛˙č†¯¤ëįû?ëkûK6ĒÚ6 4ßĩČßk6¯äāÂĀøÆ3ĮZúžlņˇüœæ—˙_ļû%}'_?xŋÃēŨĪíĻęvú6Ą.ž—vL×QÚģDĄvn%ĀĀ<ņ@@ŅEã˙´ü“í?ūÂą˙čŠkāĻŠĨđˇKHØ-7ÛJŖøX1#˙*Ėøû¤ęZĪŦmôŊ>îúuԑÚ;XZV åJ2B‚q’9÷æēVã˙„QÚë:mŒˇšfĄkˇVō@ÄDåAe‘ĖŒ¤§¯Ĩ}=_2XĖž+ũ§>ÕhDG|_Ė°GßBPcę)úŋƏxžŅôm DkYg9ŅY°z…8ų~¸Čõč_ūĪāËIĩmaTki刁ėņį;r8,HãĐ{ĐûJXČšæ‡¨mũÜļĪ}Ņˇėõé:OÂ˙‡Zže¨Ûø~Ũáē&FIČ`÷Ģgâ‚­üwáitšCrŒ&ĩœŒˆäŽ}ˆ$Ž{W…hŪ-øđ_GÔôg¸ĶQ‰'V(šä˜å^0z㟠9 d¸øMđîÖÚ[‰ü?m1!yĻ“  d“ķzU?‡KđŌëUēēđMē‹Č! 4‹ë„cĶ÷œrWô¯+Öž"xī⍩дM ā´¸ųfĒĖ\z<‡WקšĮėŸ ŧžđÉļ™Ō]J鄷r'Lã„ĄyüI=čĖ˙iøúđ×û—?Î:÷]ū@oũzÅ˙ Šņ¯Ú@ÖuĢŸ+Iŋŋ$âCklōėɏÚ3ƒųWŗččņh–ȌŽļŅĢ+ BŒ‚(“øĮ˙$›_˙Žq˙čÔŽöx˙’m7ũ„e˙ĐRēŠÖWzÃnŌÆÖkĢ™#Œ$0F]Û÷ˆxQÉāÃøĨę:GÃųmĩ; Ģ)ÍüŽ"š…ŖmĨS Į€<ËÂ2/‡?iKËk˛#YīŽĄRx˙YšŖüōŖņ¯ĻëÆ~1ü.ŋ×ī"ņ?†ÔļĢ ¨žm¯(_ēčž:c¸Žy[O>/ĐíWNÖü<“_Æ6y“ĢĀėÚ\r~˜ _ņįÄ}'áüv'R‚æáī ˆŌÜ) .2NHãæxŗQM_āū¯ŠG‘GwŖI:Į&7(h‹qߚņ]3ÂŪ0øÅãu¯ÛIe¤ĻĐĖŅ´h">\@ōsĪÍîNz ÷ŸYI7ÃÍvĘĘŨ䑴éĸ†Pŗ1Ø@UQÉôĀ 5ũ›?äWÖŋëõô^Ų^Aû?hÚĻ‹áÍZ-WMŧą’KĩdK¨"Ã`ä"Ŋ~€>nđ_üœîŠ˙_—ßÉëĶ>9É%Õŋ߃˙G%pžđîˇmûEj:¤ú>Ąž÷WŒˇrZēÄÁƒm!ČÆxįšô?Œš}îŠđÃS´Ķėî.î]á+ ŧfGlJ¤á@$đ3@Ÿŋä—[˙×Ôßút?ä˜x‹ūŧÛúVGÁ-6˙IøqŽŖesgp.ecÄM€O ­ßˆö—7ßĩÛ[Kyn.%´eŽ(PģšôrMp_ŗü‰§ũ„›˙EĮ^â¯ųõŋúđŸ˙Eĩy÷Ā#SŅŧ¨ÁĒi×v3=ųuŽę‰™|´€ã ķí^‰âX¤ŸÂēÄ0ÆōK%”Ęˆ‹–bP€MxŋėÍūŖÄßī[)jŸĮ?ęēˇŒŦ|§ÎŅ[8ˆHŠ‰ĨáCcĒ€WROĨn~Ī:¯ĸÃâĒéWÖVˇōūÕnņoĀ“8Üq‘ųÕOūÖŽĩË_ø~ n%‰n#wI!ĘČŖŠĮL뀋Aøá :Ú?í4¸Õ.@ųÚIZ4Ī˛Ą}IŦO>đ߆~ħH˛˛š[ؐIc{pĮ'ëYV´>ē°­•×…įRihĨtÜßõĪi?†k7ÅžøãũëÄúåŠĩŠÉYi1ÆC˛’7™Č s–ųŽ8ÅzĪÁOų$ZŌũ%yWÆOų.ũs´˙ŅÍ]ĀŨOkmāš´–T´I¤[Đä –ÚˡŽXķŸÂ¨üXđübŅ¯ŦtmBęŌ8íCÜAjīâV',4ô x7í1˙^˙Ž—Ę:÷šņ_ÚCÕõĢMt­.úüÅ$æAknōėČLgh8Îå@'ƒūxy>&’mˇ ^Î9nį` ŒėĄļŌ~QÛį>Gān÷á/ÄËŋëoŗO¸”A;ųg0öÁį؞➍đÄ2[øOF†hŪ9cąHe`€AčEy×Į‡˛xŸEZŌ­žmZÄmhĸRĪ<$ũĐ$Š9ŨŊ¨ÖēŅ^wđX×o<(ēgˆ´­FÎ÷N$–ōŲãÅü$,1ƒôŊz%QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQERyå0 Ā'°ĻũĻ_īū‚›/ú×˙xĶ(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(Ä3ČōĒŗdjuÄŌ$¸VĀĮĨEoūŊi×_ëŋ oÚeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú M'ŲËnųƒc8ĒÕ0˙V˙z€í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũI ō<ĒŦŲÚĢTļ˙ëր%¸šD— Øô¨žĶ/÷˙AKuūģđ¨h_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũI Ō;0fΞ•ZĻˇûíūé ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ôadcj_?65J­¯üyĄūtÚeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚¤Ži9 n@㊭SEūĒ_  ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐTöŌ<›ˇãĒZŗę˙…F׆ 7AIö™ŋú ūû}i(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũ]BLjORf֔_ę“ũŅ@ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(:_õ¯ūņĻSå˙Z˙īeQEQEQEQEKoūŊi×_ëŋ mŋúõ§]Žü( (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˜ĮĢŊPÔÃū=[ũꆊ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Ĩˇ˙^ĩKoūŊhnŋ×~ Muūģđ¨hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Š­ūûējšßīˇûĻ€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģk˙GčTĢk˙GčTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ¯u}kdģŽ&TĪ@zŸÂ“ijʌ\ĸŽËV ž+˛S„Šg÷ĀųŌÅâģ8xæÜ¨#ô5ÚΟ¨âm~FnŅP[^[Ū&ûy–Aß‘õĒz´īąË(¸ģ5fQE1Q@Q@MúŠ~‚ĄŠĸ˙U/ĐP4QEQEQEQEQEQEQEQEQEQEQEQEQEQEjĪĢūV­Yõ€+?ßo­%+ũöúŌPEPEPZQĒO÷Ef֔_ę“ũŅ@ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(:_õ¯ūņĻSå˙Z˙īeQEQEQEQEKoūŊi×_ëŋ mŋúõ§]Žü( (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˜ĮĢŊPÔÃū=[ũꆊ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Ĩˇ˙^ĩKoūŊhnŋ×~ Muūģđ¨hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Š­ūûējšßīˇûĻ€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģk˙GčTĢk˙GčTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ‚öålėå¸nˆšĮŠė?:MŲ\q‹“Q[ŗ/\×€û=ž ÃOdã\t˛É4†I]ÛĢ1É4M+Ī3Ë#nw9'Ū™^mJŽlúü&xYoՅQYdĪ-´ĸXddqĐŠŽĶD֗RĘ— rŖ:0õÃÔļ×ZÜĮEĻ˜QE(ĸŠ*hŋÕKô MúŠ~‚€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢV}_đĒĩjĪĢūYūû}i)_īˇÖ’€ (ĸ€ (ĸ€ Ō‹ũRē+6´ĸ˙TŸîŠuQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@$‰ĖŽB62{S|Š?¸ß•:I\Jā;c'Ŋ7͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųАFë2’¤Ĩ-ĖnŌåT‘ŽÂ’ ĻPX‘õĨš‘Ö\+1ØĐ^TŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆüĒQũ™†ĶŨ1Qy˛}ŋ:”H˙fc¸įw\Đ^TŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆüĒH#u™IRŌŖķdūû~u$;L ą#ë@ s´š HĮaQyRqŋ*–æGYpŽÆĸķdūû~tyRqŋ*<Š?¸ß•lŸßoΏ6Oīˇį@•'÷ōŖʓûųQæÉũöüčķdūû~tyRqŋ*<Š?¸ß•lŸßoΏ6Oīˇį@•'÷ōŖʓûųQæÉũöüčķdūû~tyRqŋ*<Š?¸ß•lŸßoΏ6Oīˇį@•'÷ōŖʓûųQæÉũöüčķdūû~tyRqŋ*–ŨY˛¤|§ĩEæÉũöüęX$vfËōžô•'÷ōŖʓûųQæÉũöüčķdūû~tyRqŋ*<Š?¸ß•lŸßoΏ6Oīˇį@•'÷ōŖʓûųQæÉũöüčķdūû~tyRqŋ*<Š?¸ß•lŸßoΏ6Oīˇį@•'÷ōŖʓûųQæÉũöüčķdūû~tyRqŋ*<Š?¸ß•lŸßoΏ6Oīˇį@•'÷ōŖʓûųQæÉũöüčķdūû~tyRqŋ*˛Ēßd+ƒœ*ˇ›'÷ÛķĢ*ÍöBŲ9Áæ€+yRqŋ*<Š?¸ß•lŸßoΏ6Oīˇį@•'÷ōŖʓûųQæÉũöüčķdūû~tyRqŋ*<Š?¸ß•lŸßoΏ6Oīˇį@•'÷ōŖʓûųQæÉũöüčķdūû~tyRqŋ*<Š?¸ß•lŸßoΏ6Oīˇį@•'÷ōŖʓûųQæÉũöüčķdūû~tyRqŋ*<Š?¸ß•lŸßoΏ6Oīˇį@•'÷ōŦ/—‹HU*@yBœũ ū•ģæÉũöüëÅJķhû‹#‘XäũGõŦęü ęÁ[ëŋsˆĸŠ+Ė>Ä(ĸŠ(ĸŠę´nŌËGŠ;‰˜Ĩ€E8ÎjSâÛ<ņäzārVË4’G,˛„¤į+ŨÍŋ‰4éØ)‘ĸ'ūz.æ8­tV‘ ,¤dČ5åõŖĨëWz\ƒĘ‘Œ$üŅÁúzÖ—xäÄdņĩčŊ{3Đ|Š?¸ß•TŸÜoĘ ´Ôí˛O ŦQŊųĐÔūlŸßoÎēĶž¨đeg¸yRqŋ*–8ÜE(*r@Į›'÷ÛķŠc‘ĖR’Į sLD^TŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoʏ*Oî7åG›'÷ÛķŖ͓ûíųĐåIũÆü¨ō¤ūã~Ty˛}ŋ:<Ų?žßTŸÜoĘŦZŖ.ũĘGNĩ_͓ûíųՋWfßš‰éր h¤,~FëéIåIũÆüŠZYēúŌy˛}ŋ:<Š?¸ß•TŸÜoʏ6OīˇįG›'÷Ûķ ʓûųQåIũÆü¨ķdūû~ty˛}ŋ:<Š?¸ß•_Œ×¨y˛}ŋ:ŋ&$'Ž:Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  éÖŋûƙO—ũk˙ŧi”QEQEQEQE-ŋúõ§]Žü)ļ˙ë֝uūģđ (ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*a˙­ūõCSøõo÷¨(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ –ßũzÔU-ŋúõ ē˙]øT55×úīÂĄ Š( Š( Š( Š( Š( Š( Ļˇûíūé¨jkžßŠ( Š( Š( Š( Š( Š( Š( ­¯üyĄūuR­¯üyĄūtRŠ( Š( Š( Š( Š( Š( Š( ĸš.m¤ūëŠSRŅFãM§tyĩÕ´–—2A(ÃĄĮ×ŪĄŽīXŅãÔâ K…+úûjâîŦî,Ĩōî"d=‰č~†ŧÚ´œ‘õ˜)vcŠ…_ųęÃ$ũøÖˇ÷sœËs+}\âšå‰ŠŅjz´ršĶW›åüĪGĸŧÚ;˘Žc¸•ŗ‘[6(š…‚]:?ī†ãJ8˜Ŋô\ĸŦUāīø…ŊĖWp,Đ8tn„TĩŌĪ)Ļ˜QE*Ú˙Į‘úįU*Ú˙Į‘úį@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ)’EČRTWSÕXdSč iÛTeÉáí2CŸŗí?ėąąxLˆä[n?íą?ĨiŅQėáØÛëUínw÷ŗ…ņēÛęî#*˛…cŌ˛ĢŽņ]ĸŊœwyĸm§'¨?ũë\pVƒŒŲôŲ}uV‚×UŖ (ĸ˛;‚ŠŠy„KęĮ Ē/+šË1>Õ߅ËęW\ײ>_:âŦ.Y?cnyõKKzŋøŊŧF{ˆĸ]Ä×Ĩ׏C<ļōŦ°ČČęrNŽëÃ~&:ƒ‹;Ü Œ|Ž8íZíūĪ•Úw>{ũjŖ™Ô9C‘ôÖéßÎËō:zš/õRũCSEūĒ_ ŦŽâ(ĸ€ (ĸ€ (ĸ€ (ĸ€ ÍÖuEĶ-wgá˙3íZUÂx‚äÜk üą~íGĻ:ūšŦkO’:Ų~W­ilĩ3įž[™šYœģˇRj:(¯8úĒVA[ē¸ö˛­ĩ˖ˇc€IûŸũjÂĸĒqwFU¨Â´&Oĸŗ´;“u¤@ėrĘ6ôãųb´kԋēšņĩ éÍÁô (ĸ™EPEPEPEPEPVŦúŋáUj՟Wü(ŗũöúŌRŋßo­%QEQEĨú¤˙tVmiEūŠ?Ũę(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€3Ĩ˙Z˙īe>_õ¯ūņĻPEPEPEPEPļ˙ë֝uūģđĻÛ˙¯Zu×úī€ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Š‡üzˇûÕ L?ãÕŋŪ hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*[õëQTļ˙ëրëũwáPÔ×_ëŋ †€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ šßīˇûĻĄŠ­ūûēh(ĸ€ (ĸ€ ãŧIĒ5ÅÉŗ‰ą Gâoūĩuws}žÎiŋįšü…yģĖXœ’rMrâfŌå]Og(ÊÍ՗MŊDĸŠ+ˆú ĸŠ(ODÕNŧ˜ų8ô÷Žķ­y…wúÁ¸ŅíŨŽX.ÃøWfoXžq‡J՗Ŗ4(Ē’ęv0˛]Äu˛iąęú|§ y}ÛÎēyŖÜņŊF¯Ęíč]Ģk˙GčS0AčE\_øō?CüęŒĘ”QEQEQEQEQEQEQEQEQPÜ][ÚGæ\L‘'Ģļ(Jû RQWnȚŠÁ—ÆDM…–I=Ō3ũqK‹ô‰[ 4‘gûčĻk_cS~Vq˙há/ËíŪŒO_3ŨAd§å|Æ˙xôü‡ķŽ~ Ā,‡×ÖŦø–â;­~æX¤Y#;v˛œ‚6ŠÉŽŲa)ÖĸĄ#æŠį؜cRŊtŨščŌŅĀfĩ˜“HŸuŽ=*OĩËūĪå^TōšÉû­4}ļŽđëBQ&žûūˆm˝Ŋ¸¨ŠY‹ącÔŌWŊF”ãČüÈúÎ*ĨküRoīaRA3ÛĪŅœ¯øPgûíõ¤ĨžßZJ(ĸŠ(ĸŠ+J/õIūčŦÚŌ‹ũRē(ÔQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEgKūĩ˙Ū4Ę|ŋë_ũãL Š( Š( Š( Š(  m˙×­:ëũwáMˇ˙^´ë¯õ߅AEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPSøõo÷Ē˜ĮĢŊ@ŅEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQETļ˙ëÖĸŠm˙×­-×úīÂĄŠŽŋ×~ QEQEQEQEQEQE5ŋßo÷MCS[ũö˙tĐ4QEQESՔļ“v_)é^y^œĘeX`Šķ›ÛW˛ŧ–ŨúŖ`QØ×*;3ŪÉĒ+JŸ]ĘôQErčQEUļÜ Qj%e„vƒŒį×ÖĢŅBmâĨē (ĸ‚‹–:ÖžāÁ)ÛŨ* ī´^ SMmŸ,Č>xÉä{ûŠķZŗ§ŪɧŪ%ÄDņÃī/q[RŦāėö<ünâÜUĨũnz5ȤYĸIPåCėiõčŸ(Õ´aEPEPE1åŽ?žęŋīR¤‰ Ę:°ö9ĸãŗĩĮQE(ĸĢŪŪÃalĶÎØQФú M¤ŽĮš5îXĻŗĸœ3¨>æ¸{ũ~ōõˆG0ÅŲāū'ŊeIÉ95Í,ROD{4˛iÉ^¤­øžŸœŒŠ+Ííī.mt˜Îk”ø›­ŨéúMĻ™§ģ%æ§/”Ŧ§(Æ@=‰,Ŗņ4ÕøQáīė˛˛Jo6`ŪyģŽÜíÆ{cühģĸ¸O†ZÍåŪŸ}Ŗę.ĪwĨËåc“ˇ=đTĻ+ģ ģ¤hĪ#*ĸŒ–c€U´Õ´Ûų;=BŌá×ĒÃ2š€5ĀxŠĻņoí|&ŗIn‚kąÁcÜū@ô,hņo€4Ũ#C“WđúMe}`Á’VmĘ:õ' ž=(ŌęŪĢ§X:ĨæĄklÍ÷Vi• úd×;Œ øk˙ !UķÅž ã7vΞ›šúV„< §ëz"ë^!I¯o¯ķ.^V]ĒOÉ#ŸÄPĨG"KÉĢŖ †SGևtäeTQ’Ėp¯5đםā˙ˆSx[ΒM2ō35¨äĄÁ?û+ëKâĻ›Åž?ĩđšÍ$Zuē ŽÄgŽ7søĐą ūĶVĶoähėõ K‡^Ģ Ęä~ÕĘķOøMŌ495¤ÖWÖL%fÜŖ¯Rp@ÉãŌģ? ë_đ͎¤ā %Ķz’­úƒ@QEgKūĩ˙Ū4Ę|ŋë_ũãL Š( Š( Š( Š(  m˙×­:ëũwáMˇ˙^´ë¯õ߅AEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPSøõo÷Ē˜ĮĢŊ@ŅEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQETļ˙ëÖĸŠm˙×­-×úīÂĄŠŽŋ×~ QEQEQEQEQEQE5ŋßo÷MCS[ũö˙tĐ4QEQE‘ŽhãRˆKÂ3üCŌĩ詔T•™Ĩ*˛Ĩ58n3’'†FŽD(ępTŒL¯DŧĶm/×#Ŗ~5‹/„c'0Ũ˛GLūŧW°Ō[j}ڌ—ī4g+Eu1øAAũåá#ŅcĮõĢíĄŲÚé÷ [Ĩh˜~[8ũ? K>ĨĪ5ÃĻ”]˙¯3‡ĸŠ+Ō (ĸ€ (ĸ€;¯JeŅa’„¯ëZĩ“á¸Ėz,D˙3~¸ū•­^Ĩ?‹ˇˇģ°¤$($ęM) “€+‰Öõ§ž• …ŠÛ)ĮĮî}ŠT¨ ŽĘÂa'‰Ÿ,vęÍËĪY[ąHˇNÃûœ/įXWŪ#ŊģĘÆ~ĪĸOÔÖ=Ã:ķ‘ôTręĩĩߘŦʼn,I'Š4¨íF*ÃĄ›Edw[Ąģ§x–æŲ‚]<^§īĮŋã]tĮs Í ‡†Aæ•ģá­E­īĢˇîĻ8ÍÛķéųWUÍ>Y>a—ÂPui+5ø•pŪ ŋkÍEĐŨBJ(÷îk¸cĩ ô¯2$ŗNIäÕâ¤ŌHæÉŠ)NS}?Q(ĸŠâ>ˆ* ŗˆqęqSÕ{ą˜sčk§oŦBũĪˆyŋ˛ëōīĘūîŋFŠ(¯­? (ĸ€ (ĸ€,ĻŸy%°šŽÚG‡$oEČzãĨW ŠÁC^‘áL^„‘1™˙\JÜĀÎq\2ÆrÉÆĮĶQáåZŒ*)Úé=¯úŖÉ­tĢûÖŪŌWøļá3Åuú/ƒãĩu¸Ô Ë åb¨úú˙/­uTV1sš˛Đô𙄔æųŸžßpQEĘ{SEūĒ_ ¨jhŋÕKô Q@Q@Q@bxžé ĶHpfm§éÔ˙JÛŦBĪa dG&°"ŗ­~Gc¯ĸņRîqôQEy‡Øtēdž’ØŸ’EČã˙­šįëoÂ𴚷˜ËO׊ŌųՎLr‹ÃĪ›ąÚQEéŸQEQEQEQEQEQEQEjĪĢūV­Yõ€+?ßo­%+ũöúŌPEPEPZQĒO÷Ef֔_ę“ũŅ@ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĻĢ˙ {ßú÷“˙A5Į|"˙‘-ŋëîOäĩØęŋōŊ˙¯y?ô\wÂ/ųÛūžäūK@~ Čûá ˙ęūŌŋú5?úÕéUÂüNŅnī´Ģ=SOF{Ŋ2_4*Œ§;āĒŸĻiëņOÇG;‹™6›~˙îįüs@ž˙’âŨŸsÎ|ũ|Ã˙ׯJŽᖏymaŦę(ÉuĒMæíaƒˇ$ƒí’Äũ1[ēo‹´íSÄWšē\ ģ@æBčŦāįԎÔÉøwūKOˆ7ũīŗŋœ_Ōģm˙„_Wß÷~Å6~› pū(Y|%ņ ×Å^TĻŨ †íŖÚqˇŸÉHõÁŠ<_ãÍ3SĐeŌtžúūüy*‘FÃjžšČFF=č›M˙đĸäūīÛ?Mãú×ĒxWoü":6ŪŸa‡˙@ƒØ|3˙„p•ûAˇÉ9ãÎŨŋ¯Ļî>•‹āīéēF„š>ŋ3ØßXf&YccšAã ãԞ)˙’ÃáŊŸÉ\ũ7I˙×ŖÃŋōZ|Aŋī}˜íüâū”žķĻ"V‚;7–Ę%Ũ#ĸV8Ē˙Úz>qöÛl˙×A^e,ŌÎå呝v94Ęæx§ŅŧrXÛŪŸāzÂKe*îŅĮĒķNͯˇäkĘ"šXwôƒÚĩĨIÍų8Ül0ņi?{ĸ4 ŠÎŪŪ8ScPŖƒÚ¤Í¯ˇäjĨé&ÛnėĄâ›Čm´fHqæLÂ0Fx˙Ãņ¯?Ž§Åųōí=2ßŌšjķņķąõTpÉŽˇ˙ ĸŠ+Ō (ĸ€ r9ŽEu8e ­6•TŗQ’N OĖõxäĩ’%|™AčkĖ5 cg¨OoŲ…÷å^‰yq"u@Ŧ_hæųŸũú ūø˙ī¯MĘ7[Ŗæ2ÜLhÕq–ĪúGE+)V*Ā‚=Š+€úpĻē‡B§¸§V–“¤KŠN8+n§įč=ęĄÍĖšw2Ä:~ĘJ¯Â՟ĄĖ:”bŦ0E%z&Ŋá¨ĩu{Pą\DģW°eøם××PŦĒFũzŸƒfx `ë8ũ—ŗō˙5Ô(ĸŠØķ‚ŦØYɨ_EkŪ‘ąŸAÜūZēMåëá0?{/õū•$ã$t`éFĩxSžÍ¤zU´6Vļą[ÆČĐ āôĨͯˇäjĨáî~˜’Jȡ›_oČŅ›_oČÕJ(o6žß‘Ŗ6žß‘Ē”PŧÚû~FžĻ ­ˇĮÍÖ¨ÔŅĒ—č(\Úû~FŒÚû~FĒQ@ķkíų3kíųŠE[ͯˇähͯˇäjĨo6žß‘¨Ž!ąēˇ’ @(ëƒÁ¨h i´îŽTŌ'Ķ'e`^ü’Áū†ŗëĶ™UÔĢĘz‚2 RmNfÜlâĪ°ĀŽ9au÷YîQÎmUŽžG mk5ÜÂ(#gséÛëé^…ĸi–ēUˆ˜<ĪķHø=}°§Ã6鲒5ôE¤­iQPÕîqãs b"V‰o6žß‘Ŗ6žß‘Ē”Vįœ[ͯˇähͯˇäjĨo6žß‘Ŗ6žß‘Ē”PŧÚû~FŒÚû~FĒQ@ķkíų3kíųŠE[ͯˇähͯˇäjĨo6žß‘Ŗ6žß‘Ē”PŧÚû~FŒÚû~FĒQ@ķkíų’#Ī—øÕ ĩgÕ˙ q6Ų9Æ~†“6žß‘Ē¯÷ÛëI@ķkíų3kíųŠE[ͯˇähͯˇäjĨo6žß‘Ģ ŖoLqY•Ĩú¤˙tP¨ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠGE‘C+ # J‚ÎÆĶO‡É˛ĩ‚Ú,îŲ a>¸bŠ*‰Ņ4ŖuöŖĻY}Ŗ9ķ~Îģķëœf¯Q@sZv’ßđšŪęë§%”"ÜÛÚĄŽ\žæííĀäōkĨĸ€$i,mˆŽŒ0Ęà ĨU´Ō4Û –zuĨģž­ *„ū UĘ(ĒwzN›"Éy§Ú\ēôiĄW#ņ"ŽQ@ Ž4†5Ž$TEUQ€°ĸHŌXÚ9]a•†AJuNĶHĶl$2Yé֖îz´0ĒøW(ĸ€ (ĸ€3Ĩ˙Z˙īe>_õ¯ūņĻPEPEPEPEPļ˙ë֝uūģđĻÛ˙¯Zu×úī€ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Š‡üzˇûÕ L?ãÕŋŪ hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*[õëQTļ˙ëրëũwáPÔ×_ëŋ †€ (¨Žfö˛ĖzF…ŋ!CĐi6ėŽcÄÚĄ’Sc aũaĪ§á\å9Ũ¤‘ÎY‰$úšmys›œŽĪŗÃЍ j (ĸ Ü(ĸŠé<3Ē2J,&lŖs=ĨuuæQČŅH˛!Ã) Ąé6ō‰íĸ™zH‡â+ģ ;ŽWĐųŧÛĄQTÚüÉ(ĸŠé<€Š­ūûējšßīˇûĻ€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(¤e ĨXPih  ét-6c–ĩ@Ø%•6?鑜‹`ĮũĻ'ú֝΍ūŗY+sŋŊŒŽ(á@‘ĸĸŽŠŖ¯/üyĄūuR­¯üyĄūuf ßVTĸŠ(ÄÖĻ}/ĖQ–…ˇ~ųöŽ*Ŋ9”:•` ‘‚q\.ŗ¤IĻÎYAkf?#z{ãÄĶwæGŋ”bcËėeŋC.Š(ŽCÜ (ĸ€ Ųđæž×wë;ÜĀwęŨ‡õĻiÚÕë‘L0÷fŸ ŽÎÖÖ+;u‚ڋúûšéŖEˇĖö<ŒÃAĶĻī'øQEÜ|ŲF÷H˛ŋ;Ļ‹}8oūŋãY/áK|—nĄ@jũöŋifÆ5&iGUNƒęk)ŧW9?%´`zMmēĨUÍËúÔ+bĄBM/ëšzÛÂö0°iZIˆėĮō´‘¤H5 Š0FŽzßÅHĖÍšQũä9ũ+zŪ樄°HqS<$č|Qą–"uæīUļK^Cyn֗ŗ[¸ÁĘūFŊzšOø}îĪö…šn” KęĀwõžĒ„ŦúŸ3Ÿ`įˆĸ§M]Įō{œ-AÁāŅ^Ąđá]‚íš]oÎĮË d“îxĖūU…mm5äëŧm$ŒxU¯LĐtuŅėD†™ÎéXw>ƒØW6*ĒŒzŗŲÉ0S¯ˆK{ąÖū}ŠEW’}āQEQETŅĒ—č*š/õRũCEPEPEPEPEPEPEPEPEPEPEPEPEŒÁTą8dšĄĒęĐéq Ã|­÷#¯šôÉÜøƒQ¸bDæ%ėąņĮ­Tžģ{ëÉ.øĐv^ŧę•Ĩ'ĻĮÕa2út œÕähCŽjP0"éÛŲū`:ė<9¯Å¨;A(\‘ŊŸŸá^OŠW†T–6*čC+Ɣ+J,ŧN•hŲ+>įĻŋßo­%AgsöË8Žq1rGĄīúÔõč§usäåâúQLAEPZQĒO÷Ef֔_ę“ũŅ@ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(:_õ¯ūņĻSå˙Z˙īeQEQEQEQEKoūŊi×_ëŋ mŋúõ§]Žü( (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˜ĮĢŊPÔÃū=[ũꆊ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Ĩˇ˙^ĩKoūŊhnŋ×~ Muūģđ¨hĒŲ#EēĮ÷?­_¨/ ûM”đwt*>¸Š’ŧZ4Ŗ%‘“čŅæôRTFāŠJōˇ (ĸ€ (ĸ€ ô“ŖZįūyŠķõRĖFI8Ŋ"ŌŗÚCüķ@ŋŽŦ*ÕŗÅΤš#2j(ĸģOž šßīˇûĻĄŠ­ūûēh(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ļŋņä~‡ųÕJļŋņä~‡ųĐJ(ĸ€ l‘¤ą´r(ta‚Ŧ2 :Š;õį… •‹ZĘa'øXnãYįÂwŲâkr=w7øWcEbčAô;á™â`­ÍS™ļđ ÕÎG÷cÔ˙…nÛéö–ŠņĄÅˇŸĪ­I%ÍŧGOFp)c¸†cˆĻ˙Ũ`kHŅPWHĘļ*ŊočIEUĄ\÷ˆufƒũљuŌēp3^us;\ŨK3uv-^†]AT¨å-‘Ņ†‚”ŽúQEīž€UŊ?P—NšÆr§ī§fRŠ™EM8Ëa4šŗ= ’âš3”qjJÂđŧæK !'>[ņô?ũ|Öã2ĸ–f  d’p|Ŋz^ÎŖ‡c˜ydâg_č:nĸÅįļaęčv“õĮ_Æŗ×ÁZRļI¸aũŌã Š.üOLRÚ#1ÄNŅT×Åsîų­Ŗ#Đ+ĒžËĻŸ3žyM¯žTÕũ‚ËN´ĶãŲkn‘ԁÉúžĻ­V]†Ŋk|Â3˜Ĩ=čkRš*Âp•Ē-MU%Ir%dQEfEPEPSEūĒ_ ¨jhŋÕKô Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Et…í&EûĖŒ×-1§gsĖ(­}Kkļ™ũSGđŸJČ¯*QqvgÚŅĢ°SŽĖ(ĸ´4}*mZõaŒæGėŖüi$Û˛*sŒ"å'ĸ:Ũ4K`ŨpOāXšŌ¤XÖ% Â ÚŖĐ ZõbŦ’>.ŦųęJ}ÛaES3 (ĸ€ Ō‹ũRē+6´ĸ˙TŸîŠuQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Ō˙­÷2Ÿ/ú×˙xĶ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([õëNē˙]øSm˙×­:ëũwá@QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQETÃū=[ũę†ĻņęßīP4QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE-ŋúõ¨Ē[õë@ uūģđ¨jk¯õ߅C@Q@g‰4ÃkvnŖ_ÜĖrqü-ßķëXuésCÄ-¨`ƒ\~§áۋFi-ƒM^ĖŋQßë\5č´ųŖąôY~aER¨ė×âbQGJ+˜öBŠÉĀ­Ŋ/×l˛\††¸<3~ĒŖ'deZŊ:1曰ī i†æč]Čŋšˆüšū&˙ëWeL†íáXĸ@ˆŖÔúôiĶP“Åâ^"§;Û QEĄĘ5ŋßo÷MCS[ũö˙tĐ4QEQEQEQEQEQEQEmãČũķĒ•mãČũķ  ”QEQEAww •ģM3aGAܟA\…ūģwxÅUĖ1vD<ŸŠĻëzžŋ`§÷1’¨?™ŦÚ÷°x(Â*sW‘ßFŠŠŧˇ PH9w¤ĸŊ¤×ĶüAshÁ'c4=Ø} uÖ÷]@ŗBÁ‘ēķĒŲđî m¯EģŸŨLqFėĨy˜ÜeR Í~'-z)Žhîv 7)ŖæîĨ‘† œôšãŧC§ĩĩé¸AûŠŽsčŨĮõŽ|˛ĸŒÜS<,’“]Ėj(ĸŊŗ¸(ĸŠé|(ņ´Ąqæ6Ōš?ãUüEŠ´×Î6ÄQŸŸÄßũjņi-æIbbŽ‡ ŠIÉ#;}æ$Ÿ­r,*úÃŦõ˙3K÷œėmQ]fÁ]—‡õ&Ŋļ0ĘŲš.įø—Ö¸ÚÖđã”ÖGGVōĪôŽLu%R‹ouŠx)AųĨQ_6yĄEPEPSEūĒ_ ¨jhŋÕKô Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ ’4š6ŽDŒ0U†AŦ+ ZHÅ –Hsü?xoŅS(F[Ŗj8Š´‡+ė>ˇVk™$ŠĄÆēm*ÖHš(#TAŽzŽ­Yõ”iÆ;!ÖÅV­üI\Ŧ˙}ž´”¯÷ÛëIV`QEQEĨú¤˙tVmiEūŠ?Ũę(ĸ€ (ĸ€ (ĸ€ (ĸ€2/ŧWáÍ.íí5 J´šL†âō8Ũr22¤‚89Ēßđø?ū†Ŋ˙0˙ņUāŪ9Ņ-|GûH"øČ-ŽžÄØly x8>•č?đĪ ˙žÚˇū/˙@•§ë:^ŽŦÚnĨgzŠļdĮũōM^¯™~!ü.›áœŪ'đÎąx"†eFķ b'ŖPRx#Į\ņîŪņ#øˇÁ^ĩ*ĒĪqķ(9úĐÚ*Ŋåũžžúî XGY'"ūfŠŲx—AÔĨXkzmԄā$H䟠4ŠEPEfIâ= ī°Ë­iÉyŋgk¤gĶnsWŽ. ´įšš8aA–’F Ē=Éé@ŅYļ!ŅuYLZvą§ŪH:ĨŊĘHGā¤Ö•QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEgKūĩ˙Ū4Ę|ŋë_ũãL Š( Š( Š( Š(  m˙×­:ëũwáMˇ˙^´ë¯õ߅AEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPSøõo÷Ē˜ĮĢŊ@ŅEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQETļ˙ëÖĸŠm˙×­-×úīÂĄŠŽŋ×~ QEQEV¸ĶŦîŽgļÛûØįķĒŸđŽéyĪŲŋ1ŋÆĩ(Šp‹ŨĮV Ņ“_6VˇĶėíN`ļûÁyüęÍSI-ˆ”Ĩ'y;…QLĸŠ(Š­ūûējšßīˇûĻ€!ĸŠ(ĸŠ(ĸŠ(ĸĒ_ę6út>díÉû¨:ˇŌš›Ÿ^HÄ[ĸBŊ˛7đũ+9Ռ7:đø*ÕÕā´îÎƊá“ÄšĸļLęãĐÆŋĐVƟâˆĻqâ˜ô‘~īãéQD$ėmW+ÄS\ÖŋĄĐŅ@ Œƒh­Ī8(ĸŠ*Ú˙Į‘úįU*Ú˙Į‘úį@(ĸŠ* ŲL6ĢõÅOP^Äfą¸ˆuhØŽ*ĄneqĮusĪ(ĸŠúĶ× (ĸ€ UbŒN9’Žũ@÷4="7ķ#Wūđ›<ÜÂŅL‘†5ĨŨ¤ČąÛŨC)U oåVkäã-3RÖ,á5}=tÛß%ē˛‡’1úU é|UlqtęØúwÖšĒú\%WRŠ“zžĨķÂīpĸŠ+ Ô)ČÍ-#+Bû]H8ЌŌ¸ąXĨ‡Š?…Ũ?]-ú›R§íKqhŖ9ĸģ”•ÖÆM5Ŗ Ôđë­B=C#YD[^ˇiu'¸#å‰:ûž?–kĘĖą°„}Œ]ä˙ÔŠRũĖ§-’üNƊ(¯ņŠ( Š( Ļ‹ũTŋAPÔŅĒ—č((ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ĩgÕ˙ ĢVŦúŋá@ŸīˇÖ’•ūû}i(ĸŠ(ĸŠ(­(ŋÕ'ûĸŗkJ/õIūč QEQEQEQEķg‹u;=öšQÔ'ZA$ ,Ŧ <…ãšõŋø\>˙ĄŽûķ/˙^Gã &Ë\ũĻLÔaķėî–=ėģ‡§ĒGNÆŊSū—ÃĪúŋōvã˙ŽPšü^ø­Ŗø¯CO ølÍ{į΍,ūS*œT€Ä–ĮnŨķĮŽ|1đõĪ†>i:eâíģTifOî3ą}ŋQ? ›Aøsá ]‹­'Cˇ†å~ėÎZW_÷K’Gá]E|‹ā;Ä,—Sđ~r,ėī&:…ŅĪ&@\š-Ķŋ5î'†4ī‚ū ×ĩ5Ŋšøybf¨@Π…QŽ™fŊqŸŗ|joü[!rĩēƒėLŲūBģŽžgü*}OfvųoúyĢũq@māo^üZžëÅž0ÔŽšŲå1ÁLž:íČ!PtNzc›~>ø@ž ĶŠŧ¨_A6žD’ÆŌe•sË#ÁÎF~‡Ōūy_đŠô'|š3īy¯Ÿ×5ŋâ˙+ū­{ĪĮ•ũqŋ>ž[f€1ŧãxüMđō/ß2Į%ŧnˇÅG ŅŒŗ~# ŽŲÅy†t īŽ~'Ôu˙^\ÁĸÚIå[ÛÂÃ#<„\ä 8É$~ đŲ§|qŗ;s>?īĘîũ+ĩũž<ŋøVĶlûßÚ2īúėOéŠįŧeđČü9ŌæņOƒoŽĐ@†;ÛIßzË |­Đ œsę"ļŋgų'ڇũ…d˙ŅQW}ãī/ū߉<ßšũ™qųųm×ĀūÎōOĩû É˙ĸĸ 5Ũ¯Ũü^ņfáŲ7zÅäöŌ\#ɈHYÎGN3×°äŠöo‡? í~^Ī|š¤×ˇ7y2nˆ"AČ'ˇ­pß ŖWũŖÉdŽ“ØqĐįđŠĶ⟎|uĢ\ÚøD,`l5ŨĐąØ’Ä*įû¸&ĒøˇÂ?/ŧ%ĒŪxŸÅļĸÆŪŲį{;EĮ™´nÚÛQF8îOã@÷Á­~ûÄ?,î5š{˜${s+œŗ…?)'šÁ=ņ^?ai­j˙ŧSĄč÷Í`5ŠãģēAķĮÉšļķÁ$ø×ĨūĪŋōL‡ũ~Ë˙˛×1đāÆFxĮũËŋũXņˇĀ¯éŪ ŋÔ4yo#žąˇkĶKŧL`F:1ŽkøoáŊ[âļ›^$Ö/Ãú6 †ß ,‡žO?t2rp@æŊįƟō"ø‡ūÁ—?ú)ĢĪ?gų'—˙ö“˙EE@/ŏ†ÖáĶ ˙‘Ãŋö ļ˙ŅK@´QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEgKūĩ˙Ū4ʚH¤21pIĻų2pĐtTžLŸÜ4y2pĐtTžLŸÜ4y2pĐtTžLŸÜ4y2pĐtTžLŸÜ4y2pĐÛ˙¯Zu×úīˆ"u™IR:â7irĒHÅVĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#Š‡üzˇûÔß&OîF˙feÚsģĨWĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#ĸ¤ōdūáŖɓû†€#Šm˙×­'“'÷ >fRT@ uūģđ¨j=GSąļœ‰nĸV•Ũ’?T—^Ķ°.×>ęGķ.qZ\ÕPĢ%uoFhŅI [˜÷ĀË*yúTžLŸÜ5Fm4ėČčŠ<™?¸hōdūá Dtב"Bō0TQ’Ėp:oôxi~HĐe˜öÁjÚŧڜÄd¤ ~H˙Š÷ŦĒÕTיŲƒÁĪ-4Kvo^xĒÚ&+mLGņĩÆŗÅwäüąĀŖũŌ­aQ\R¯7Ôú yn ܡõ:|[r§÷Öņ8˙`•?Öˇ,5ģ=@„G1Ęå›đOĶÖ¸* ä¨â&ˇÔŠŲ] ‹Ũ\¯Čôú+đö´÷LļW-ē_ųfįøŊŊtŪLŸÜ5Û ŠĢŖį1'B|“#Š­ūûēižLŸÜ5$ēŗeHųMY‰^Š“É“û†&O“É“û†&OîŽŖ¸-­äžC„E,jĮ“'÷ aøĢĖ‡FÁR’*ŸÔ˙J™Ë–-›aéûZą‡vrˇ’ßŨ<ōž[ ėŖĐUz(¯)ģģŗėãŖQEu>ÔŲķc+g1éÜWM^y¤ČŅę֌ŊLĒŋ™Įõ¯GōdūáŽü<œŖgĐų|֊§[š=HčŠ<™?¸hōdūᎃĖ#Ģk˙GčAäÉũÃVUZÁŨƒÅRĸ¤ōdūáŦûũRĶM;n$ğķÍyoˡãI´•Ųp„Ļų`ŽË•Vúū >2vë÷TuoĨc?‹Ą ōZHGŠ`+žŊŋ’ū委ōzĘ=+\,¨TŠiÎČė†]_yÆČmĉ-Ė’F›˜°\įeŊ˛ƒ"žœĨ]†î9 ÚŪ†žš#ąåāsü&&¤Š_•§e~Ģē˙"z(ŖĨj{ĄU¯&ŲÁ÷›ųQ5âFCšŊēV{ģ;c’k•VGÉįŲí*tĨ‡ÃĘōz6ļK¯ĪōY‘ƒ)!‡ ƒČŽËÃ>&–YŌÂũ÷–â)O\ú_­q”ĒÅ2’‚;W ZQŠ3âpxʘJŠp~Ģščž*ŧōlRŲ~ôĮ'Øž+’VĪƒZū!•î?ŗî`Kj˛ŠæąkÂŖ˜UÂVijģĩā°°Ģ„„ãŖzܖŠ‹ņ?^~ĩę<ú—.wų_kVúĩũ|‡3gų×OqcũŊĨA{ÚŽÖãˇųõŽZģ_ G#é.B’<ãČWSž—Kļ{e›—8ĒĢáëmÂÁsī“YĒ5#¤%ĄœszM^pÔáŦ´ûBa“ũæ?u~Ļģ­:Â=:Ņ`“Õ›ûĮÖŽ%Š‰GÅŒOōdūá­)QP׊įã1ķÄûļ´{ŅRy2pŅäÉũÃ[tTžLŸÜ4y2pĐtTžLŸÜ4y2pĐu4_ęĨú o“'÷ In#9#Š¯EIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GEIäÉũÃG“'÷ GVŦúŋáPų2pՋTdŨšHÎ(ŖũöúŌT­ …ČzŌy2pĐtTžLŸÜ4y2pĐtTžLŸÜ4y2pĐuĨú¤˙tU&OîŊ"5¨€EPEPEPEPÎú×üm§ũvƒ˙IÅ}EQEāŋŗwü}xģũûoį5{Š4|OáGEļ%Ü&0øÎÆę­ø0đ­z(įøūķá,÷^ņ†tļŅĘd‚H”1LõÆH ‡¨ đs×<\ņīÅåņļ˜|+āŨ>úyĩ#–V ˞UyîN03õņĨéúŦ"FÆÚō râÁĻiÚ&“¤f™edī kt?] P3āOEáŋ‡IáËā˛Iu†ûiášA†û.>Ų¯#đŋˆožø›Qđ˙ˆŦî'Ņî¤ķ`¸…zã"‚@ ŒČ ~?FN%6ōVb§c0Č Ž3íšņo |SĩÔīĩ/üNļĶ­n`—ŦöŋēČČemۀ==?L€QņĮÄ˙øOŧ= øBĘíĄīq¨ŪΛ(#ØO]¸įƒ9ãsöqR>ߓßT“÷ę*Šņ âƒ4¯j…d°–ëQŒĀ°éŅĢpĖÅF:d×$WcđÃwøwaiyŠōr×3Fà ž÷ >ų >øg˙'ãO÷.˙ôĻ:öéŌkÕ´Č\$ˇ–s[Ŗ€ēõ­:(æŋ…_,~Ûę~ņE•Ũ¤ĸėÍŊbÜUļĒ•a×øAg95ĐxĮâuĮt-G@đ>‘{v5íä‘íXâ,gŠāö“Į˛j:Ģ˛ļ§¤Ø^˛đĻæŲ$#é¸ŗgei§Û‹{+XmĄ^‘ÃE€â€<[ö|ņn—ũ…˙ŗ<‹ĒyōΊ°ídÂķģ§āj¯Ãų8Ī˙šw˙Ŗã¯j´Đtk ĮŧŗŌl-îŸ;į†ŲÛ=rĀdօaøĶūD_˙Ø2į˙E5yįėã˙$ō˙ū²č¨Ģ×č !ũŖ?äŲØR?ũ-z‚ŋäCđīũƒ-ŋôRÖíQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEŸ#¸•Āvę{Ķ|Įūû~t˛˙­÷2€æ?÷ÛķŖĖīˇįMĸ€æ?÷ÛķŖĖīˇįMĸ€æ?÷ÛķŖĖīˇįMĸ€æ?÷ÛķŖĖīˇįMĸ€&ØĖ ą#ëNšvā12ßũzĶŽŋ×~˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoΏ1˙žß6Šw˜˙ßoÎĨßfc¸įw\Ô0˙V˙z€#ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻŅ@ķûíųŅæ?÷ÛķĻÕ;ũNÛN‹|íķē‹ÕŠ6’ģ*”åËv^ķûíųŅæ?÷ÛķŽ.ëÅ7˛ą*BŊ¸Ü^?JĻ5ŨLũ­ŗôáXũ]dQEsžą5ĩÔör‰mæxœwSŠę´ī,ĄcŊ-ôķųO×Ō¸ú+HT”69qJX…ī­{õ=AfgPË!*FA ÁĨķûíų× ë-e2ÛĖŲļsŽ€úũ+ĩŽúuÕŅķŧ,°Ķå{tg5âÍBMąØĢļog¯ ˙>ÕĘ֖ŋ!“[š'øHQøYĩÁV\ĶgĶ`i*xxĨÕ_ī (ĸŗ:Š( #´r+Ŗu9uŊNŋkën7œ˛üÃ=CúלWaá9 i˛ĄūN?+§ +JĮ“›ŌRĸ§Õ?Ėč|Įūû~u,ÅÛ,OĘ{ÖfĄŠ[é°ī™žc÷PujånŧM;0…ū·Œ'\}ÂējVŒ4g†ĀÖÄkeŨĮ˜˙ßoΏ1˙žßyŖ^\šË\LĮÔšŠāÕ¯íČ1ŨIF;‡äk%Š]Žį’ÎÚI\ôO1˙žßc˙}ŋ:į4ĪG;,WŠą9āH>éúúWC]œfŽ.žĨ rÔVæ?÷ÛķŦÄ÷4œ–1°“ôāū„Ö­#(u*Ā#â‰Gš-FŖ§R3]æ4Vžą¤ÉĻÜkv?#ú{zĖ¯.QqvgŲĶŠąSƒŅ…RĒ–`Ē bpīH˛ū‰OŦ[ūOĻ9¯AķûíųÖ&¤>4Ãũ"AČūčô­šôhAÆ:Ÿ+™b#Zˇģ˛Đw˜˙ßoΏ1˙žß6ŠØķĮyũöüęŌąû99Áį5N­¯üyĄūtÎëúܚ|B$?hg9ûƒÖ¸‡v‘Ëģf9$œ’jŪĢpnĩK‰IČŪBũŠ×›VŖœŽĀáŖB’î÷ d§9ö4úkŽäeõ¨ĻŌšlÛJ„ã Úvõą—E(¯´?ļ—îąCH]›ī1?SIE;—í'ËËw`ĸŠ)øĸyĨHŖRÎė@îM:ŪÚ{š„Vņ<˛áA“]Ī‡<0t÷—ģMÆ>D„÷ĪsYU­jīsģ—ÕÅÔJ+ŨęûÁ$×ôÆ=ŠLąŗ@‡ũÜũ+“¯N 0 €AāƒŪšMWÃ2#´Ö#zLYå~žĸžkIÉķŖö,Ģ pT&ė–ßäs”Sä†X[ląēFR*K{+›Ļ ųîrYŪĮŧįš›Đ„Ė“ĀŊz‘lú~™ ˆ`7>sÉŦÍÃâÍÅÅŅWœ}Õ„˙[Õۇ¤ãī3į3_õ¯ūņĻPEPEPEPEPļ˙ë֝uūģđĻÛ˙¯Zu×úī€ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Š‡üzˇûÕ L?ãÕŋŪ hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ­x–r\?;GÔöį÷W2Ū\<ķ6įcų{ č<]pwÛÛÆ „~ƒú×3\‰ˇ.^ĮŌåXu ^Ņî˙ ĸŠ+œõ‚Š( Š( Š( ģŨ čŨéŗē|Œ~ŸũlW]‡„ķũ›7§œŽŒ3´ėyYŧĄÍŲ˜^ ŒÅ­\gŖÃņŗ+ĢņU‰xŖŊA’Ÿ#ũ;Īų×)Y֏,ŲĶ€ĒĒaâ×M>āĸŠ+3°(ĸŠ+ĒĐ&K âî_ģŧ=x~ĩËĮK"ƃ,Ä(¤ÖūžĸĮO˛Ķđ ģûŸ˙Y5ĩ'Ëyö81ŠUpĄüĪđF-åܡˇ/<͖nŨ€ôV-ßVvÆ**Ë`ĸŠ((+ĢđÎĒŌ°ÎŲeˆŸOJå*[YÚÖę)×ŦlŽœÜ%s›‡Ué8=úzž•GJ@C(#ĄĖø—V`MŒ Ū°ūUę="äöGÉĐĄ*Õ8ŒÖü@˛´´čxyd ūĩÍQEys››ģ>ģ‡…r@)ņK$2 "vG^Œ§S(¨6jú3ŦŅŧEįēÛ^$<,Cī]ŗEeå‘Qv8¯3Ģ2ŨOtTĪ+HT`n=zšrúÅOe7cÂĮeŅOÚSŅuG_/‰4øΤ“ũÅ˙Scņ=ƒœ0™=ŲĀšã¨¯ĄūÍŖkjq}Zĸ[ŨÛŨĻč%Y|GÔVŠ˙Į‘úį^[ ŌA(’'dqĐŠŽãB×SQŗ{i°ˇ(šöqę?¸1X R\ŅÕõpî ëc…ēCÜČŨUØÎĄ­_,CY˜Åß˙ŪĮ5•_9VœŠË–HúÜ=ER”fē ĸŠ+3bÔE_x)ũ W­bĄ†Č5V[9ˆäzúlŽĩJԚkáę~WÄü3Rw‰ÁĢŠjâˇO­ģ§ũhSĸžĐʧ˜ÛōĨJŨ#oĘŊ3âžĢ_›—‘ßŅ‘ŅRũžlãËoʧ†Å‰ĖŧATĄ'ĐéÃe8ĖDų!Múĩdžfį‚Ŗ#TyˆųŠīkđŦ`ę>@ Đ=É˙ëW_^.*¤gU¸ė´?BĨ€Ž”pëtĩõz…Q\å…Q@Q@Q@Q@Q@"ÖŅE­ģm•ÆY‡UŪõĮ’I$œ“Ū¯ënĪŦŨę€â¨W›VnRw>ŋB4¨ÆÛŊXV˙‡õ‰ -'rĐ9ڄ˙íøVATBn.čÚŊփ„OŠĸ˙U/ĐUhXŧ1ŗueūUf/õRũz§Åĩgb(ĸQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@`ëēëXˇŲ­ąįã,ĮŸũzŪ¯<Ջ^ī_5ŋ,ņúV‰¸ĮCŌË0đ­UķęWP/ŋí“įũķĘˇô=~K‰–Ōđ‚í÷$é“čk”ŠmK ¸J}đ롚Ž8T”e{žî# J­7’=*­YõÂĒÕĢ>¯øWĻ|Yūû}i)_īˇÖ’€ (ĸ€ (ĸ€ Ō‹ũRē+6´ĸ˙TŸîŠuQ@Q@Q@Pzo˜ŸŪy‰ũáU(  ~bxQæ'÷…Tĸ€-ų‰ũáG˜ŸŪRŠˇæ'÷…bxUJ(ā`Ũij(>éúÔ´QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE/ú×˙xĶ)ō˙­÷2€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ˇ˙^´ë¯õ߅6ßũzĶŽŋ×~Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@L?ãÕŋŪ¨ja˙­ūõCEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPUou]>=×'ĸŽXũGĒę)ĻŲ™H #|ą¯Š˙ āŽ.%ē™Ļ™Ëģu&°­[“Ešé`r÷ˆ÷į¤2îŗ¨Ļ§zŗG"Ē'’súÖuW¤äîĪĻ§N4āĄQE‹ (ĸ€ )H*H`AA¤ Š( ģŨ ÔÚi0Ģ ;üė>ŋũlW; čÍ{2ÜN¸ļC‘Ÿã>ŸJí+ŗ M¯yžo‰Œ­F=7č˛ÆŅē†F ÷Äk$ēt†HÁ{bxoîûņŽæ˛üC1‡EŸođŸ™įôÍkZ QģčqeøŠ”Ģ(Įi;%Q^qõEPĐÕĢÛé/ŧ–”åãa?ŪäķúÕZ)ŨÚĸ&Ԟč(ĸŠEQ@SŖ(%C %7 ØëŽô žˆ’}ŸLYūYÂūŧöyYžG9f9'Ü×a>ągĨ\¤m“ĘoŨ¸Áéú×ßzŊzŠ<”™~Lđ˛ēr…isĢ1´QEyŧQEäëM§'Zí˯õ¨[š†"ŪĘWEWܞTO%´é4G‡ ÔtRi5f—™î%•ēģüÍ@SŌŸGJäÄāhâb”ÖÛ>Ļ´ĢJÃą uS†`Ą5ÜDƒīdú Ą#™˜õ&›^*Ę))k'câņ<{‰|ŅĄN+ŗw†…ƒy&ũˀ=)ī|į08äcŊTĸŊZQTĄÉ ōĶĪ3š9Uw—ŸåÛŅhHķË' į*X¯dA†ĮëU¨ĢS’wš…,ËJ§ĩ…GÍæī÷ßsZ)ÄŠģiZvKp)U \t§VÂâëIĒĩ-ËüĪØđÕ*1į\Ķļ­÷ôĘTGq]6‡Ž<’­ĨÛn-ÂHzįĐ×3J VČ"ģ*aiʗŗĩ’ÛČÆŦ}­ųˇ=&ŠŠÖS=¤2žŽŠß˜Škæšŗŗ<–ŦQE (ĸ€ (ĸ€ (ĸ€ (ĸ€8ßØ´7˙jUũÔØÉôaXUésÁĖ- Ȩ5Í]xIˇ“ipģOđËÛņá\U¨JüŅ>ƒ™STÕ:ŽÍÍ[Ķ,ŸPžŽnrįŅ{Ö´>šf}ÄHŋėeôŽŽÃNˇĶĄōā^OŪcÕžĩ4đōoŪØÛ™Ō„¤ī"Ø*hŋÕKô MúŠ~‚ģĪ™!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Žw_ĐäēŨÚŽéųĶ×ÜWEEDāĻŦÍ°õįB|đ<ØÚ\‡ØmåũŨ‡5ĐhZ Š:]ŨĻĀœ¤gŠ>§Ōēš+(aŖvÎúųĩJ°pŠĩ­YõÂĒÕĢ>¯øWAåŸīˇÖ’•ūû}i(ĸŠ(ĸŠ(­(ŋÕ'ûĸŗkJ/õIūč QEQEQEPz(= RĸŠ(ĸŠdŗEšDņ;`P4›ŅĸĢÁgrÛ`šŠFūę¸'ōĢ“O`”\]¤ŦQE1 û§ëRÔP}ĶõŠhĸŠ(ĸŠ(ĸ¸/†ž7ÔŧdÚđÔ`´‹û>ķėņ}w/<ļæ<ņÛŪĐEPE^ūö 7NšŋēbļöŅ<Ō°!TN^XĸŗĨmgI´Ôeũôx|q"đÃük™ŸÂW Įȸ×ũ°T˙Zėîŋ×~ŽęOĶɌâYÄöõ5ŅVœæ’<œ&'*tŪũÅ]ÚĩœæxŲ×īl9ĮĩAA$œ“’h¯9ųWŌ×rĖZėōîĻP: į•niž)pâ;đOjŒõá\ÕqŠ(Ŋ…l%ĘŌųžœŽŽŅƒ+ ‚W1âJ6QaÜÁƒ;z{T°mmŽ ”åQHŗę;ŸzÁ‘ÚYG$ŗI=ÍtU¯Í—SĖÁåΞ!šíŧÆŅEČ{EPZ:˛ŨjąDëē2pöÚk:ēĪ Xĸ{Ų ƒjgûŊĪųô­(Įšixęʕ >¯D`ęšdēeÉFÆ~ãö#üjzTöņ]Bbž0čzƒ\õĪ„Ũ”ëŒgdŋâ+Z˜vâqá3XJ<ĩ´}ú3–ĸ´n4-BÚ'–H–ƒ%ƒ¯OÎŗĢÅĮtzŠ ŠđiúQHĐ)ė22)”ä=ĢŅËęS|ØzŽŅŸ^ĪĄÍˆŒ´ŠĐÚ)Ė„éMŽlNŽ|ĩų3ZucQ^!EW>å…=FLö7ÛĮq,LąÉ÷IīQ×ŌäøíęoŅf/ŽH;…Q_BpTrΐŒąį°Ĩ%vgV­:0sŠ$’ęĮnÃڜFF*‡ÛF~áüęÅŧÂy4ûĖpׇG^‹“ÄAōļŨ÷ĩ˙Bifyf2j–˛rÚÎęū—J˙#1”Ģ=AÅ%u"đ×Ø-Mė30Ĩq€{įōË×\gĢÁŨ’æ7„ÄJ“Û§ščQEQÄz‰áŨ%ėm¯ -3HŋzrīĮNĩ¸šuŒmš,íÕŊV%Ō ŅĄ6z¤rüĨcŗÆ įúÕĩšÛjĪ@ā׉RŖrzŸ¤āđ”áF-A'e}:Øāo-ÚŌōXcc=ĮoŌ ŽŗÄļ–Íl.^AËÂ˙ˇí\˜ ô¯ ‹§Z)_Ūė}&į{:4idXĐe˜€îišÅt~´ĩ‘šäČtāGũĪzŧF.Ģ×ĸیíĄŅÛÅä[Eū ų T”Q_4ŨŨŲäQHŠ( Š( Š( Š( Š( Š( Ļ‹ũTŋAPÔŅĒ—č((ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ĩgÕ˙ ĢVŦúŋá@ŸīˇÖ’•ūû}i(ĸŠ(ĸŠ(­(ŋÕ'ûĸŗkJ/õIūč QEQEQEPz(= RĸŠ(¯7Õĩ)u+ו˜ų`‘öQ^‘^iŠXI§^ÉŠ QŋŧŊrâ¯eØörei+īĶõ*Ģ20ebŦAWĄh7ī¨éi$‡2Ą(įԎ˙‘į€p95č>ą{ )RQļIČĘ{gŦđ×æō:ķ…b›Ūú´QEw6XƒîŸ­KQA÷OÖĨ ŠjÚ­ž‡¤Ũjš„Â+KhĖ’9ė§Š=îM]¯+ũ Ĩž?†Eb'd—ą,¸ūîķ˙ @-~#üFņDm¨øOÁvͤn"9/eåã#įAų;d×Uđ˙â*xÆKŨ6ûO}3\ĶÎ.lÜįŒãrįƒÁĻG\×Iá˜-íŧ+¤Ch[Ĩœ"=Ŗģ Uˇ˛đ´2ēēˇ6 âIĄÄá&{G…ûɜãyĮa@yđīøÃū‡˙fŽ—Ꮝĩ/[k2jPZDl¯MŧfF\Ž:ĖyüĢšø÷üa˙aC˙ŗRü˙ØQŋ•tŸ‹S:{˜î.î¤Û`H |Ę1qķdāāV—ÁXūinėUŽ $đšõ‹ŖxįU×.īĮÏX =f+6ŖpËLūĨTO9ęNÎ3@éŋüO¤ø§MĐŧuᨴķŠH"ļēĩ“(Xņ0#%sķdgĨVøõ÷<%˙aAũ+™ø‰ŒĪ‰üqâÉôŠ(ˇļĶƒâ?ž=ŋrONæēo_sÂ_öŌ€=ŠŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š*­ÖĨge=´7 ˇ/åŒyvôZĸŠ(ĸšî‘Ŗ<ŒĒŠ2YŽVĶVĶoähėõ K‡^Ģ Ęä~ĐĘ(ĒwzŽ`ꗚ…­ŗ7ŨYĻT'é“@(ĻĮ"KÉĢŖ †SGևtäeTQ’Ėp QTí5m6ūFŽĪP´¸uę°ĖŽGā \ Š(  éÖŋûƙO—ũk˙ŧi”QEQEQEQE-ŋúõ§]Žü)ļ˙ë֝uūģđ (ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*a˙­ūõCSøõo÷¨(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9Úųw‘\Ž’ŽÔõˆüĢŸŽ¯ÅęL­Ø3Đ…r•æ×V¨Ī­Ëd再˙­BŠ(ŦŽāĸŠ(ŽķÂ3™´č”œ˜“ú˙ZāëļđZ‘fĖzŽ?ī‘]gīž^l“ÃŨ÷Fũ×úī¸ĪHMŨŧ}–2ߙ˙ëWguūģđŽGÅÖįũā9BQũk§ü6ycKųūG1EWœ}XQE āņIW´›/ˇę ÎĖĮĐcüqUg…í§xdt8"ŽfĒEÍÃŽätQE#@ĸŠUVv  –'æz‡öü\ÎqnŽŽGōŲ*„PĒP0íU´Û_ąiđÛ÷Uųž§“úÕĒôŠSP™ō8ÜLĢÔmŊÁS[ũö˙tÔ55ŋßo÷Mjq™Ú¤fm.é’clÂŧîŊ>¸=oLm:ņŠ¯î$9Œú{~Ɋ‹ŌGš“ÖŠr¤úęŒĘ(ĸ¸Ī|*[hĖ×QDŊ]ÄÔUŅxcLgŸíŌŽ#N#Īņ_ÂŽœ\¤’9ņ5ŖF“›ū™ĩĄÚ_ø1J;ũGzě·jw,2rAŽēŠ÷aŠŠō=WgŠōPÄT‡ÂÎ>? Ū1ųÚīũ+^Į֖Œ_ßČ:nQøVÍ2iV$•ūę)cô5ŗ KŅ$U\eYGŪ–‡)âũoÉMˇÚ\áĨb3ˇ¸Ūš¨oA‡;[ßĨRš¸{Ģ™n$9yąüj*ö0éŅ*> EŠĨ‰•X;Åũ—ĩŋĖÛ#Š+3/Ũb>†”ģˇVcõ5ÕíüeqŒ9uŖ¯¯üN[¨âw7 ŦĮv‘Ë1É4Ú+Ôr>s4Îkæ )é˛_¯p§G#Ã*It!”ŽÄSh¨<”ÚwGĒi÷ëZ$rL–d+"öĪCú×ĢxVöÂV{hÚâß9 ƒ,>Ŗú×YáHZ[ī.YĀö'ŠÚ¯%Utj5Ŋž†œĢi+-~G-ĶžÄļ™ŸûĄ 5ĄžútÉ-äcÎešĮĄođüũũ*æuļļ–vé–úâŧæižâwšC—s’k,^a5XĢ6vd|'‡uŊĩwĖŖĶe1÷7—ro¸™ä>įôĒ (¯ģî~‹¨Ģ% ÷–IUäf †9ĮŌ™E $ļ ący%äw“•<īâĢŅM;;ĄJ*IÅėĪMGY]NU€ ûSĒŊ‚˛iÖĒßxD€ūBŦWĒĩGÄMZM ĸŠ)’QEQEQEQEQEQE4_ęĨú †Ļ‹ũTŋA@ŅEQEQEQEQEQEQEQEQEQEQEQEQEQEUĢ>¯øUZĩgÕ˙ Ŧ˙}ž´”¯÷ÛëI@Q@Q@iEūŠ?Ũ›ZQĒO÷E:Š( Š( Š( ƒĐŅAčh•Q@CsiowˈREėtúTÔPÕƛ‹ē)[i}¤žd6¨Ž:1äĻzUÚ(¤’[s”ŨäîQE2K}ĶõŠj(>éúÔ´VG‰ü;gâŋ^čˇŲ\Ļ7¯T`rŦ=ÁÖŊâÚ]‡Æ/XĻ‡ĻYi:ŪŸŲmq4Y°Át8œãĻp+ĸøuā-[FÖu/xĸō;¯jKą„\¤)vį×åQĮ(5čôP›|%đŽĩá†ņ!Ö,žÍöË˙:ŪŖīO›Ÿ”œukœ‡Â_~ø“Wēđ…ĨŽ¯¤j2™ŧōhÎI–^FHČ'#g§ļQ@=xÁ?|m-Žģ­YĀˇ]"AĻA,j°ÃÉy /Œä ÆKöWņ;ĀZ¯‰.ô{×q[kzSîˆKÂČ2ÁäĐđrs^ExõÔŋõĢ t™´OIĐÅ%ōĘ ÚF ;cö~˜ŽĢÃß“Ãŋ îü)В{ģyÖ[‚¸S,ˆTœzá]Ŋå? t_x~ĮūmFŗCŠ9ļŨ¤ęÎå›8ĀnŸ3uĩdh^ø™đØŪi^°ĶuŊYĖĐŧō„t$ÎYyĀ#ŌŊļŠđ¯xâGˆWNņåՍŪąer˛AĨ[Ā€†á˜ĖYW9=SÅn|@đߋ|_ĄøNS¤D5+kÁ=ô\ XG 7=;^ŗEQEQEQEQEQEQEQEQEQEQEgëW:Ļ—$ÚUŠŪŪBÎy9>‚ŧžîëėü>ū"ĩ[Sį¯ŲፁU]ܞ įĻsé^Ņ^oãOų)ž˙|čtéQEy§Ššoøū×Âk4‘iÖč&ģœ8ŨĪāTBƏøMŌ495¤ÖWÖL%fÜŖ¯Rp@ÉãŌ—ÃŋōZ|Aŋī}˜íüâū•Ûø“oü"úž˙ģö)ŗôØh?đ×ūBĢį‹|Įní=7sôŦxOÖôEÖŧB“^ß_æ\ŧŦģTž:’G?ˆŦß˙ .OîũŗôŪ?­z§…v˙Â#Ŗméöô@W†ŧīüB›ÂŪt’i—‘™­D‡% ˙ŲX\ _4Ū-ņũ¯„Öi"Ķ­ĐMv#8,qģŸĀ¨…/Šä°øogßōW?MŌõčđīü–Ÿoûßf;8ŋĨ'‹|Ļéšŋ‡Ōk+ë& ’ŗnQ׊8 dņé]Ÿ…uƒ¯øfĮRp’Į‰éŊIVũAŠ|Iˇū}_ŨûŲúl5Íü(Ũ˙49éįɏĻũtÛŅ\׎­uûĪ˜ŧ7#Į¨yĘw$ĸ3ŗœōOŌŧËū˙‹ßķûw˙é˙ÅP°Ëūĩ˙Ū4Ę]31iVqßü׉,äüÄČnįŋ9Ģ[íŊå@(Ģ{íŊåFûoAųPJ*ŪûoAųQžÛĐ~TRŠˇžÛĐ~Toļô•Tĸ­īļô•íŊå@Û˙¯Zu×úīÂĻ .ģˇ˛4!ņ ž”FŠˇžÛĐ~Toļô•Tĸ­īļô•íŊå@(Ģ{íŊåFûoAųPJ*ŪûoAųQžÛĐ~TRŠˇžÛĐ~Toļô•Tĸ­īļô•íŊå@(Ģ{íŊåFûoAųPJ*ŪûoAųQžÛĐ~TRŠˇžÛĐ~Toļô•Tĸ­īļô•íŊå@(Ģ{íŊåFûoAųPJ*ŪûoAųQžÛĐ~TRŠˇžÛĐ~Toļô•Tĸ­īļô•íŊå@(Ģ{íŊåFûoAųPJ*ŪûoAųQžÛĐ~TRŠˇžÛĐ~Toļô•Tĸ­īļô•íŊå@(Ģ{íŊåFûoAųPJ*ŪûoAųQžÛĐ~TRŠˇžÛĐ~Toļô•TŠ‡üzˇûÕ.ûoAųSÃAåŗ<ņŪ€(ŅV÷ÛzʍöŪƒō  ”UŊöŪƒōŖ}ˇ ü¨Ĩo}ˇ ü¨ßmč?*ŠE[ßmč?*7Ûzʀ*QV÷ÛzʍöŪƒō  ”UŊöŪƒōŖ}ˇ ü¨Ĩo}ˇ ü¨ßmč?*ŠE[ßmč?*7Ûzʀ*QV÷ÛzʍöŪƒō  ”UŊöŪƒōŖ}ˇ ü¨Ĩo}ˇ ü¨ßmč?*ŠE[ßmč?*7Ûzʀ*QV÷ÛzʍöŪƒō  ”UŊöŪƒōŖ}ˇ ü¨Ĩo}ˇ ü¨ßmč?*ŠE[ßmč?*7Ûzʀ*QV÷ÛzʍöŪƒō  ”UŊöŪƒōŖ}ˇ ü¨^ŗ7šTŠŖ/ī}:ū™ŽŊk}ˇ üĢ†ņ&ˆ-gkģ1›g9eũY˙ äÄĶoŪGˇ”â”oF]v˙#žĸŠ+ŒúĸŠ(“É¯GĐm •Ĩ´ >p oŠäÖ†4Ui–ūõqķd}ãę}Ģ´ .ģˇۆĻ×ŧĪÍąQ›TĄĶR ¯õ߅QŊ´ŽúŌKy:0āúÆĩ¤hCáĀŨôĻoļô•tĩufxņ“‹R[ŖËo,Ļ°¸hg\0č{0õ^ŊJî×Nž‡Ę¸…]{pACڹ˟Û&Öų”vDĪę?¸§†’~î§ŅáķjRĒč˙ĨUg`ĒĨ˜œ&ē˜ŧ ~ûPPŋėDIũkNŌ4­0f$//y$oÃŌĻ8yˇŽ†•ŗZ^ãæfvƒĨ:Øŧ }ĸ_ŊūČôĻëz ÔW· rŖôqč}ë¤ßmč?*7ÛzĘģ=œyyzÖęûolžŋև”ĪļŌ˜æŖqŲ…G^­4v ˛hc‘}3TŽ‰ĄŨö4ĪÕŋÆšžôg¯O9…Ŋøģųqo+„ÜôU&ēŨ@6Œ.ŽĀ3uŲî}ëĨ‚ :ÕqÆ;íLfĻßmč?*֞EŨęrbķI֏$—âTĸ­īļô•íŊå]”TŠ`8g'ĻĶNžęĘÚšRdœWŸęúėúœŦŠ˜mŋ†5î?ÚõŦĒUTÖ§f‡Ž˛zkU'sĨģđ›î-g:•=NüGZ¤<3ŠÁHĀõ.(Ņĩé´ŲU%kSÃ!ä¯ē˙…wņ\YOKVGĩP§JĻĢCF'„÷dĶ]ŽRĮÂąÆÁī$˙,Ķ…üOzč•U*€ĒW7ÛzĘšßøŽ&ÜAhĒגŽ F=~ž•ŲFŽŧ°G…ĖZƒ­ˆ–‹úŅ5fĮK_ô™€r2#^XūÎĪãĩ EŊ‰+ë$˜ũūĩĮK,“JŌJėîĮ,ĖrI§%´˛ „8õWĻĒߊEVį΅Q@Q@_Ņ´æÕ5Hm€; Ũ!”u˙ÆĢGm,‡„ zž+ đėËĨjpšų‘ÎÉsÜđëNTæāÜOw*É1ĒŠs ˇŋ_%ęw¨‹jˆĄU@V÷ÛzʍöŪƒō¯Ÿ>á+zîąną×hūb¸ôũV[EŌnË(#ĘaŒwĮæƒ\˜Ēr˛ŸMĄÉĻŊœŖæQEqžĐQE\Ķ-ĄŧÔ"‚wdÎŌËÔqúÕĶ§*’å‚ģ"ĨHĶ‹œļE:ÔŅ4§Ô.ՙOŲã9v=ĩtÖūŌbpŌË<Øūp?AŸÖˇb[(cX⍀Ē¸ē)áī#ÆÅfĐäqŖģęWĸ­īļô•íŊå]‡€Tĸ­īļô•íŊå@(Ģ{íŊåFûoAųPJ*ŪûoAųQžÛĐ~TRŠˇžÛĐ~Toļô•Tĸ­īļô•íŊå@(Ģ{íŊåFûoAųPJ*ŪûoAųQžÛĐ~TRĻ‹ũTŋARīļô•=Z­´ wâ€(ŅV÷ÛzʍöŪƒō  ”UŊöŪƒōŖ}ˇ ü¨Ĩo}ˇ ü¨ßmč?*ŠE[ßmč?*7Ûzʀ*QV÷ÛzʍöŪƒō  ”UŊöŪƒōŖ}ˇ ü¨Ĩo}ˇ ü¨ßmč?*ŠE[ßmč?*7Ûzʀ*QV÷ÛzʍöŪƒō  ”UŊöŪƒōŖ}ˇ ü¨Ĩo}ˇ ü¨ßmč?*ŠE[ßmč?*7Ûzʀ*QV÷ÛzʍöŪƒō  ”UŊöŪƒōŖ}ˇ ü¨ĨZŗę˙….ûoAųT‘4G>XüPûíõ¤Ģ…í˛r~”›íŊå@(Ģ{íŊåFûoAųPJ*ŪûoAųQžÛĐ~TR´ĸ˙TŸîŠƒ}ˇ üĒÂā¨ÛĶPŅEQEQEPz(  TTø‡ÛķŖû~t>!öüčÄ>ߝAEOˆ}ŋ:1ˇį@QSâoΌCíųĐÁ÷OÖĨĻ @Δę(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+Íüi˙%3ÂīũŊ"ĢO§Y\ÜÅs=ŧˇ˙Ē–H•™?Ũ$d~f°tßiÚ§ˆ¯4;t¸vĖ…Đ;X)ÁĪŠĢzš­;IoøMouuĶ’ĘnmƒmP×._sHvöāry4ĖøĄeđ—Ä+_yR>›t‚ļŒgiÆŪ%#פņ4ÍOA—IĐf{ëûņäĒE Ēzį u÷¯E’4–6ŽDWFeaGŌĒÚim„†K=:ŌŨĪV†B(œÁė>˙Â8Jũ Ûäœņįnß×ĶwJÅđwŽtŨ#BM_™ėoŦ3,ąąÜ ņŒĐqjôš§w¤éˇō,—š}Ĩ˯Fšr?(€đį™ãˆ“xb‘4Ë(ü›VcyÁßL}˛(ņBËá/ˆVž*ō¤}6é7mÎĶŧūJGŽ zLq¤1Ŧq"ĸ(ÂĒŒ=…F’ÆŅȊčà Ŧ2úPxŋĮšf§ Ë¤č3=õũøōU"†Õ=s:ŒŒ{×]áMčąĶŸlI™1ũö%›õ$UÛM#M°Ég§Z[šęШOâ\ Š(  éÖŋûƙO—ũk˙ŧi”QEQEQEQE-ŋúõ§]Žü)ļ˙ë֝uūģđ (ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*a˙­ūõCSøõo÷¨(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ *).­á8’xú3KÄ3Ēš7˙uĨtW,­{P@ ‚2j(ĻI…}á‹[†/nÆ=€Ęū]Ģ"O j~CPØūuÚQXʄ%ŠßK2ÄSVŊũN2/ _šųÚ(ĮģgųV͇†í-I)3Č:nQøVÕF„#­…W1ÄUVnËČ(Ú°–yV8ĮVcU¯¯b°´{‰zîĮ°Ž˙P¸Ô'2ĖÜ ŽŠ=¨ĢYCNŖÁ`e‰wzEu÷‹4ņ1ōDŗīĀũyĒņø˛Í› Č=FõŽ>ŠåúĖĪee8kZĪī=ŌūÖų7[Ė¯ŽŖĄ…Y¯3Ši •e‰Ųy vú&Ž58 Ɂqų€î=EtRŽ§ŖÜōņšs šāīČÕĸŠ+ ōŠ( Š( ŠŠ6ŠcnÛdēˆ0ędĘˆ5;† ÔLĮ Ũ‚SÍÚæžÆĨšš]Ŋ tQEQ™Ëø˛ėƒ šœ<Į÷ė?­sĩâ€FąĪCãõŦZķk;͟_—ÁG uÔ(ĸŠÉ+莰Ž¯ÂweâšŅŽv|éô=ĪŊrÁ=jî™|úeɝ9*T†=˛ô¯[–bî§Ëeæy¸ę”ĒŅtĶģčwÎëm#œ*‚Iôŧ—Pŧ}BūkŠ Ė=aųWkyâ8.´{ČĘ434,ęG­pöŠæ\(=&Ŋl&p“SVgæyũ:ĩqp‹NoÕÛđ-ÚڄÜe@{UĒ(¯f1QVGØā°Tpt•*JËķķaMtYk ŠuΙÂ3‹Œ•Ķ2Ž 0>:ŠčjÕē@öížÃ5­¤xjÛXВmí Āf]ãÃ=Åyø‰F‹ģØüį5ČåOéaļk™/š˙#”ĸē)üĒÄĮËōfŠž?ž)‘x;W‘°ŅÅõyôÍeíéÚüČņŪ[ŒO—Ųŋ¸ĀĢv–åØHÃå=ęĶéMgpŅ\ƒæ)äv˙ëÔÕŲJũæ}NMÃsŒÕ|_MTwû˙Č)ŅŠyWīĻÖ߇tÖ¸ēR/îb9\˙õĢZÕU(9ŗíg%Ũ}Q_(y% iKh÷ uÛŸČƒ\\ũkŌdE–6ÆUR=yũõ¤–7oƒîž¨ėkÔĀƝjrĄQ_Šß‚Ēāũ׊L‚;RT´VSČ"åîÎËŌ˙Ē=•vÖ#“W´´-ĒZ˙žĒ#šŠ]†lį7Ž0ˆ §šī]ÁŅĀŅ”–­­ŲŊÅJqn[UQ^!âQ@Q@Q@Q@Q@Q@Q@Q@MúŠ~‚ĄŠĸ˙U/ĐP4QEQEQEQEQEQEQEQEQEQEQEQEQEQEjĪĢūV­Yõ€+?ßo­%+ũöúŌPEPEPZQĒO÷Ef֔_ę“ũŅ@ĸŠ(ĸŠ(ĸŠ( ô4PzĨEPEPEPEPˆ>éúÔĩtũjZ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠÎ—ũk˙ŧi”ųÖŋûƙ@Q@Q@Q@Q@Û˙¯Zu×úī›oūŊi×_ëŋ ‚Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ĻņęßīT50˙V˙z€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ŋíė6Í<í…:ąôÆjõåķW0ÃŲãķ=é5ÍE¯īÛ û˜ÉXĮķ?fWjÎNËcé°|)ENĸŧŸā • Š Ž„RQ\įĒméž#šĩ`—$ĪŋŪCßņŽÂ ãš…f…ÃÆà ŠķJŪđÎĸĐ^}‘Û÷S}ÜöoūŋøWM Í>Y6c€„ ęĶVk3ąĸŠ+¸ųĐĸŠ(ņUŲ’ų-ų"\‘ūŅ˙ëb°+G^ĪöŨÖzîČVuyu]æĪ˛ÁÁB„ėŋĸŠ*Ģš]Ų˛Ôa˜(l7û§­SĸšvwDN qq{3Ķ訚dˇĩķg`Ē‹–&šKė7,RԘ!õxū=ŋ ô§V0ZŸ#†ÁÔÄJĐŲu;‘īē¯Ôâ•Y\eXę y“;;v,ĮŠ'&˛Bû⑑‡u85‡ÖŧOûO_Oø'ĨŗRĖ@P2Ií\^ą¯M{#EnͰ㎠ũ}ŊĒ)5ûÉ´é-%!÷`yžõ•QZŋ2´Mđ9o˛“]_Oķ (ĸš\{M+ãtŽØé–&ŦÚę—ļl Wü,r§đĒtSRkTDŠÂK–JčŲÕ.“X´Žílđ ŗ ūéčÃÛ?ÎąĒŕĮŲŽãŒĻpęz2žŖō­}OÃSÂí-Š™Ąë°rĘ?¨ĢjS\ČæŒéᚤŨ“ÛüŒ zŒzBĨ_k<ƒO¯s#ÃFR•itŅãĒ´”PĸŠ+é0kŽøŲ}F*…ģH­͙ŧ›âĀt ū••]‘ķ9ú Ø|lļŒŦũŋ…™ĨE"°e § ŌÖ§ŌÆJJë`ĸŠ(Ɏ Ÿîšč|}æZOdŨbmëô=_į\ĩôĄSË–ëô­/š]xŅĄ`Cũ+ÎĮĨ(5ØøÜĪŋļ)SƒŲYüú|´=Š(¯öŠ—ēuļ ›gL°č㆔ū &?6+ŅˇŅŖįķÍtmãČũķŽŠXĒ´• ô4YĮDÎZ×Âöņ0k‰ZlEn",h*¨Ā` ukÔĒī7qJrŸÄŠ(Ŧˆ §¨é°jPė”aĮŨqÔUĘ*Ą9AķEŲ6ŅÅ]x~ūŨŽČüäėÉūjĒéwėØsįŨŽūŠôcšUJÍ&t,T­Ē9[ Ęėõ‚'÷äŸĮĩuÆÆąÆĄQFŠÔW|EJÎķfSŠ)îQE`fQEQEQEQEQEQEQEQE4_ęĨú †Ļ‹ũTŋA@ŅEQEQEQEQEQEQEQEQEQEQEQEQEQEUĢ>¯øUZĩgÕ˙ Ŧ˙}ž´”¯÷ÛëI@Q@Q@iEūŠ?Ũ›ZQĒO÷E:Š( Š( Š( ƒĐŅAčh•Q@G4đÛFdžT‰ņ;?Z’ŧ§ZÕeÕĩ %w>P$D•Ƹ3 rÂA;]Ŋ‰”šOLˇÔŦnßeŊÜ2ŋ÷UÁ?•Z¯GhÜ:1VSAÁŊ?Ãz›ęš:K)ĖČÆ7>¤cŸČŠįËķO­IĶšŗg} z(ĸŊrË}ĶõŠj(>éúÔ´W5ņÄ7~đ6§­ØĮ—6Ē…u%éN@ ôcŪēZāū3˙É$×ŋ܋˙G%tžÕg×<'¤jˇ)Oyiō,@… Ę N9õ­zķí#Åz_ƒ~hŽĢ6Ø×Mc~üĪåŒ*Žįųu5áūĩâĪØIĢkö:u”˙5•´qŋœPžØļ1ŽŸ(Ī^2ŲQ^O¨üPņ&ąâKũĀ>‹S:{˜î.î¤Û`H |Ę1qķdāāRiŋüO¤ø§MĐŧuᨴķŠH"ļēĩ“(Xņ0#%sķdgĨn|MņžĨāÅĐΝ¤ŋoŧōũĄ°ŧrģXsĪ|Õßkž&ŅGŌP7>]Ų6ōKåGĮÍōŽ§“‘\oĮ¯šá/û é]/įj^ miĐZKũĄz-åûB3m^9]Ŧ9įžhŊĸšxŪÃĀšö…Üm<Ō?—ml‡ 3úg°Īõ W > üMĶ­˙ļuŸĀ4Ed‹˜ž8ûąÉāsʎœâ€=†Šķ˙†?ģņé×fšxí­.„v†$efŒî žXüØĻ+‘°øÅâ^īQŅtÛP×RōHāH•’(āCō–~¤ņÕGčˇQ^<Ÿ|_áO°ņī‡---/œGŨ“’ĒrOĖĀã## ãšö(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠÎ—ũk˙ŧi”ųÖŋûƙ@Q@Q@Q@Q@Û˙¯Zu×úī›oūŊi×_ëŋ ‚Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ĻņęßīT50˙V˙z€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠĘ×5oėÛpąāÜI÷Ųĩ2’Šģ4ĨJUfĄ ŲfûT´ĶĮīåD^Xū‹'‹Đ6"ŗb=Yņúbš‰$ydi$bÎĮ%‰É4Úâ–&méĄôTrš1_ŧ÷™ÕÃâ虀šÕĐzŖnũ8­ËKëkč÷ÛĘŖĄQ^qRÛÜËi:Í”učE8bdŸŊ¨Ģå4¤ŋuŖüJĸ¨éZ’jvbPČŧ:úđĢÕښjčųŲÂTäá-ĐUmBSs"đËõÅYĒ÷ņôûˆ—ī4l×KfíίĩĪ8ĸŠ+É>ā(ĸŠ)ņHa™%_ŧŒ~Ę|1§Ž%ęė~&„)ZÎû˜Fh  Q^šđĄEP!âĢCę]ōJģI˙hõŋ•sõč÷ļq_ZŊŧŖån„uÔW ¨iˇtÅ&\ŠûŽ:5pb)ĩ.eąôšf.3ĻŠIûËņE:(ĸšĪX*î•hou(b+ģs˙ē:Õh-åš•b†6w=ŽãFŌWLˇ%ˆißī°íė+Z4ÜåäpcņqĄM¤ũįˇų˜ž)ŋi.VÉÉ ūėúßΚÚĩŠš“Tēc×ÍaúÕZš’r“fØJJ•Åv (ĸ é (ĸŽ+ô (ĸÂŠ( ą “ĀŪ6ŋa§-¤3Hi ķõé\*Ž9īN¯ĨËō–ŖĪ[Kô˙3ÄĮĘä—Do_x‚Č$‹ė#,¤f_~•ƒEîRĄ *ĐV9cdQEjPVuōâpŨ˜VAŠBŅÄĄÆđz€sŠĘ­šlx\GF5pMęĩ_-˙ ”­îZ)éWŌæ'8ĮŠÉĸ°WŒË¸ƒ‚‡ŗøŖŲôôfɑÉuVšõĖŪŊĢ>Š§YŊŽĖWâĒ֔T<÷/øaY‹ąf9&ē/Ą:Ų|p#a\č˜2OJî<bb3NGEŲŸRy?ČW-áIŗ—!ÂO‰uå´uoģ{™ÖQEâl—Ēø–;žÉn‚YųÜOŨOņ5vösmc<ÃĒ!#ëÚŧõ˜ŗbI'$žõčā0ąĒܧ˛:pô”õf™ņĻ[>xĐ"ãųVŽ™âA<‹ âĒ3p$^™÷ôŽZŠõ*`čÎ6åˇĄÕ*0’ĩJéYĶëšt UŽ0ė€ˇę8Ž^īX¸ē˛†ÛqUUÐysīYÕÅG,ëUũÆÂ˙3;ģ}fÂé‚GpĄ@ĀŽ:ŋ^k]/‡ugy•ÃnČũÛŋJĪ—û8ķĶwą5püĒņ:Z(ĸŧŗ”(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*hŋÕKô MúŠ~‚€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢV}_đĒĩjĪĢūYūû}i)_īˇÖ’€ (ĸ€ (ĸ€ Ō‹ũRē+6´ĸ˙TŸîŠuQ@Q@Q@ĄĸƒĐĐ*(ĸ€ ōm[M—KÔ%ˇ‘HPIŋŧŊzÍAuem}—uJŊƒ ãéé^~cX¸$šØ™G˜ņđ ’{WĻø_N“MŅ‘&R˛ĘÆFSü9Āō­Zčze”ĸ[{8ÖAŅŽXĻzV…seŲ[ÃMԛģōamBŠ(¯d˛ÄtũjZŠē~ĩ-Áüg˙’I¯šūŽJī+’ø›ĸę!øwĢiZ]ŋÚ/n1[Õ7bDcËõ4āw~ņzø'AņŨûCwiĨˆŽšéŊRÕ@Úė:|Ä ÷ÁĪĀúKÞ#°ņ/†íuË)ļž=ä1æ2>ōˇ¸ ƒôĒŪŌ$´đ“ŖjļËæG§Įmsã;˛œdÔq\7<â/øŗXĐœ]ø6üŗÃqįĻa%{ŠmŨ>CÉ }h Į:Žšw~>x"Āië1Yĩ†Xgõ* yĪRpFqšåū"Eã3â\x˛}$#ęJ-í´āøįqbܓĶš­Ŋ Ã>Í+ÖnˇŖË9šžPŽ„€9Ë/8 dzUxâGˆWNņåՍŪąer˛AĨ[Ā€†á˜ĖYW9=SÅiüzûž˙° ū”ŋū˙ƒ˙ė(?öZąņÃ~-ņ~‡á9N‘Ô­¯÷ĐEpat,ÜôėMh|YđļĩâfđŲŅėūĶö;ņ4˙ŊD؜sķžŗ@ņqņ›Ā6ˇc6BPĘ­÷K™šĨ{3ĸÉ#¨d`C+ ‚= pŸ|%câÍ6Æ/íK}7[ˇ—ĖĶ'–@…Ÿ#)ęA;zr>‡žŽ/ŒšÕšŅ5Hô.Ņ×˸ÕbeiY:1PáˆĪđ¯^ÔKöxHŖˇņJ@s Ū Œ˙ŗ†ĮéR| ˇˆk6šØ<Ķ¨÷cĄ¤8üĪč)ŋŗŊ˛C¤øŽH 5ŠŋÄäį!W×čÂē…Öŧ5uâ‡ÕėžĖˇ×ūušķQ÷Ļ[Ÿ”œuq@˙´8đŠh‡#TAŸøװכüeđļŗâŋivē%ŸÚĻƒPY¤_5jaœąŠéQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE/ú×˙xĶ)ō˙­÷2€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ˇ˙^´ë¯õ߅6ßũzĶŽŋ×~Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@L?ãÕŋŪ¨ja˙­ūõCEPEPEPEPEPEPEPEPEPEPEP^ŦŨŊZw'*­ą~ƒūŊwˇ°Ø[4ķļpęĮĐWHÛägūņ&š1RŅD÷2jOšUōEWī…Q@>ē0jĸ,ü“)R=Į#üû×m^ĸ‚ÚͨßÍzwaŸ¸|ÖqĢĻē ĸŠ+¤ōN]ĶšÂũ™W÷2’Č}=Eeפ]ÚC{nĐNģū`úŠãõ^Yąh”ĪfAČúŠā­E§xė}.0…H(Tv’üLz)H*H ‚;TG‘‚ĸŗ1čd×9ęߨÚč<1§4×_l‘w ží˙ÖĻ鞸¸a%Ø0Å×oņ7øW]QÁÅE ;WU .üŌ#Ŋ-’7#Ø+29Ĩĩšķ ‘Ŗ‘åe8"¤ŋŧ{ûŖs W~:3úW“MUį”Ž~g˜g51TÔf­8ŋ“ŨHŽF¯Ŋ%(ôëRIo$H†ũ+{7ąâƍJ‘”áÔwō"ĸ—ãķ§¯–œļ\ú ''ĢIwÕßÉô}>k˕ĻY¸Ú>ÕéV6‰chGČQÉõ=ÍsŪ ÚÖęéČðE°ūŋŌēšķqĩܟŗ[#ô,˛4éāá IÛ}w~>žAEW ÜAyÚlĻ„ut }{Wž˛˛1V08 ö5é5›Ēøn-Bĩ@â+Œ|Ų+ũ} z8 ThˇėΌ=U ÃŅZĮڈlyhG÷ƒŒVĻŸáå´?hģe‘Đnŋt}}kÔŠŖߚū‡\ĢA-ÎVŠ@sÍ-oNqŠ8ėÍĨføex'IPáŅƒ™E[WVb=Ūe¸ļŽeûŽĄ‡ãRU-!=&Ų[ŽĀ>jí|DŖ6‘äIY´‚Š(¨QEQEQEQEQEQEQEQEQETŅĒ—č*š/õRũCEPEPEPEPEPEPEPEPEPEPEPEPEPEPVŦúŋáUj՟Wü(ŗũöúŌRŋßo­%QEQEĨú¤˙tVmiEūŠ?Ũę(ĸ€ (ĸ€ (ĸ€ CEĄ  TQEQEQEQEXƒîŸ­KQA÷OÖĨ Š( Š( Š( Š( OĮŪļņΓ u%•õ¤žuĨÜc&'úddāđ rWøĩŠZ6—}ã-.;˖x-˙|Čx?Ā9ĮŖ­zÍ…á Øx7Öú6ŸšŖ,ōŋŪ•ĪV?į€­Ú( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  éÖŋûƙO—ũk˙ŧi”QEQEQEQE-ŋúõ§]Žü)ļ˙ë֝uūģđ (ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*a˙­ūõCSøõo÷¨(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ĄĒj‘iošFûˆ_ūĩ^$($œÉ5įš•ë_ßI;´œ ô^Սjœ‘ĶsĐËđ‹SŪøVâ_j:„žeÃįuG~‚ĒŅEyíļîĪŠŒ#ËdQE"‚Š+KLŅŽu)Ž ķ!Ë֜bäėŒęT…8ķMŲü+ddē{Æ$cjŸV?ũoį]uEmmĨēA íE-zTĄÉ%ŒÄ}bĢŸNžEV‡(QEĮŠ9>ühßī(4ŠF0ˆĒ=†)ÔQaŨÚÁE„€ 'u E-OTƒL„<Ÿ3ˇÜŒu?ũjäîŧE¨\1Û/’–1×­TÔo^ūúI؜…‹ØUZķęהž›SƒËŠŌ‚sW‘~=kQ‰ˇ-ä§ũã¸~ĩĐi>$[Š ĩXå<+ēĮĶØ×!ED*Ę/sjø5Ŗg>čôú–ßũzÖ>ƒz×Úb4‡2Fv1õĮCųVÅŋúõ¯J2RWGĘUĻéÍÂ[Ąnŋ×~ Muūģđ¨i™…Q@gę5ĻŖķJ…e˙ž‰Áü}kBŠN*JĖēu'N\ĐvgŸ_Ų­…ė–Ë'˜61ÔfĢUũhŦ\įûßŌ¨WÔáaQŒcĩ‘ęŠĘkšNí…Q[€QESŠ_pų˜ŊÆ1ū4ÚĢq1Šæ2~î9Ŧę%u'ŅœxÜlptÕIėÚOæ÷ų¨ @#h­ÄīĒ (ĸ€ B@ž‚–ĒŪĖ?,™ēũ)J\Ēį&; &U§Ņ}īĸ3ÉËęhRädzRQ\ãÍļîËV*†bXüÃîŠĐuWRŦ2 c)*Āƒ‚+b7ߡ¨ÍtŅiŽSī8WJŽxWuĢķOŋåéb“Ø6~Fô4ąØæFôzŠŋeÜô× åʧ´äų]ØĐŅoŽŸz˜8…đŽ;c×đŽęŧÖŊܖļ‰›Š@Oå^ViM'Ž§~& 6h’Š(¯$å ļŋņä~‡ųÕJļŋņä~‡ųĐJB†ęnáŸLŌĐœ^[Ŋ•ė°0åÜv?•F5ÜjÚ4ZšĪ—:Œ+ã¯ąŽV}Rˆ6ĖãŗGķF[ė—4;ENŊ \3å™JŽiVnÔc‡@w?˛ķŠ’ÛÃúÃa1/vã‡Zë4Í.2 ‘üÎß}ĪS˙ÖŽųæĶĒ­N<žoô9ą2ĨF-)^^_ŠxĀQEp0QEQEQEQEQEQEQEQEQEQETŅĒ—č*š/õRũCEPEPEPEPEPEPEPEPEPEPEPEPEPEPVŦúŋáUj՟Wü(ŗũöúŌRŋßo­%QEQEĨú¤˙tVmiEūŠ?Ũę(ĸ€ (ĸ€ (ĸ€ ( ô4!öüčÄ>ߝAEOˆ}ŋ:1ˇįPQ@âoΌCíųÔPø‡ÛķŖû~umvt§TP}ĶõŠhĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŒČdbā“Mō%ūáĸFo5ūc÷zföūņüčūDŋÜ4y˙pĶ7ˇ÷įFöūņüčūDŋÜ4y˙pĶ7ˇ÷įFöūņüčūDŋÜ4y˙pĶ7ˇ÷įFöūņüčūDŋÜ4y˙pĶ7ˇ÷įFöūņüčxa‘fRT€)n"w—*¤ŒS f3ŽIüénX‰¸$q@ ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŖȗû†™Ŋŋŧ:7ˇ÷į@ō%ūáŠDOöv]§;ŗŠ¯Ŋŋŧ:˜1û+œîõ y˙pŅäKũÃLŪßŪ?ÛûĮķ ų˙pŅäKũÃLŪßŪ?ÛûĮķ ų˙pŅäKũÃLŪßŪ?ÛûĮķ ų˙pŅäKũÃLŪßŪ?ÛûĮķ ų˙pÖUöšc`æ7“ĖuHūb>ŊĢÄô­#ŲZČʋĎ$újæk–Ž"ÎŅ=ŦUĪ:Ú_ĄÕŸEŸ–ŅČõ.Zļņ=„ėMđ“ŨĮ˜Ž*ŠÅb&ŽųeXfŦ“_3ÔR6•ãÃŖ †R4ī"_îķũ'YŸL”ĖÖäüņįõõŨÅ8ž$–9 #Œ‚Q]tĒĒˆđą˜9áĨŽŠėÉ|‰¸hō%ūáĻooī΍íũãųÖ§˙"_î<‰¸i›ÛûĮķŖ{xūt˙"_î<‰¸i›ÛûĮķŖ{xūt_UŽXô›ˇ F!n ķzô˄7ŌÂXâD*yõ¯5‘97e$čk‹ĩLú –K–qę6Š(ŽSÛ (ĸ€%ļˇ’îæ;x—t’0P+Ōáŗx`Ž%Cĩ(ú æ|'d9/Y~bvF}|žÕĶooīÎģđđå3ę|Îmˆö•}šÚ?˜˙"_î<‰¸i›ÛûĮķŖ{xūuĐyCü‰¸hō%ūáĻooī΍íũãųĐü‰¸hō%ūáĻ— ¤šČēņ=ŗYfķĪ‘ųÔĘJ;ŗJtjUv‚šĩäKũÃG‘/÷ skã |ĐN¨`kRËXĩŋâ ūî7 J5!-5Š„¯M^qv4<‰¸jËy”áPįËl~TũíũãųŅšŋŧ:ļsÅŲĻy}ĄŦií§ßēmũĶŅŸoOÂŗëɒqvgÛĶŠ‘SŽĖ(ĸ•UÂ ,ĖpîiuŪŠGĩšeRWxŽ?ũUÔC‹2’¤YZ=“iÚtp“‡?3ā˙˙8ü*=cXm2åļn!įõëá¨ĘJ4ÖįČbĨíņpęË:Ö­k§K‰t„qōJæ§ņEۓäÅkīķĒG–F’F,ėrXœ’iĩô4rúP^ōģ6†ZęhI­ęRžn™Ũ!OƒÄ” ˜JŋŨįÖŗ(§W/ĄQmoMˆōĨnTץŨi:ŦZ˛•EŲ:Œ´dūŖÔV§‘/÷ y¤Ékp“ÂÅdCkĐínžÕkčĮ(lg§ĩxUđķĄ>IëŲ÷8ąT# NžĪ§frŪ)˛{}Ag*BĖŊ}ĮË…]öŠd5+&…Î>d'ąŽ ĐĮ##pĘJŸ¨¯s/ŽĒRQę0õŖËÕ ĸŠ+¸č (ĸ€ Ģ¨ĐÆ@û„äũqū­ZĢ6Š{vļ˛}Ƀ)#ˇđ85kr6úvk„úŪt–öĶÕjŒK{ŖĘܧō­‘$FV}õŒÚuä–ĶŽ^Äv#ÚĢ‚AČ$jf—t|>]Ä8œöŖÍĨžy_ô6¨Ŧ‘q0˙–ųĶZYī;Š­=ēė{3ã >í7U˙ō/Íx‘‚ ß ŦæbėYŽI¤ĸąœÜˇ>W2Íą„¯SH­’Ûū (§fč¤ũAæÆ2“´UÆÖŧ*RSÔ ĢmfC”c¯WU5Ģ>˙†2ē¸e,Eeg-ëo0ĸŠ|14Ķ$KÎÁFzdÖÍÛV}i>e%ũôVņŠ;ÍŽÃš¯DōCYzN——Ãn™ĮÎ˙Đ{VŽöūņüëįqؕZ~îČķĢÔį–›!ūDŋÜ4y˙pĶ7ˇ÷įFöūņüëˆĀ‘/÷ qēĪ‰.. ZZHcˇRAe8/øúWIĒÍ$zUĶ+6DgûWW.&mZ(ö˛œ4'z“WļĀI'$äÖļ—ŽÜXĘĢ+´ļį‚ŦrG¸Ŧš+’2qwGšV”*Į–jčôėŗ}§#ÉŲŋ~xیæ¸íKġ3ČÉhÆGFyŋ5äŖÂņn8y „°+ĸĩfė‘åā2øEĘSWŗi|‹KŠ_+n“įŪBk ŅŧDķL–׸ÜĮ /N} r´V0Ģ(ģĻw×ÁŌ­VžgŠų˙pŅäKũÃT´ËŠ.tËyY‰fA“ž§ĨZŪßŪ?zIŨ\ų ÅÂN/ ˙"_î<‰¸i›ÛûĮķŖ{xūtÉäKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃRĮˆäNHâĢīoīÎĻ‰‰Š^OAŪ€äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀äKũÃG‘/÷ 3{xūtooī΀rËgnĶÜ0Š%ęĖp+–ģņ´åmmZP?Ûh?‡5‡â=fMRũ‘\›h‰X×<VŦZųŒnsSÂ†‰uîe)ž‡eŽ¸EWûŅžOäGõŽŋFžļÔ-Ú{iC§úƒčGjņęŋŖęĶčú‚\ÂI$LđëÜVxLęŦf•mWâ„Ē>§Ģ4'aëIäKũÃQGp."YĸrcSžÆŊŋŧ:ú¤ĶWFÃü‰¸hō%ūáĻooī΍íũãųĶūDŋÜ4y˙pĶ7ˇ÷įFöūņüčūDŋÜ5z0DjPgooīδc˙TŸîŠuQ@Q@Q@ĄĸƒĐĐ*(ĸ€ (¨į¸†Ú3$ō¤H:ŗ°õ M¤ŽÉ(Ē–ڝãėļŧ‚Wūę¸'ōĢtÚkqFqšŧ]ĐQEŠ,A÷OÖĨ¨ û§ëRĐEÍ|@ņ ߅< Šëv1Á%ÍĒĄDICēES=÷ –ŠČđŽĢ>šá=#UšHŌ{ËH§‘b(fPH’qĪ­kĐEPEp_|oŠx1t3§Ai/ÛīŧŋhFl/ŽÖķß5wĮZī‰´GŅĮ‡t…ÔÍĪ—vMŧ’ųQņķ|„cŠääPaEPEPE“âOižŅ&ÕĩiüĢhđ,ėz*Žä˙õú ÖĸŧwūŽĄ%ąÔmūë2čãæûnæ ˇ×„+˙cŪŊÂ1ŌĮhl8āĘFGā?­IâEĄ…lâl4ƒs‘ũßOĮúW%[×ŦĶå‰įeŲ|gkU_˛,ͨ^NŲ–ęVöÜqųQĄyf;ŠWūqųUj+“™īsÛöPĩŦŦugŠ uŠü Ē1ųŠé yW˜×WámE¤Fą•˛PnŒŸNâēčVmōČņsž1ĩ¤­mŅŌW1â=™ÚúŲsŸõĒ?ô/ņŽžŠčœՙäáąÃÔį‰æWq}áÛ+Æ2(0Čz”č~ĸ˛ÛÂ3ųnЏR¤W°ķOMOŖ§šaæ¯'fsusMĶfÔŽDqŒ ûīŲEtŪ…5ÍÃH?ēƒhüëz xmbAĸĀUSÃ6ī#Ÿ›SŒmGWß ļđGmnD0ˆ0IEŨąķÍļîŠ( AE›ŽÜ›mvS†a°~?ũlŌ“åM—J¤ÔSœ×5§Ŋ™ ˆļSŽ?Œúũ+Š+˔œŲöthŒ ´ UfF ¤ĢAÁ”TšĻŦøĖŸô„Ī÷Į¯Öļëδë“i¨A08Úã?N‡ô¯E¯CQĘ:ô>_3ÃF[ĮfAwgôĶržž úŠæ.ŧ'pŒM´É"vÁ˙ ë¨Ģ(ĪsŸŒ­CH=;\~Ô°æ$ĨŗüĢKĐ­ôâ$'͟ûätú Õĸ”(Â.čŌža^´ydėŧŠŽ¤ēmŽü•¸E=Ī¯Ō¸‰į–æf–g.íԚŋ¯ŨVEĪÉČŖé×õŦĘú|RĻ¤÷eĐĻŖõaEWi¸QEWiáÉ7čņ¯÷—õĪõŽ.ēß įû:_O4ãōįæQNû3 OđÃÅ:ģišw— bâ|Ē‘ÕGsū}k€´™’P„üŦz{Ö¯Œ.Lúü‘įå…Uå“üëĄÍc„ŗ‚kv~oŽÍ*Ã1ö°zAŲ|ˇûÍē*y„Ņįø‡QSWĒšjčũ'^ž"”jĶwL(ĸŠfÁZū€ËĢ+㈔ąüąũk"ēŋ *}Šw÷žnŌ}°ūfš1Õ9(?= 1P‡Ž†#fÕD–5‡5ĖWâģ=ŪUÖÜŽ<ˇūcú×=ŖÆI@YQXP\Ôc(Ÿ Ÿe%/­ĐWOâKŖ]} ÔQEQōAEZ‚Íœ†_Næ´N“V+|K ŌlEėp95įėi:˛Ųū†ņ¸ĩ[•IĨŽöīc:+LŒČHöq>E ŊWĖOˆ”š”šô?Z˲<_Z0×Ģzˇķ˙-†Í:ĸŠG"ž‹)ĮĪ ŸüPbč*mJ;0ĢZlf]NŲ¯˜§đ&Ē×QáÍ-ĸ˙M™pHÄ`úzץŠĒŠRmž}Y¨ÅŗĸĸŠ+æ,(ĸŠŽx–x$…ūëŠSøםŪZKerđL¸e<Qę+Ō(ŧĶ-5<-ĖAŠƒĩ‡ ŧö5j\ëMĪCú´š’ŧYæøĸyåXĸRÎĮõÕÛoČš”/Ą?jXi6špĖ —<c–5Í4›ÔõĒæÔcÃVfjēQ‹ÃqCĖöøvĮ~ģŋž äkĶú×5Šx\I#Kbę™äÄŨ?ZVĸŪą9rüÂ1ŧ+=Ũīęr´ĒŦîA,Įæĩ—ÃZ›6 HŖûÅÆ+{Iđüz{‰æa,ãĻĘŋJÆ''ĩBžcBœnĨwŲV6˙d°‚ÕõīV(ĸŊŦŦ|¤¤äܟPĸŠ)ˆ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*hŋÕKô MúŠ~‚€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠÎÖĩxô‹/5€i[ˆĶÔ˙…EJ‘§9ģ$ Øš=Ä6ą™'•"AüNØ”ū*ŅŅļũ¤ˇēÆØūUĀŪß\Ꙏe.Į§ öĩW¯›­ŸTrũÔUŧĖGĐõMoMž`]ĄsŅ[*OāzÕúņúęŧ9âY#•,¯¤/ąČĮ•>„úWN:U$ĄYZũVÍKîvÔQE{ƁEPEPEPEPP^3%Ã/ŪX؏Ž*zkíØÛņˇįĻ)I]4ŅV/`KkŲĄŽE‘ˆWVۚ¯_Ę.-§Đå (Šmíåē¸ŽŪ/,ŒTw4’mŲčžfÚ놀bkTV‹ce Ēœˆ”.}OsS×č8x8RŒ%ēKō:VÁEVŖ (ĸ€ Ō‹ũRē+6´ĸ˙TŸîŠuQ@Q@Q@ĄĸƒĐĐ*(ĸ€ ō]oV›WÔd™Üų@‘vU˙õĒō_M—JÔeļ‘HPIģ2ö5ۂåæwÜųž$u=”9~ģūŸŠMŖutbŦ§!ÁŊKÃ:›ęē2M1ĖŅąĪŠįō"ŧŦHdžÕę>ĶdĶ4DI”Ŧ˛ą•”õ\āų[cyy÷<ūu>ą%†Úū†ŨQ^aö…ˆ>éúÔĩtũjZ+ƒøĪ˙$“^˙r/ũ•ŪWņŸūI&Ŋūä_ú9(-#Åz_ƒ~hŽĢ6Ø×Mc~üĪåŒ*Žįųu5áūĩâĪØIĢkö:u”˙5•´qŋœPžØļ1ŽŸ(Ī^3á~ņzø'AņŨûCwiĨˆŽšéŊRÕ@Úė:|Ä ÷ÁĪĀúKÞ#°ņ/†íuË)ļž=ä1æ2>ōˇ¸ ƒô >Ô~(x“Xņ%ū‹āEŠ=ĖwwRmŒ0$>eČ8ų˛pp)4߉ū'Ō|SĻč^:đÔZyÔ¤[]Zɔ,Hø˜’šų˛3Ō ŅŧsĒë—wãáĮ‚,žŗ›Q¸e&RĒ'œõ'gŽ_â$^3>'đeĮ‹'ŌB>¤ĸŪÛNˆūx÷-É=;šéž=}Ī ØPJé~%xÛRđkh#N‚Ō_í Ņo/Ú›jņĘíaĪ=ķ\×Į¯šá/û éKņßīø?ūƒ˙e ëĮ^7°đ&ƒũĄwO4åÛ[!ÃLū™ėsũHˆ?tëígĀ° G™"Á&'Ž>ėArxōŖ§8¨>'âãã7€mnÆl„Ą•[î—2?5JögE’6GPČĀ†Vzā~xūīĮ§]šhmãļ´ēÚ‘•š3¸‚ųcķ`˜ŽFÃãŠ5{ŊGEŌ4 mC]KÉ#"VHŖ7ĘYú“ĮU /ũž(íüR¡¨#?ėáąúTŸ­âĮŽv4ę=Øä(i?3ú ™>(øŋÃūŸaãßZZZ_8Ž;ģ'%Tä Ÿ™ÆFFAĮ5ŋņ7ĀšŸŽnü= ŧöŠĻYܙoĸšFS"’ŖåH'hqÉz°?hp?áŅF¨ƒ?đ¯EņgŠôĪčRęÚŦ„D§lq ËĘįĸ¨õāūDĐČX­ā G k€Ēú+Äž ,RüFņŊ֎1Ą4ÛbØ0„ųŒWoļ7c؊•tŋ|\A>ĢpŪđŦŋ2YÅĖ× Øˇ¨>­Đ…=kÕ|9áŊ/š4Z^‘l ļ“ÎYØõf=É˙ët  j(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€3Ĩ˙Z˙īe>_õ¯ūņĻPEPEPEPEPļ˙ë֝uūģđĻÛ˙¯Zu×úī€ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Š‡üzˇûÕ L?ãÕŋŪ hĸŠ(ĸŠ(ĸŠ*Žąjo4ŠâQ—ÆåúŽjõšēŗ.œÜ$ĻˇG˜Q]ŋĸ<2Ŋå˛f&åÔ õúW=^\āāėĪąĄ^ā§ĸŠ*MÂēŋ ڔ†kĻ|„_ ëū}ĢKŌĻÔįAXAųäė>žõŪC vđ$1.ÔA€+ĢMˇĖĪ6ÅECØÅę÷8}~C&ˇqžŠBĀ Ė­o@aÖdl|˛€ãōĮķ“XTøŨĪG ĶĄ vAETZ†=j؎í´ū#ŸZž€ĪŦÂ@â<šüø⮟ÆŦa‰iQû3ģĸŠ+Ô>,(ĸŠ(ĸŠ(ĸŠ(ĸŠ+Äč_Fb?…ÔŸåũkbąüIv-´ļ´Į`ĶšŦęۑÜéÁßëåîqQEy‡ŲQ@‰ “$k՘ø×ĻWá­9ŽoEĶ¯îĄ9Õģ~]kŗŽė4Z‹}ĪœÎ*ŠTŒOÔ( IĀRMRÂ#†ģ‹>ŗüĢŽ0”žsČIŊ‹tUXõ;Žę"}7b­Q(Ę?°4ÖįŨo''¯˜ŲüęĐÖ­Íļ­:ãåvŪŋCĪķÍg×ÕR’”]V.ņL(ĸŠ˛‚Š( ģ&ĶôxĖÄ'G'Œg˙­ŠâŠ°aÔŽ*õöąwhļō˛í,TcwĻkÎĖĄVtŋv¯b%KÚĘ1nËŠ‰­N—:ÍÔŅ’Qß*HĮBŦŪ&$ ؊­Xá§ĪF2ō?(ΰ¯ ˜V¤úIÛŅęŋ\Ķūûũ*ũeÚH#œgŖpkRŊ*/Ũ>ۅĢBxŧ[ŋĪPĸŠ+S顕ÃW ^”š%sŽ5a%tÄŽŽ×à =´3 ĩD ™ÆGÖšõ^æģŨ=Ö×Dį`ŠąIė+ÔÂáëá!ívrŌŪG™ân”i˛Ŋ—‡ŦíX;æg7ô…k×5sâĸ‹kpT‡¯ā)֞)WpˇPėøĐäÂēĒaqU<ÕĪ&TĒËVttR#Ģ t`Ęà Žâ–¸pĸŠ(Ģk˙GčTĢk˙GčTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Šĸ˙U/ĐT54_ęĨú †Š( Š( Š( Š( ŧįÅ7u­Ę™ų ũڏįú×ŖW–ëHS[Ŋ ×Îcø‘^{6¨F+fĖęlQĸŠ+åLBŠ( NĐ/ûEˇ™ÎdcR8ÍiVƒĐŽ‚¤ôi§Oé[Õ÷¸9šáá)odtĮ`ĸŠ+¤aEPEPEP\Šõyn/žÆ7+' ûíß?Jī+Ėuøß\ģW搸÷ Īõ¯;Š8ĐJ;7ŠGĄ›NDiQFYŽ÷Ļ՝>ēÔmáŒĪ vį“_)ķIEu14 đļ­;€mÄCûŌ0Zíü3áÛ}$ŧĖDˇDcĖ#…€ZĐĢV}_đ¯˛Âåx|<šÖ¯ĖčPHŦ˙}ž´”¯÷ÛëI^‘AEPEPZQĒO÷Ef֔_ę“ũŅ@ĸŠ(ĸŠ(ĸŠ( ô4PzĨEPUîė­oĸōî IS°qœ}=*ÅĶkT)EIrÉ]֚—c(–ŪĘ4tc–#鞕ŖE99jŲ4éBšå‚IyhQE"Ë}ĶõŠj(>éúÔ´W%ņ7EÔĩë4P‰h^ø™đØŪi^°ĶuŊYĖĐŧō„t$ÎYyĀ#ŌĢøģĀ,ø[Zņ3xlčöiûøšŪĸlN9ųˆĪNŲ¯Iĸ€8/Š>ąņf›cöĨž›­ÛËæi“Ë BĪ‘”õ Ŋ9CĪGÆMjÜ蚤zN—hëåÜją2´Ŧ¨pÄgøW¯jėŧ}ā[oé0@×RY_ZKįZ]Æ2bĻFAĀî×%qá‹Z•ŖiwŪ2Ōãą‘<šg‚ß÷Ė‡ƒüœz0úĐėīlé>#’ÍjoÄq99ČUõú0ŽƒáG…u¯ ]xĄõ{/ŗ-õ˙n|Ô}é–įå'G\WYá Øx7Öú6ŸšŖ,ōŋŪ•ĪV?į€­ÚķŒžÖ|Wáí.×DŗûTĐj 4‹æĸm@Œ3– u"˛>1ø[Åž$×4 t"=BĶOĖĪŗFą´…‡ĘĘԌ(ü ¯_ĸ€}Ēö Ä~bēēÁņMŖMc ˜[æ˙t˙‘YWMĶv;˛é¨âbŲĮQEæŸZQEv>$钃ĐLqų ŋŠę°éąß<­÷PžįÚĢéq'AL0peqîz¯A\•ÕĖ——/<§,Įō•ôYnÚ¤į˛>RŦ#[9-ŽKyŠ]_š3JvöEáGáU(ĸžŠ1ŒUĸŦŌIYXŠúî Ė¨Ŗĸ‡8üĒŊÜT´hOrÍÍõÅâ ¸på>ëĮĨVĸŠ#d$´AEj îX#žÛdņČģVÁÄõJæŌ{9\FQˆČƒÅDjĶ“˛z‰N-Ų2 (ĸ´((ĸŠŠx„ą‘YD$ÕĩPÜ@ŗFxų€ā×Õyg)ÅīĶĪū ķÜC”}~ ­=*EāKĸõZÛî2ÕK0P2MjGŊc ͒;Õk4ûÎG=*Õ|öaŠēTŨ’Üęāܖ4pß]ĢņOeŅ+öęßä.O­(ZmÅCˆŖ.hÉú=´ŠBœÕš*ÜŪn#éŨĒOøúOĮųRÜĮ˛RGCÍIad2€`}kéđبâ­8;ūžGãõŠcjįqĨ‰ÖQ—ĘÉŪëĘËüÍpr:×ĻXŋ›ČF7GģQ^oF{ˆĄGÔâŊ.Ô%@Ā@–j×ēēę}Ž)Ždˆ¨ĸŠōSƒ×íZÛW˜‘ōĘ|Å>šëúæŗÁÍmxŠėŨjMwĘŖßš˙>•ŽTÔUËņ4šĢM^úéē>Ģ ‰„č¨ÔŅØp ŌĶŸĨlx}â]Ibš$‘dÔ§¨Å}ˆ•':´íeé‘Į‰Œ)ŨÁÜ4[é–I­°9,‹ØU˙Ü2˜-W„Æō~Ãú×MŌšŋÚ3n”eTloOë\Ôq>ß=ē\*ûJŠČæhĸŠöÎãŦđĩËIi, r"`WčsĮéúÖõaøbŅĄŗ’w3´Aßõ5š_3Œåöōå<ĘÖöŽÁEW1Uĩ˙#ô?ÎĒUĩ˙#ô?΀*QEQEQEQEQEQEQEQEQP]ŪAclĶÜH5î{ŸAī\VĨã ģ†)f>ĪfÆ\˙‡á\xŧ}*÷ŪŊ–äš$w”W’Ëys;n–âYĢ94°ŪŨ[ļaš–3ūˑ^Wöüođië˙hzÍÃiž1š…–;õķŖūúŒ0ū†ģKk˜nāYāmà 4„tö‚ēpyelD—2´{˙‘QƒeûDąą†Õ9¨õ=ĪįV(ĸžÎ1QJ+dnQE0 (ĸ€ (ĸ€ (ĸ€ ËÖt;}b!ŧ˜æA„ ãØúŠÔĸŗĢJbá5tÄÕÎø'Pķ0'ļ)ũâ[ųbē-ÃĐi”ˇ›pF ‘€ ŗErPË0Ô'Ī¯˜” ĩgÕ˙ ĢVŦúŋá]åŸīˇÖ’•ūû}i(ĸŠ(ĸŠ(­(ŋÕ'ûĸŗkJ/õIūč QEQEQEPz(  TTø‡ÛķŖû~t>!öüčÄ>ߝAEOˆ}ŋ:1ˇį@QSâoΌCíųĐÁ÷OÖĨĻ @Δę(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠÎ—ũk˙ŧi”ųÖŋûƙ@Q@Q@Q@Q@Û˙¯Zu×úī›oūŊi×_ëŋ ‚Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ĻņęßīT50˙V˙z€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠÍÖ5tŌāį¸ŋÔûR””UŲtéĘŦ” ŽŲ î‘ŠguUØāUqŠØÛöÛ|˙×A\ ÕåÅėĻK‰YĪlžĐv¨+‘âĩŅÜ2Uo~ZųœŦŽĄ”‚B -yՖĄsa&ø$ wSʟ¨ŽãKÔĸÔí|Ô]xtūé˙ ڕe=:œĖžxz÷ríQ[EPEPEPEPEPEPHĘŽĨX¤`ƒÜRŅ@f¯áémįļK~¤wOņ‡]OŠĩ]–1ļ ōcŋ ūŋ•rÕæÖQS´OŽĀNŦč)UūT֓­ĩÔsķN‡ƒp¯Oˇûíūé¯;đ•ƒ]ë zĀų0g÷cĀ—?•z%ŋßo÷M}f2ĢŠ%}ėyØJŌÄNĨgđˇhú-/ķ×ū†Š(Ž3´āuhÚ-Zé[ŠˇāyūĩNģsG7ę'ƒz cûãük‘–)!r’Ŗ#Ą† }.ŧjĶVŨŠqC+CDĨÖ-Â˙ n?@*œ0Ëq ŽŲÜöQšė4M#û>3,¸70qü#Ō–2ŧiSiîÅZĸŒZękW5âģĮE†Ņ Æ÷÷‡ķŽ–šoÛ7™Đ\ydúŖú×ËWmA´g–¨ŧLyŽl?¨ šĻŅYŧĪáÉÎíøũûŸMõjWŋ)Ųx^ņî,^$˜Ÿîžƒô5ģ\÷„íš;YŽ`JĀ/¸įõũ+Ą­hļāŽ|ž=EbfŖˇõÄ(ĸŠĐã ļŋņä~‡ųÕJļŋņä~‡ųĐJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ F`ĒYˆ ’{RÖ7ŠnŽƒ6Ķ†”ˆÁúõũŦĢUTŠĘŖčŽ&ėŽqēîŽúĩķ0$[ĄÄKíëõ5•EđUjĘŦÜæõg;w (ĸŗVĪ‡u–ŌīBHĮė˛œ8ūéūõcQZQ­:3U!ēvÔí¯|koŗˇiŋÛs´~]•fŸę;˛ ĩĶkstWeL×7~kzæΞ×ÆįpvƒÚ&ū‡ükĻąÔ­5(ŧËYƒÕzúŠōĒšÖî{+…žŪB’/B?‘Žœ6uZœ­WŪ_ˆÕGÔõĒ+7EÕŖÕė„ •x‘=øŌ¯Ē§R5 §t͓¸TŅĒ—č*š/õRũXŅEQEQEQEQEQEQEQEQEQEQEQEQEQEUĢ>¯øUZĩgÕ˙ Ŧ˙}ž´”¯÷ÛëI@Q@Q@iEūŠ?Ũ›ZQĒO÷E:Š( Š( Š( ƒĐŅAčh•Q@Q@Q@Q@ û§ëRÔP}ĶõŠhĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĒŠŠYɨ˧ĨÂ5äH$’~eSПĖVG‰õŲWÃúDWĖęÛŪIˆĪā‘žũûWđåõ)<Ž>¯‘¨?| rņĮ€=^ŠŨęēuƒĒ^jļĖßuf™PŸĻMUņ6¯ũƒáģíH^ū@z$*įņ"¸ŸxOÖôEÖŧB“^ß_æ\ŧŦģTž:’G?ˆ JŽD–5’7WF § ­é3ČʨŖ%˜ā^ká¯;Á˙Ļđˇ$šeäfkQ!ÉC‚öV×—ÅM7‹|ká5šH´ët]ˆÎ nįđ*Ąc@ũĻ­ĻßČŅŲę—ŊV•ČüĢ•æž-đ›¤hrjūIŦ¯Ŧ˜2JÍšG^¤ā“ĮĨv~Öŋá›IĀK$Ļõ%[õ€6(ĸŠÎ—ũk˙ŧi”ųÖŋûƙ@Q@Q@Q@Q@Û˙¯Zu×úī›oūŊi×_ëŋ ‚Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ĻņęßīT50˙V˙z€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(¯=ÕŽšķSžRrĄŠ¯° ô*ķIĐĮ<ˆßyXƒų×.)ģ${Y,SœåԎŠ(Ž#čBĩ|=tÖÚ´kŸ’_‘‡ōũk*ŽiH_V´ ×ÍSųÕAĩ$ŅŽ"*TdĨĩ™čtQEz§ÅQ@Q@Q@Q@Q@Q@Q@ˆļšsžÄ˙|ŠĖ­˙Z4wËtÉ*āŸö‡˙[^eTÔŨĪąÁÍKģ ĸŠ+3¨z3N¤_ē)kîđ•<4"ģ_ī<*ōr¨Û (ĸēĖBŠ( Š*ÕŪAŽ> ¨”Ôw8s ŽĩĒũvAs/›1# āT4Uģ{`@wĪA^f' 1į™ųÆ ŠÎą’T÷zˇŅ/ëdUÍŅIú •ęúŠÕéH@a‚õäŦáßXię}”ŧ?ŗ÷kûßáĶķš–ŦUƒ‚:VŧN$\wŸqoåüË÷}=*́Ėz5{¸:ņĒšĄŗ<܎Ž'-Ėg€Ä+]_ÉÛfŧšŋëąjŠ(ŽķíLëüųãũÚŦŦĘr¤ƒíZ7ąo‹~@+YĩÅZ>ķOŠų~FĻ1”Ķˇ6Š˙^d†yHÆķQ’IÉ94TA-ĖË 1´’1ĀU&ąŒ!OX¤*Ž'‰iUœĨÚíŋĖDé]“ ]ę1Ž†ÜōŌ°ę?ŲūŊ+cBđ˜ĩešÔŧƒ•‹ĒŠõ>ĻēĒųJXnleL\ÖīEåŨúöûĪŋ˨ÔÃá•&ėÚŗīŽęũ;wíbŊ•”}ĸ[[ĻØ×ķ'ÔûÕëžßĻˇûíūé¯AļŨŲŲ¨EF*ÉŅEŠ kƒ :+ö†iÔQ{ԍ#DUŠ1NĸŠ*9āŠæ†d jJ(m;Ŗ•šđ”›Éĩ¸B„š~#­>ĪÂdHōu*?‚<ķøšéčŦ}…;ŪĮsĖņ.<ŧßæ68Ō(Ö4P¨ŖEąĀŨŠ( ­¯üyĄūuR­¯üyĄūtRŠ( Š( Š( Š( Š( Š( Š( šŋ‚txHč'˙žZēJÍ×Ŧūq ČôãŸūˇã\¸ÚnĻq[ØRWG˜ŅEđg0QEQEQEQEąá›ö˛Öbūîcå¸úôũq^‘^BŽc‘]zŠW¯WÔd5\ŠÎ›č˙?øcjo@Šĸ˙U/ĐT54_ęĨú ÷hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*՟Wü*­Zŗę˙…VžßZJWûíõ¤ Š( Š( ´ĸ˙TŸîŠÍ­(ŋÕ'ûĸ€EPEPEPAčh ô4JŠ( ™,Ņ@…å‘#QüLp)õįšĻŖ&Ŗxō3,#^ĀWV ëÉĢŲ#ZTŊŖ;¸/­.[l71HŪŠĀšą^^ŦČÁ•Š°9]ö…~ú†˜˛Hs"Ž}HīųZâđ^Â<ŅwEÖĄČŽ*(ĸ¸rÄtũjZŠē~ĩ-QX^2ÖŽ|;āíWX´HžâŌÜËĖ BG¨~4ģExļ•ņ/â'‹ôč.|+ákŖŠ0.înIHŪle–0d^N§ßí'ãnŠxˇ$Ū–O$ūDv0ąšÜĖOÜ ŽrOnq’=žŠņš~(øĪÂēîŸo㏠YÚi÷ŌK‹9 ŲČÉ'sŒō88é]‡Åę đyÕôØmĨ¸ûBEļåY“ œđŦxõ ŌŠ¯a;ŨiÖˇyaG`Ŋ +Šđįĩ-_⇈ü3qĸŲi‘††HŅ„ŒI_ŧK~ņčw´W•ę˙õũGÅŪđ'‡STŸOb—WW2m‰X9^āŒ–įŊ&‡ņ;Äž/˛đĪŽ<=™wmqm&čŲuläņÜ2;ĐĒŅ\Oū"[ø--,íė¤ÔĩĢãļÖĘ#ËsĮœg€É?‰ßÄ_‰~ˇ¯‰|hē@#ĖkYy'8vĮâ÷Ų|Oņm˙‚ŧ&ąĻÃm-ÂĪanU™0Įžƒú×OĨ]=ö‘ew(Q$đG+č ('ÜוüdÖ,ŧAđV-[O“Ė´ēž #$`õ9v äq]ÉņŸá‡ļšÆ§!Kk{IÚ2ĖJGrOĶQ^9mņâ~ŋn5]ĀöŸŲ/ķEöŠy"ö#.šĪ˛‘éšë<ņÛÆŋk˛¸˛“LÖŦN.Ŧe<Žq¸dŒđAĀvôQEQEQEQEįž,øÁá˙ Ū2Í&Öulí–_0VôfįØGĨwŠjšUæŸ$’ÅÔIaÔ2•%Ob3ÅfxkÁÚ„­ž§EnHÃˍŌIūķžOĶĨylšĪÆĪs§höú Ģ}֕U\0–ĪŅEW˙„ãT™™ŧcn¯ũĪļH?A+Ũę;‹ˆ- yîfŽPe䑂ĒRO€ŲxĄeđ—Ä+_yR>›t‚ļŒgiÆŪ%#×€;m˙„_Wß÷~Å6~› s 7 zyōcéŸ˙]gøŋĮšf§ Ë¤č3=õũøōU"†Õ=s:ŒŒ{×]áMčąĶŸlI™1ũö%›õ$P?iúæ§áĶoá뗷žķ•ˇ¤Æ#´g#pü+Ėŋá ø­˙AĢŋü7øךQ@š`6úUœ7ŋ=Üp"NĮæ,á@cžüįšĩæÛ˙pß5^_õ¯ūņĻPŋ6ßûƒūųŖ͡ūā˙žjĨo͡ūā˙žhķm˙¸?īšŠE[ķm˙¸?īš<ÛîûæĒQ@üÛîûæ6ßûƒūųĒ”PØ䄸 7o––G…_ ŸĻjĩŋúõ§]Žü(O6ßûƒūųŖ͡ūā˙žjĨo͡ūā˙žhķm˙¸?īšŠE[ķm˙¸?īš<ÛîûæĒQ@üÛîûæ6ßûƒūųĒ”Pŋ6ßûƒūųŖ͡ūā˙žjĨo͡ūā˙žhķm˙¸?īšŠE[ķm˙¸?īš<ÛîûæĒQ@üÛîûæ6ßûƒūųĒ”Pŋ6ßûƒūųŖ͡ūā˙žjĨo͡ūā˙žhķm˙¸?īšŠE[ķm˙¸?īš<ÛîûæĒQ@üÛîûæ6ßûƒūųĒ”Pŋ6ßûƒūųŖ͡ūā˙žjĨo͡ūā˙žhķm˙¸?īšŠE[ķm˙¸?īš<ÛîûæĒQ@üÛîûæ6ßûƒūųĒ”Pŋ6ßûƒūųŖ͡ūā˙žjĨo͡ūā˙žhķm˙¸?īšŠE[ķm˙¸?īš<ÛîûæĒQ@üÛîûæ6ßûƒūųĒ”Pŋ6ßûƒūųŖ͡ūā˙žjĨo͡ūā˙žiâH|ĸvšéŽõFĻņęßīPžmŋ÷ũķG›oũÁ˙|ÕJ(ߛoũÁ˙|ŅæÛ˙pß5RŠˇæÛ˙pß5V˙T°Ķ­ŒĶčĒ–>‚’¸ gPmCPw÷HvÆ=ŊĘĩNHų¸'ÖjYėˇ,j>#Ŋžr‹xģ$\Äõ5ĖĖrĖIõ&’Šķå''vĪĒ§F%h+-5[Û' Ã?…že?ŽĶEņŽ¤3đ\Đ•ūŸá^NŽFŠE‘ĢŠČ#ąĢ§VP~G6+JŧvŗîzĮ›oũÁ˙|× â­8A~o _ÜLrØuģū}:čôËÁ§ÅqĀb0ÃЎĩbX’hš9P:0ÁSĐ×lāĒDųÜ=yá+]¯&3ĸē{ß ’ÅėĻā“ˇĐÕáHļ<¸ĀõŪ+‰Ņš{G ~jüÉzčc×Uá 9Dͨ\/ĘXOsũ)l<*‘¸’öA&?åštüMtjĒŠ@ [Q Ķæ‘æãķ(J•-oģ.yļ˙Ü÷Ímŋ÷ũķU(ŽÃÂ-ųļ˙Ü÷Ímŋ÷ũķU(  ~mŋ÷ũķG›oũÁ˙|ÕJ(ߛoũÁ˙|ŅæÛ˙pß5RŠˇæÛ˙pß4yļ˙Ü÷ÍTĸ€-ųļ˙Ü÷Ímŋ÷ũķU(  ~mŋ÷ũķG›oũÁ˙|ÕJ(ߛoũÁ˙|ŅæÛ˙pß5RŠ}õŊũŖÛĖŸ+ĄpTúŠķJÁ´ëļ€Ę’Ņ”ö÷tÚö°Öƒėļ퉘e˜˙äÉ$’NIęMvRĘžąyģv=lj”UūËčC@Šp=(Ĩ ķ{ĶĶĐõ?M""đ0ihĸž†•5N eĄįĘ\Ōr}BŠ(Ģ$)Ņ§™*&āģ˜.Iāf›T/.~íÍDåĘŽyų–aOA՞ũwũnljßeū×ē†ŅvÅ =ĀŸĪ5ĪLĨ&u=:š)wõĪ_zžíĒ'‘Đ× (A^qøēųŸ!ĮK7ËWķŌmĩũ×ÕziBŦkēE_SZ•—m‘[ĐÖ§Zđķ‹ķGąôéûÉ|WWôļŸÂŠ(¯ũk¨t*{ŠÎŽG‰ˇ)Áūu§‚xk>éBÎUzé^ūL¤Ą9tēūŋ#ķž;ĻáėqTŨĨĢõ×U÷Yũå•Ô2}ŠPųPįÜÕ+Ûöŗ>Aņ.cËËĪķ˛ŋäI,ī1ųƒĨjxoLĩÕĩ -nžD"Čņ‘Ā^Ũk HdšŲŌm.ssß4ĄPÎ3˙ęŦå ÔO—s<ˇ ˆĖqjsNjūķ×ÜtIā+!&_R™“Ņbūy?ʡŦŦôE„ °æIN]ŋĪĩrƒÄ:žOīÁöØŋáYŌK$Ō$vw=KšÉ`kOJŗĶČûŦ6I†Ą.hE'÷ūgŖG­čōļÔ¸‡>ãÎŽyļßŨ÷ÍyUlčēĖ“,9kv8äũĪĨg_-å57sļxk+ŝį›oũÁ˙|Ķã’'b€qĪĒMo÷ÛũĶ^IČKæÛ˙pß4yļ˙Ü÷ÍTĸ€-ųļ˙Ü÷Ímŋ÷ũķU(  ~mŋ÷ũķG›oũÁ˙|ÕJ(ߛoũÁ˙|ŅæÛ˙pß5RŠˇæÛ˙pß4yļ˙Ü÷ÍTĸ€-ųļ˙Ü÷Ímŋ÷ũķU(  ~mŋ÷ũķG›oũÁ˙|ÕJ(ߛoũÁ˙|ÔĄŖōw6zbŗęÚ˙Į‘úį@›oũÁ˙|ŅæÛ˙pß5RŠˇæÛ˙pß4yļ˙Ü÷ÍTĸ€-ųļ˙Ü÷Ímŋ÷ũķU(  ~mŋ÷ũķG›oũÁ˙|ÕJ(ߛoũÁ˙|ŅæÛ˙pß5RŠˇæÛ˙pß4yļ˙Ü÷ÍTĸ€-ųļ˙Ü÷Ímŋ÷ũķU(  ~mŋ÷ũķG›oũÁ˙|ÕJ(ˆņn‚-n^ūÉIļåÔõmūšjõō5Íę^ĩšc%›ũĪ;1”?á_9Éå):˜~Ŋ?ČĘPꎊŨ—´m„Ž)GĒHķÅ,>Õdl:Eõgųfŧ¨boofūâ9_cŠë§đ_•ĻČŅÎŌŨ¨Ü  )õZäˆ Fę F# WŌĒ­q4ÖâQEÎ ĸŠ(֛oöŊNÚ d<ŠĶ<ū•ė>mŋ÷ũķ\/ƒ´–Ru)—aõoéų×__[’áŨ*rŪ_—CzjȡæÛ˙pß4õ’ŦUF^*MúŠ~‚Ŋ’É|Ûîûæ6ßûƒūųĒ”Pŋ6ßûƒūųŖ͡ūā˙žjĨo͡ūā˙žhķm˙¸?īšŠE[ķm˙¸?īš<ÛîûæĒQ@üÛîûæ6ßûƒūųĒ”Pŋ6ßûƒūųŖ͡ūā˙žjĨo͡ūā˙žhķm˙¸?īšŠE[ķm˙¸?īš<ÛîûæĒQ@üÛîûæ6ßûƒūųĒ”Pŋ6ßûƒūųŖ͡ūā˙žjĨo͡ūā˙žhķm˙¸?īšŠE[ķm˙¸?īš<ÛîûæĒQ@üÛîûæ6ßûƒūųĒ”Pŋ6ßûƒūųŖ͡ūā˙žjĨo͡ūā˙žjXž6Ī–õãŸVŦúŋá@2ÛäåFŨ¤ķm˙¸?īšĒ˙}ž´”o͡ūā˙žhķm˙¸?īšŠE[ķm˙¸?īš<ÛîûæĒQ@üÛîûæŦ)A1ÅfV”_ę“ũŅ@ĸŠ(ĸŠ(ĸŠ( ô4PzĨEP^s¨ØɧŪÉŠĀ9CũåėkŅĒ‹X.ãŲqHŊƒ•×„Å{ ;ĢĻmF¯ŗgšIĀä×{áû'ąŌÕe’F.Ę{gˇä*{}&ÂÖO2dWōGĶ5vĩÆcUhōEYZŋ:˛ (ĸŧķœąŨ?Z–ĸƒîŸ­K@r?ä˜x‹ūŧÛúW]\ītģÍkĀšÎ›§Ãį]ÜÛ4qG¸.æ=˛Hņ4—đ†4áN€Bƒ 1ĮŠ‘‰5Čx6Īíã'(7%¯ĘqĶ&,×}đīIžĐŧŖ隔Eåŧ%ezļĶ¸žĒH={į|3á]kOøŅâ]Yyz]í¸KyüÔ;ĪîøÚá÷OP:P/íü!zIĮ#SQŸûg%_ũ ŋä™úũ‹˙fĢ|+­xˇÂú}ž‡eöģˆ¯ÖgO5#ÂqœšŠĐ|Bđü&ŪēŅ’u‚v+,8ųCŠČÎ;Gã@š7ü€ô˙úö˙Aå>u“ã˙Ž @ˆ=C ?¨¨-nū6iEž‡…Ļ\A eF* `1ĀČĘũA5oáÃ˙xGĮzÕî¯ū‘ÕĒ˙§yŠ|é˜ĢŋŨÃn gī@Į€ŧ]áęÚ÷€ĩK  ÔĨ3\é÷ƒ‚Ų-€GP 69RĮ4'čKK×´Û/ˆž ŠÂIĨ m¨ÃļXŅō9{āœ6GUQāŋøÄÚ­÷‚ÃQŌõLÍgtÁJ’%zn ܎ĸ¤›Á~<ø…­iˇ7~™ĨXJ%Vš¤ˇOõ2Éüœ)a˟ÍĢ¤ņ¯ÃģÄø;ká ÛĩäÖŌÆĀ3¤eÎâÎÄąd’qžõŌkū ƒÅŸ-ü=¨“éoÉÃ2.3č{ƒę  v+ĪŒĐđEĄøM#E Ē­ €~ōŗü+á?¯ÅÃâÍ~×JĩÛ´W)c1Ã|€)ÚI=UsĪjKø]^´M"?GÕĄ…|¸¯å”n 8ËŠ8ĢŸ\×Ađ÷Ā:Ž‡Ēę&ņ-ō_x‹Qdhūä)ÁÚ8€qĀ  CĸŠ(ĸŠ(ĸŠ(ĸŠ(ĒšĨüzV‘{¨Ė ŠŌĀîKåVë?^ĶŽ¯áíOL ŪZKn íŊ ˙Zđ¯†:?‰>!xą*kū:¸ŌŲ7$ŋ…Ÿ Ģžåc?Q@9øw'Â?ėĪøcUģ&ác•n ä ū2‡Gq_DéwņęšE–ŖÄwP$č`Ę:đŸŽ>Ōõû|%ĄÉ%åīۇÚ<¸ØeʈÆGĖňé‘Å{‡´÷Ō|3Ĩi˛^Ō؁Oō  *(ĸ€ (ĸ€ (ĸ€ (ĸ€ ­eow-Ü6vņÜËū˛d‰CŋՀÉĢ4PTîô6ūE’ķO´šučĶBŽGâE\ĸ€i kH¨Š0ĒŖaD‘¤ą´r"ē0Ã+ ‚>”ę(Ļ‘ĻØHdŗĶ­-ÜõhaT'ņŽQEQEgKūĩ˙Ū4Ę|ŋë_ũãL Š( Š( Š( Š(  m˙×­:ëũwáMˇ˙^´ë¯õ߅AEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPSøõo÷Ē˜ĮĢŊ@ŅEQE^ũĖzu˯U‰ˆüyÅz\ņ ­äˆôu*Šķiĸ‘Ŗq†RA„W)j%k–kŽƒhĸŠä=ĀĸŠ(Žđ““e:‹&Gâ?úÕĐÖ'…íĖ:Y‘† ŽX}ã[uéŅV‚šņøöž&mw (ĸ´9Š( Š( Š( Š( Š( Š( Š( Š( ›$‚(žFû¨ĨĐSĒĻŠŸėĢŦĪ&ūUP\ŌHqWv8K‰žââIœå‹ŽŠ+ëIYžÁES¤rB1@■žé!ų~ķz ™4–§6+KIÔĢ.Ußú܅uāiÆũ1Â1úÕH`iÛ ĀOĨ_KHPrģŠŦ`ęI%–âsĖm>hI(˙3KđĶ_¸§-ܒŒ}Õô^ĩ´,0c_ÊŠqfP%GQÜTΜ÷zœŽI™kˆĢ/inÛ¯—oBĨ>9^3•=zŽÆ™Ed™§Rtä§fģ Đ1ė*ÍŊČQąúv5VŠÂŊW‡,Îüģ4ÄeøŦPzõ]ėŅĒ# ‚=Š{ÜÖP$t8ĨG)"ŋps^ZÉ×6ŗĶĐûˆqúi)Pŗęų´ûŦk1Xģ•’ė]ŲRsOšáį<đŖ {1„)ASĻŦ‘ķ¯øPgûíõ¤ĨžßZJ(ĸŠ(ĸŠ+J/õIūčŦÚŌ‹ũRē(ÔQEQEQE†ŠC@¨ĸŠ(ĸŠ(ĸŠ(ĸŠąŨ?Z–ĸƒîŸ­K@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@īī­ôÍ:ęūîO.ÚÖ'šgÁ;QA,p9<ŌŖŌõm?ZąKŨ2ō ģgû˛Âá‡ĶØûUŠ#IchäEtpU•†A¨"ŧģ[øõã’x¯ã/…žMWÃvúÔ ĮŸmöoŨ?ü/Ąōdøt.AæH?ņß/4ézOß čÚäÚŨŽ–ŠM+Ėn&vĢ1$•ázž@Ít—WVöVŌ\ŨĪF7<˛¸UQęIāWŠĮãī‹~$ũŪ‰āØôô?ōÚę&\{†ĒŸČ֞đ“X×îĸŋø‰âKPĢotV}ņø(S@ŖëZˆ4ÔÔtģ•šŗ‘™RU*ÅN3Û ķWę ++]:Î+;+x­íĸ]ąÅUĀTôQEQEQEQEQEQEQEQE/ú×˙xĶ)ō˙­÷2€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ˇ˙^´ë¯õ߅6ßũzĶŽŋ×~Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@L?ãÕŋŪ¨ja˙­ūõCEPEP\ŋ‰4v.×ÖëÖ¨íū×ø×NX(%ˆu& ûu™mŋjƒ>ž`ŦęF2VgNĩJ3į‚šįWm{áÛ+Ōd‹0šį)÷Oáū˜ŪŸwËuĨHŽ)aæļÔúyĻkWgæs•ĄĨiręw!@+ ŸŪ? ôúÖí¯„āF s;KūʍĸˇĄ†+x–(QQĸ¨­)áī#››AEƎ¯¸čãXŖXŅBĸ€…:Š+´ųæī¨QEQEdëēŠĶm‚ŏ>Nũ‘ëS)(ĢŗJTĨVjŨ—.õ+KøøUģ/Sų Ī(Ķˇc÷Āzėãų×îōģ;ągc’IÉ4Úãx™_Cč)äôT}öÛ=ÖúÖõw[Ė¯Ž u‡Zą^gŌA ’'dqŅ”āԏyu#n{‰YŊKšĩŠĶTa<—Ū÷gĄéW e¯_Y¸ĖĻhû¤‡?‘ę+˛ąŊ†ūŲg„đx õSčkjuŖ=?Š†ÖZŽåš(ĸĩ8‚Š*+›ˆímŪyNMA¤Û˛$fTRÎÁTu$ā  úŪš´ŨĮŸl‘ųŠãĩ-VãR˜´ŒV ~HÁā‰Ē5Į,Vžę=Ú92qŊYkäzMŊŨŊĐĖ$˜ëĩŗŠšŧÎ)d†E’'duä2œ]Ž…Ģ˙iBc—â1ķcø‡­iJē›ŗÜåÆe˛Ąx;¯Č×ĻK–'žëŠSô4ú+Ą;jygœĪ ÛÎđ¸Ã#5uzūŽ×?évë™@ųÔõõĘt5õjņ­%ŋSÔ§QN7 (ĸˇ4 ēŸÉ ÷›§ĩeōOŠ5bņˇ\0ėŧT1˙Ŧ\ôČŽ:’æ‘ų†yŒ–3éˇîÅō¯Éŋŧֆ1Aãõ§ŅEv%mŌéR(*pVKDQE†]ÔB)Č" Ģš†7§Ž*qTV“Gä™ÍQĮU§ ¯ųęQEAæ…Q@K ;`ęj*î´OŋĐĄ¸hv\2˛™PHÎ3ŽÕĢvsØõ2|1XĨ Ÿ ÕôĶú˙‡9čŅc@Ē0:¯ßiv.wÆ^>Ō(Č˙ëU ô!8Î7ƒē?VĻĄ(ĶŲlVžŸĸ]^¸% P÷vü‡zę`ÖÉ[ŠT Ņŋ1\ÕņÔŠ5ũxÁØá*{K9īg@››šėŠŽą|7§ÉIzâ´ ļ†Ö=Dą¯ĸŠįĢ™Á/Ũ­LåŠV÷QËGá{ÖoŪI /ŽI?ʡôŨ&ßMCååå# #uúAWč¯:ļ2­UË'ĄÍ:Ķšŗ šßīˇûĻĄŠ­ūûēk”ȆŠ( Š( Š( Š( Š( Š( Š( ­¯üyĄūuR­¯üyĄūtRŠ( Š( Š( Š( Š( Š( Š*ĢęV1ļ×ŊļVôiTįS)F?°¨¨âž)×tR¤‹ęŒŠ)Ļž¨›$‰m$Œdŗ)ÕÂxŗX{›Æ°‰ˆ‚‡Įņ7˙Zšq¸¸áisŊ_DLĨdi_xŌŪ')g›ÆĮjūŠũ*‚øŪđ7Ík_ArôWĘĪ6ÅĘWæˇĄ—<DŌüQe¨ēÂāÛÎx į!ą­Ęņúīü+ĢžĄhÖķļéāæ=Y{¨˙ ö2ĖŌUåėĢoŅ÷.žŒčhĸŠ÷M;ÆÃŦŸŲ°1Q€f#žz/õŽB´ĩōĮ^ŊŨ×Ė?—jͯ…Į֕lDœē;}Į<ØVׇ5‡ĶoŌ7söiX+Šč÷ĢŠįŖZTj*Ũ ;j{MúŠ~‚Ēۖ6ŅûÛ~¸ĢQĒ—č+ôîŽtŅEĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*՟Wü*­Zŗę˙…VžßZJWûíõ¤ Š( Š( ´ĸ˙TŸîŠÍ­(ŋÕ'ûĸ€EPEPEPEP<”ôũhōSĶõ§Ņ@ ōSĶõŖÉOO֟E3ÉOO֏%=?Z}Ī%=?Z<”ôũiôP*…´Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Ō˙­÷2Ÿ/ú×˙xĶ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([õëNē˙]øSm˙×­:ëũwá@QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEPšÖtûV+-ĘîÂŋ1ũ)9%šp§9ģA\ŋSøõo÷Ģ ŒāPŨ†ĸŪˆš¸oJdÖĨRxUGåŸë]´sE0ĖR#U`kŽņEŗEĒyØųfPsî8?Ōšņ:ÃCÔĘmEĨŊ™‰EWôÁEP[žēhĩ#oŸ’e<{Ž–k ļ<3 IŦÆāqŗËÖ´Ĩ~uc—ĸđķæėvôQA8=+Ķ>8+ņlĖ–B9cøúéڇ‰R1Y¨‘‡Fûŋ‡­sח÷7ėĻæMûs´`3]k-­Z¯ÜīÁÁĶĢ“Z"&ŅéM+Ž•ÁˆĘqcÍēō>Šž.œŨļZ$íąlĀũįØ}ÁâŗëGBˇkbÜÂ7˜ĮĐūž+΅ų•1ö2æÚĖī¨ĸŠõOŠ ÍžŅ-/˜ģ)ŽSüiÆ~ŖŊiU{‹ë[^'úĪåZR•HĘô÷ō*.Iû§;'…'÷w1°˙hū5‘¨Z ŧ–™$”}āņõŽĩõũ8Få.8RBía“éŌ¸i䑞BKą$“ÜÖ¸ŦÃJ)=/ÖĮŗ—R•i7Wdf\˙ĮÃįšÍEVī#Î$CU+ˇ [ÛQRžŊ}OĘx‡<eVZ6Úôz¯ōųÖķ ĸ?0āÔĩnCƒWRũųԃíÍzpĒšŗ>§)âL=JJž*\ŗ]^ĪÎũû–č$’pV7ЁÆãøUIîžo—î¯ĨTĒŘŪ"ÁaāÜ%Ī.‰~¯aˇųĶ:ĨEEČŨŨĪÍk֝z’Ģ=Ûģ (Ĩ’'Ō‘šMč„ĸŦ-”Ė2@_Š¤{IgnáíUÉ.ĮsĘąĒčČ+Ôŧ=j֚ ¤N0Û7‘ūņĪõ¯3ļˆÉ:ņœšč§|[wÛ'Īŗ‘YUÂÎŧlĸá|žsSÄŊËõũū›ąn šõÅrš‰.!p—g͈˙>aū5ÕŖŦąĢŖVwå×ÃÔ í#ę*S•7¨ę(ĸšĖŠ( Š( Ļˇûíūé¨jkžßŠ( Š( Š( Š( Š( ąuOŲiŒbĪ8ęˆxSÚŠx§^k5û Ģâv‘ĮTƒÜ× Öŧ,Į6tdéQßĢėg)ÛDtsøĶP‘•/n ΛŒĩ4l¸‚AčSČ×=ExO1Å7~vgĖÎûMņ}ÛîTÛHxœĄü{~5͎֡GLņJëŧ'âG€.í÷@üBĮøĶčkØËķ‰NJ~ģ?ķ.3čÎʊ(¯ĸ5 (ĸ€ ÍÔuË /åž\Ë˙<Ķ–˙ë~5Ÿâm|éČ-m˜}ĨÆKppLĖėYØŗ’IÉ&ŧLÃ6ööT•å×ČÎSļˆëåņÉŨˆlxõy? °øáKb{Ŧrgô#ú×ExŋÚØËߟđ_äG<RĶõ‹-MŅĻĀɍ¸aøUęō(Ĩ’ VX‘Ôä2œ^…áŨpjÖæ9°.ĸ6?ˆxWš—fĢũEi~ Ō3žŒÛĒZĻŠ•hg˜äžV>•vŧ×Äz‹jŧ¸lÅ1Æ=‡SøšéĖąŸUŖ͉č‡)YęZåöĻį͔Ŧ]ĸC…ãøÖmWÆTŠ:’æ›ģ0näĪ-ŧ‚HdxÜtd85Øč)7%Ļ G˜Ü$Ŋ7Cīī\UžW >h=;tcRhöĀ¯!’F–W‘ŽYØąúšôj ¨éŧ‡2Æ|ˇ>¤wüą\Ģf֝Åģ rWŨO#ô¯_:—ļŖJŦ~ÆßđKŠĒL§EWĪnøFFODŖŖŖ)úc?Ō°Ģ§đ]›I¨KvGÉmũŖ˙ÖÍveņ”ąPQîTw;š(ĸžčč8ŋé.ŗJ%&6eĮđ‘Ā?Jäë×ŲUÔĢĘF# Šį¯<apåāy-Éūå#ū5ķš†Q:•Z=wFR…ŨŅĀÖˇ‡ô—ÔõʟŗÆCHŨžŸtVū ´G{ŠeøTĪķŽŽÚÖ 8x–8×ĸ­eƒÉjsŠWŅ.Â4ßRZš/õRũCSEūĒ_ ¯§5!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢV}_đĒĩjĪĢūYūû}i)_īˇÖ’€ (ĸ€ (ĸ€ Ō‹ũRē+6´ĸ˙TŸîŠuQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@VGŠštđ~ļÖšû@°œÅŽģŧļĮë@Câ‹*ņ?‰'Đ>XųĢ!ī|ĩrøā°ßō"gĄnŧtéRü1×!đˇäĐüs§ˆŦ'¸amz!HËŦHų]qŒ‘Č÷é^ŲÖŧ‡öŠK#āGŸgږųšū.UˇcÛŸ ¯Fđ“NŪ ĐÚį?h:}š—=wykŸÖ€6(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠÎ—ũk˙ŧi”ųÖŋûƙ@Q@Q@Q@Q@Û˙¯Zu×úī›oūŊi×_ëŋ ‚Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š+/ÄF×H”ŠÃHD`ũzū™Ĩ)rĻŲĨ*n¤ÔS [פš‘­­\Ŧ‚Ęyūĩ`ŅEys››ģ>ƅQ‡$U‹Kۋ„ļō=Įfö#ŊWĸĨ;j%%i+ĸIæ{‰Ūi]Øą¨čĸ¤’˛ (ĸ…Q@_ŅPÉŦڅę?—5B´`i4ģ_´ļâu",õTîߏAøÕC{ž†5îāâˇz#˛ģÕlŦNŲįP˙ŨŸČUXüGĻHÛ|æOvBpä–bĖI'’OzJŨâĨ}æĮ'ĸŖi7sĶQŌDŒO!”äVeE,Ä$žÂ¸MV“NšUf&ŨÎ}=Åt>'ē0éb4<ĖÛIŨęĨoÉÁËąæÕËįNŧi_IlĖm[Ä]ČŅ[;En8ČáŸ˙­íX”Q\2›“ģ>–Q,‡Å,H$‰Ųte85ŅŲßG¯[>ø…¸ë u?ãü뙧Å#Ã*J‡„0>âœ&ãčF#ĒëI-ŸbÍö—u§ČDŅ¤^Tū5NŊ. EÅ´rÄˆQY:ֆ—ą -‘tėO­o<6—‰æáķkÉB˛ˇ™ÅQO– Į*28ęŦ0i•Ę{)ĻŽ‚ģ­O[-=\ßL>{z ÃŅtn%K‹¤)œ…a‚˙ũjėkŗM¯yžk‹RũĖ¯ųsž%ԙ1cc#2‘éØWG^{1žūâSüR}3Å{yu:ŧĪĄåá Ĩ+ž…z(ĸŊķĐ (ĸ€ ¤×S­ãgsØvŽ×FŌWLˇ;ˆißī°íė+šĐf0ë`đäĄüGøâģŠųŒnqQ멖3VQTžß˜QESÕ.ž›4Ępāa~§ŠÆr’ŠęyŠ]ŲúŪēŅČÖļm‚8y¯ Žh’Ä–$“ÔšBrrzŅ_OB„(Į–'ŠNš‚˛ ČĸŠÖQRV’ē4M­QZGžÉĘŨˇãUfĩe9•ôî*õÄ~d ;‘RørŪ-Fũm.%*0Y@ęØí^' ,$ŊĻnĢĄķųœ°øšë™m%xM|Iõ‹îģ|¯ŽĻ&1֊éüWŠÂĶ 6Ö„pa]öŒä=€Žbģ)ÉĘ*MXüëF+J9s%ÖÖ%ļ‰&¸Hä™aBy‘ ~UÔë1éēW‡ĄŠÄC4—hĀf }ânÃņŽF”FyPsŒŌ•>i'}X|JĨ Õ^Z_ˇõ÷’Ãm$܎ÔՑ§Ž9įéVŖehÔ¯Ũ#ŠuwƔl}ö †đ¤œ×;}níōˇC:KQ”;‡§zĩm…#į=}Ēz*ŖN)Ũ˜\‹…Ä{zK^‹tŧĐQEg° P ž´´Q@’IYužši,ĨŽ|Ļ{Ûķš:ęŧ+%Ŧķ‘#=ņ˙ëŽÆŪÁßČĮoftQE|ņįQ@Q@Mo÷ÛũĶPÔÖ˙}ŋŨ4 Q@Q@QĐdĐEsZ§‹íí]ĸ˛Aq āš? ˙į&ņF¯3gí>Xūėj˙^ŧēųž‹åŋ3ō!Í#Ō)’Č°Äōŋ ŠXũyÄ^%Õâl‹Æačęô­3âöēĶnmŽĄ $‘2Ŧ‘ô$Žãĩg ë4÷OĖ=ĸ9ËĢ—ģģ–âC—‘‹†Š+ä›rwfER AÁĸŠõ-đßé6× rė˜o÷‡õz°|!ŸėĪO1ą[Õ÷ØIē”!7ģHéŽÁ\īˆ _ø­|tú­í¸ˇ’6Ķgō€ œūėwĮ&ģÍgöŅŦ¯åˇŌôkF$bĸv˜B¯îŖk}qY˙đŌĢ˙BŒŸø˙Úč=/áī~"øŽ×Yø‚æÛNˇ9K#…,3Šƒî’ß1˜÷ÕPĒ@ ;WƒÃJ¯ũ 2ā˙k¯z Š( Š( Š( Š( Š( Š( Š( Š( Š(  éÖŋûƙSÉĻF!x$÷Ļũž_î~ĸ€"ĸĨû<ŋÜũEg—ûŸ¨ ¨Š~Ī/÷?QGŲåūįę(**_ŗËũĪÔQöyšúŠŠŠ—ėō˙sõ}ž_î~ĸ€ õëNē˙]øRà ‹*ŗ.÷§\C#˕\ŒzĐZ*_ŗËũĪÔQöyšúŠŠŠ—ėō˙sõ}ž_î~ĸ€"ĸĨû<ŋÜũEg—ûŸ¨ ¨Š~Ī/÷?QGŲåūįę(**_ŗËũĪÔQöyšúŠŠŠ—ėō˙sõ}ž_î~ĸ€"ĸĨû<ŋÜũEg—ûŸ¨ ¨Š~Ī/÷?QGŲåūįę(**_ŗËũĪÔQöyšúŠŠŠ—ėō˙sõ}ž_î~ĸ€"ĸĨû<ŋÜũEg—ûŸ¨ ¨Š~Ī/÷?QGŲåūįę(**_ŗËũĪÔQöyšúŠŠŠ—ėō˙sõ}ž_î~ĸ€"ĸĨû<ŋÜũEg—ûŸ¨ ¨Š~Ī/÷?QGŲåūįę(**_ŗËũĪÔQöyšúŠŠŠ—ėō˙sõ}ž_î~ĸ€"ĸĨû<ŋÜũEg—ûŸ¨ ĢŊN™Ã?‘Žėō˙sõWQŌäž°–ÜŽ ”äpG"ĸ¤yĸŌ7ÂÔTëFodĪ5ĸŸ,O ¯ŠUЕe=AĻW–}šwÕQ@Š( Š°ļļ“œôÄgšÔąđŽ§vĀÉ ‚>æNåÖŠBRŅ#•éSW”’3ôŨ6mNāÅ Ë9 Ķ˙„J÷wúû}žš?á]eŽē}¸†đ:ŗ2ĮÔ՟ŗËũĪÔWd0ŅˇŊšā×ÍĒšŋeĸ9Û [[8’áü÷…# ?õârN°A蹨Jë5Kø´˜CÜ}öû‘‚2ßũjáĩ=Eõ;¯=ãTÂí}=ę+ōF<ą7˞"ĩomSUkÃčĸŒfšT\’=ÆŌՅtzÚŧžĶflœ*‚~Ģ˙ÖŦŖW•G؄€ÍŒāz×uļĮW°k('PĒ7Ã5Ų %e 9E¯TyXÜL!Rœ–ļzūGEXŧ˛žÂåíųę=ĒŊq5męFJJë`ĸŠšmlën×€Rz;öū§éM+„¤ĸŽÎˇûJ×HĶ­ĸ¸reX”yj2Ũ?J |^›¸ŗbžĻN•rōHķHŌHŝŽI=éĩŗÄKėčyĐĘčīSVÎâ×UĶ5r"’5ķ;G2ƒŸĨ_ŠÂÎŨŦ(ŪĄkÎ ‚Žīײęv,æšÎzŽĮüúVÔjķģIjpcđN„9é7ËÕ”Tŋg—ûŸ¨Ŗėō˙sõÔxÄUį—‘˜ogŒõY~ĩčíŠĨ˜É$Ž+„×fĩ¸ÔZKf-‘‡8ā‘é^ĻW&ĻÕ´gVžfŒĘ(ĸŊŗ¸(ĸŠĐŅ#2ëāvmĮđŽę°ü1¤M&õã Ę1ģëø×CöyšúŠųėÂĒk.šv"JSĶĄcø”¤t.kwėō˙sõ™âÄ:ĶL0ģxįŠĪšđîÕbüĖŖ%)>‡E !€ äZú“ÕM5tQEô9ŦË+—ŗŊ†å͆ĢˇRˆā>­ĀŦÔF’EEf ī\¸†ž‡Áņf%XŨĪŽ‹C…ĶôĢˇ *40÷f'č+ą†íáHb]¨ƒUŸŗËũĪÔQöyšúŠāÄb§]ûÛTĢ*›‘QRũž_î~ĸŗËũĪÔW1‘/Ųåūįę(û<ŋÜũEEEKöyšúŠ>Ī/÷?Q@TÖ˙}ŋŨ4Ÿg—ûŸ¨Š!†Df,¸Ę‘Ö€+QRũž_î~ĸŗËũĪÔPTTŋg—ûŸ¨Ŗėō˙sõqŪ-×9ĶmŸß0īūĪø×atÖŌk‡O–$g<ö5ärĘķLōČrîŘú“^&uŠ•*j”7—å˙ÎŖ˛°Ę(ĸžPÄ(ĸŠ(ĸŠ(ĸŠ(ĸē ørMFq}Ī/÷?Q@QRũž_î~ĸŗËũĪÔPTTŋg—ûŸ¨Ŗėō˙sõ/Ųåūįę(û<ŋÜũEEEKöyšúŠ>Ī/÷?Q@QRũž_î~ĸŗËũĪÔPTTŋg—ûŸ¨Ŗėō˙sõ/Ųåūįę(û<ŋÜũEEEKöyšúŠ>Ī/÷?Q@QRũž_î~ĸŗËũĪÔPTTŋg—ûŸ¨Ŗėō˙sõ/Ųåūįę(û<ŋÜũEEEKöyšúŠ>Ī/÷?Q@UĢ>¯øT_g—ûŸ¨ŠíŖx÷nÎ(ŖũöúŌTÍo)bv÷õŸg—ûŸ¨ ¨Š~Ī/÷?QGŲåūįę(**_ŗËũĪÔQöyšúŠŠ´ĸ˙TŸîŠĨöyšúŠģ"5¨€EPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPY^'ˇ¸ģđžŗmh š–ÆxáŠsũqZĩõä:}…ÍíÃm‚Ū&–FôUŸĐP‘ūĪ6HđmÍäPÂu_ĩŧw2bÕõ Ž~šô¯c¯“´‰ümâĪęž"đ™.šŗIûŅk"¤_đ2įk1ęGŠÎ+ļō˙hOųíåcūītW‚y´'üöōą˙ ÷ē(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠÎŸ5ųū#MÉõ4éÖŋûƙ@ “ęhÉõ4”Päúš2}M%š>ĻŒŸSIE.OŠŖ'ÔŌQ@ۓį¯4ëĸ|îŊŠļ˙ë֝uūģđ r}M>Ļ’Š\ŸSFOŠ¤ĸ€'ÔŅ“ęi( Éõ4dúšJ(r}M>Ļ’Š\ŸSFOŠ¤ĸ€'ÔŅ“ęi( Éõ4dúšJ(r}M>Ļ’Š\ŸSFOŠ¤ĸ€'ÔŅ“ęi( Éõ4dúšJ(r}M>Ļ’Š\ŸSFOŠ¤ĸ€'ÔŅ“ęi( Éõ4dúšJ(r}M>ĻO°ī|Oinå CpÊ ųÔĘqŽ­šŌĄRŗĩ5sw'ÔŅ“ęk•OļīžĖmö“Ÿå[Z~¯i¨ŒBåd&6ā˙õęcVvLÖŽ Ŋ%Í8čhdúš2}M%ĄĘ.OŠŖ'ÔŌQ@ƅĨûčØGpŪėß_ņŽFķNē°l\DT€ÃôZÆņ=š›I.Ŗ&'~?­sVŖœ–į­—ãĒBqĨ'xŊ=&Š(ŽéBŠ( ÷@™ĻŅmË•#úVžOŠŦũŨ­´‹xØaļî#ęsũjũz°ŋ*šņX†i¸íwų‹“ęi¯ Ų°Ē2Oĩ-TÕ3ũ•wˇ¯’ßʛvW3„y¤ŖÜá/īdŋŧ’âB~cōîŽÂĢQJN+ˊ•I$ˇgÛ%q˛Ņ!UsÉéOĸŠûŒ žŠ×ĢÛM°Žo™HÜ_ģ“ŪŧüUgųŗÉĘ°ŗĮbjŽöw~oĄƒâ Éw#_Ų&éHũėcĢ{záŲYĢŦ#W˛UK­2ÆøææÖ)ûÅyüú×%[‚å’šėf quhžV÷]%­Ã÷:´ĘÅZ;P~iHëėžĻģ¸ŧ?¤Āû’Əī ßδ@ :WSuh#› ÜŗRÄJë˛˙3›ŋđ¸5 ˙TĮųÉ:.¤gØå'Øfģē–ßũzŅK1ĢgŠö4ëĘQ[#ŒĩđÅëČ>Ô Ôä‚ĮđÔZÛEgn°ĀģP~§ÔÕ˯õ߅CX×ÅT¯ņm؊•e=ÅÉõ4dúšJ+˜Ė\ŸSFOŠ¤ĸ€'ÔŅ“ęi( Éõ4dúšJ(r}M>Ļ’Š\ŸSFOŠ¤ĸ€'ÔÔļäīn„Ô4†ōÚČ3ÜÜG í8.ĀgéIÉE]€ėŸSFOŠŦgņNŽĩįééV-ĩÍ2í‚ÅycĐ1ÚOįŠÆ8ĒvSWõBē4r}M>Ļ’ŠÜe oqĐī@'ũK*ōęõŲĸYā’'ûŽĨOЌW“Ũ[ŊĨÔļō –6ĻŦZIlUÉõ4dúšJįu?ZYģElŋipH8Aø÷Ē¯ˆĨB<Ր6–æÕũĸj3ZĘ~Yô=į^]wi5•Ô–ķŽŲāûûjÛęlŲTˇQčŸëUī5ČõdUÔ-Ud^x8eúƒÔ{dWÍæ8œ.-'i.ëFe&¤bŅWN—rņyÖÉö˜ŋÎ>Ŗ¨ĒĄÃ#)ˆÅxŌ§(ÚURĖA$œ;ŌQP#žđūearĖŅ=ņäåÁŲė¯Ŋty>Ļŧzĩ´ŋŪé’(4°w‰ÎF=Ŋ+čpyŊISpå]ÖŋyŦf–‡Ĩäúš2}MV˛ŧ†ūŌ;˜(ãņĐՊúHÉI)Gfjex‡Vm+M/ũü‡d~Į×đ¯5wiØŗ1É$ä“]GåckđŦE‡ÔŸūĩrÕņųÅyTĸt‰„ŨØQEåYąž›NģK˜§§fÁö¯QŗģKÛ8Žb'dŠ{{W’×āŲZM ŠéĖŖ逭{šy*Ž‹ŲĢüÍ)ŊltY>ĻŒŸSIE}I°š>ĻŒŸSIE.OŠŖ'ÔŌQ@ “ęhÉõ4”Päúš2}M%š>ĻĨˆŸ*^{ †Ļ‹ũTŋA@dúš2}M%š>ĻŒŸSIE.OŠŖ'ÔŌQ@ “ęhÉõ4”Päúš2}M%š>ĻŒŸSIE.OŠŖ'ÔŌQ@ “ęhÉõ4”Päúš2}M%š>ĻŒŸSIE.OŠŖ'ÔŌQ@ “ęhÉõ4”Päúš2}M%š>ĻŒŸSIE.OŠĢ6g;˙ ĢVŦúŋá@؝íÉëI“ęhžßZJ\ŸSFOŠ¤ĸ€'ÔŅ“ęi( Éõ5Ŗú¤˙tVmiEūŠ?Ũę(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ §ĢiéĢh×ÚlŦV;ģy b;R§ųÕĘ(Č~jVŪ˛ŧđNēŅéúÍĨĶČŠ3l(ØÃĄ?{Ąü1ī\„d0ĮÖŧ._Ųē)Ø4ž-š€^Đũž™˙ Īk˙CLßø?øē÷ëũáųŌ׃Ã3Ú˙ĐĶ7ūū.Ŋæ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€3Ĩ˙Z˙īe>_õ¯ūņĻPEPEPEPEPļ˙ë֝uūģđĻÛ˙¯Zu×úī€ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(˜ņFĻĘÂÂ&Ā#2‘ßĐW/Wĩ–fÖn‹uķü;Uķ*ÉĘmŗėpTŖJ„Ríp§Å+Ã*Éu9vĻQY-_Fz•|5>9ø÷\Ė*ís~cö{ĨūęG×ūĒé+ĶĨ'(&ĪŽÆRTĢĘØ(ĸŠĐæ GE‘Ŧ0Aî)h WŅ&Ķåi#RöÄđÝžÆ˛kĶČ`ō*¤ē™<-#ŲĻũŨT•ūUÉ<5Ũâ{˜|âŅåŦ¯æ;­ũB’âTšēB°)ĘĢ_˙­]ž‘§Û0h­P0č[æ#ķ¨5ëö°Ķ‰ŒâYÄ>žĻ”h({ĶčU\ĘX†¨ĐVoK˛-OÄ6öa|é‡PũMc7ŠīËd$zm?ãXDääõĸ˛•yˇŊŽÚ9nœlÕߙÖXøĒ9\GyˆŸãNWņĢĄ!%ˆŽvčA¯2ŽĢÂēƒ8{;FčķØwĩížY†] pö´´ļčįõ '°Ŋ’åO÷—ąĒéÖŊPĶmõ(|š— >ëŽĢ\ĩ߆ī-ʌ’Ä ’AÁĮŌĩÃRöx¨KĨŅŊ,Ɲj.3v•žķ*Š(¯ĩ9Š( ˇ|*Äj2¯c?¨˙ÂŽ“–įuÅÁ` ?Šū•ËiP•ĖĢģSgM\_‰íZPĪ’ep0Gōüë´Ŧ}vëOÍotKšåU>ōŸ_jų‰P•eÉva€ŽčÖRĩÖĖâ(§ėęhØ(ūÆÅÚö_yôŸ\Ĩ}ĮÚ[=ŨÜP ųąôÍzB€ĒtšĪ Žž€ė›ļ‡ãŅk¤Š§‡ŠĢ3ÂĖņ*ĩEė‚˛õ]t؂ pãåSĐSZnÁŽFI¯=ŧš{Ëš'~Žr ė+ŌĀá•iŪ[#Ž…>yk˛!$’Ięi(ĸž„ôBŠ( Hdšô;8MŊ”ž¨O×ËøsO[ĢŖq!` …õ=Ģ¯¯3ŦĨ%Mt8qSģå]Š(¯,å åŧqt#Ķ ļĀ-,›žG˙\WS\GŽÕžŅdßÂQ€úäVøez¨ōķŠ¸`fãäžör4S‚R@Î:ĶkØ??qi&ÖáE  I=…Iˇd>ķ&U÷æēĂÆáė¯\ũœˇîÜķåŸCíüĢE´M#ũėsííYėŘąęNiÖ¤ĨO–]OŖœjezOj’|ÍvÖI˙_‘ė`†‚<‚)kšđeûŨi’[HIkvIūéč?C]-xU á'}VM֏PĸŠ*€Šm˙×­ERÛ˙¯Z[¯õ߅CS]Žü*(ĸŠ(ĸŠ*Ž§ĢZéPī¸˜ũØזjvŠ¨GĨØIs'8áWûÍØW™^^Ot÷ZF?€ƒÚŧŦË1XUÉ d˙'+Ū.Ô.Xˆ ÛGØ/-ø“ũ1Y/¨ŪČŲ{ˆ>ō­E|­\UjŽķ“f-ļ^ƒYÔ­˜īfė͸~GŠčôŋå–-F0ãΌtúđüĢŽĸ´ĄÄPwŒžOaŠ4zôr$ąŦ‘¸taĘr§WŸøg\m>åmg|ÚČqĪđ1īôõŽŗÄ‘Ķ4§•īœėØž˙€¯ĢÃæ4ęĐuž–Ũ_˛’jæoˆĻą(­ã‰ĢNŠ~ëŨŦQE` ĸŠ(ŦđM㠋‹2~F_1GĄųĘģJá< >­,¸ųR" ÷$cųîëė˛iIáûŗxlr7´b-ŽÔeFccéÜZãĢÖo-"ž´’Úa˜ä>ŪõæÚŽs¤ÎRU-?$ pßā}ĢÉÎprW^+Ũ{ų2*G[™ôQExfa^ákFĩĐĄŪ0Ō“)^Ÿ ĖxÃ˛ę%ÅĘ´Sžx2{ozô€: úL“(ˇ^jŨųšĶPĸŠ+čBŠ( Š( Š( Š( Ļ‹ũTŋAPÔŅĒ—č((ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ĩgÕ˙ ĢVŦúŋá@ŸīˇÖ’•ūû}i(ĸŠ(ĸŠ(­(ŋÕ'ûĸŗkJ/õIūč QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEC\:€đū¤t€§öY~ČßõÛĪŊĮŪĮ^=k”ølŪ?huøNŅVMŅũ“o“ĶæßūĢūÖēŪÜiŪ ×o­$1\Ûi÷E íuŠœ8 W)đ_ÄzˇŠ<%ūŗx×wBöHȊŋ(U a@Íq[˙h?ųįūI˙h?ųįūI{ÍāÛ˙h?ųįūI{ÍPEPEPEPEPEPEPEPEPEPtŋë_ũãL§Ëūĩ˙Ū4Ę(ĸŠ(ĸŠ(ĸŠ(ĸŠ–ßũzĶŽŋ×~ÛõëNē˙]øPQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEqŪ(ąho…ŌŨÍÔú0˙?ΰkŌî-âē…Ą™ÆŨAŽV÷¡škGYS˛ąÃčkŠĩ~hŸC€Ėiû5NĢŗG=Ej'‡uFlmžå×Ρt¯ Įi"ĪtË,ĢʨûĒ}}ë(ŅœžĮml} Qŋ5ßdZĐ,ZËLQ ĒėoAųVĨWĄ¨Ģ#åjÔufį-ØQEVŊŋˇ°‡Ė¸“h=äˇĐSm%vLc)>XĢ˛ÍĘĪâé ŗÛ ^ÆBI?€ĻÃâéÃ~ūÚ6_ö Súæ˛úÅ;îweâm~_ÅeL?ãÕŋŪŦÛ NÛQŒ´ķŧÃ ŌņęßīVŠĻŽŽÂP—,•™ s>/m™ūž~ŧWMYÚ֞u=ŖOõ¨w§×ŌĸŦ\ Ō:0UcKËoé ŦĨĢ{RW˜}€Vˇ†:ÜXčŗôÅd×[á}5Ą‰¯%\4ƒl`˙w×ņ­hÅĘjĮaV4đōŋ]>ķĸ €Ad(¯HųˆÖtˇĶîK(&ŨÎQŊ=fWŖËsÄŅʁŅ¸ Šį¯<,‹ZLrNߍ{xlÂ.<ĩt}ÎęX…kLæh­cáÍHû‡fßÂ×ĀÜL‘¯ĸüÆģ%‹Ąw$lëAu1­meŧ¸Xa]ĖߐĻģË+Dą´ŽŪ>BŽOŠîi,Ŧ-ė"Ųc=Xō[ęjÍxØĖ[ŽųcđŖŠĩn}ÆnĩŠgZ|˜ķ¤á=ŊMq.í#—v,ĖrI<šÔņæm]Ķ?,@(ü˛d×ĢĸŠŌOĢÔëĄ_¸QEØl*ŗ#RUČ#¨Ž×DÔ˙´-JČ î;âkSÃķ˜ux†~YCũ?P+AT¤ßUŠx)CĐë52F—tG_)ŋ•yũz<ą‰Ąx›îē•?yÜŅ<ŧN0ČÅMråR\˛S,#ŅĄ”QUîŽ<•Úŋ|ū•ęɨĢ˛ņxĒxZ2­Uč‡Ëq<1ÉôYĩŸ–1øš¤I'$äŅ\˛­'ąųî/‰ņĩ¤ũ“䏖¯æßéc ŅYTzúcZĩåJ..Ėû*5aZšŠtÂąėĖFl$/÷ÁŊëˇXíß䯅÷°øĨŪéÛõüˆînLĮjđƒõĒõĸ,#Į,ÄŌ&š¯qyÛ#f™‡Ũĩ”á?‰ž;%ÍĢÍ×Ēš›ė֟בĶøŨ–Ūōā•ŲQ “üÅuÕ^ĘŌ8­­Æ#AīīV+įęĪžnGŌ`0ßVÃƋŨ~{…QYaRÛ˙¯ZŠĨˇ˙^´ˇ_ëŋ †Ļē˙]øT4QEQEÃxŌô˨GhÉ î#ũŖ˙ÖĮį\Åjx‰‹x‚đžģņųYuđxęŽĻ&r}ßáĄĪ'vQEr’QE­Ģjoa§#ļZ(ČsœgōķŦšyB!WėXËãZB¤ŖEl÷ûĮq”QEf ĸŠ(§#´nŽ§ § ûĶh’&„ŽÃ'›rãPߘŽ[ƚ{IWņŽ|ŋ’O§cųįķŽĸŪ3´Qž¨!K,I4OŠa”÷÷˜œ?Ö(:rŨūgKWV<ŠŠĩ¨ÅoĄoŦOnŸækN=EĸŠÍ×ĩĻéN‡Ÿ’?Šīør ú*•#NrŲˇbŽˇâˆt×6öę&š{'åO¯ŠöŽf_kR ͉ũÔEųfą‰,ؒIÉ'Ŋ%|f'3ÄV•Ôš]‘ÎæØŦŘą9$äŌQEyä…Q@sLĶĻÕ/ŪזnĘ=M^ņ„úMÆøƒ5ŖũÖë´úŪ8j˛¤ë%îĄŲÚæ-QX*Ha–âe†g‘ÎTrj>§ģß ča ]ÜĻۉFOT_ņ5Ų‚ÂKW‘mՕŨ—ô$i66ÁžCēFžŸ…jQE}ĩ*QĨlŌ°Sd%Œ¤ˆŽ‡‚Ŧ2 :ŠŅĢî3o i1oŗ'ûŽ@üĒ[oéVŒ;Efä%ŋŸŠEsŦ&K™A_Ņ •Q] (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ š/õRũCSEūĒ_  hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*՟Wü*­Zŗę˙…VžßZJWûíõ¤ Š( Š( ´ĸ˙TŸîŠÍ­(ŋÕ'ûĸ€EPEPEPEP^s⯍>đˆ'Ņomĩ+‹˜™Ö(Ų`g8#ĩwēô^™u¨]6Û{hšiŅTA_)čžŧø‡¤øßÅ×*Ææ Ķ[€x2îķGŽmũą@Vi÷Đjzm­ũĢīˇš‰f‰ŊU€#ô5ËøįâF•ā˛­–Ŗ2]†ōäĩA\dθ<Šæūx‹û_Ā?Ų˛žë*S įËl˛ũ ā5Ĩņ§ÃŸđü8ŊxĶuΜEäXáAŪ?ī‚Įęwļ—PŪŲÁwnáāž5’7XdČÔÕæ_ŧEũˇđę I_uƗ!ĩlžv}ä?Lŋđôš$Hbyd`‘ĸ–f=Mqz×Å Dņ­¯…$ĩÔ.u+†‰GŲŖFEi‰pG'Ž†ģĢĢ{+YnŽĻŽ x”ŧ’ČÁUu$ž‚žzøO øããĩã …& fybŨü,ųH×đ@ߐĢŸu­GÅ~6ĶžčîUKĄšÁá¤a¸nĮđĸüߏ°  Ŋsö‰đí…ĶA¤é×zĻĶ7p†6˙tXūB¨Ų~ŌZ{\ˆõ? ŨÚ&yhnR?Ģ^•ā˙č> ĶãƒNŗŽBūöōDYOrOaė8ąĢhš^ģdöz­…Ŋä0Rd pzƒî9 <;âm#ÅzZę:5â\ۓĩąÃ#u”ō MŽëūĐ¯u{´•íėâ2Čą\č ?x§…üâ?‡_Z*ÆöįÃ7l#’`Ĩ”FÃ*XúŖž™õ¯Pø™˙$ĪÄ_õã'ō   ņĻã­]WK†ę#­ĘŨ"Ģn ŦN˜c ;×G^Eû9˙É:ŧ˙°¤Ÿú.*õÚ+Č[öŒđ‚;)ĶĩĖƒõņÚõęųŗö~ŌôíS^ņęˇj‘FP\B˛;›ĻAÅvđŅŪ˙ nš˙~!˙ãĩgNũ |)Šęv–éúŌËs2B…áˆ(f`q'Nkŋ˙„KÃô/i?øøSŖ𷇡•%‹AŌŌD`Ęëg*GB84'ˆ5ģo č7šÅâJöö‘ų’, #8āZĀđ?ÄŊĮÍw”.ĄžØxnŅUʟâY˛3ĮˇĸŠŋōKŧC˙^§ųŠų§Ã‹Ŧø"ĪDņūŸ™-æKiĶ āōėËĐö#ØPØõËxßĮē_€lmnõ[{ÉŖš”Ä‚Õˆ gĖŧV։ŦYxƒE´Õ´ų|Ë[¨Äˆ{P}9zŠōÚOūEūŋ˙@4ėÖWqßØ[ŪDGoF.’ŠÕQEw8fj:ŽĸK°1Í˙=ŋÔwŦfđŒûž[¨Ęú• ×YEe*0“ģGe,~"”yc- ; ZÛ8’v3¸ä0Ŗđī[”QWF*ČÂĩz•Ÿ5GpĸŠ*Œ‚Š( Š( Š( ]BšÍÆ{ÃņŗĢŠņ5ƒI^F2PmNÆšjúlERŒZéĄéŅ’”QEŌjEC&ąlfŨų Õ éü1`ČöAÃlyôîkŸQSŖ&ũ ëIF `ëÚ3]Ĩ[.fįQüCÛŪˇ¨¯ŖVT§Ī̈́ÜŅæÄ$AAŦ‹‡ß;Ÿ| õ;Í*Îøîš!ŋûëÁ˙ëז\Æaģš#œŖ˛ķėkŲŽ.5ãdŦŅķüW‰sŖN kļūKO͑QEĪˆ (ĸ€7ü!vÖÚęEŸ’u(ÃßËõ¯F¯-đęņ^žf!šõ*ķ1Š)§ä}¯NO (Ŋ“ũQEÆ}T}ĻĘhGWBÖ§ĸšm;Ą§gs͙J1V08 ö¤ŽŗYĐMĶĩÍŽ§ī!ā7¸÷ŽL‚Áôø|D+FņߊéĶ¨ĻŽ‚Š(­ÍŋÃWmqbĐšËB@ũ“ĶúÖŨsž‰„73ōŗ*Ã9ūuŅWÍcRUäĸy•’U‚Š(ŽS Šm˙×­EPĪŠZi›fģ™c^p:“ôęe(ÁsIŲrëũwáP×-㸞cöK6ečVĮč3üęšxâā7ĪeČ¯>Yž;s~ Žx­ƒaâÍ>ņ„rîļôķ>éüĮŧ##‘]”kŌŦšŠĘå&žÁEVÃ<īŖæ zGĮË2ĢËõ‡^…â)ĩ Ä,63´w5ëÉvą$ōUBAâŊŒ§ CŸ>ÖˇßÔŌšä”WYâ :H÷––šx”r§ÔOjäúķņ8j˜yōMÁ!Ļˇ (ĸšÄąá­9ĩ ^2W0ÂDŽ~â­TĶ´ģ­Rqŧdâs÷WękŅ´Ŋ2*Ímáäõw=Xú×­•ā%^ĸŠ%î¯ĮȸFîåÚĘņãYh“ē;ŸL˙õŗZĩĪxÍKhŠGE™Iú`ë_M›†rŽöfŌØā(ĸŠø3˜(ĸŠŲđÅãZkŽ~IŋvÃ×=?\WŖוé*_X˛Uëį§ķę•õY ÛŖ(Ŋ“6§°W5ãUc¤BGA8ĪũōkĨĒzĨŠęZlÖ¤€\|§Ņ‡"Ŋ¤ÔōÅŅ´rĸē0ÁVŧÂĶYÔ,œ47rcûŦ۔ūģŊ ]X€†;”:v#Ô{W­Ėpõ˙uĘût.2OC>÷Áv“9{YŪ ˙ —đīT“ĀŌ–ųī/´dŸį]Ĩ¤ōŦ$ĨĖáų’&>™áĢ 5ÄĄLĶ'o í[Q]´¨ĶŖZjČi%°QE ÂŠ( Š( Š( Š( Š( Š( Š( Š( Ļ‹ũTŋAPÔŅĒ—č((ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ĩgÕ˙ ĢVŦúŋá@ŸīˇÖ’•ūû}i(ĸŠ(ĸŠ(­(ŋÕ'ûĸŗkJ/õIūč QEQEQEQEåüGũ‘ā5Ōâ}ˇŦĸ,Ī”¸g?žŅ˙Ž›á‡†‡†~é–ÆÄŅũĸäÕääƒô_ø xßħø›ņž ŲÜųVöjm|íģÄeAy_ƒōõÚ+Ŗ˙†Õč Ūā#ņęÂđŸ‡ŋ5 JJY^ģ[ÆLŪB~¸ÂũX×Ņ˛F“DņČĄ‘ÁVR2=E|§ņáΊđŪM+]MvMMÚãw„ÆĐȘdęíœāú}ÚúsÃúÄ> đöŸĢÛãËŧ&?t‘ĘũAČü(Áū;øã^¯áØ­ĩáhĸÜz•ũäL~¨Húĩz_Æ_Â?đ×Q(ûn/ąeü;ŋņĀõĀü{Ķ'ĐüI xÖÁvË‹Œ:y‘ņ“õ‡ŅjŸÅ-]~"øËÂŌä&Úæ(î¯đųØ9>ëĪâhĐ~xwû áŭĉļãScvųí< úm˙ĀpÅīí3¯M8ĖKyåîëÁØ?ņŌkč;x"ĩļŠŪ HtU~Uķ—‰f?hxĩģ€WMžq3?o.EŲ!˙€ļ[Ãր>‘¯ņGĮĢ_ øš˙EÍpÖryfQt7įN:ׯG"MKĢÆęYNCЃéN ąũŖm/ĩ kAáŠĐĪ*ÄŨƒÄ ũßzô_‰ŸōLüE˙^2*ņ¯Œúõļ§ņ[AĶm¤Y?ŗ^4™”ä @Jū/âqÚŊ—âgü“?׌ŸĘ€8ßŲĪūIÕįũ…$˙ŅqWŽ×‘~ÎōN¯?ė)'ū‹ŠŊv€ ų᷉üMáWU—ÃZęōLĒŗ"[É/–“Ļyë__WÎ˙ŗ‡üŒ#˙Ž1˙čm@?đĩž)˙Ņ;Ÿ˙×UĢៈ˙5_éö:§æ˛ąž`“\„¯Ž[ø׹Q@wÅ_ų%Ū!˙¯SüÅqßt+/ü—GÔ#ßmu<čŪĒr0ÃÜôŽĮâ¯ü’ī˙׊ūb°>˙É.ƒūžæūb€8߅ēíīÃŋŪ|?ņ›mį›ũVáD‡î‘ūĖƒCSZŋ´Ÿü‹:/ũ~7ū€kgão€›ÄēÖôØĪöž–ĨÆĪŊ,#’ŋQ÷‡â;גøãĮĢão†ŨH­cvbģĢü‡lŸđ,sîĩ}7áĪų4Ÿúō‡˙@§Yž˙‘cI˙¯(ôZtQEQEQEQEQEŸ¯iŸÛ~ÔôŸ;Éûu¤ļŪnŨÛ7Ą]ØČÎ3œdVÃŋxiôs¨}ģuÃĪæų>_Ū 1ĮûžĩÖŅ@Q@Q@Q@Q@Q@Q@Q@T—–Ú}¤—ws$0F2ō9ĀĨOE2cž扃Į"†V# Ōģ¤hĪ#*ĸŒ–c€:Š§iĢiˇō4vz…ĨïU†er?jåQEgKūĩ˙Ū4Ę|ŋë_ũãL Š( Š( Š( Š(  m˙×­:ëũwáMˇ˙^´ë¯õ߅AEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEP=VÔŪi“ĀŖ,˕úŽGō¯< ƒƒÁ¯OŽo[đķO#]YŊšxúdúŠæÄRr÷‘ėexČŌnœŨ“9J)ōE$.RTdaÔ0Á¤Di*)f=&¸OĸēĩÆ× øzŅ­<<ĄÆGķúôũ1XZ?‡$2-ÅōíAĘÄzŸ¯ˇĩv#ū=ũęíÃŌkŪgĪæ¸ČÔJ”ûŅEÔxĄEPEPE ]Û)Ã\DĄqM&ö \šŠEeuÜŦzƒšZ@QEQE!æu/ 6æ–ĮLDôúéč­¨â'EŪ ¸T”ŅįrÚÜ@ؖ ˙´¤REk<툥‘Īû*Mz-čjĘßž§GÖßc—Ķ|4ėË-÷ĘŖŸ(OÔ×NĒB¨@Āĩ-į×ÄNŗŧŲĪ:’›ģ ŠââHyäXãA’ÆĨ¯9ņN°ÚŽ Öņˇú4 U@čÍÜ˙…i:˛ąæfXøā¨ķîŪČŊŠxÚwrš|b4˙ž’ ąü:ÖšiĻ’âwšVŨ#ąf8ÆI¨č¯VĄ… ‰Æ×Å;Օüē}ÁEV‡(QEnhŪģÕd‘Z^ĻF,?Ų×ĨLį+ɛPÃÔ¯5 JėŅđNœĪu& ëōF F}Xõü‡ķŽâĸļļŠŌÚ;x$h0 TĩãÖŠí'Ė~…—āÖ‚Ĩׯ¨QE‘ÚQEÍëZ É+]YŽâÜŧ}ķę+¤ĸļĄ^teÍá7tyÃÃ,mĩãuoFR ^ąŅnī\~íŖ‹ŧŽ1ųz×sEwO4›Ŗ3wŠvŅÚÛGilD0ˆ??zš™4Ņ[ÆdšDVvĀŦŠ|Q¤DHûVō?¸„ū¸ÅxõqāīRI?6ršufÅĮ^xŨˇ˛ĩėĶŋ€˙ĸxīÕv7ŒŽ‚šør0’ę6…cĀ-,g€}Įŋĩuõ‡âŲ z ĒŸĪ?ŌŖ1ĨNxy:ŠöM¯P’VÔķē(ĸžį (ĸ€ í|Š4°É§ČŲ1ņįûŊĮįü늭 Čcņ ļ:6å?÷ÉŽėļŗĨ‰ƒ]]žōĸėĪHĒWĶu7v¸ˇfŌwĄÚŲü:ū5vĻˇûíūé¯ĩŠN,ÕיĐÕÎIüd[䚸Đā˙Jąmāũ2 –r;;`~˜­ú+–9v.ęžT2bˇŒG kŠŖSčĸģIYWR˛]CNžÕŽ<ÅĀ>‡¨?ZŦkMĻ[,0\Ė8?Ü__đŦqU)ĶŖ)Uøl&ŌZœĐÉo3Ã*•‘ VąĻRŗ3ąf%˜œ’O&’žÚúÁER§đvšĶ^›į_ŨC„÷cūúWs\…5—ĩģ[›6ōœ&ô5ŪWØäΟՒ†ũ}MákQ^ŠfnŠĄŲę˙”Ŧ aeN˙įäđ ŪÃ$72ļ ŸĶ5ŲUĩ˙#ô?θąvŧš§~â\S8{/ĸ¸k۝ācüMuC °Ž$XâŒpĒ:T´ŽĄŅ”ô#´Ą„Ŗ‡OŲFĖj)ly5ŨËŪ]Ëq!ËHōCR\@ö×2A ÃÆÅOáQ×ÂO›™ķnshh—mgŦ[J¤€\+{ŠāÖ}^ŅíšīWĩ…Fs 'ØOč*čs{Xōīt5šęTQE~‚t…Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@MúŠ~‚ĄŠĸ˙U/ĐP4QEQEQEQEQEQEQEQEQEQEQEQEQEQEjĪĢūV­Yõ€+?ßo­%+ũöúŌPEPEPZQĒO÷Ef֔_ę“ũŅ@ĸŠ(ĸŠ(ĸŠ(Ēú„ˇ0i×2ŲÛũĸé"f†Á|Įí\’ÉĀÉ5bŠņŋƒ_uīkzÆŊâ‹O#Pš\Y•$-šˇHÄĄ d…ũkŲ(ĸ€9/‰~“ÅūÔtģxÃŪmZ‚@ĖĒrO#+“ũęČø9Ŗø“Þ“FņžmZÚvkSįG hے>F8Ãn<˙zŊŠåž"øaŧ]ā]KI‰]2yļŲ ~õyQ“ĀÎ6įКķ/ƒ_ ĩ˙øŽ}kÄļf0[ųv§ŽBY¸$lcŒ(#ŸīWģQ@rž>đãŨ ė7lašˆ—ĩēQ–‰ąéŨOøÕŅ@:éņ|aøf?ŗŦė?ļt¸ÉĒÆncũ¤HŖØā{V¯ü$Ÿ<\ŸaŗĐ"ĐŖ“‡ē’…§2ī•Í{­ķîĩđ>ûJOŨinŠŠ%ī›Ē\4wĘĀ€Į Ãz“ģ>ÃØŧsĻŨëÖ´ë|ëģ›GŽ(÷ÜÄp2Hņ5ĐQ@6øcÃŋüĻ>ĸéqClķ™ZkG;Ȝ—ôQ[hũ ŋįĘÎĪ˙Š¯wĸ€8Ī‡RxŪM6đøâ$ŽėL>ÎÅĘcŸõdŽžĩâŪđOÅ˙Ū^\hZBB×XY Ījų’>ķņÖžœĸ€<#í´üųAųŲ˙ņT}Ŗö‚˙Ÿ(?;?ū*ŊŪŠæ|}Ĩ_k~ÕôË|ëۋ}‘ĮšWsdq’@dü!đîĢáÅĻë6ŋfŧ[‰Įæ+đO*Hũkŧĸ€ ųŗâ'Á uüY=߄ôÕšĶŽŋ|cĮäüĘ°ã<ŒtÎ;WŌtPŪ[MNļvM ´qēä0PČ÷ĢÔQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ rË]Ė zšņŋę^3ŧŅŠęšTzv™æ.ņĒÅÛ<!‰#>ÕėÕÃüX˙‘Oúøųšę4ų´Īúô‹˙@ÂxŠĻņoí|&ŗIn‚kąÁcÜū@ô,kģĐä^Ķ?ëŌ/ũW áßų-> ß÷žĖvūqJOøMŌ495¤ÖWÖL%fÜŖ¯Rp@ÉãŌģ? ë_đ͎¤ā %Ķz’­úƒRø“oü"úž˙ģö)ŗôØk›øQģūhsĶĪ“L˙účˇĸš¯iÆĩáĶiĄŨ}šķÎVķ<æåČĘķ^e˙ ëâOũĪū e˙ öÖŋûƙKĻiĨYÛ]ūōæ(9Ÿīnp 1ÉëÎyĢ^|Ü˙ĮETĸ­ųđs˙yđs˙RŠˇįÁũĪütQįÁũĪütPJ*ߟ÷?ņŅGŸ÷?ņŅ@(Ģ~|Ü˙ĮE|Ü˙ĮECoūŊi×_ëŋ š9bgWéK$ą#á×'é@hĢ~|Ü˙ĮE|Ü˙ĮETĸ­ųđs˙yđs˙RŠˇįÁũĪütQįÁũĪütPJ*ߟ÷?ņŅGŸ÷?ņŅ@(Ģ~|Ü˙ĮE|Ü˙ĮETĸ­ųđs˙yđs˙RŠˇįÁũĪütQįÁũĪütPJ*ߟ÷?ņŅGŸ÷?ņŅ@(Ģ~|Ü˙ĮE|Ü˙ĮETĸ­ųđs˙yđs˙RŠˇįÁũĪütQįÁũĪütPJ*ߟ÷?ņŅGŸ÷?ņŅ@(Ģ~|Ü˙ĮE|Ü˙ĮETĸ­ųđs˙yđs˙RŠˇįÁũĪütQįÁũĪütPJ*ߟ÷?ņŅGŸ÷?ņŅ@(Ģ~|Ü˙ĮE|Ü˙ĮETĸ­ųđs˙yđs˙RŠˇįÁũĪütQįÁũĪütPJ*ߟ÷?ņŅGŸ÷?ņŅ@ž4aŅXz0Í"E_ęãD˙tb¯yđs˙yđs˙XwvąRĻņęßīTž|Ü˙ĮEg<"ŦÂĩĖđ’Ÿøč¯8ÕīÎŖŠK?Hķļ1čŖ§ø×f íįŽČڍ>yk°—ē­Ũķ6R´kņĒTQ_CF ŅVGĸ’JȖ ™­Ÿ|2´męĻē=+ÄfY ĐĄ›…”p3ī\Ŋ†# ņŗßš2§üHôĒ*PŽīHä\ĘŖcœu#ŒūX5ŖįÁũĪütWÍÎ.q{Ŗ˒åm(Ģ~|Ü˙ĮE|Ü˙ĮEHŠ• ÍŨŊ”&[™’$Øã˙×OÕõĢ='O{™#ÜŨ0æė+Ę5JëUģk‹Š71čŖ…Qčj顇uu{Fg›CîE^o§oSĩŸÆÚllV(į›ũ  Ôįôĸi˛0Ybž/öŠ‚?Cšķđ2p)ūT˜Ī–ØúWoÔéØųøį˜ųžhĢ¯CÖío-¯ĄķmĻISÕOO¯ĨO^Ia¨\é—kqk!GAä0ô#¸¯VŅĩËM_OK„Œ+–DĀ;[ü+ŠžŌÕl{ųfm gš%i¯ĮĶüˆĩ)Íļ™u:ũčâf\q^I^ÉĒˆŽ´‹Č>y!u_—ž+ÆëŖnVyMÍí)öŗūŋ ĸŠ+¸ųĸŠ(Žĸ×ƓÚŲÁn-„Hs9ÉĀÅsqA$Įäzž•diįČöJ‡ĩZĢžÎ[„ĖÚu0‘v}tWûÎËOņĨËˆîĸkf<ÎåüOjéA Ą”‚Č#Ŋy–R ČÃnĩ×x]Ų)Ōîžd ´Œ•#’ŋNõÁ‰Áō.hžæ0ÅRŽ°ØøŲŊŋ¤ūG_E[ķāūįū:(ķāūįū:+Ī>€ŠE[ķāūįū:(ķāūįū:(ĨoĪƒûŸøčŖĪƒûŸøč  •‹¯x‚-&?.0$ēa•NĘ=OøVæĄŠÛiú|÷ODk1ÔöyÕĖˇ—R\LÛ¤‘ˇ1¯#5Įŧ4T)üOđDNVØ}åõÍüÆ[™šFí“ĀúÕ^Š+äe''Í'v`QE (ĸ€ (ĸ€ (ĸ€ ôĪ^›í æE[Ÿq˙ÖÅyw>Õ,´Ũ vŊ•Q~ĐvädŸ•zĻŊ|šˇŗŽĶvMj]7ftõâ{sq \hņ'äyũ3QÍãŨ-ŲĪ õ*Ē?sŪ!ņSęņ­Ŋ´FŪÛq‘—>øíí^Æ32Âē3‚•ÛVĐŌRV9Ę(ĸž@Ā(ĸŠ+wÂVæmz7ĮË ŗŸËÖ°€$€I¯K𞙓§¸OôŠđÎûŖ°¯K*ÃĘļ"/¤uĄpWf­szˇŒÂG‚Åi€*Ō7ŨSíęjįŒ5Ĩ˛ĶŊ°Û=ÆWv9Uî~Ŋŋ:ķzõŗ\ĘTeėio՗9ÛDiO¯ęŗąfž•}Ŗ;éKˆ5[voeoiđ:Ėĸžwë5¯ÍÎīęĖŽÎ÷Eņ\Wō-ŊÚŦ3ˇ ĀüŦĄŽŽŧ~ˇ`ņ~ą"yŅē¨o‰I?SÖŊŧwË\Fžkõ4NįĄ×›xžvŸ_šÉáE€ņÍtÚ_Žā•Äz•ĒDOüĩˆey­sŪ,‰W^–xˆ0Ü*Ë„ƒúƒWšâŠâpĒTŌzũĖ&ĶZtQE|ŲQEĒÅX2œr zŨŧžu´RŽŋ1^QmŨ\Åc/#{$ooI§ ĄGĘ;WŅä _ŧ}4ũMi•¨Ģ~|Ü˙ĮE|Ü˙ĮE}ŠR­¯üyĄūtyđs˙KTņ¤@Ļá‰wXPeáØ}j*T…8ķMŲvEs ņ ?3åŌAOS0Īūƒ[šWŠ4ŊTųhĻ)ņūŠÔdũzåĨ˜aĒ˒×îüÉRLįŧ_¤Âa:š8ŽQ…u?ĮØ~5Å× xöUm*Ųc\/Ÿ–ãÂqũkĪëæŗˆÆ8§Ę­ßÔĘ{…_Ņõ7Ōĩ¸U §åuĮU=qT(¯:IS’œ^¨”ėzôn˛Æ˛!Ę0 ¤wUŧ9:Â;b$\°ˆģ~•ŠįÁũĪütWßŌŸ=8ĪēLč[(Ģ~|Ü˙ĮE|Ü˙ĮEh2ĨoĪƒûŸøčŖĪƒûŸøč  ”Uŋ>îãĸ>îãĸ€*QVüø?š˙ŽŠ<ø?š˙ŽŠŠE[ķāūįū:(ķāūįū:(ĨoĪƒûŸøčŖĪƒûŸøč  ”Uŋ>îãĸ>îãĸ€*QVüø?š˙ŽŠ<ø?š˙ŽŠŠE[ķāūįū:(ķāūįū:(ĨoĪƒûŸøčŖĪƒûŸøč  •4_ęĨú —ĪƒûŸøč§Ŧąb×ŠŖE[ķāūįū:(ķāūįū:(ĨoĪƒûŸøčŖĪƒûŸøč  ”Uŋ>îãĸ>îãĸ€*QVüø?š˙ŽŠ<ø?š˙ŽŠŠE[ķāūįū:(ķāūįū:(ĨoĪƒûŸøčŖĪƒûŸøč  ”Uŋ>îãĸ>îãĸ€*QVüø?š˙ŽŠ<ø?š˙ŽŠŠE[ķāūįū:(ķāūįū:(ĨoĪƒûŸøčŖĪƒûŸøč  ”Uŋ>îãĸ>îãĸ€*QVüø?š˙ŽŠ<ø?š˙ŽŠŠE[ķāūįū:(ķāūįū:(ĨoĪƒûŸøčŖĪƒûŸøč  •jĪĢūž|Ü˙ĮEI‘žv.1׌Pûíõ¤Ģ†h §?îŌyđs˙RŠˇįÁũĪütQįÁũĪütPJ*ߟ÷?ņŅGŸ÷?ņŅ@+J/õIūč¨<ø?š˙ŽŠ°¤t#ŠZ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ áū,ȏ'ũ|GüÍwŨ•­ü Ëhna$.hÃŽ}phļƒ˙"ö™˙^‘č¸O,žø…kâ¯*GĶnCvŅŒí8ÛĪä¤zāפĮEĮ*"ĒĒ0IKG"+Ŗ 2°Č#é@uâ˙išžƒ.“ Ė÷×÷ãÉTŠ6TõÎ@ę21ī]w…4s xbĮN|yą&dĮ÷ؖoԑWm46ÂC%žinįĢC Ą?ˆr€ (ĸ€3Ĩ˙Z˙īe>_õ¯ūņĻPEPEPEPEPļ˙ë֝uūģđĻÛ˙¯Zu×úī€ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ:PErš¯‰diZ ƒƒ.2[éíXfūņ›qģŸw¯˜kžX˜§eŠęŅĘjÎ<Ōv=ĻņęßīW §x’æŪEKĻ3Bz“÷‡ãŪģhdIl<ČØ21ÜV”ęFkC“„Š‡vžŨÆQEĄĘQEWŋbšuËĸ&#ō5įĩčōÆ%‰ãnŽĨOã^w4MĪŒ21S^ÎU%i.§nčĐĘ(ĸŊcŦ(ĸŠęŧ(ÄÚ\/`āūŸũjč+#Ã–Æ ,; XŋáĐ*nģĢ›@Gžã$˙p|íh:ؙFĪ:qsĒÔM ›û[?õķĸN§ōHxNŨ1ĀõØkwiģąf'$“’iĩß Žš^ķm›Ŧ,mĢ&ņv¤/õŌ-o|§$˙!øV0™¤Ú8ĪĨk2†RŦą¨á…a šÍtà Ąh­šÄpÔĢcÕiĘôÛģîģ/NƒŖ…"Eü{Ķčĸē’ļĮÕŌĨ QPĻŦ—D1ĸÎYŸqVlîĻĶÜĩĢųEžđP0~ĸĄĸĨÂ2Vh^—77*ŋ{~‘¯-ëˆ.IĪŨ#ŖŽGÄú;iē‹J‹ū9,„tSŨhV(Á”ĀäÚģ¸–cHí1Ģ¤¨7)õīNkÉÄĶXYĒø^čņ3ŦŽ8ĒVZ>žŋäĪ(ĸēKÁWPš{ĮŲ€ÃúÛHÔmÃlnW’ŪYĀüzVĢ ­ųí|&ƒ´ā˙OŧĨRA(NŨOŌ’4V+ČąŽėr@üĢu­´Č,á67?h•‰ķ\‚¤tĀÁč:ÖąiÍGšÕ“ā3MŽ^ēęíŅ-ČUB(U–Š+ŧũ^1QJ1VH)ÖõËŖ&u BqMĢzaÆĢiÆzŋβ¯*oĐäĮa!ŠĨË-ÖŠöhīčĸŠųSŒ(ĸŠ(ĸŠæ§]j–RËŌb` 7qëRļ•~´Ų͟d'ųWTkĶz_SõŦ&6–*ŒkCgܧZūŗkIe#÷püÄûöįŌ‹?ŪÜ82¯‘rŨ]eĨ¤66ë +…IęOŠŽ,f2ƒ„Û*ĩh¨ōĮrz(ĸŧ#€(ĸŠ(ĸŠÆņLpžƒ7œáJŅ“ŨŊ?yÅtŪ3žiuŗSōBšaūŅ˙ëcķŽfž77­¸–ĸļĐÂnė(ĸŠōČ (ĸ€ é|1áˇÔnĸ¸ģBļ€äÖOoĨ^đ߆•Uooã HĖq7 {ŸđŽšãTŗŌļËw0yÂõ'č+ßĀåqQUņ.Ë{?×ücŦƒ^Đ,ĩIs"yr…IņõŽFįÁwņąō%†e퓴ū_ũzŌžņäo16ļLWŗJø?ĪķĒņxå÷~öÅJ˙ą&?Ĩo‰Š•×•æõî“˙!ˇg'„5flâAęŌé[:‚ቄ—ĶyÄË4áÔū•Ģaâ-6ũNŲÄ.JLB‘øô5^įÅēUģW’b?įšņųœUĶÂe´’¨äšķ (ÅjpڜbVî0ĄBĖā0ÉÅU­ fōŪ˙S’ęŲ$EĘāž‡ĄŦúųĒĘ*¤š]ÕŲ“Ü(ĸŠĖAEPEPEP‹BĻQ ­ļ)HV?ŨôoÃüioŦ.4ë–‚å °č{0õĢW­ }BØC{Ę<žŒ9Aę+ŌĀāžš E;8Úß;č\cĖy-ŨOā›'ba¸š0{0ŦøZm:=ģĩÄ@~ķåÁ_ĨMl¯J.N:.ĀāŅĪQEįoLļkÍNÚß ĪĶŠũ*Ĩ9ãpČĖŦ:8"Ē )'-†zõqž7ĩ>Úė ĄS>‡9ĖūTÍÅG:ZßČd‰ŽÕ•ēŠ÷=ÅvV°ŪÛ=ŊƯ°”éæXYF›ŗü™ļ“ZKEu7~ šI ´ž9#ė$ųXCOąđTĻ@×Ķ ŒuH˛Iü{WÎ,¯įËÉū_y—#-x&Õã´šša…•‚¯žÜäūŋĨuTČaŽŪ†$  *ŽÂŸ__„Ąõz1ĨØŨ++Q] ãĩī\)kí9<Ȝ–xWī!öõØÕĩ˙#ô?ΚqxJx¨rOīŠgŒ›[…}Ą˙ēPæˇ4 ]^L˛ŪFĐ[ƒ’†lvú×Ey´r:PŸ4åĖģlBĻ„UTEE*Œ; Z(¯pĐ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*hŋÕKô MúŠ~‚€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢV}_đĒĩjĪĢūYūû}i)_īˇÖ’€ (ĸ€ (ĸ€ Ō‹ũRē+6´ĸ˙TŸîŠuQ@Q@Q@ĄĸƒĐĐ*(ĸ€˜*–b$žÕįš÷ÆŋhsŊē]M¨Ė‡ ,P:ƒūų!OāMy×Æ߈ˇ7zœŪŌįhėíÎÛ×Cƒ4Ķ?Ũîsé^-@LŲ~Đ~¸˜GsgŠÚŠ?ë%u]­ŸČô]ŌüC`ˇēMô7vįņˇCčGP}5đíoxGÅēŸƒu¸ĩ-6R M?$ÉŨX#ڀ>Ôĸŗô=b×Äž­dÅ­îĸ&zP}ÁČ>â´(ÄtũjZŠē~ĩ-QHĖ¨Œė@U$ö´WŒüKøŅŖÚøzk ęŋhÕĻ*Ģ=ē°.r[q$ŒõÍzŸ‡n%ēđƓq;™&–ΑĪVb€“ųНį?~ j:&­§x_ÑŪx‹QåœŦ)ĪĖGđĮ“€“\Ί¯üVø{ Z׈æĶuŊz­Ę[ V„ŽĄņŸ˜gë@ŲEe'ˆ´ĮđĀņ¸Ų†×í~i#Ûģ§¯ˇ¯ågˆž)üDIĩ KĻčš2ČÉn.3MƒęQŗčHgŽphÛ(¯7øyãũSVÖõ øĒŌ;OØ ÄĮÂNœr¯ ņÁ#¯H Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  éÖŋûƙO—ũk˙ŧi”QEQEQEQE-ŋúõ§]Žü)ļ˙ë֝uūģđ (ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠF]ČWÔbŧŌXÚ^'db¤{ŠôĘįõͯŨZįž‡ŪãŪšņܕ×CÔĘņPŖ7č™ČQSKkq í– ŊHĢVZ-íķ€ą4q÷‘Æ˙áQmŲ#čåZœcÍ&ŦjøF3\Ī”(OŠëũ+ĒĒÖ6QXZ%ŧ]$žŦ}jÍzTĄÉ‘ÆWUë9­‚Š(­`ĸŠ(–Õ|4æFžĀ­É‹8ĮŌą™~iŗ¸Īũs5č”W<°ŅnëCÔŖ›V§Y+œvá›‰¤x<˜‡đįæođŽÖ$XŦ|´P¨¤aQÔÃū=[ũęŌ8Áhrbqu1ķûˆj…ŪŗedÅ$—sŽ¨ƒ$V^ŋŦŧNlí›kËGG°ŽbŊŒ._í#ĪSD:X~eygü%V›ŋÔO\ņĢözŕëŠ\9ū?ũzá(é]sËhĩîŨ<4ĐôĒLŒã#>•ĀËŠŪÍÅ%Ė…cÆ~žĩS'9ī\ŅĘĨöĨø,#ęĪJĸ¸{nōÉĮī ąwG9üjė,¯"žļYá<=Aô5ĮˆÂN†¯UÜÆĨSßbÅbę)Ķ,Æd3J:ŦC8úž•âŧŗ>ŸdåbSļYōį¸ßΚ:ŌŽ™sLų<Į>tæéaÕíģ˙#ĩo&ī—ObžĻlåY:Žŗg¨]}Ą"x]‡Î­‚3ęŦ +ļ•(Ō—4æQâu)ķs'äŌũ,mdAî)k* †…ŊTõ¨ŦC)Č=+Ņ„Ô‘÷yFoK1Ļė­%ēũW´äÕ_K<*ĻyĒ1ūSMŦËÆÍË@M{8Yõ2âdđ¸&áŧŊ?¤ˆÄō‡/æ6æ9$œäԟm›GåUčŽe&ļgį4ąøĒ1å§RIy6<Í!påÎáŌ´íæGŸâY55´ūC’A Ž•tįgŠęd™ŧđ¸Ģ֛ä–÷×Ņ˙] ZÔđÅÔC\0–h˜)ô<~@×5-ķ¸Â ƒ×ŊixF6“Äp0čŠėßM¤2*quŠI.ĮĐb¸ŽĢSÃá5MĢŋ+ô=&¸_x~XŽ¤Ô-c/ ‡tŠŖ”nįčkēĸŧ*U]9]XėĮU‹+Bá`ļ‰Ī§AîOa^Ą.ĻÎûåąˇf=NÁ“V ˇ‚Ų6A q'ĸ(ôŽšc•´ZŸ=O†ĨĪûÉûž[•´54:;U;˜|ÎßŪcÔ˙ŸJŊEÁ&äîĪĒ§N4āĄd‚Š(¤XQEQEQPKykm–æĪŖ¸čŽmį˙Si/ĶÔĶŒ\šŠŨßÍĒŽ•áģ[‰éL(ņ6Ņ^ww=íÃOq!yŠ=Ŋ‡ĩmxēį~¨–‰ÄVŅ…܌˙,~UĪקšbĨR§˛ŋģ>}Yswv (ĸŧ˛Š( Š( ŠŌĐVŪMbnĸY"””!ģĶõ¯AˇŌ4ëV œ*ÃŖmɉ¯K–OxÉ$‹Œ.yŗé÷1Y šc1ÄĖ pXûOzĢ]ˇŽ}ŽĐ˙˜sõĮ˙Ž¸šÃ‡ŽŗĨmaIYØ(ĸŠä$(ĸŠŊŖÛ}¯X´„ŒŠÓú õ‹žßîšã|!Ŗŧ*u× ëļ };ŸÆģ+žßîšúü›éPæ’ÖZüēĶVD4QEz圏Šl´{Hŧà KŠ>ęÂÛsîGL:ãkSÄWMuŽŨ3#s@ŧ<ūu—_ ˜UJōpI%ĻŸ™Ī'vQEqęZ4ÍqŖZJį,b>¤q^c\ΐÄĨ¤sĩ@¯UŗļvP[ŠČ‰į×­}AsÎ]-øšĶ'ĸŠ+éBŠ( Š( ­¯üyĄūuR­¯üyĄūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Ļ‹ũTŋAPÔŅĒ—č((ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ĩgÕ˙ ĢVŦúŋá@ŸīˇÖ’•ūû}i(ĸŠ(ĸŠ(­(ŋÕ'ûĸŗkJ/õIūč QEQEQEPz(= RĻJūTO!ÚĨąô§Đ@#‘@ ŨÜË{y=Üíēiäivc’3PÖ׋´ŧ3âŊGH• ‹y˜FOņFyFüTŠÅ Š( ĻŋgÛŲn<so!%m¯#öRĒØüËÆŊbŧûāƁ.ƒđę×íR{éņ”Ž@`˙ãĒ§ņ¯A  }ĶõŠj(>éúÔ´R2ĢŠVĢ zKExˇÆĪ xwGøu-Ū™ĄiÖw"æ%ÛÛ"6 9ŊKÂŋō'čŸõáū‹Záž?É/›ūžáūfģŸ ˙ȟĸׄú-hĘü8ŠûNøŠâa¸ŲY€qø3~fŊ+Į–qßü?ņ ŧŠ6Ÿ;{0BĘ¯4´aá¯Ú~đ\ūînĪlĮ’¨V‰‡â+Đ>&ęĐčß õ뉘)’ŅíãÁ/ ظü[? ‹Uœ~ʒÄä]}”ķ´ÎŽ>•íŦãąøqáČcP éđČ@ūķ¨vũXזCá{Ŗû-É”ßid:ˆL—~īØÍzG­Zcច,L ‚ÕmdåZ1ŗōčEpŪ-LũĨ<+w níBKâ'ÍN ŋ•{UxĻĒÃğ´Ū— ¯Ī‹f Ã)ČVÛ˙B‘ë^×@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Ō˙­÷2Ÿ/ú×˙xĶ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([õëNē˙]øSm˙×­:ëũwá@QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQECwr––˛N˙u8õ=…4›vCJîČ¯¨ę–úl`ČwH~ėkÔ˙€Žjãėķ1ōŲa_E?™Ŧۛ‰.Ži[.Į'ü**ú >8ûĘėô)ЌVēŗE5ÍI"éŗĨlYxŦ¸€nĒéПB+–ĸĩŠ„Ŗ5g¸šQ„ē’F–F‘ÎY‰$ûĶhĸēv4 (ĸ€ (ĸ€ ŗoĒËĨÛܘÉũäeGŗv?…VĒ×ßņī˙hŠAĻpf•<YĮt™›EWųQEUû 2Œ‡ˇ"¨UĢõíūīõ­);IĪՕ<Ɵ/]Í5|…gŨŲ…hôĻŨ-ąŌŧķ*ģ´ĸ0ŠyNäšÚŗJ:ŸmÄtéUÁ8ÎI5Ēõ_đæ5#ÂČ3ŒŠčÃĨG\ÍXüÎĨ)Ō—,՘Ríų7{âĨŠŲå9ÆÕîƒwRÁ#û‹Ā÷÷§ËĨŲĶõIB‹¯UY=#æûú%×Ŋ‘Ģ;„E,Ėp$×ĸx_Cm.ÕĻ¸\\ĖG÷ĶükĐĩAĨjI3Ư|¯•ęjõeu ¤# ŽâŧüeI/wŖ=ÎÂŅ›u›ŧ—NŪbŅEgęz´:lcpß+}ØÁũO ŽBS—,UŲõŅ‹“˛4(Ž:O_ģe|´süę՗ŠĀG|AãĖ^1õĶWR”yåoŧÖT'vtôT0ŨÛ\¨¸Š_÷åSWiĢŖĸŠ)€QEWPÔ-ôÛV¸¸l(āՏ Ž Sņ-öĸėĢ!‚ŅÆq‘î{Ķ|CĒ6§ŠžÖĖ‘ŽŪįņ˙ Č¯‘Ėŗ9՛§MÚ+ņ1”īĸ UbŦIt"’ŠņĖÍ1ŦMqhlīŲ§‡Ēšåã> ÷úĄ4/ ÜĢ ĢŒ=EG[žž ŽŗocYmį? oāP{g§å]4īˆš„åŽÉŋÉ˙Zĩ0¨ŽŪãÁÎÄÛŨIôuū~@Ų–ũŠú,XũrkŠäø´íËøĄōHã•YØ*‚ĖN$×y᝴ô7wK‹—Uūā˙ŅĶ´; 3æ‚,É˙=åŋú߅iWą—å>Â^ÖĢŧēvEÆ՞iâU+â°{°?øčŦĒ뎛U/vÍ!$–§[¯éĮSŌe…e_ž?¨íøŒŠķ2 ’ Ž5Üé~0‚ęE†ö1žƒ”'ßŌ¤Öü/ĸísjËÁåû¯ūŪē1ØxcãíđÎín‡%ÍĒ8+J}Uˇb­e+{Æ7Ō–ßÃú­ËļR§ŧƒ`x?V­ÍËČīčĖėĖÕVw ŗ1ĀŠ5Üi‚ßd÷ĮΗųxųTûúՍÃ1iŒ..MsÛåO§Š÷­úú,ģ)P^ĶŽú.Æą‡V*kžßĻˇûíūé¯xІŠ( 5ņ%ŖZk—,­æŠõ¯ëšÉ¯PÕôˆ5{o._–Eå$•?á\Mׅu[w!!§f‡?æžC0ËjĶĒįN7‹×CA§Ą‹Wô&m^ėà ģ™Čā ģiáMRåĀ’!wi!ÍvÚV•o¤Úų0Œ“ËšęƌWR´ĶĢŖįĨÅ7š_HđũŽ7Š2ÎF Ŧ:}jÖĸŠúēTĄJ<”Õ‘˛VØ(ĸŠĐaEPEPV×ū<Đ˙:ŠV×ū<Đ˙:ŠEPEPEPEPEPEPEPEPEPEPEPEPEPEPSEūĒ_ ¨jhŋÕKô Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Zŗę˙…UĢV}_đ  Ī÷ÛëIJ˙}ž´”QEQEV”_ę“ũŅYĩĨú¤˙tP¨ĸŠ(ĸŠ(ĸŠ(= †€)QEĀ|Løgkãģ$¸ˇtļÖ-×l3°ųd^ģã=lšųŖ^đˆ<3pŅjÚUŸS.ÍŅˇŅĮķ¯ĩ¨ …-,nõ ÄVŗ\ĖŨ#†2ė^ÍđįāäאęŪ+ƒČĩŒ‡ŽÁŽ^SÛĖūęûu=ņßčEEA…PŖØb–€€: (ĸ€,A÷OÖĨ¨ û§ëRĐEP/ã˙˙ÂsáwŅ~ßö-Ō¤žw“æcomģ‡ķ­Ũ*Įû3G˛°ķ<Ī˛ÛĮũģwmP3ŽŲÅ[ĸ€9OøJņ͜ zŌÛ^[6ëkČ$ˆ˙QĀãیW)Áy/īm¤ņWŒ5M~ŌŲˇGi6Q ˙k.Ų÷ÆŊzĩÁ BAvöģqŒcĶåŗü{+û™ŧ)âíOÃö×Mē[X2éŸöpˏläZõZ(“đGÃũ+ĀÖ×dyŽ¯ŽŽë›Ûƒ™$=qė2IĮæMu”Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Ō˙­÷2Ÿ/ú×˙xĶ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([õëNē˙]øSm˙×­:ëũwá@QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEV'Š$+Ļ"ã”ų[u“â( úK2Œ˜˜?áĐ˙:č´ĢEžæ”ž5s‹ĸš_Ō€ūĸŊyf˜HĪ‘ĪüžķÜXZ­^èĸŠīM5tsėUũ"Č_j ‚cŗãĶ˙׊Ŋyዘ؛VY“°' ?Ĩcz˛r~a^ĄáŠZoŲŗuWđüĢĖĸæ•"K;ĒŖš5ëm§Ø4Û{\äƀ;ž˙­pãZåH÷øjöĶŸK[įrÕyæŖxn.渑¸,qė; ô:ōŨUL7ķ[gˆœ¯Öŧڙ”rü<ëZōvQõ>ÚU(šučW–åä8jú †Š+āq8ēØĒŽĨi9?ëî8į9MŪLPJTGB+ĄŅüWsfëë4öũ7]õÎŅSCR„šŠģ›[ģąĪK‡ÆU‡B)õÆø/Ro2M:Fʑž,ö=Įõüë˛¯ļÁâV&Š¨ž~§D]ÕÂĒjs4ĢšTá–#ëŽ*ŨUÔĄ7]Ô+Ë6‘ž\wôĻ*ãëĶĖķZ”ę:4tļėŠÍ§duQxâä?ī­"eôF*\×OĨëš´E­Ø‡_ŊpË˙Ö¯.Ģ6˛é÷ąÜÂpČyŪÁŽ<.q^œ×ĩ|Ņ›[ž¯S[ũö˙tÕheYāŽd9GPĘ}ˆÍYˇûíū鯭M5tlCESĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģk˙GčTĢk˙GčTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Šĸ˙U/ĐT54_ęĨú †Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­YõÂĒÕĢ>¯øPgûíõ¤ĨžßZJ(ĸŠ(ĸŠ+J/õIūčŦÚŌ‹ũRē(ÔQEQEQE†Š(•cĪ_îš<õūé  ôU=ēhķ×ûĻ€+ŅV<õūéŖĪ_EXķ×ûĻ=ēhƒîŸ­KMG ę(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ¤öō4ŒBđI=i>Í/÷Zdŋë_ũãL  žÍ/÷Z>Í/÷Z†Š›ėŌ˙wõŖėŌ˙wõ¨h  žÍ/÷Z>Í/÷Z†Š›ėŌ˙wõŖėŌ˙wõ¨h  0Á"JŦGŪ–x]äʌŒzÔV˙ë֝uūģđ û4ŋŨũhû4ŋŨũj(oŗKũß֏ŗKũßÖĄĸ€&û4ŋŨũhû4ŋŨũj(oŗKũß֏ŗKũßÖĄĸ€&û4ŋŨũhû4ŋŨũj(oŗKũß֏ŗKũßÖĄĸ€&û4ŋŨũhû4ŋŨũj(oŗKũß֏ŗKũßÖĄĸ€&û4ŋŨũhû4ŋŨũj(oŗKũß֏ŗKũßÖĄĸ€&û4ŋŨũhû4ŋŨũj(oŗKũß֏ŗKũßÖĄĸ€&û4ŋŨũhû4ŋŨũj(oŗKũß֏ŗKũßÖĄĸ€&û4ŋŨũhû4ŋŨũj(oŗKũß֏ŗKũßÖĄĸ€&û4ŋŨũhû4ŋŨũj(oŗKũß֏ŗKũßÖĄĸ€&û4ŋŨũhû4ŋŨũj(oŗKũßÖąŧNŌÚhÎGkōc’AZuŸ­Y5ū™$H3"áĐz‘ÛųÔTMÅØß âĢEĪkœ¤bŦ#‚jJōĪ´‡¨§SPqšu}ļWĮ ?étO‰jJôéôՅQ]įËQ@'‡ü(uÛš[ŋ/d… ėĪ`sÔzÖN¯ĻI¤jsY˓°å[yOC]_û Ųū0cë˙Uix‡AMbÜ4d%ÔcäcЏC\OáYÆOCéVS F_´ciū}4ĸ§ēŗ¸ą˜Ãs FãŗŋOZ‚ģSOT|ÜĸâųdŦ”c#'ŦØé×Z”â+XYĪsŲ~§ĩvđx>É4Ļļ”î¸|1œTû{?ËÔ¯ {ø,ļž*ō‚ŅwŲųētHeéQŊ´,§(ÜqŠ–ķÃ:ĩ„‡d2vx>lūjtM^íÂ-ĮÖE*?3]_Z§(ŨØúššÛŠeˆÂ^[[§ËBœv˛OvļÖĀÍ#œ(QÉ5Ģ„5ÉßhądÚF ë]W‡ü6šOīįe’é†2: ôã[õæUÆZV‚ĐâÃpü*GÚWŧ[ čģksBđxŌ˜\MļkŦpGŨO§ø×AöiģúÔ4W į)ģČú,>ž %dMöiģúא^ģI}pí÷šF'ķ¯Y¯-ÖmMžąu aeúGķ¯žĪâũœK˛ęlQĸŠ+æ BŠ(  O3/ˆlļu2müÆ+ÔžÍ/÷ZķO [v&ĮË27åú‘^‹_W‘EŦ<›ę˙DmOboŗKũß֚Đ:#;aUFI' ¨ëÅ o Ī´á¤Äyö'ŸĶ5ëV¨ŠS•GŅ\ļėŽyũķÃ-ũĖęV”Ķ5^Š+ķųK™ˇÜæ (ĸu^ Ņ%ģē:ƒ§îa8B‰ŋúÕĖCŗΏĖĻá¸Lķ^ŗ 1ې#A…QÚŊŒ›ĢUö’Ú=<úB7w-}š_îū´}š_îūĩ•ĒęöÚMŋ™1,í÷#^ŦÃŪ¸ĢĪjw.|šŨ;,cŸĖ×ŋ‹Ė¨aŸ,ßdhä‘é_f—ûŋ­f—ûŋ­yl^#ÕĄmÂõÛŲĀaú×QĸøŽ;éÚņV)ۅa÷Xú{Ë›áëK“TüÄĻ™Õ}š_îū´‡ũ Zær(”ŗļz*"p2kžņ>Ĩmũ<ŨBŌšU(Ž c<ņ]¸ŠĘ)MôLĻėŽO[Ö§Ö¯ši XÄqį…ãY”Q_R¤ĒIÎníœíÜ(ĸŠ ŦUƒ) ƒGjčõëIo´Ģ-uS+$b9ˆėĀã?žGå\Ũz7†  á¨#™$˛Ŧ2,kĶËh}a΃ŲĢüĶĶķ. úsEuú—ƒČŌiōŽĶĪ•!éô?ãYCšÁl}•@ū÷˜¸ūuLģN\Ž új'ŒZ|sKī*GMà ´ã#Ō­jzdēUÂA;ŖHČėč2OĨRŽYFTäã-Á֊(¨QEmøB—SēYeB-å˜˙û"ĩŖFuĻĄvƕÎûHŗ4k%eä@™ôâ´a‚Df,:Šj¯AS[ũö˙t×ßÂ<‘Qėt‡ŲĨūīëGŲĨūīëPŅTßf—ûŋ­f—ûŋ­CEMöiģúŅöiģúÔ4Pßf—ûŋ­f—ûŋ­CEMöiģúŅöiģúÔ4Pßf—ûŋ­f—ûŋ­CEMöiģúŅöiģúÔ4Pßf—ûŋ­XXØZ”Į̓TjÚ˙Į‘úį@}š_îū´}š_îūĩ 7ŲĨūīëGŲĨūīëPŅ@}š_îū´}š_îūĩ 7ŲĨūīëGŲĨūīëPŅ@}š_îū´}š_îūĩ 7ŲĨūīëGŲĨūīëPŅ@}š_îū´}š_îūĩ 7ŲĨūīëGŲĨūīëPŅ@}š_îū´}š_îūĩ 7ŲĨūīëGŲĨūīëPŅ@}š_îū´}š_îūĩ 7ŲĨūīëGŲĨūīëPŅ@}š_îū´}š_îūĩ 7ŲĨūīëGŲĨūīëPŅ@}š_îūĩ$pHąČäŽ9Ēĩ4_ęĨú >Í/÷Z>Í/÷Z†Š›ėŌ˙wõŖėŌ˙wõ¨h  žÍ/÷Z>Í/÷Z†Š›ėŌ˙wõŖėŌ˙wõ¨h  žÍ/÷Z>Í/÷Z†Š›ėŌ˙wõŖėŌ˙wõ¨h  žÍ/÷Z>Í/÷Z†Š›ėŌ˙wõŖėŌ˙wõ¨h  žÍ/÷Z>Í/÷Z†Š›ėŌ˙wõŖėŌ˙wõ¨h  žÍ/÷Z>Í/÷Z†Š›ėŌ˙wõŖėŌ˙wõ¨h  žÍ/÷Z>Í/÷Z†Š›ėŌ˙wõŖėŌ˙wõ¨h  žÍ/÷ZžÚ'váŒâŠUĢ>¯øPmo)bv÷õŖėŌ˙wõ¨ŸīˇÖ’€&û4ŋŨũhû4ŋŨũj(oŗKũß֏ŗKũßÖĄĸ€&û4ŋŨũj⹨=@ŗkJ/õIūč QEQEQEPz(= RĸŠ(ĸŧ{â?ƨt ™´ŦWZ„dŦ×/ķG wP?‰‡ä=ųÂ5x‡^•¤Ôõ›ËßĀŌƒčŖ ?@lQ_ Zę7Ö2‰m/n-䇆VB?kĶ|ņË^ŅgŽß]vÕtüá™ņįÆ=CŅēúŠúrŠŖ¤jöö•ĨĻÜ-ŤëšPGb:Ú¯Pˆ>éúÔĩtũjZ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠÎ—ũk˙ŧi”ųÖŋûƙ@Q@Q@Q@Q@Û˙¯Zu×úī›oūŊi×_ëŋ ‚Š( Š( Š( Š( Š( f Ĩ˜€É'ĩrē—Š$24v *<Ö'č*˙Š.š 5bCƒ3`ũ_é\erb*´ųb{™fĩ¨¯ŲÆˇŠŨöÉ3øcō­/Äėō,7áFxŒ}GõŽ^ŠįYÅŪįŠWBŦy\Rô=>ŠÉđåĶ]i(åĸc}‡OĐÖĩz1—2Lų:ÔŨ*Ž QEFaEPEPEPEPEPEPEPEPEPEPE ÕÜp™g"ûõ?Ji9;!Ĩ}V÷Fąŋ}ōʼnWC‚~žĩ‡Ŧčözm’ŧAÚGpšvÎ Ģø­Cą#ûÎØũfęZĶęVéĀ¨UˇVöŽė>]5V3œ4ųôe‰ŖĖíęeŅEô@Ui/cC…ËŸn• åÁ,bSĀëīTëžuŦíâķŽ%*Ž†Úo-õō˙3§Æ—PŲĮ[Gš.öbxúTiâ›é_æēd>˜ūUÎQ\ą§ģōŖÂĄÄ8ÚSæ“R]š_ĨŽæĶIJŨß*Ë 3‚ō5Æ]Âļ÷rĎ$Eo‘ÁÎáØÔeبRāĐf›O’ W‚°ŗŒÚž?—’Ÿ-ŧûü‚Š(ĻxEĄIŦĢW§F<õd’ķ.)՗,ߑéžą6:*ß~_ŪˇãĶôÅlW¤x˛; 2[ˆ$‘ŖČ ¤tí[vž,Ōî˜+Hđ1˙žĢųŒŠųÉfXZ•UúFF!­d´6&‚„Ų/2ęe{gŠúõ2’Šæ“˛4I$YĸšyümhŒD6˛Č=X…˙H|ojĖÖ˛Æ=T†˙ áūĶÂ^Üëņž•ķų†i‡ŠMŌŠæü”ĻšąQ_4dčãydXãRÎĮ@É&¯húbęˇŋf7+ ‘•Éoa]ŲiCtH^l`ĘüŸÃŌŊ[Sī-#ßūqƒd^Ņ˙˛lyƒq.B;zÂļ(ĸžÆ(Ņ‚§ ‘˛VĐ+Å°™t HōŨ\ũ3ë[•đĨÄC ĘHĨX{œE/kJTû jęĮ‘ŅW5=:m.ųíå9FėËØÕ:øÂP“Œ•š9Š(Š-´&âęTdČáGâk։NękÍü5-ŧZė p89{< ץ_:}Č_ŧbl}pkéō8¨ŅEŋųSØķM[P}OQ–á‰ÚNz(č*WÍNrœœåģ2 :QEH ŨjūūâžvōŅBí^7{ŸSYôQW:“¨ųĻîĮ{…QP ĸŠ(§opAÜŲ9éMĸ€6´¯Ūéō*Ë#\[÷G9 {Õč6×]ÛGq nÆTגWoā‹–{;›rr"pËíģ?áú×ŋ“cj{Oa7töō5„ėPņĩŗ-ũŊÎ>Gf}Á˙ë×/^ŠŠéĐę–Om7ōŦ:Ģv5įz–{ĻHDņx•FT˙…e›ā§ Ž´Uâ˙N:ÜĪĸŠŨŅŧ5u¨J˛N ¨9,ÃŊ€ūĩåQĄR´š)Ģ˛oc_Âú¤ÚhģģļY$w%7įG:uÍujĒŠT*€Ā‘FÄ‘FĄQU°ęûŒ.zjZõ}΄Ŧ‚Ļˇûíūé¨jkžßîšé Q@Q@Q@Q@Q@Q@Q@[_øō?CüęĨ[_øō?CüčĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@MúŠ~‚ĄŠĸ˙U/ĐP4QEQEQEQEQEQEQEQEQEQEQEQEQEQEjĪĢūV­Yõ€+?ßo­%+ũöúŌPEPEPZQĒO÷Ef֔_ę“ũŅ@ĸŠ(ĸŠ(ĸŠ( ô4PzĨ^}ņƒÆ2øOÁŦļrÔ/ØÛĀĀōƒwAĀô,+Đkį?Ú.ęGņ>hIōâŗ2¨÷g ˙耴ņo‡.´;éŽ!ļšŲŊíØųX0Á ŽĒ;P•é:įůˆ6ĪŦčSéz”ėÂŲg@Í(J9<Œg =+WÁŋŧCmãCā¯ÚCĻëēÖîÍÁ<バĮ#fŊMąĶü)áĢkœEa§ÛŦ~uÃĒáTcs7=Éâŧx^Įņ3㎙¨čhŌi cÎŊÚBš˜ėX€ cŌ€:˙ˆŋ5VĶŧ/á‹Hī•íŦãąøqáČcP éđČ@ūķ¨vũXĐ;đķĮúĻ­­ęņU¤vž!°‰„8ä^Aã‚F1^‘^+âĐ4ĪÚS¡pĻîÔ$¸ū"|ÔįđÛųWĩPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPtŋë_ũãL§Ëūĩ˙Ū4Ę(ĸŠ(ĸŠ(ĸŠ(ĸŠ–ßũzĶŽŋ×~ÛõëNē˙]øPQEQEQEQEQEsŪ-…žĘ €ČČ>Ų˙õW#^—qw0<2ŽQÆŽRŅ.Ŧ$bĨƒ´Š3ųúW"›ŋ2>‡*ÅCŲû;5ą™E¯Ĩč77Ō+ʍŋRĖ0[éū5Īš;#ÕĢVŖÍ7dnøZ‹I.Ãũd…‡Ķũ mĶc"cBĸ€^œ#ˏŽ¯WÚՔû…QTdQEQEQEQEQEQEQEQEQEQE6I(žG8T‰öÁjōęM+’ĸ/÷Euž rš4Øū"Ģú×^ÎWIrē}ŽÜ,œ‚ĸ{˜Ŗ8gôÕ;›ĸä¤g ܎õVģįZÎŅ>g2âĨJŖ§…Š•ēŊžKõ5ä$ũâ>ĸ¤2/”ΤKpĸŠ(ĸŠ(ĸŠP2k:ĩcJœĒKd¯÷N¤Ô#ģĐr¯sNĸŠü¯ŽĢŦęT~‹˛>˙ „§…ĻĄęû…Q\GIŗĄëķéS*;4–„üŅ˙wÜWĸE*MKG•‡q^E]Į‚īš[9ŦÜäÂC'û§ˇįüëč2\l”ū¯7ŖØ֜ēÆŠ“bĶ¸ įå?ŧßá^myy=õÃOq!wo^ƒØz Úņ…ÛOŦyų P÷<“üŋ*įĢ—6ÆJĩgM?v:|ɜŽėQEy$ZŨĪepŗÛČREčGō>Õé:.­¯b&,ĢōȞ‡ü y…oxFí­õĨ‡?$ęPqČ˙>õęå8ÉQŦŠˇîËOŸrá+;…^{â}]ĩ öˇŋŅ m ânæģFsmĻŨLŋy"f\q^Q^–{ˆ”c1ëĢ.ŖčQE|ÁˆQE$=ŧņÍaã`Ę}ÅzŊ´ëskë÷d@ãņ¯$¯QŅU“D˛ ×ÉSúWĐd—<áŌ×5Ļ_ĸŠ+éBŠ*ŊíäVr\Ėp‘Œû“ØR””S”ļ@p~-¸iĩéPŸ–T_Ë'õ5‡V/¯ūúkŠ+HŲĀč*Ŋ|&§ĩ­)Ž­œÍŨ…QXˆ ä^ŠĨŪ-ū™áƒAŋ›ÎŧŽˇŧ)¨ŊžĒ–ėßš¸;HônĮú~5ęå8ĩBˇ,ļ–Ÿä\%fS×4ĮŌõ)"Ú|–%ĸoUôü:VmzĩūmŠ[.SrõuSę q÷ž ŧÉĩ–9“°cĩŋÂĩĮe5a7**ņz úÍŊ„5Y‘D=Z@–k~ĶÁöPÚH“ąšif0č+–ŽWŠĒūzč%Î ŠģŠiw:]ÁŠá3ō¸ûŦ=Ē•p΄œdŦŅ!ETˆ(ĸ¤†n%ÃHįĸ¨ÉĄ&ŨŅ] x;QK2˜ĖĮ“p@úôÍfTWÚl.3ė„ÎēgƒÄBÜĐzų•”+ēđ]ŖC§Mrā=ÆßpŊ˙2k3Jđ…ĖŌ,—˙š„rPŗ~]+ˇŽ4Š5Ž5 Š0Ē:^ÖQ—Ô…OoUZÛB.÷c¨##Š+čÍH–Ú}ëjŪĄ5-RI-€(ĸŠ`5ŋßo÷MCS[ũö˙tĐ4QEQEQEQEQEQEQEmãČũķĒ•mãČũķ  ”QEQEQEQEQEQEQEQEQEQEQEQEQEQE4_ęĨú †Ļ‹ũTŋA@ŅEQEQEQEQEQEQEQEQEQEQEQEQEQEUĢ>¯øUZĩgÕ˙ Ŧ˙}ž´”¯÷ÛëI@Q@Q@iEūŠ?Ũ›ZQĒO÷E:Š( Š( Š( ƒĐŅAčh•x/íŖÉŋE֑Ik+zŧŸŸĪųWŊV?Š|9gâŋ]č÷ŧG:ü˛“ŽU‡Đū}(âZ+_ÄžÔü)­MĨęæC•q÷e^Ė§¸?ũnĩ‘@R€X€$đ  ĪhōkŪ3Ō4ØÔ°šå7ã˛šĪā šûVŧ‹āˇÃ‰ŧ9júū¯ Rēd0¸ų ˆōsčÍĮ‡ÔŠõÚąŨ?Z–ĸƒîŸ­K@eø^´đĮ‡¯u›â~ĪiōĢŠŖܒãZ•Ëø˙Â㏠žˆēØ’¤/“æä)Î1š{ãŋjķÂŪ øŧ°øƒÆ7ŌŲčÛė´›VÚsÃ1ô÷<žÛF+×ô}MđūŸ¤ŲEikHâ\sęOR}Ī5äđüņ%´ÁÄũV(cP‰E"Ē¨?V¯‡ūø‹F×ėĩ¯ˆšĻĄŧĄŪÖT,Ŗû§3úÅ´aá¯Ú~đ\ūînĪlĮ’¨V‰‡â+Đ>&ęĐčß õ뉘)’ŅíãÁ/ ظü[?Ĩņŋ€4¯ŲĀ—­-ĩåŗnļŧ€âHõ=¸Årü’ūöÚOxÃT×í-›tv“eŸö˛íŸ|`ûĐ9…îėˇ$S}Ĩę!1ü]ų˙ŋc5é ĩhu†zą0& Uĩg•hÆĖČĄ×bh" °G´mیc˜¯-ŸāÃŲ_ÜÍáOj~ļēmŌÚÁ—L˙ŗ†\{g$zĐNĒÃğ´Ū— ¯Ī‹f Ã)ČVÛ˙B‘ë^×\Ÿ‚>é^ļ¸û#Íu}tw\ŪÜÉ!ëa’N?2kŦ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  éÖŋûƙO—ũk˙ŧi”QEQEQEQE-ŋúõ§]Žü)ļ˙ë֝uūģđ (ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠo—mÛwŽ9§QEpĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸšîąŖ;°UQ’IĀĪ^xĨUŠÚDã“Ąü+j4*Vv‚.å?„ččŽA|Qz-,=6‘ũkoM×mīØFG•1ūx?CZÕÁVĻššĐŠPœUÚ5(ĸŠä2)ęļÆīLž%bšQęG?ŌŧîíĖv펧Šõ âŧa¤­ŧBöäĶАyé`1 Ķ}v0Įb%KW—{?ō8ú(ĸģOĖBŠ( Š’ŪE†â91"+ČO =+~ ĪZF—Išō¤ĩ´ũWčGQQ9¨|[0Ķ¯Ĩ=eÛ¯Ëŋæs”VŨĪ…¯ėĐÉs-ŦQãyp)ļ6Ú$Sŋži€?rØ)ú’ũ){Xĩu¯ĄR­¨T\ŋâi~f5ØIáí#X-&|ąˇSÉđ<ŠŦ<¨îÁ¸ĩÛëšŋÂĄb)õvõ7–SŠŋšeŨ4ŅĖT­ ÃŗĖRĨ×xĶąŽëLđmĨŖŦˇr}ĨĮ!q„‡zÂņŒMŧŒ,‘)_Ïé\9…OŦaĒR§ģ‹˙†;hå•0|˜šú{ËNŪlÂĸŠ+ōķëŠ( ē_“ũ¯0íä˙ßK\Õv~ ŗe†âņ†‘}'ú~UčepsÅÂŨ5*˜>$Rž ŧ ŨüĀŦĒë|i§0š-A*Ã˓cũ? äĢ<“Ĩ‰š}ī÷„•˜QEÆHV—‡ÔļŊf¯™ŸËšÍŽĢÁšs=Ė—îŋ$`ĸV=!üë¯JUqŠī¸¨ĢŗŦÔĄ7eÔ*2ĪõĮå5ėį>%Ō[NÔD_ôi‰d# =ÖŊŧ÷)F5—MĨEÔÅĸŠ+æLBŠ)ņE$ō¤Q!yáTu&„›v@ZŌ´ų5=B;di9vÂŊÍz’ĒĸQ…Q€=ghēDZM’Æ30Wõ>ŸAZUöyf ę´¯/‰īūFđQEé–ÉxŪå–+[P~V%Ûđā3]mqŪ8…ˇYΈCėx#úם›9,$íåų“?„ä(ĸŠøŖœ(ĸŠ*Ū”Œúĩš§Ū3'ķR¤‚ym§IĄr’!Ę°íWM¨Í7ĩƏ\ĸŗ´MLjÚrN@ļE˜œÖ~N¤jAN;3Ĩ;…QV%†)ã1ÍH‡Ē¸ČŽSÄ~‰-…Νoĩ“&H×'#ÔjëĒ[õë\؜%—.Ģ| "0s#˙uÆŊ.x-“l$kčŠ6ŌÎŪÆ ´KÃŋ×Ö§¯{/ĀG u“ŨšÆ6 (ĸŊ‚Š( Š( Š( Š( Ļˇûíūé¨jkžßŠ( Š( Š( Š( Š( Š( Š( ­¯üyĄūuR­¯üyĄūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Ļ‹ũTŋAPÔŅĒ—č((ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ĩgÕ˙ ĢVŦúŋá@ŸīˇÖ’•ūû}i(ĸŠ(ĸŠ(­(ŋÕ'ûĸŗkJ/õIūč QEQEQEPz(= RĸŠ(Ä^ŅŧW§ũ‹Y˛KˆĮ(Į‡ŒúĢGųÍxöąû9æV}^ÛéäY#ūŊīš÷š(įk_ŲĪXy@ŧ×lbģCČ#ˇų×Ļx?á†ü#2^,o¨§+ssƒ°úĸô_¯'ŪģÚ(ĸŠ(ÄtũjZŠē~ĩ-QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEgKūĩ˙Ū4Ę|ŋë_ũãL Š( Š( Š( Š(  m˙×­:ëũwáMˇ˙^´ë¯õ߅AEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEP+âköyŒ1€÷=ĢŸĢēžĩîˇuķ R¯¨ÃAB”Rėz”ĸŖRŠ*Á”AČ#ĩ%šĄŨh×Æ˙OIūņNĮ÷#ŊhW;áLų?ŨܸütUķ¨(V”VĮ—V*3iRÕŦĨĻOjp×å'ŗGëWhŦiŨT„jAÂ[=–'‚WŠU*čJ˛žÆ™]ˇ‰āŅnÜČoâ†õF \°of ŸÎ¸ĻX€Á‡¨ī^Õ*žŌ7ĩÎqØOĒÕpRMy5øöŠ(­0Ģ7“i÷‘ÜĀØt9ö#¸>Õ^ŠMYŽ2p’”]š-jÎ§tĶÜČYAŲG VŠ)$’˛į)ÉĘN폊Y •e‰Ų$S•e8"ŊÚßöĩ‹yÄ ˆx“°#ŗWšÔĐË$+ ŲD‹ĩ€8ČëƒųW™›âia°îŦ÷éæĪg!ĢZ8žX|/ķ;ŨGÅövŽcļCr㊠ų÷ŽWX×%ÖV5šSË$Ģ ;šíœÖ]đ3Î1r—4eËč}}XÆ´\&ŽŸ@ĸŠUÛ¸nÎÜķŽĩæĘNRmîÂ)EY Eu1x5Ž"I Ô#x¤PĘÆ28>ŲĢöž ĩ‰ƒ]\<øūø×Ŗ §7đŲwē4Pg/¤éĩЎ0V y!(˙jôģkhŦíŖˇ…vĮĀØãļ°ļ‚8!_ĸP_M-´_Ûgūē¯ø×Đā°t°Q÷¤šŸõĄ¤bĸYžŽ`xf@ņ¸Ã)ī\ąá‹Ģi-Õ§ļę Œ˛ũGõ¯AVWPČÁ”ô äZہĨ‹ŊŋF9E3Įč¯WŸO˛šmĶÚA#z´`ŸÎˆtë+vŨ ¤ˇ÷–0į^7öīņĢzėÎHđÍŪ ë$ęĐ[u,à ÃØZīííâ´ˇH @‘ ÂOwHĐŧŒĒŖ’Ėpf?‰4ˆßk^Ą?ėĢ0üĀ¯W †Ã`V˛Iž­Ø´”MZ†ęÖÛv‚â0ņˇPiļˇö—ĘMĩÄrã¨SČúŠą]ׅH÷L­ÎQđmÔ.^ńņöF 0ū†ąŸGԑļ› œûDOō¯SĸŧŠš ģÁ¸™ēhķ{O jˇL3na^í)ۏïé]†áûm$y™ķnÁŽžĀv­Š­{Ÿe-ÔŋuAԞ·Ãå¸|'ī­u} –¤—0ZDe¸•"AŨŽ+ü]¤Ŗ`K#UŒãõŽQÔŽ5;Ŗ=ÓũÕėŖĐUJōëįĩ­E+y’ę>‡¨Ųk:~ vÛÜĢ?÷ĘߑëWëČŠ°e$rí]ī…õ×Ôbk[–ÍÄc!ņ¯øŠíËķoŦKŲÕV—NĖqôgETu}95M:Kf 1ų‘đ°éW¨¯^pH¸Kfišä—6ĶZ\<ĄIāƒQWŠj:EžŠ[˜ōÃîČŧ2ū5ÍÍāwÜ|‹Õ+čéČüE|Ļ'&¯ ~ëŪ_‰‹ĻúØÛxCuxJ˙v5ĮęšũkI—IžhČ&9‰ũGøŠã­€ÄP‡´Š"\ZWfuS‘GŠY˜ā2IŽ2NŋĀÅļßáĘĮ掞˛|;Ĩļ—Ļ~ūCžOcØ~­_s—Ō•,4!=˙ĪSĸ*Č(ĸŠí(*[õëQTļ˙ëրëũwáPÔ×_ëŋ †€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ šßīˇûĻĄŠ­ūûēh(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ļŋņä~‡ųÕJļŋņä~‡ųĐJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ š/õRũCSEūĒ_  hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*՟Wü*­Zŗę˙…VžßZJWûíõ¤ Š( Š( ´ĸ˙TŸîŠÍ­(ŋÕ'ûĸ€EPEPEPE†€"ķ×ûĻ=ējŊcĪ_îš<õūéŦŊOUĶôk&ŧÔ¯ ´ˇ^˛LáF}9ę}ĢÍõOžą•ŖŗŠ˙P#øâˆ"ÅČ?ĨzįžŋŨ4yëũĶ^+mûDøyä s¤jq!ū$Øøü7 ī|7ãī øŗ ¤ę‘IqŒ›y3ŖūzũFEužz˙tŅį¯÷MWĸ€-Ŗ‡ŠuEŨ?Z–€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (Ž{ÄđxĻq xræĘŨJˇš÷–ĪÛÁ´~ vÆį^šŅĸ‘šōÚ1$ŖocŸ^EiW“ü7ļŊŗņöšo¨Ė&ŧHO bۛz’rkÖ(ĸŠ(:_õ¯ūņĻSå˙Z˙īeQEQEQEQEKoūŊi×_ëŋ mŋúõ§]Žü( (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9_X2N/QIG?ąėkŸ¯HtY‘Ô2°Ádį¯<,Ŧå­&đ?Aø׹ƒĮEASŠĨē”k¤šdsĒĨ˜*‚I8w­ĨđŊél4¨õÜOô­Ŋ7Bˇ°a!>lŨ™‡č+ĒŽ>ŒĶģ5ž"Z;’čö&ÃOHÜ~ņŽ÷úžÕ~Š+įį799KvyōnNė+€ņ‰eŧ™í,ä)j§k2žd˙ëWUâ;ĻŗĐn¤C‡+°÷Ž?‘5æPĮæĘŠëÖģpTTŊæ|ÖyŠĒį åúģ$:y&ûŖÔ՟ėū?Ösūí\U ĄT`”ĩíƌRÔõđœ/‚§M*ëž]ui|­c.kY"žōúŠ‚ļë:{9CŗE´~Ē¤íYUĻŖĒ< ÷!Ž*žüģ5ÛūVŠŊkŖę7Ž 9›?ÄWķi;ŗ"æŸĒ]钇ļ”¨Ī(yVúŠôMV‡WŗķŖd^$LũĶūåõĩákÖ´ÖâLü“ūí‡×§ëŠõ2ŧtčÕTäũקĄp•F¨įš;h$šVÛ)f>¤ŽÆ34ZÕį ūĩ'ÉΜ%^´iŊŠ:‡‰ĩ Ų—!ˇ‹øR.âzÕk}oRļ:^JŪŌ6đYôWšį&īsęã†Ŗō¨Ģz ëđęÉåŧb;Ĩ2Ž„zŠÖ–hŅđĘIúWšøzvƒ^ŗe?z@‡Ü?­z×úīÂģčTsŽ§Íf8hĐĢhlõ$ûL?Ü?Ŗí0˙pūBĒQ[ŋ´ÃũÃų >Ķ÷ä*Ĩoí0˙pūB´ÃũÃų ŠE[ûL?Ü?Ŗí0˙pūBĒQ@ūĶ÷ä(ûL?Ü?Ē”Pŋ´ÃũÃų >Ķ÷ä*Ĩoí0˙pūB´ÃũÃų ŠE[ûL?Ü?Ŗí0˙pūBĒQ@ūĶ÷ä(ûL?Ü?Ē”Pŋ´ÃũÃų >Ķ÷ä*Ĩoí0˙pūB´ÃũÃų ŠE[ûL?Ü?Ŗí0˙pūBĒQ@ūĶ÷ä(ûL?Ü?Ē”Pŋ´ÃũÃų >Ķ÷ä*Ĩoí0˙pūB´ÃũÃų ŠE[ûL?Ü?Ŗí0˙pūBĒQ@ūĶ÷ä(ûL?Ü?Ē”Pŋ´ÃũÃų >Ķ÷ä*Ĩoí0˙pūB´ÃũÃų ŠEgx¸-׆Ž–4;“kôėĪéšķ;"Č÷ŊmŅdFG•†=ÅyĻˇŖOĸ_nPZŨ›1IũŊz8 Ē/•Ÿ;šĶ• ],rWŒZŋɏĸŖŠU™7)úJ’ŊäīĒ>ڕXU‚ŠMŨ=˜WaāĪŨŲŪHā”.Ē8î˙\kēÆĨ˜ā î|-<øiZA =wúą^~e;Qåîrâą4”• ûĪ[yßi‡û‡ō}ĻîČUJ+Ā9Ki‡û‡ō}ĻîČUJ(ßÚaūáü…yg‰4ŋėŨVO-Hļ”—ˆúãđ˙ ôŠ­}ao¨ÚĩŊĘnCČ#ĒŸQ\† bŠr¯‰lLŖtyEŋ¨øNūŅË[¯ÚbėSī¨˙ Įk;¤m­m2ˇĄB+ãęáĢR|ŗ‹F 4ANDiQŗ1Āš­?ęwŦZē)ū9FĐ?>ŋ…v:/†­ô˛&‘ŧëŸīÂũõŽŧ[W5Ė­˙äTas_Dˇ‹KŅíí čšsËMyMĘîĨFûĘä¨5ëuÁøˇI{[ã{æ ÎXá~˙Ÿ_ÎŊlë ûˆĘ HūEÔZŨQ_.bCRúí†q:1Į  ŸåT+­đv’ÆSŠJ¸UbĪsÜ˙JëĀЕjņŒ{ūE]÷Úaūáü…bøĒŨuhâCæÆDĒ1×BjũöõŠ*´Ũ9lŅģWV<~Šėõŋ Ĩ{;hfåĄ'?ėŸé\Ëčú”oĩŦ.sí#ķņ8Œ zå”oæļ0qhĨ]Gí7jÍzęLp!ãĢ?–jĻŸáMBíÁ>ÍvŊøņŽîÆĘ >Ņ-­×j/¯R}OŊz^]QÕUj+%¯Ģ*wģ4ūĶ÷ä(ûL?Ü?Ē”WÕūĶ÷ä)˛Ko,m‘nFYJŒU¨Ŗp8-oÂŗŲĖōØ#Ījy ]=ąßë\ë)V*Ā‚:ƒ^ŋMdF9eR}ÅxUō:s—59rųZænščy}†‘}¨¸đ1SÖFQøפčZmž‰eäĸ™%~d”¨ËđĢ4W^ ,Ĩ…|×ŧģ˙ã‹i‡û‡ō}ĻîČUJ+Ō,ˇö˜¸!GÚaūáü…Tĸ€-ũĻîČQö˜¸!U(  i‡û‡ō}ĻîČUJ(ßÚaūáü…i‡û‡ōRŠˇö˜¸!GÚaūáü…Tĸ€-ũĻîČSŖž7pĒ„íTĒ[õë@eš4|2’~”Ī´ÃũÃų ŠëũwáPĐŋ´ÃũÃų >Ķ÷ä*Ĩoí0˙pūB´ÃũÃų ŠE[ûL?Ü?Ŗí0˙pūBĒQ@ūĶ÷ä(ûL?Ü?Ē”Pŋ´ÃũÃų >Ķ÷ä*Ĩoí0˙pūB´ÃũÃų ŠE[ûL?Ü?§Į4nHU#=*Mo÷ÛũĶ@ũĻîČQö˜¸!U(  i‡û‡ō}ĻîČUJ(ßÚaūáü…i‡û‡ōRŠˇö˜¸!GÚaūáü…Tĸ€-ũĻîČQö˜¸!U(  i‡û‡ō}ĻîČUJ(ßÚaūáü…i‡û‡ōRŠˇö˜¸!R‰Ãŋ/Ļ+>­¯üyĄūt}ĻîČQö˜¸!U(  i‡û‡ō}ĻîČUJ(ßÚaūáü…i‡û‡ōRŠˇö˜¸!GÚaūáü…Tĸ€-ũĻîČQö˜¸!U(  i‡û‡ō}ĻîČUJ(ßÚaūáü…i‡û‡ōRŠˇö˜¸!GÚaūáü…Tĸ€-ũĻîČQö˜¸!U(  i‡û‡ō}ĻîČUJ(ßÚaūáü…i‡û‡ōRŠˇö˜¸!GÚaūáü…Tĸ€-ũĻîČQö˜¸!U(  i‡û‡ō}ĻîČUJ(ßÚaūáü…=f•ˆRëÅQŠĸ˙U/ĐPŋi‡û‡ō}ĻîČUJ(ßÚaūáü…i‡û‡ōRŠˇö˜¸!GÚaūáü…Tĸ€-ũĻîČQö˜¸!U(  i‡û‡ō}ĻîČUJ(ßÚaūáü…i‡û‡ōRŠˇö˜¸!GÚaūáü…Tĸ€-ũĻîČQö˜¸!U(  i‡û‡ō}ĻîČUJ(ßÚaūáü…i‡û‡ōRŠˇö˜¸!GÚaūáü…Tĸ€-ũĻîČQö˜¸!U(  i‡û‡ō}ĻîČUJ(ßÚaūáü…i‡û‡ōRŠˇö˜¸!RE"I‹Œ{U ĩgÕ˙ q¸ˆ ČR}ĻîČUWûíõ¤  i‡û‡ō}ĻîČUJ(ßÚaūáü…i‡û‡ōRŠˇö˜¸!V†PGB3Y•Ĩú¤˙tP¨ĸŠ(ĸŠ(ĸŠ(= †€2ī&6ö7¨ÉŽ6qø ×ÂŦĖîÎĖc’Os_wÉËÆã*ęTPkáŊ[N—HÖ/téÁÚÎđļ}T‘ũ(Q@Q@}%û;Üŧž ԭؒą_–_mČŧ~Ÿ­|Û_PüŌŪÃááē‘H7×rLšūāę­ųĐŦÁ÷OÖĨ¨ û§ëRĐYšū§xŸG›IÕaiŦæ*]Ų3´†‚P+Nšoˆ,¸đW…%ÖāĶÅđŠTI#2 Ŧqģ8=ȍTņ7‹tŸ†:6—gũ—¨Ü[L6égFąĒŧŗ8#žsƒ\ÃiĮū*j>9’KkU‚&ŪĀL|m ŊĮaŒķę}ĢØt-Z {AąÕm™LWp,ŖkgŒúƒ‘øWŽëqÛZūĶščj‰q%žu‡€IY nžÍ§ō=hĒ~Ķž"¸˜n6VDCŸā Dœ~ ߙ¯Jņåœw˙üCo"† §ÎĀĖ˛ŸĀ€kÍ-xköŸŧ?ģ‡[ŗÛąĀ$ĒÕĸaøŠô‰ē´:7Ã}zâf d´{xÆpKČ6.?ĪāhĮbÕg˛¤ą9_e<í3‡ĮëĨ{GÃĢ8ė~xrÔ(:|2?ŧęŋV5åø^čūËrAå7ÚYĸĀ%ߟûö3^‘đĢV‡XøgĄK`ĩ[YyVŒlÁüú@7‹@Ķ?iO ŨĀ›ģP’ãø‰ķSŸÃoå^Õ^)Ē°ņ'í7ĨÃkķÅĸŲƒpĘr€v˙ФEú×ĩĐEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPtŋë_ũãL§Ëūĩ˙Ū4Ę(ĸŠ(ĸŠ+Å6M=¤w1Œ˜s¸îž˙…oĐ@#dTÎ*QåfØz΍EQt<Šė¯|/kq!x$0Õ@Ęū]Ēŧ@āĪtĖŋŨEĮë\/Rö>’9ĻÆíÛĘÅ/ XĩÎŗÄ~ę¸Ÿ|p?¯á]Í×úī ĶíĄ´1ÃAØT÷_ëŋ ėĨO’6< n)âjķôčAEV‡ QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEŲ$HŖi$pˆŖ,ĖpŽOPņŧqšK¸˙–’dô•UņĻĒīr4ؘˆãĨĮņ1äĀ:äĢĐÃábãÍ3äķlę¤*ē8wknüΙ„r?\Q Ɯ”å˛2ÆRupķ§Úg•Ģ2Š ûTßlŸßú €Œ+Ũ…KÅJF~yK‰Ã^į(÷I´9äy]‰>õÕø7YļąK‹;—1ųέē įĶĩrU"Œ ņ3ÜÁa(+k&ô^]OS$Z˜ŋlŨí{ˇįĄė4W+á ]î#m>vÜņŽč˜õ+éøWU\x\Dq•Hõ>Ũ;Ģ…Q] (ĸ€ (ĸ€ (ĸ€ †ė@m%ûPSŌ_wLTÕÎxÎéĄŌR8ķ¤Ã}?ĪĪŠĒ¨Ņ•F¯d&ėŽqM]HmQ’ß"šÉĄĸŠø);ģœÁ]Ÿ…üBŌ˛i×dnÆ!~™Įđšã)Čí‹"Ŧ¤Gb+Ŗ Šžĸœ~~h¨ģ3רŽRņuåĐÚ˙ŖĻæxžüö†×—NŚæbĮšsšúŲíJЋ—āhę#Ō/uũ6ÁĖs\ƒ ęˆ7õĮJ­‹4™\)™ãĪwByÕÁ,öģ•ãb}Ŗ=z9Xđēē7!”äuyŽ‡­Ë¤Ũ(,ZŲĪīúzô•et ¤aGq^î \.´ktis EWqAEPEPEPEPEPEPEPEPEPRÛ˙¯ZŠĨˇ˙^´ˇ_ëŋ †Ļē˙]øT4QEQEQEQEQEQETÖ˙}ŋŨ5 Mo÷ÛũĶ@ŅEQEQEQEQEQEQEUĩ˙#ô?ÎĒUĩ˙#ô?΀*QEQEQEQEQEQEQEQEQEQEQEQEQEQETŅĒ—č*š/õRũCEPEPEPEPEPEPEPEPEPEPEPEPEPEPVŦúŋáUj՟Wü(ŗũöúŌRŋßo­%QEQEĨú¤˙tVmiEūŠ?Ũę(ĸ€ (ĸ€ (ĸ€ CEĄ  Uķ×ĮËo¨ÂYa kiÂĨčQū­Į ˙B0¸÷¯Ąj;‹xní¤ˇ¸‰%‚U)$nšVSÁwđíŪ9ø wōßøH‰íؖ6>?ÜcÃcĪÖŧ{QŅõ-sĨasg 8ÛČķ]_]×7ˇ2HzãØd“Ėšë(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€3Ĩ˙Z˙īe>_õ¯ūņĻPEPEPEPEPļ˙ë֝uūģđĻÛ˙¯Zu×úī€ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ­{oa™;ã?uG%ž”ã'h­F“nČķ_nūßŊŨ×Í?—jÍ­ícÉÕ5ģDhˇ€ÎrGūU™-‹(Ę6īnõī”ÔŅņ8ėƒÎĒ…ÕÛŅĻíéšRŠ)UK0Uą8w¤|ũŽÛĀ›žË{ŸģŊqõÁĪôŽē˛|;Ļ6—¤¤R LįĖ“؞߀ÅkW‹^JUGčųeQÂBŪߞĄ\ī&1hŠƒūZJĒ~˜'ų]sž4…ĨЃ¨ČŠefö#ų‘Y{(ÖũÜļ{úcĒJžs†é3Ī ÍQ^ôbĸ”bŦ‘ųŦ¤äî÷˜ĮŊ:˜éõųĻ~­˜M'}žZl}ÆPīƒƒĩˇüËēMčĶõH.›;Qž`:F j_øžūåČļ"Ú.ÛFXũIū•ĪQ^u<]jtŨ8JÉëĄéŠ4Ŧ^ūŲÔ÷nūĐšĪũu8üĢSOņ}õŗ…ēÅĖ]ō0ÃčÆšÚ)ĶÆW§.hÍũā¤ŅØßxØļÂß?íÍūük3ūũ[vwŏO,b°h­jfXŠģšĩé ÜŲÚéž3ŽWßÄ"'13ˇņEuJĘęX2‘AČ"ŧ‚ē˙ęŦ]´Ų[+‚Ņgˇ¨ūŋzšfk9ÍQŦī}™pŸFv4QE}¨W/ãhYôûy€ČŽBâ?úÕÔTļ‘ßYËm(ų$\oC\Øē>Ū„ŠŽ¨RWV<šŠˇ¨éˇeĶAp¸ūëŒ=ET¯„œ% 8ÉYŖœ(ĸ”‚:‚*D%Q@Q@zg‡$i|?fÍÔ!_Āō¯6Š7šTŠ5,îB¨ÍzĻh,tč-ŗ“Hî{ūĩīd0—ĩ”úZƔ÷,ŅEdëZõžy“°ĘÆ8õ>‚ž’­XRƒœŨ’5nÆĩį˛øŋV‘÷$‘Ä?ēą‚?\ֆ›ã9<ŏPJ<ØÆúŽ˙…yĐÎpŗ—-Úķ{íŲQMGY]2°Č đE:ŊRŠ( Š( Š( Š( Š( Š( Š( Ĩˇ˙^ĩKoūŊhnŋ×~ Muūģđ¨hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Š­ūûējšßīˇûĻ€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģk˙GčTĢk˙GčTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Šĸ˙U/ĐT54_ęĨú †Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­YõÂĒÕĢ>¯øPgûíõ¤ĨžßZJ(ĸŠ(ĸŠ+J/õIūčŦÚŌ‹ũRē(ÔQEQEQE†Š(•cĪ_îš<õūé  ô×E‘Jē†SԐjמŋŨ4yëũĶ@ĸļˇ€“ FO]ˆōŠjĮžŋŨ4yëũĶ@čĢz˙tŅį¯÷M}ĶõŠi¨áÁ b@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Ō˙­÷2Ÿ/ú×˙xĶ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([õëNē˙]øSm˙×­:ëũwá@QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEWŠ^ĩõô“vį=ĩwĖ7!_QŠķ‡FŲa”GŊzŲTbå)u:đŠ]ą´QE{'hëmm^åžĪ$QížōL ęôo ÚéN&vķîGa€ŋAũjŸ…#cqq/đ… ø“˙ÖŽĻŧ}Y*Ž č|õ\¯ TĢ¨ûĪ_Ÿ QEį!Lšî!xePŅē•e=Á§Ō3RĖ@d“ځ4šŗ<Ã[Ņ&Ō.ʐZŨîäõ‡ŪŗšîĩOĮp¯o ŧrÂx-(Čo Žaí!wČĖ`ž‹ČŸøÖÕég§û…ëņ~vûĪ&|/FRįIÛĩ˙¯ĖΖŸ2ådŒd})•ųÅiíeí~+ë}îvFšĻš˛AEVC (ĸ€ (ĸ€ ący%…ėWQ^3CÆ*Ŋã'¤ˇ@upøâā0ķėâe˙aŠŸ×5ĶišÅžĢkwųĮŪ¸e¯.Š­.Ļ˛šKˆŦˆrô>Õëáŗšôåû×ÍÄŅM­ĪZĸĢi÷‰¨XCtœ 8ô=ĮįVkë#%(ŠGflCuio{ Šæ•f>ž•…7‚ôįlĮ$ņî†~ĸē:+ØZ5ĩŠÄŌ{˜vžŌí\;#ÎçšŲĀüë;ÆAxŌūŨ?ÕŽÉGEėđŽļ‚# ÖUrúĸéF6ŋa8ĢXņú+ēÔŧms#Kg'ŲØōPŒ§áéYCÁ:†ėíļúîođ¯—Š•bĄ+(ßÍ83š­[ojˇAY-JŖ †rcų×UĨøNÖÆEšáūŅ*ōP~ëĄ¯C ‘š.lCˇ’)Sîah~‡J"yXMuŽ'ĶükvŠ+č(ЧB”Õ‘ĸIlå:•Ûßj3ÜšÎ÷8ö‡å^­^S¨Ú=ŽĄ=ŗŒlr¸ė*ņsūnH[kŋøŠ ´QE|Á‰Ūx2íįĶ$ˇsŸ!ū_e<ãķÍt•Íx2ŅáĶ%¸q=ū_p;ūyŽ–žį-æúŦ9ˇˇü7ātG`ĸŠ+´ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Šm˙×­ERÛ˙¯Z[¯õ߅CS]Žü*(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*kžßĻˇûíūé hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*Ú˙Į‘úįU*Ú˙Į‘úį@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*hŋÕKô MúŠ~‚€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢV}_đĒĩjĪĢūYūû}i)_īˇÖ’€ (ĸ€ (ĸ€ Ō‹ũRē+6´ĸ˙TŸîŠuQ@Q@Q@ĄĸƒĐĐ*BB‚II4ĩķŋƉĶ^ŪÜx[EœĨœ$Į{2f~ņƒũŅĐúž:@:˙üuŅ´9¤˛Ņ!­Ú­(m°!˙{Ģū{הj_$ĶcžÁ¸ŗ{•' ø^!E}ÁĄxƒKņ.˜š†‘yÕģq•ę§ŅäcZUņwƒŧcŠø/[MCO”$ íØü“'Ą÷ô=Ģëũ\˛ņ&‡iĢéōoļšM˞Ēz>āäĨmA÷OÖĨ¨ û§ëRĐEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPtŋë_ũãL§Ëūĩ˙Ū4Ę(ĸŠ(ĸŠ(ĸŠ(ĸŠ–ßũzĶŽŋ×~ÛõëNē˙]øPQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEÎkš“J×v‹š›—Œu'ÔWGEmF´¨Ëš%ÂnčķfFF*ęU‡PF YŗĶîo¤ dŽîxQø×|ŅŖũäVúŒĶ€`t¯BYĢˇģN‡‹vŅtûôûE9=YŋŧjÕW—)97)nÎVÛwaETˆ+#Äs4ZK8ķ!úuū•¯Y^!6ÃI\Lą÷B{°ėiF¤)ÔS¨ė“Ôēm)&Î*Š@Aƒikę“M]ŠRõFģôĒ•bęPîNBÕzü“ˆ*ŌĢ˜Ô•-´ûŌIž.&JU[AEWŒs…*Ģ;PK€ä×c¤øRÎëLˇššiĒ.âĒĀ ĮoLWAcŖXiĮuĩēĢ˙|ōߙ¯b†K^ĸR“I?ŧŅSlķ˝Q´dšŌEFČĮ×?Ą^ÁQMmņI ÄŠTœs‚1]ĩ2˙Ëšũëūn™ä”T×v˛Y]Ëo(ÃÆÛOŋŊC_7(¸ģ=Ė‚Š(ęp)ßx1Ų´GĸÎĀ}0õŽŠŗ4 Ķôxaq‰ÎãОßČV}æ †–ö:c°QEÔ0ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦkAƒX@ÅŧĢ„YĪ‡Úĩ¨ŦęŌ…X8M]15sÎåđŽ­íHŖ”yd~¸­ 7Á’™MBETųHrOÔöü+´ĸŧØd¸XK›Wäö'ŲĄ¨‹jˆĄQFĀę(¯[bŠ( Š( Š( Š( Š( Š( Š( Ĩˇ˙^ĩKoūŊhnŋ×~ Muūģđ¨hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Š­ūûējšßīˇûĻ€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģk˙GčTĢk˙GčTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Šĸ˙U/ĐT54_ęĨú †Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­YõÂĒÕĢ>¯øPgûíõ¤ĨžßZJ(ĸŠ(ĸŠ+J/õIūčŦÚŌ‹ũRē(ÔQEQEQE†ŠC@WÄO7…ŧ Šęq6ۑ•n}$s´Ã9ü+ãfbĖY‰$œ’{×Ō_´Eç‚ôØádŋŊņ˙|Ų@Q@Q@{‡ėķâGPÔ<73“Šö¨ėãĀú‚üŧ>ģ„oņODe?}䌏Pca@aA÷OÖĨ¨ û§ëRĐEÄđÚÛKqq"Å H^Iā*’IôÅ`xßÅ֞ đĖú­ČKūŽÚ ķ4§î¨ūgØå~ øĢYņw†ĩ+íjķí3ĨņÅP‹ąNĐdšÍđĖ3|RņÃxÂū6Ō\ÅŖÛČ0&e#ęúā ¨?fīųĩ_ûŸũ”Đ|Eø¨čšļá ZGyâ-G”r°§?1sÃNRMs:Ļŋņ[áė1k^#›MÖô}ęˇ)lZN:„\sÆ~aŸ­/‡Õ?iß\L7+"!Īđ"N?oĖ×ĨxōÎ;˙‡ū!ˇ‘CĶį`fYOā@4qÍ'û?CEMöi?Ųüčû4Ÿėūt 7Ų¤˙gķŖėŌŗųĐ4Tßf“ũŸÎŗIūĪį@ oūŊi×_ëŋ t0:JŦqīK<,ōdcîh­7Ų¤˙gķŖėŌŗųĐ4Tßf“ũŸÎŗIūĪį@ŅS}šOö:>Í'û?CEMöi?Ųüčû4Ÿėūt 7Ų¤˙gķŖėŌŗųĐ4Tßf“ũŸÎŗIūĪį@ŅS}šOö:>Í'û?CEMöi?Ųüčû4Ÿėūt 7Ų¤˙gķŖėŌŗųĐ4Tßf“ũŸÎŗIūĪį@ŅS}šOö:>Í'û?CEMöi?Ųüčû4Ÿėūt 7Ų¤˙gķŖėŌŗųĐ4Tßf“ũŸÎŗIūĪį@ŅS}šOö:>Í'û?CEMöi?Ųüę†ĢmŖ[y×ržå˜û i6ėˆŠR4âį7d‹4W7Žæ/û‹$ ūےOåW´ß[\Ęą^EöbĮMŲOĮŌļxjŠ^Į į9ō)ū #¨ĸĨ3(e*A´ŋf“ũŸÎ°=B*oŗIūĪįGŲ¤˙gķ  ĶJ@ķHpˆĨ˜ú^aĒęsjˇ­<¤…č‰ŲWŌģßŦxvā‚>bĒp{+Í+æsÜDšãEmk™T}¤¯Ũb)Zy`ąĮĩGEyÆâcOŲF¤”{]Ûî'ÚM+_@ĸŠéü;áˆ5Í6[†žHåIvqŒ€>j(PyōSܔ¯ąĖVļ‰Ŗ>§qžA˛Ō>eđ1č¯ōŽēÛĀļ0¸i]įĮđŗ?Oņ¨|_'öfœ ‘Ŧíˇjq…Ÿæ+ԆW*uņ;G§rų-Ģ2ĩoČXÛ阊ųD˜äũaX ŠßģîkۂŪžkUĸŧęØĘÕĨÍ)‘.M›ÚoŠīėÜ-ۘ{‡?0úņŽîÎōûT¸ˇmŅ¸üGą÷¯&Ž§Án5 ,sōJĨÔĖ?úßĘŊLĢ1¨ĒĒ5ĶÛɕ ;Ų›Úį‡áÕĐHŦ"šQ…|pÃĐ×uĄjvnD–’0ÅÜ?1^Ģöi?ŲüëÄZ§ö%•§”‘įķ'ØWĨ˜eøi§Zo–Û´\ĸˇ<įė7\ŅOņH6¯æxŽ›ÃēE„s¤÷7ļĶ\”…$iõ÷5ËÜŨOy1šâV’CŨųÅC_7BŊ*59Ôy­ßú˙3$Ōg°Q\/†üE5ŊĖvwrˇr]Ī1žÜúW }šOö:û 2ž*đųŖxĘä4Tßf“ũŸÎŗIūĪį]c!ĸĻû4Ÿėūt}šOö:†Š›ėŌŗųŅöi?Ųüč*oŗIūĪįGŲ¤˙gķ hŠžÍ'û?f“ũŸÎ€!ĸĻû4Ÿėūt}šOö:†Š›ėŌŗųŅöi?Ųüč*oŗIūĪįGŲ¤˙gķ hŠžÍ'û?f“ũŸÎ€!ĸĻû4Ÿėūt}šOö:†Š›ėŌŗųŅöi?Ųüč*oŗIūĪįGŲ¤˙gķ hŠžÍ'û?f“ũŸÎ€!ĸĻû4Ÿėūt}šOö:†Š›ėŌŗųŅöi?Ųüč–ßũzŌũšOö:|0:JŦqī@ ē˙]øT5jxYäČÆ1ÜÔf“ũŸÎ€!ĸĻû4Ÿėūt}šOö:†Š›ėŌŗųŅöi?Ųüč*oŗIūĪįGŲ¤˙gķ hŠžÍ'û?f“ũŸÎ€!ĸĻû4Ÿėūt}šOö:†Š›ėŌŗųŅöi?ŲüčšßīˇûĻŗIūĪįRC Ŗ18åHë@hŠžÍ'û?f“ũŸÎ€!ĸĻû4Ÿėūt}šOö:†Š›ėŌŗųŅöi?Ųüč*oŗIūĪįGŲ¤˙gķ hŠžÍ'û?f“ũŸÎ€!ĸĻû4Ÿėūt}šOö:†Š›ėŌŗųŅöi?Ųüčļŋņä~‡ųÔ_f“ũŸÎŦ,l-JqœŖEMöi?Ųüčû4Ÿėūt 7Ų¤˙gķŖėŌŗųĐ4Tßf“ũŸÎŗIūĪį@ŅS}šOö:>Í'û?CEMöi?Ųüčû4Ÿėūt 7Ų¤˙gķŖėŌŗųĐ4Tßf“ũŸÎŗIūĪį@ŅS}šOö:>Í'û?CEMöi?Ųüčû4Ÿėūt 7Ų¤˙gķŖėŌŗųĐ4Tßf“ũŸÎŗIūĪį@ŅS}šOö:>Í'û?CEMöi?Ųüčû4Ÿėūt 7Ų¤˙gķŖėŌŗųĐ54_ęĨú >Í'û?I.ąČ2GĐZ*oŗIūĪįGŲ¤˙gķ hŠžÍ'û?f“ũŸÎ€!ĸĻû4Ÿėūt}šOö:†Š›ėŌŗųŅöi?Ųüč*oŗIūĪįGŲ¤˙gķ hŠžÍ'û?f“ũŸÎ€!ĸĻû4Ÿėūt}šOö:†Š›ėŌŗųŅöi?Ųüč*oŗIūĪįGŲ¤˙gķ hŠžÍ'û?f“ũŸÎ€!ĸĻû4Ÿėūt}šOö:†Š›ėŌŗųŅöi?Ųüč*oŗIūĪįGŲ¤˙gķ hŠžÍ'û?f“ũŸÎ€!ĢV}_đ¨ūÍ'û?OmGģv9ĮC@ßīˇÖ’§kw,OË×֓ėŌŗųĐ4Tßf“ũŸÎŗIūĪį@ŅS}šOö:>Í'û?CZQĒO÷ESû4ŸėūuqØÔ @ĸŠ(ĸŠ(ĸŠ( ô4PzōškŪü;[¤\›+Čåcč¤ūlĩōũ}ÉŦiVúæyĨŨŒÁw DøęČ÷ øģÄ:į†ĩÛŊ"ũ6ĪlåIĮ;0ö#}h2Š( Š( Ŋā†š÷˙ŦĻ ”˛Š[‡úm(?WįUôįĀĪÉ xfMbö"—ēĻÖEaĘB>īũõ’ßM´ëĐ}ĶõŠj(>éúÔ´Wņ{Dņˆ|4ŋ Æež{¤1‰V=ЅbFXŽ7ãúfģÚ(ÅôËĪŒÚ>—m§Xø/ÃĐÚÛF#QĀöņÉ÷ī\§Āû˙ÛÚy“asĄÉŠ'ÛŽ'p$ˆö1z'#å<úô¯¤ëŒøoāøWē%֝ũ§ö˙>äĪæyVߕWÜŲûŊsŪ€8kFũ§īĪîáÖėöĀėp *‡õh˜~"Ŋân­đß^¸™‚™-Ū1œō ‹Åŗø_øJņ͜ zŌÛ^[6ëkČ$ˆ˙QĀãیW)Áy/īm¤ņWŒ5M~ŌŲˇGi6Q ˙k.Ų÷ÆŊsø^čūËrAå7ÚYĸĀ%ߟûö3^‘đĢV‡XøgĄK`ĩ[YyVŒlÁüú]p†!€F‚ ģ{FŨ¸Æ1éŠōŲū =•ũĖŪņv§áûkĻŨ-ŦtĪû8eĮļrG­dęŦâéĢ¤C!āL ũ}ĢNôúüķ7ÄO ˜ĪØŊ4mtÕj}ÖOVrÂAËúÔöAƒhŦß5֑åHrÖí°özđü+~Ŋė=eZ”j.§´ÕĖũrͯ´k˜eĘîQęAÎ?Jōúö ãüCá‰gŧĶĶvîd„uĪ¨˙ ō3œęĨZšģZ?B'ęŽ>ŠsŖFåJ°ā†"Ä ' ōÖčb%zg…lÚĪÃ)ŧaæ“Í#ę?@+›Đ|-4ōĨÍüf8TäDßyūŖ°Žõx´`?Ŋ_K“`gMēõģ™­8ÛVE\—ŽbcœÃîĢ2ŸŠäk­Ēš•„z•„ļ˛ppØû§ą¯_A×ÃʚŨ˙ÚI]XōĒ*Íõ…ƝrĐ\!VfĸĢWÂJ.-ÆJÍÁ[ž‰¤×ãqŌ4f?–?­bGÍ"Į3ģQ’Mz'‡4cĨY–˜´Ë‚˙ėŽÂŊĢ *؈ÉmYpWfÕy˙ŒegÖöōĮ€>ŧ˙Zô âük`ââå\Ŗ/–įЎŸįÚŊüæ2–ōôjæ•69:(ĸž8Ā+ÕtšZ}*ŌWåž$úœW—ÚÛIyuŧ+™$m WĢÛÂļÖŅ@Ÿv4>€bž‡ Œš§.šĶ$ĸŠ+éMBŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Ĩˇ˙^ĩKoūŊhnŋ×~ Muūģđ¨hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Š­ūûējšßīˇûĻ€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģk˙GčTĢk˙GčTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Šĸ˙U/ĐT54_ęĨú †Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­YõÂĒÕĢ>¯øPgûíõ¤ĨžßZJ(ĸŠ(ĸŠ+J/õIūčŦÚŌ‹ũRē(ÔQEQEQE†ŠC@Ģ„ø“đÚĪĮzzË%ļ¯n¤ApG :ėö}û~`÷tPÄī‡ĩ_ j/aĢŲKk:ôÜ>WĒz0÷™_ręšF­Ų›MNÆŪōÜķåÍ`¨ĪCî+Ī5/€ž ŊŊˇÛė3ü0NņđĮõ —iUYŨQŗ1Ād“_J[ūĪŽ@Ķę:ŦĘ?„Iƒõų3]Į‡|á 0“JŌaŽāËę’OÁ›$~  øcđ^âââoÅVæd!ᰐ|ŌÆAŲŲę{āuúŠ(ÄtũjZŠē~ĩ-QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEgKūĩ˙Ū4Ę|ŋë_ũãL Š( Š( Š( Š(  m˙×­:ëũwáMˇ˙^´ë¯õ߅AEPEPEPEPEPEPEPEPEPEPEPEPEPEPEP\‡‰ŧ3-ÄÍb›š–!ԟQū×ŅZSŠ*ræ‰ËŒÁĶÅĶöu?áxŪ')"28ęŦ0E ×â­īŖ[ËdŨupäc?~w^ŸđD–Šąec>ĄtļöčYÛŠėŖÔûWÅNu+Ôr–˛“üO §N0Š„’:īÄÂÎęS÷Z@ŖđũzęĒŽ›c›aŦ|„ˇ÷sVĢíđT] Ļ÷G\U•‚Š(ŽĄÍkoqūžĨ˙}:HlímÎ`ļ†#ꑅūTųî!ļˆË<ŠŦĮ˛Štu}ŋk'ÜFØūUĪRĨ rŊF“ķ°›HŲŠ‡üzˇûÕJÖöÚö=öĶ¤Ē:í=>ž•tĮĢŊ[ÆJJņwC!ĸŠ) ÍĨŊė^UĖ)*z0éôôŦ†đŽ’Ī¸G*î‰+vŠÂŽWz‘Oä&“)ŲiV:p˙EˇTcÕēąüO5rŠ+XB0\ąVC Žx"šá™Æã §ŊIE6“V`qwū ™d/a2˛āāĮŊS‹ÁÚ¤‡ÆžŦųūUčW—<› )sY¯+‘ėŅ“ŖhÚB—SæÜ0ÃHF8ôĩkQEz4ŠB”T)Ģ"’°QE ÂŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Ĩˇ˙^ĩKoūŊhnŋ×~ Muūģđ¨hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Š­ūûējšßīˇûĻ€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģk˙GčTĢk˙GčTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Šĸ˙U/ĐT54_ęĨú †Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­YõÂĒÕĢ>¯øPgûíõ¤ĨžßZJ(ĸŠ(ĸŠ+J/õIūčŦÚŌ‹ũRē(ÔQEQEQEQE”`zQE”`zQE”`zQE”`zQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEgKūĩ˙Ū4Ę|ŋë_ũãL Š( Š( Š( Š(  m˙×­:ëũwáMˇ˙^´ë¯õ߅AEPEPEPEPEPL–h MōȨžŦqQ_]ĨŖÜ?!GÔöÂŨŪO}9–w,{Ę=vapr¯ĢvFÔ¨ēšô;1­éĨļũŠ3ô8üņWc’9PérOā?úõËWk¯Ų5æœLc2Dw€;ŽãüúW_A—I:]C Ķ…‚Š(“€2kŧč:˙ ģ6˜ęz,¤ČVŨgčÖfËMŽ7‘žw„˙õąZōø™)V“Ž×<Ē­9ļ‚Š(Ŧ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ §ĒXGMžÔ ¯ĘOfÖŽQS8)ÅÆ[0<Šhdˇ™á• H‡ §ąĻWĻęš–Ŧ7L…eTāū>ĩ„| wüē‡Ëī?ΞJžKˆ„­Ms/—ę`龇 $ ' éŪĶLĐ6J14ŊĮ§ĘĢé~ąĶJM8čīü?AÚˇĮüzˇûÕęå™d°īÚÕøŋ"á jČhĸŠöŠ( Š( ģFsŅA&ŧžîæKËšn%9yą˙ õ—PčČz0Á¯'ŧĩ’Ęō[iF6#ëī_=ŸķrÃļŋy•B PH ƒ‚:IJĒY‚¨$“€zųŖ#Ô´‹ĻŊŌmŽ—tųŠÔUÚĨ¤Ú5Ž•mlßyæúžOęjí~ƒC›ŲGŸ{+ú+`ĸŠ+Q…Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@KoūŊj*–ßũzĐŨŽü*šëũwáPĐEPEPEPEPEPEPS[ũö˙tÔ55ŋßo÷MCEPEPEPEPEPEPEPV×ū<Đ˙:ŠV×ū<Đ˙:ŠEPEPEPEPEPEPEPEPEPEPEPEPEPEPSEūĒ_ ¨jhŋÕKô Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Zŗę˙…UĢV}_đ  Ī÷ÛëIJ˙}ž´”QEQEV”_ę“ũŅYĩĨú¤˙tP¨ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸĢß_Úiļ­u{qŧ Õäl§Ö€,QX:o|9Ģ]‹[-VŽ2>ƒpü+z€ (ĸ€3Ĩ˙Z˙īe>_õ¯ūņĻPEPEPEPEPļ˙ë֝uūģđĻÛ˙¯Zu×úī€ ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŦMGðŨš–ōd<‘ŒŠ˙ Ûĸ´ĨVtŸ4ŠŒåtr#Â×ģ°eƒģøVž› AbâYΘt$`/ĐVŊŊLuj‘åoCIWœ•› (ĸš BŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ĻņęßīT50˙V˙z€!ĸŠ(ĸŠ(ĸŠ(Ŧ­cAļÕÔ3“ę0˛¨íčGqZ´VuiBŦ\&Ž„ÕÎŧ~ qlSԖōÅmčūˇĶd?Ÿp>éÆ~ƒ×ŪˇčŽ:9^”ųã|Ä QEčQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE-ŋúõ¨Ē[õë@ uūģđ¨jk¯õ߅C@Q@Q@Q@Q@Q@Q@Mo÷ÛũĶPÔÖ˙}ŋŨ4 Q@Q@Q@Q@Q@Q@Q@[_øō?CüęĨ[_øō?CüčĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@MúŠ~‚ĄŠĸ˙U/ĐP4QEQEQEQEQEQEQEQEQEQEQEQEQEQEjĪĢūV­Yõ€+?ßo­%+ũöúŌPEPEPZQĒO÷Ef֔_ę“ũŅ@ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(¯1×"˙„ģâ¤É-ĻéŅy˛ÄÎĐOęĘŋLקWšø{÷ŧ@Ž>fļ%sõˆ˙*ŋãŸi/ákĢŊ?Oˇ´ģ˛ŒĪ–ņˆÎ–xņ­Ījōkž°ŊˇNP¤§še%IüqŸÆŽx‘•ÔŸÜ4RŠˇö¤ūáŖíIũÃ@(ĢjOî>ԟÜ4RŠˇö¤ūáŖíIũÃ@Û˙¯Zu×úīÂĻŽá… šYgXßiRMQĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†¸_xĸiŽOąsIōĘęp\÷ôŽ\^.Z|ķų.â”ŦŽ–mNÂŲ-äŨÕ¤Ššˆn|Į*úŖ?Jō:ąg}s§Ü,öŗ4rāõö#¸¯ûæ÷Ą§ŽĻ~ĐõŠ*ž‡âĩm9f1…™~YTtÔ{ĶûRp×ŅSŠSƒŅš§rĨoíIũÃGړû†Ŧ ”ŒÁTŗ$öĢŸjOîįüe¨˜ŧ>é*fuŒŸnIūXŦĢÕTiJŖč„Ũ•ĖmGƞ\­„*ę8ķ$ÎĐ ¯iãk… ģhÚ>æ,‚?2s\­ņōÍqn|üß.†<ėõĢ[¨o-’⌃WüzˇûÕĮxųŖ7–¯–E‡ĄüøüĢšŠˆžĶ€qŠúŧ#ë#SĢ6‹ēšFŠˇö¤ūáŖíIũÃ]C*QVūԟÜ4}Š?¸hĨoíIũÃGړû†€*QVūԟÜ4}Š?¸hĨoíIũÃGړû†€*QVūԟÜ4}Š?¸hĨoíIũÃGړû†€*QVūԟÜ4}Š?¸hĨoíIũÃGړû†€*QVūԟÜ4}Š?¸hĨoíIũÃGړû†€*QVūԟÜ4}Š?¸hĨoíIũÃGړû†€*QVūԟÜ4}Š?¸hĨoíIũÃGړû†€*QVūԟÜ4}Š?¸hĨoíIũÃGړû†€*QVūԟÜ4}Š?¸hĨoíIũÃGړû†€*QVūԟÜ4}Š?¸hĨoíIũÃGړû†€*Tļ˙ëÖĻûRpĶŖ¸GpĄH&€ ē˙]øT5zYÖ7ÚT“LûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJšßīˇûĻĨûRpĶã\Œ Đ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ TĢk˙GčjOî”J >f8ô  ú*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJš/õRũKö¤ūá§ŦęĘÄ)ųzĐ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ Tĸ­ũŠ?¸hûRpĐJĩgÕ˙ _ĩ'÷ IĢ.vŽ1@_īˇÖ’Ž¤‡ŠOĩ'÷ Tĸ­ũŠ?¸hûRpĐJ*ßړû†ĩ'÷ T­(ŋÕ'ûĸ ûRpՅ;”Üf€Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŧīÅÚuū…ã OiļwO.ōÆ[۟Ļ1ô*+Ņ( .×ülŪ/ŌßBđæ›}%ÅŪW’0ĸ%Ī9 ŸĄĪŽûÃÚBh:ž˜Œȏ Ãø˜ōĮņ$֝QE/ú×˙xĶ)ō˙­÷2€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ˇ˙^´ë¯õ߅6ßũzĶŽŋ×~Q@Q@Q@Q@Q@V~Ŗ­Øic3~đŒˆÔeáÛņ§š;"*U…(ķÔv^f…ˏØoÁļš ë…ĪåšÚĶõ{-Q ĩ˜3ŧ‡†…\ŠN*ōG=~ŧšiÍ6^ĸŠ+3Ŧ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠk’ąą$@¯"f.Řå‰É>ĩëõæZî–ú^Ĩ"m>K’Ņ7b=? ųüúœœ!5˛ŋãc:ˆĖĸŠ+æLNĢĀîÂōę1÷ aÔ?™ŽÚšß ioeb÷3.Ų.0BžĄGOĪ?Ęē*ûlŽœŠábĨŋųVAEW PVvš§OJ–Ũ1æ :gûÃüâ´h¨ŠN5 á-˜5sČdâ‘Ŗ‘Jēœ#mz•öa¨×6ęĪũņß˜¨m<;ĨŲČ$ŽÔ†r[|Ė˛ÜöRVü~ãfĘŌä˛ŗ’æu+$øÚ§¨Qū9ūUԏøõo÷Ē˜ĮĢŊ_G‡Ą•8ėR˛ą Q[ (ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*[õëQTļ˙ëրëũwáPÔ×_ëŋ †€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ šßīˇûĻĄŠ­ūûēh(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ļŋņä~‡ųÕJļŋņä~‡ųĐJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ š/õRũCSEūĒ_  hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*՟Wü*­Zŗę˙…VžßZJWûíõ¤ Š( Š( ´ĸ˙TŸîŠÍ­(ŋÕ'ûĸ€EPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPtŋë_ũãL§Ëūĩ˙Ū4Ę(ĸŠ(ĸŠ(ĸŠ(ĸŠ–ßũzĶŽŋ×~ÛõëNē˙]øPQEQEQEQEQEfëēŸöN—%ÂāĘNČÁūņ˙$חË,“ĘŌĘėō9Ë3’k´ņŪī˛Ųcîīlũp1ũkˆ¯SŠķugÃņ"sÅ{'´møëpŠmŽf´¸Iār’!Č"ĸĸēÚšáĻâîˇ=cIÔSĶaēQ‚à žŒ:ÕÚæ|ģûlũß<ãūųZéĢÄĢ´Ōp5Ĩ[ ’Ũ ĸŠ+3Ŧ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ* ģ;{č 71,ˆ{ĮÔÕ=Ĩ%i+ 9YŧlĪ˜nåEôe ūwOđŽŸc •÷\H9N€ũ?ÆˇhŽ8eØXKž0W'•Q]ĨQ@Q@Q@L?ãÕŋŪ¨ja˙­ūõCEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPRÛ˙¯ZŠĨˇ˙^´ˇ_ëŋ †Ļē˙]øT4QEQEQEQEQEQETÖ˙}ŋŨ5 Mo÷ÛũĶ@ŅEQEQEQEQEQEQEUĩ˙#ô?ÎĒUĩ˙#ô?΀*QEQEQEQEQEQEQEQEQEQEQEQEQEQETŅĒ—č*š/õRũCEPEPEPEPEPEPEPEPEPEPEPEPEPEPVŦúŋáUj՟Wü(ŗũöúŌRŋßo­%QEQEĨú¤˙tVmiEūŠ?Ũę(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€3Ĩ˙Z˙īe>_õ¯ūņĻPEPEPE ŨÔVVĪ<§ ŋ™>‚šNNČi_DMEq7šũí˝’cėąœĪ­A¯†[ŠŲÛpũkŅYeWļŽt,,­ščV˙ë֝uūģđŦ­WMI° :}åõĢuūģ𮠔åNN2Z˜J..Ė‚Š(¨$(ĸŠ(ĸŠ(ĸŠ(ĸŠË×ôŗĒéOcÍSž<˙xvüFEy„‘ŧR4r)WS†R0A¯cŽ{ÄVú€ú‹ys‘Á‹ũaOņŽŠXČaâũŖ´O7Ę^-Ē´Ũ¤ģõ< ngHaBō9¨īZ+‰æāĪå˙×4ĪķŽ×ÃđhąÄ[L*ōcįg?ŧüsĐ}8ĢŽo…ŠîŌšlņpų"sĩ[EzŨü‹ē>ž4Ŋ2\‚Ę2äwcÖ¯QErļäîĪĩ§N4āĄ–ER,(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*a˙­ūõCSøõo÷¨(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ –ßũzÔU-ŋúõ ē˙]øT55×úīÂĄ Š( Š( Š( Š( Š( Š( Ļˇûíūé¨jkžßŠ( Š( Š( Š( Š( Š( Š( ­¯üyĄūuR­¯üyĄūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Ļ‹ũTŋAPÔŅĒ—č((ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ĩgÕ˙ ĢVŦúŋá@ŸīˇÖ’•ūû}i(ĸŠ(ĸŠ(­(ŋÕ'ûĸŗkJ/õIūč QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE/ú×˙xĶ)ō˙­÷2€ (ĸ€ (ĸ€ æ|W3fÚ~^XûžŸã]5axšÍ§ĩŽáL9Ü÷OzëÁJ1¯#Z *Šį%EWŌ™ĨáųÚ vŅ—øœ!÷Šīîŋ×~ÄøZÉŽuˆĻ#÷PÄûãũkļē˙]øWƒ™Ę.ĒK{ĻšČ(ĸŠķŽ`ĸŠ(ĸŠ(ĸŠ(ĸŠ(?ZԆ•ĻIp2–0{ą˙9ü+ĖæšK‰šiœŧŽrĖO&ģû5˜w{g끏ë\]|–w^RÄ{>‘1¨õ°TÖˇSYÜ$đ9IäPŅ^:n.ës3Õ4ģõÔ´čn”`¸ų—Ņ‡QW+›đQc¤LŨœß+]%}æĢĢB–í1wAEWHŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ĻņęßīT50˙V˙z€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Šm˙×­ERÛ˙¯Z[¯õ߅CS]Žü*(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*kžßĻˇûíūé hĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*Ú˙Į‘úįU*Ú˙Į‘úį@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*hŋÕKô MúŠ~‚€!ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĢV}_đĒĩjĪĢūYūû}i)_īˇÖ’€ (ĸ€ (ĸ€ Ō‹ũRē+6´ĸ˙TŸîŠuQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Ō˙­÷2Ÿ/ú×˙xĶ(ĸŠ(ĸŠ( €FČ4Q@wžļËÁ!€žĢŒ¯åÚ ‡Âˆî‹/÷Qqú×GEu,muU#U^ĸV¸iöņZ˜â… ė*{¯õ߅6ßũzĶŽŋ×~ĖÛnėÉģQE€(ĸŠ(ĸŠ(ĸŠ(ĸŠË×ôÃĒioŽCž?r;~#5掍˛:•e8 Œk×ë/SđũŽ¨ÛåB“ĪHÎ úú׍™åũĨ?‹ķ"pž¨ķ:|1I<ÉH^G8UIŽÄx-ų7ĪˇĶËüķ[zn‰eĨ Á2ƒ#œˇ˙[đ¯*ŽKˆ”­SŨD*o¨ũOf™ ļAp2äwcÖ¯QE}]8FœT#˛6ZQVEPEPEPEPEPEPEPEPEPEPEPEPSøõo÷Ē˜ĮĢŊ@ŅEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQETļ˙ëÖĸŠm˙×­-×úīÂĄŠŽŋ×~ QEQEQEQEQEQE5ŋßo÷MCS[ũö˙tĐ4QEQEQEQEQEQEQEmãČũķĒ•mãČũķ  ”QEQEQEQEQEQEQEQEQEQEQEQEQEQE4_ęĨú †Ļ‹ũTŋA@ŅEQEQEQEQEQEQEQEQEQEQEQEQEQEUĢ>¯øUZĩgÕ˙ Ŧ˙}ž´”¯÷ÛëI@Q@Q@iEūŠ?Ũ›ZQĒO÷E:Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  OîNIīIövūō~tÉÖŋûƙ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@a…–UbĘqčigˆŧ™ ŖŽæĸˇ˙^´ë¯õ߅'ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųԂäÜšŨœæĒÔÃū=[ũę>ÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΏŗˇ÷“ķ¨h  žÎßŪOΟ ,˛ĢSCUĒ[õë@Ī y2GÍGövūō~t]Žü*›ėíũäüčû;y?:†Š›ėíũäüčû;y?:†Š›ėíũäüčû;y?:†Š›ėíũäüčû;y?:†Š›ėíũäüčû;y?:†Š›ėíũäüčû;y?:†Š›ėíũäüęHa*ĖK)ʑÁĒĩ5ŋßo÷Mgoī'įGŲÛûÉųÔ4Pßgoī'įGŲÛûÉųÔ4Pßgoī'įGŲÛûÉųÔ4Pßgoī'įGŲÛûÉųÔ4Pßgoī'įGŲÛûÉųÔ4Pßgoī'įGŲÛûÉųÔ4Pßgoī'įGŲÛûÉųÔ4Pßgoī'įV2-JdgœņTjÚ˙Į‘úį@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸgoī'įPŅ@}ŋŧŸI%cn^G­UŠĸ˙U/ĐPövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~t}ŋŧŸCEMövūō~u=´f=Ų*sŽ†ŠUĢ>¯øPŨ‹š:úŌ}ŋŧŸD˙}ž´”7ŲÛûÉųŅövūō~u 7ŲÛûÉųŅövūō~u 7ŲÛûÉųÕčG ›ZQĒO÷E:Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  éÖŋûƙO—ũk˙ŧi”QEQEQEQE-ŋúõ§]Žü)ļ˙ë֝uūģđ (ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*a˙­ūõCSøõo÷¨(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ –ßũzÔU-ŋúõ ē˙]øT55×úīÂĄ Š( Š( Š( Š( Š( Š( Ļˇûíūé¨jkžßŠ( Š( Š( Š( Š( Š( Š( ­¯üyĄūuR­¯üyĄūtRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Ļ‹ũTŋAPÔŅĒ—č((ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ĩgÕ˙ ĢVŦúŋá@ŸīˇÖ’•ūû}i(ĸŠ(ĸŠ(­(ŋÕ'ûĸŗkJ/õIūč QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE‚"I+É÷4Ÿf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh gĮ7÷ƒ5ONaÜ †7#v2ꎄÕ/†úÅī‰ŧ&ēŽĢ šäÎéŧ(N1ĀĀ­/ézīƒ52ÅUŽgTļƒ‡RyúTžø~˙Ã^]?RDK;žà c‘@OŲĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš_&=…vü¤įŠ( žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔ×;ãŊBã@đ^ĄĒiĖ"ģ€!Č ŒČĒxÍ÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~Ļ•a *¸ČĮZ’Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔטj>0Ö­ž0EḎPiM,Haō”œ4aÍŒõ'ŊzĨy†Ŗājįã^#ŽŽœ˛ÄÅĖŖv0§ŽŊEzWŲĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~Ļ”C‚đzķRQ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-ŲĸūįękÎ~+x§VđŠi'F¸X ɔKē5|íŲŧ>ņ¯K¯9ø­āũ_ʼn¤*(ä6Æ_3|1ģf:˙ēh¸Ķ•ntģIå’XQÜôÉ* Ģ?f‹ûŸŠ¨ôč^ÛK´‚@‘BˆĀōVh/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMHĐRŅ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@V~ĩŠž‘ĨÉy•Åë!Anģ˛qŌ€.ŧŅDȲHˆ\áC0 õ§×ŒŨøT×ū!x{íúdút\¯‘ĘĀœ°Ë@ĪAô¯f Šō¸"ēø›â-GÎŋ¸ļĐl_ˎ(iÉÁôĪÉ’îŪëá†ģ§ËmqqĄ^?—43ļ|ŗÆOĻprĄ€=VŠãū!ø’ã@Ņ"‹O8ŋŊ“Ę„ŽJŽė=ų}k|*-cö§×/˙ˇ îķüĪ?§MØ÷ĪŋĩzMĮ|;ņÖš¤ÜZę$BÂO*f=Xs‚}ø#đŽÆ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ +“ø‡âøaĻŗmˇW#|gfA%ŋ X–ß šŗKSWÔdÕw<Ģ ÂąíČ$ãëĪĩz=įßu]J=_VđΧr×O§ą1LĒT“Î9g§5č4Q\'Ä wPŠëMđæ1†ûRpU81Ą8=˛sĪĸšÍÔ~6“ĻKŠhúÎĄũ­KŗŒJ@É‘Ÿr}čĶhŽcÂ^)]kÁãVģ!dļW[ĸŖ€PdŸÄ`ū5Įčš5×ġēÖ5Ģû¨lĻ;kX1õq3Œ“šõz+Ė´Ų/ŧãkMkéŽô}Dnf91ą8ķĀ8ãæ´ž kē„WZo‡4yŒ7ړ€ŌŠÁ ĀÁ퓞}ĐwEy–ŖđŅ´2]KGÖuíhĘ]œbRH Œû“ī]_‚ļˇĨÃĒëZΠuK”Ģ+ŒE‘0Fxö#Ō´ŧ­ęÚ—†5‰Œ÷š{Ėr^0qÉ<žĒA=›Ú€;Ę+Ėõi¯ŧq㋏Û_Ki¤Ø)ûKBpda€Gæpã‚jĻšĄ]|7Úօ¨]Kf% skpā†ŋ 2 ęôT6wQ_YAw ĖSÆ˛!õVÎĻ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( $($ä“Ú’9#š1$NŽŅ”äÆŧĮÆž6ÕÛNÔ4û?ßÛÂwÃ-ėŅļЙÁ+Æ9ķŪē¯‡ŋō!é?õÍŋô6 šŠá> kē„WZo‡4yŒ7ړ€ŌŠÁ ĀÁ퓞}ÖnŖđŅ´2]KGÖuíhĘ]œbRH Œû“ī@›EsņJë^ĩŲ %˛ēŨƒ$ū#ņŽ?DŅŽž%ŊÖą­_ŨC`%1ÛZĀā¨#ŒœdœĐĢŅ^eĻÉ}ā?Zh3_MwŖę s1ɍ‰ĀžĮ05é´Q\˙Œü@|5ᛋøĀ7ˆ  Ķ{t?€Éü+‘Ķ>ļˇĨÃĒëZΠuK”Ģ+ŒE‘0Fxö#Ō€=:Šāü­ęÚ—†5‰Œ÷š{Ėr^0qÉ<žĒA=›Úŗõi¯ŧq㋏Û_Ki¤Ø)ûKBpda€Gæpã‚hĶ(¯(×4+¯†âÛZĐĩ ŠlÄĄ.mnĀ÷āƒĶĻA"ģxŠ4fԆ{„O˛îčYÆA?A“øPMEyŽ™đŨĩŊ.WZÖuĒ\ •Y\b,Œ‚3Įą•Ĩā oPūĐÔŧ1ŦLgŧĶؘæc’ņƒŽIäõR ėŪÔŪQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEæū4˙’™á?÷Įū‡^ƒzĖ–7Ÿybb>¸¯>ņ§ü”Ī ˙ž?ô:ôv”Š`Šķ߃ŠŖÂwl>ņž`ī„§ü`U>€žĢz„ß/YŪžƒÂ:Ū¯á­Ztļw›m$Įj¸éÔņČ GãKãũFjZO†4‰Ōéžã͝á!–03‘Įą?…Gâ÷iüMāE˜ŦŅ1ĪŠxķü…zĨyįÅ 6x´ũ+Z˛siS*Eʐ~€¨üëŖ_xxčãS:Ĩ¸‹fã˜<ĀģŗŽ}¨•đ'ÉņÅŅĄų ĖĮëæ7øšôĒķ߅ÖW&­â¨Ę6§pZ0GUËGą-ø zQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE5‘\aÔ0÷ŽgÅ0Šu_YŲMnbË<§÷ōx`1ŒvĒß5kGŌ-ĩ-&fHā˜}ĨUAĘ™Č8ükJĶÆŪģ°[ąŦYÄĨwå•Q×ØŠį4Ë|2’Ė_ęŠv×#ÄnåīáBœg¸í“ĪáÚŊ"ŧÃ’˙ÂEņKUņ’0ĶŖ‹Ę•Į˜vĒĪi?LfģÃâ)uŅĸÅūŅ#" ­ŸģģŽ1Ķž´Äj?ŧøëĨ+žÔíĪũs˙:ôŽĩæŪ>I4?h^*Ím\Ú2šŗ~UŅë^7Ņl4 ī­õ;YĨ1"8ä ĖäqōõõĪJķīģGđßÅŅÆNÅÜčWôŽëášĒü?ĶJ÷ķIúųYžđĖ‰đęęŌéLręĢ#|ÕV]ĢüŗøÕo†ÚũŽ™ĨÜx{W¸ŠĘöĘw'`™RrpOSœūP|Tų5O ʧ÷‹tÛqūôā(Ôyņ×JW<%ŠÛŸúį!ūuŗu>$höZt‹qeĻ>y“”ÎāHĪqō¨úšŸĮÉ&‡ã ÅA­ĸ" ‚Ŗ;FOķVoʀ='­y¯ÁĶˇKÕĸS˜Öčm˙žúÂēMkÆú-†=õž§k4Ļ#äG™œŽ>^ŖžšéT>čĶi>Y.¤×’ö°ä)/č3øĐkEPEPEPEPEPEPEPEPEP\īŽ˙äGÕ˙ëūbē*į|w˙">¯˙\ķÃßųôŸúæßúW7¨ūķ㎔ŽxKSˇ?õÎCüë¤ø{˙"“˙\Û˙Cjį<|’h~0ĐŧTšÚ" ¸*3´d˙5fü¨Ōzךü;tŊZ%9n†ßûį˙Ŧ+¤ÖŧoĸØhß[ęvŗJb>DqČ™Čãåę9랕Cá~6“á’á My!ŸkBūƒ?vĩæŋ yâĘį2ĨÎ}Ū\×o¤x‡J×ZuĶ/āې%XmÎqÔCųWĻ\ÅāĪ‰ÚĩžĸâŪĮUũô3? ¸ļá“ØÎ?*éž$*ˇ€5PŨÆG×Ė\WâÉūø]XĨ†`?Jčū$x†ĶPŅŖĐ4Ģˆ¯ooæE1ĀÁđ į’:Būĩ?|/#|5ļąļ_2m1#“ 9}Ģĩąø ī•B Učyĩ¯îū;^„?ë-Fü×4˙]‡ükŖ_øvŪîįSĩ‚dˆ „–@ŦŽ<HĪOZįü ¯¯øã[ņVƍūnĖ1ģî€QŸ÷¨>ūķÄ>-•Îd7KœûŧšŽƒâBĢxU Đ,d}|ÅÅs:eĖ^ øĢ[ę.-ėu_ßC3đ›‹n=€,ãōĢ_*|š§…åSûÅēm¸˙z?đéUåúÍÔ>4ø‘ŖŲiŌ-Ŗ˜|ųæNS;#=ĮĘŖękŊÖV'iaŸÁXŌē?‰!´Ô4hô *â+ÛÛų‘Lp0|(9䎄ŋ­Oã_ Čß mŦm—Ė›LHäŽ_jíl~ŸÂ€;åP¨z^mkûŋŽ×ĄúËQŋõÍ?ĀWCá˙č×ūˇģšÔí`™"á%++Ī’3ĶÖš˙+ëū8ÖüUą…ŖŖÛŗ nû ÁTgũęôš(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€3ot 3QÔí5Ģo2îĐæ <Æ9Ī@pyõĨE—ĢøwHוF§aÁNŽCč`ãņŖHđ揠†ūĖ°ŠÜ¸Ã8Ë1›ŽN+RŠGE‘C+ # JæĪÃ˙ ›¯´cAŋ9ÆæŲ˙|įoé]-ÔDŠ5Ž5TEUQ€ ę( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ē,ˆČęa•†A†šš~øRiĖÍŖB9Â;Ē˙ß ãôŽšŠ‚ÎĘ×OļKk;xā>ėq¨P?*åŽt‹k‰6:…ĨœÂâŲīnX8F=‘¨'å'œüžœ×aEEqmŨģÛÜ“C ÃĮ"†VāÖ ˇ€ŧ/iv.bŅáķAČŪĖęû¤‘úWGEĢøOB×fjZlSJ<ĀJ1åH&ļh  V‹Ļč–æ 6Î+hØåļXû“ÉüjÕÅ´vīos M ƒŠX{ƒRŅ@åˇ€ŧ/iv.bŅáķAČŪĖęû¤‘úWGEQEQEQEQEQEQEQEQEQEU{ûmNÆk+ČüËy—l‰¸Œ¨æŦQ@tí>×J°ŠÆĘ/*Ú„MÅ°3ž¤“ŪĨ¸ļ‚îŨíîaIĄaã‘C+pjZ(œļđ…í.ÅĖZ<>h9ŲA˙t’?Jččĸ€8˙éÖžˇw§ŲÍk§\ŧIĖ3” š°˙6 n3é]ŠŖiÚÕ°ˇÔŦ⹌¨qʟcÔ~zŠÅŌ|% čS´í6(f#a%ØbđøVÕP9uā? Ū]›™´xLŦrJ3 'ŨTúVõĩ´véom pÃÂG…UĀT´PSFĶĩĢaoŠYÅs9Pã•>Į¨ü*ž“á-B˜Í§iąC1ķ .Ā{$Âļ¨ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  ÷ö6ڝŒÖW‘ų–ķ.ŲqQÍ7NĶítĢŦlĸō­ĄDÜ[9ęI=ęÕÅ´vīos M ƒŠX{ƒX6ŪđŊĨØš‹G‡Í#{3¨?î’Gé]V6¯á= ]˜MŠiąM(ķ(Ä{• šŲĸ€(iZ.›ĸ[˜4Û8­Ŗc–Ø9cîO'ņŽ{â‘m­i–ö†ÎkEßmŖ }ąW{1({đŽÂŠ;W9uā? Ū]›™´xLŦrJ3 'ŨTúWGEEmmē[ÛC0Æ0‘ÆĄUG°[TŅ´íjØ[ęVq\ÆT8åOąę? ŊEbé>Đt)ŒÚv›30’ėąbHü+jŠ(œēđ…ī.ÍĖÚ<&V9%îĒ@ũ+zÚÚ ;tˇļ†8aŒa#BĒ`*Z(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(•Öū#øKÚČŌ5m]moˆSå´t%‚•ŸÕƒĐ×Ëß´‹{ãHŌė‚››‹h– Į›a g߯DøãŠ5!ü1Ēģ.­ĨŽØĜ4ƒŒ÷CōŸl{ĐŽ×?ĄøßÞ$Ôī4Ũ#QûMŨž|øü™fiå”ĪĄŽ‚žø˙%7Å˙I?ôu}EPš×4‹=J:ëT˛‚úp VŌÜ"Ë&Ij““’āvĢôQT\ŌV]%ĩK!Š0Čŗ7 į7}ĖîéĪN”ēŽĩĨhæŠęvV^q+ÚgXüÂ1ģˆĪQĶր/Q\÷ˆkŅgøģā+kÃk'‰-Œ€ã1¤ŽŸ÷ÚŠ_ր;Z*ĩ†ĄeĒŲGy§ŨCum ĘK †VüEM,ąÁË4‹h 3šĀP:’OJ}ÄÍņwĀV÷FŲüIldD‘ĶūûU+ú×W§jvŊ’^iˇ]Û?Ũ– ŠöČīí@čĒ:ŽĩĨiŠęvVFrV!s:Į挅ÜFzŽžĩ™ŽxëÃŋ†ĮVÖ ˇģ˜€áųā úœPCEPEdkŪ)Đŧ1 Ë­j–ÖJ˙qdo™ūŠ9?€Ŧ}+⏂uĢĩĩąņ ŗNįj¤Ēđî>ƒx4××ã?‰žđ,ąAĒÍ<—rŽõļļŒ;íän9 zšęîn`ŗļ’æęhā‚%/$˛°UEI'€+įKŊSÃڟí.o¯õ 2ãEDR—Ī[ä[ |Äí8ր=īÃzũ§ŠúÆ˙:ũTō?Z7—ļšu¤—w×PÚÛFy§"/8叒(z+&īÄú ŽŽēŊÆąbšsũ˟=J?^ƒķ=+'Hø™āÍvų,´ũ~ÚK—mŠ†Œšô]ādũ(ŦĸŠįüA㏠øYÖ=kYļĩ”Œˆ‰/&=v('ø ‚Šįtx[Åy:6ĩms>3äō’ę€'ōŽŠ€ +œ×ü}á_ OäkÕĩ´øɄfI÷UÄSôxgÅômfÚęP3åVLzí`? č(ĸš]oâOƒŧ;vÖēžŊmÂtuēņ%˜ÕõĢå^Ũ]3æ0É ČĀ=ņ‹¯MaņžīĀú5ũÍ­ķŦRs“nČ&e>¸Žzãžĩõz}ÅúW‚É˙'sûŸûdhˇžø+āŠü?&mĨ,ųDEvŒĒøá‰Ī<öéí\ė×}<š>Ŋ§ģą†Ūx¤E'….6?ī^å^ û5}ß˙ŋm˙ĩhÖ4KīüzÖt++—ļ[û§ŠæDíß?‚ôîp+ÚŋáIxû/ė?Ų ģn>Ķįŋ›Ÿīg8Īļ1í\„æŠ/Ú\I /ž‘įûØVūJkč ųĶĀ2_ü2øÉ?ƒ..^m2ųö!nģĸĖ~é˙ë ÔøÃĢj^)ņΕđëK¸0Å1Fē đĖß0ŨęĒŖv;“ė*ˇļŪ~Ō~†Û™aû'š¨"FsŸøâŊ˙Xũ¤î´û]^m"ęįa‚ú,†LZƒÆO8+×ŊzŗÁOZi‹g&ö–Û‡¸šgķúäÃŧÛK‚įā˙ƛ]ŪęYt-`Æ$oáv*¤öÜŽ1žãĶ5Ķ˙ÂĄņ¯ũmgūú›˙U > j/â:÷Xø„÷×VŌÆņ%älî@|…]Ō’#ĩEûIJĐ'…ĻLnŽiØgĻG–kKÂŋėĩ[x|GâûģËŨjø‹šdؑ–ų€8$qß VWí1˙ž˙~įųG^ō *… @ U5MB'IŧÔn3äÚ@ķɏîĒ–?Ę­×3ņ)&øqâ4ˆßŲķ@„ŸŌ€€Wžđë~ĐŌøPØˇö2ĻEŋœųĪŲ„Ÿ{;žņĪZŪũœÁ—Zņ]Ė@‹vōqĮĢHGéSE˙'o7ũsúF(Ú´]ÃÃÚ=ž•ĻBaŗˇErØ’y$“É5~Š(įO‰Ėž$øéĻxw\Ŋk]!Ÿjü˸œžc…Ī°¯HÔž øķG–ÎÛHKYŒdEsŽ]’w~9Ģ;ømáßȆęcmĒ›âöõÚĘ~đäžĮŪŧížüPđz—đŋŠMåŧ\ĨŋœS?öÍķë@ˇÁß x›ÁÚ=ū—¯4&ÛÍYm)ˇí$ãØp§¤× ã)/~)ücOÅtđčÚk?aęT~ņņŨ˛v ôüMv ž%ßøžkũ]ļXu›Üė‹ˇĖPÛ[r˙ €~ŊĢĘôO jž!øĶâŊ?OņօxŗŨĘn ÜEķĮËō˛œ†ëڀ=šO‚Ū}0Ų !ہ:Îūh?ŪÜO_ÃÕįß îĩ|YŋøwtĶéķ–6ûļyŠāvܜ;ãŌˇáPø×ūŠļŗ˙}M˙ĮŠšÂ+Ŋ/ĮöîŖãíMBÕ÷4w“,ƒiÜŌĐút  /‰7:‡Ä_‹V~˛šhtûVyÛwģ‘ÜĒü ųõ¯A_‚^]/ėGHfm¸7&wķsũėįöÆ=Ģ€đ[­ˇí5âŽx’crągš%\cū }@)ŲhˇūøãĄxrîęK›}>ú5ŗw˙ž.ÛÆ=>ņČéœ×gûF˙ČCÁ˙õŌãųÃPxŪhĨũĻ<8‘^/˛¤˜ėۙŋ‘ZŸö˙‡ƒ˙ëĨĮķ†€=æŧâßü–ī×Koũ)¯y¯øĩ*7ĮOÄΏhXzfäãųPaņģÆ7>đbA§ĘĐßęRU8hĐ ģØôÛŗYūø'áÛ?ÚÜø†ĀjĨĖbY|×m‘nØ qܜķšį?ixܟ Hsår¤ĐŸ+úŌļ“á'ŒŨĶâž°U†A 6˙ŋÔĖüMđRü.Ô´ĪxBIlâ) ŪYQˆ$u9(Ā0 ŸįĮĄüHÔãÖūß갍ąŪY[ÎĢœíÜņœ~ÅršŋÁm~öČC­|Nģ¸ĩ.KՑĶw8áĨÆz×Cã#ûö{ģŌ~ÔˇbÖÎÄęģD€J˜ dö÷ SၭŧeáË]_ůlŦˇZéļ%ˆ‰ģ$ą#ŸNüb?ŋ ô ÃpëúšØOÂÅ,qąÕŗƒŒđA§­w˙ôR 3“īûų*Įīų%Ķ˙×Ü?ĖĐãã;ā}¯Š.XKz4؊—į|Ė)>ŋ1ū5Â|(øeaâÍ.OøšdÔŽ/åv†9d`‚í‚ $‚č÷âoĮ#ūĖ:3 ;RFĻqüČ¯BøG$Rü+đûCĸ§ŪÁŋPhĪ>'ü"‡Kļ´×ŧ awĄëžÚĖģŸQ"rH ĶŽ{cžĶÅ^6Ôŧ=đz-vęļÖįˇŠąí1Ü0çĻ0Ė°ŽãTÕl4[žÔîâ´ĩŒ€ŌĘØPIĀũMyĮÛÛ}gá~—¨éˇ sdú’0–3•aåĘšĪ׊­đģá.“Ģx~/øĒÔ¯ĩgDšVÚ¨O Ø9fnŧ“ÔwĒŋūéūŌÅŪéˇŖKR6,tÉʐHāq§2xká‹5? é7Ö_u[kk‹H¤ŠŪ3.ØT !%åéĐtĢzÁŋÜØK§ņGP–ÍĀĨĪšŅ°Īņ›œu ‚ëÆ÷úŸĀ;Z7—¨ĩ‘Ghø) -ØzwaéÅqßūxCÄ~}[U…5=I§u–)%l@ārG99ë^—ā¯ŲxkĀđŪ_Ûęv2CĘP$r+“•Æãî:×Ē|ō/Qđg‰&ĶœœĮŗa}–T;ąõûĐø§āÍî™âŊ/\ø}V†ķ%†K‚]HÆÜäၠŽŸ{…|ísâĪ‰˙ o-á'tÕô™_`vq&˙P˛`0lr7Ũ:×Đ6°ęZuĩõŗ‚æ%š2F2ŦĄ  QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEx‰4bÚ;IÕ!Ōo¤ĶÃží-ÜĸSœ¸{…P|`đņ§…ĖöqnÕė’Û™WøŖüq‘ā‡õŨ'ÄēÄúž‘¨Ų,ļ ,—vĪvŪ Á`2kßč øßáy•âĄęįöĄWU÷ö`No>ÎūOüy•ûøÛ÷¸ë׊öĘ(¯ũŸ4=_E_jéWÖsۘūÕnņoĮ™œn8Čéë^×E|ĪŽø;ÆwŧAŽčZuä3XĖo-f’T¸ÁPUŦH$ã<€Et2ūĐzŒßc›ÁĶĮ­°Æō0]ūģ î˙€ūĩîôP‰ü'đ>ģw⛯xē7Šú}ÆÚWkå† •ūåQéôŊņƒĀ:ž§¨XxŋÂᎱ§íßxŪę§r˛Žė c*ž/ĻâxéÖž…ĸ€8…ž>đšŲÜ2>Ŗrū}Û' 60āԚã#ĐõqûPKĢ.÷û0ĮyöwōãĐ/ßÆßŊĮ^ŧWĩQ@Q@ņ@ņƒ>('ô žĩ“2"ØÛ6:¸…aÎîÄû Ø?´Tˇ0,<#pú‹ ,fręč'éÅ{ĩãŋ<­éúŽ­â˙ÂÖ×ú˜`8ÚøwŪėËü9`0<jĨņ/Áž!ĐŧmÄĀ׌ģhĶsd.ŌvŽYYx r>ãÛč ?´EËÛũš/\Xĸ#1*×w§ëZ? ŧŽŋ‰oŧwâØŪ-Fė7‘‹ĩ×wW+ü<|Ą}3í^ÍExwÅŋkļž*ļņī„â’[Čļ5ĖPŽį ƒÂ˙*‘í܈-˙hMF{Qfžž]hĸ8äbĨũvmŨ˙ũkŪ( ”ėtí~Ëãw†îŧMĒęW^ËxÃ;(S逃ŽÃĩz‡Į¯jž$ĐôŨGI‚K™ôĮŧ ģ#…Ë(ęH(8ķíX^?˙“’đ—ũsļ˙Ņ˛WŧĐ…i_´ ŌØÅeá[ۍiT!H¯ëˇnW>˜5ÎßxcÆúŸÄ ø§ZŌŽškŨB¤‚ŪŨŨ,aIhr2Œœ˜Éį8ú^Šã~&ø xëÂ2iņ:G} ‰íúo¤úHüjōÍ âįˆü§Eá˙xjîW´Q3îōØ āH*āt Luë_BŅ@8ßŋ‹>:ëļ0˙eˤønŲ÷´’ŧõmÄ īŽŒũMzŋÄŨ&Y~jšV•e4ΰEöņ—bĒé€É8ôŽŪŠážX^iŸ ´‹;ûIí.Ŗ3ī†â3Žfr2¤ddĨņģMŋÕžÍkĻŲ\Ū\˜˜EmHärp šôj(‡Đ<4ēŋÁÍ?Ãē´ۙôԆT‘ ŧMŽĶĐŠā÷å‰|YđNK\ĐåŋŅŒĨāž"B‚z”|ƒŒ•8 úsŸŖč ›|Eâ|l–ĶCĐô)Ŧ´•”I4ŌˑŅđvŒ’}x¯dÕ<a¨|5 WÛ vŠ3ĘȘ*äŧ2~Ļēę(į?xįÅmÛÞ%đü÷zt.ßf¨PI'kāĢ)<ã‚3øëū'ņoÆŖoĄhZļA”<ķĘISŽ…ß:í$ŽõôuÂxƒáäWŸ ›ÁÚs€đ[ ˇ‘øŨ*Ų>›ˆ9ôŨ^Sá?Š:īÃ-)<5âO Ũ4vŽÂ,beRI#CŒ“‚OZúFŠųˇÄzįŠ~7Īc¤i>–ĮI†a+ÜLK lšŸp aFIĪzúJĶâŌ4{6LV–ņÛĄ=Jĸ…ĘŽQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@.4M&īR‡QšŌėĻž‡UĖ–čŌĮƒ‘ĩˆČÁ'ĄīWčĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€?˙Ųkalign-3.3.1/doc/images/Quantest2_scores.jpeg000066400000000000000000003370121403616477200211300ustar00rootroot00000000000000˙Ø˙āJFIF,,˙ÛC    $.' ",#(7),01444'9=82<.342˙ÛC  2!!22222222222222222222222222222222222222222222222222˙Ā‰a"˙Ä ˙Äĩ}!1AQa"q2‘Ą#BąÁRŅđ$3br‚ %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™šĸŖ¤ĨĻ§¨ŠĒ˛ŗ´ĩļˇ¸šēÂÃÄÅÆĮČÉĘŌĶÔÕÖ×ØŲÚáâãäåæįčéęņōķôõö÷øųú˙Ä ˙Äĩw!1AQaq"2B‘ĄąÁ #3RđbrŅ $4á%ņ&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz‚ƒ„…†‡ˆ‰Š’“”•–—˜™šĸŖ¤ĨĻ§¨ŠĒ˛ŗ´ĩļˇ¸šēÂÃÄÅÆĮČÉĘŌĶÔÕÖ×ØŲÚâãäåæįčéęōķôõö÷øųú˙Ú ?÷ú(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ d˛ĮO,˛,qĸ–ws€ rI=…>˛ŧO˙"žŗ˙^3˙č€*Âwā˙úô?üÃ˙ÅQ˙ ߃˙čkĐ˙đc˙_/ü,ø{kņQÔ-Ž¯Ļ´[X–Eh6ėœsšôķû5i8ãÄ7 û”ėz~ĩĨjÁŽ›ŠŲŪ…ëöiÖLß$ÕęųcĮ ĩŸ†ÖŅxHÖ$¸ˇ‚E 4ja–Ü“€x'#8ĪqÅ{oÂMã%åæßí Y ŊÉQ€ė!ņÛ Į4ŨQEQEQEKRÖ4Í›TÔlėbvدu:ÄŦŨp “V-n­īmcš´ž)íåPŅˆG Ž¯ũ¤äNŌė!˙´Úģ߆ōLü;˙^1˙*Ųŗņ‰¨ßIccŦé÷W‘į}ŧHō.TŒ ;S×´}ĘūÖÕŦl<ėųj¸HˇãÆâ3ŒĖW›øáfĢá_ˆēˆîīŦĨļēYÂĮmã{†Č õŽ_öšûŪú]í÷čäIcY#uxÜVSĀô ĶĢ;@˙‘sK˙¯HŋôZ4QEQEQEQEQEQEQEŸŠëÚ>‰åkjÖ6v|ŋĩ\$[ņŒãqÆGæ*ôr$ąŦ‘ēŧn+)Č`zkĀi¯ŊáĨ×ūŅ¯oĐ?ä\Ō˙ëŌ/ũPQ@Q@Q@Q@Q@Q@VžÔ,´ģGģÔ/-í-“Ļ¸F‹“–$ÉÅY¯:øå˙$—V˙~ũ”ŨØjV:­¨ēĶ¯m¯-ؐ&ˇ•dBGQ•$UĒķ/€ŋōK-?ëæoũ Ŋ6€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ÍÔ4aƒåN=ų?B+Ëĩŋƒ~*đ,KâWĶõXlO"÷íŠhÜa”wÆHëÛ5ėß >%Åãũ2hį-u[0ž|QũĮSŅĶ<ÆįsÍsŧsâ?]芠ę?d[”˜Ę<ˆäÜTĻ>úœu=+œņO|mãũzįMđWĢĨZ6Ãsiō›ûÆC öŸg~ĶņũáĪúåqüŌŊ‹Ā:ŋ‡ŧ ¤X[ƨE˛I)īČĘ˜ū'ōÅféÚÅ÷ƒ>ÃĒxŗĪ{ûb×"ID’;–Š`H$’Ŗ9ī^9gâoŠßīndĐg{›ėŌ#‹¸Oŧ͌gú úÄ~ĶüUĸˤę‰#ŲĘĘΨå ÚAp+Â÷Āŋ tĪėhõ{+ŅÚC ˇ!åÜz’2[ôí@9ĢiŧfúŧēÕåÕŦtŽˇŸiTŦž=ņÅzןˆãīK5ÜIŖg ŠāG÷[#*āvΠ֌ž6x3ūÍJĮOģ—Rš¸ļ’HāeL˛•ų™€įļkũ™žį‰ūļŋûV€5ŋių´Ÿûí6Ž÷áŸü“?˙׌ʸ/ÚGūDí'ūÂûMĢŊøg˙$ĪÃŋõãō =øqãīkß5}SÔüũ:ŨnLPųŽŨ’_™T€{šĖũĻž÷…ū—_ûFŗžÉv×˙Ũŧ˙ŅËZ?´×ŪđŋŌë˙hĐ(ŧ_ņâ•Ĩx"9ltĢc†KÂ2Ė ´‡‘Ķ…^q×Û;W“ã͚ūŠwud•î>Õ'ŖÉ\ôĪx9¯tøoĄÁá˙‡Ú-œ(žŲ'˜ËHā3ëÉĮĐ čoėmĩM>âÂō%–Úâ6ŠTnŒ¤`Đ+đÛĮöŪ?đųģŦöė#ģˇ!XŽŲ88ĪĄŗUž)üCô(eˇ'Ô¯Y’Ų$û‹´ ÎØęWŽųä?^oü^Ô´#!dhįļqØ´Mß_•ŋ3^ãâ˙ø{Æom6ģ¯öEaIĖaAÁ$ãč?*ņ=2Ãã7ŽėĶW‡Xēŗ´Ÿæ…žÕöUuõUNqčHįŪĢßø‡âĮÂÛÛiĩĢɯ,Ĩl´Ę."—•ß÷”ū ņÜWˇ\|Bđ7‡íŌÍüE§ĸ[ c†O4 Q€0™=ĢČ~2|SđįŠü5‹ĸ4×Oö•™Ž"ˆĄC7`äįĶĻhŪ<5ŽÛø›ÃvÕĒ”Šî! BrPôeü#đ¯,øąņ_TŅ5Äđ¯…ŖT`‚iÄ~c+>6ĸ)āązŽõÕ|˙’EĄ}'˙ŅōWŽ|IMGĀßÄōY™ídž;Ģvģ &{0ÁúphTx+ãuĖ?m}vō9HŨösĒ•oĻĐv~ĩŖđĶ⧈ĸņ‚ø?Æ[žwÁŌ Yb”tVĮ @zäŽHŽĪDøåā]O&›;uŽō"?īŽWR+i|!āŸk‘øŽ[[ëņ,s%ėLÃzcių[oGnÔÕÍ4VĐI<Ō,qFĨŨØā*’IôÅ|ņ­|RņŸüG&‰āe‚Ņs‰cP%uéŊ¸}1ƒīÎ+Ņ~8j˛é ĩ…ŠŊä‘ÚîøXå‡âĒGã\ÁŋxÁž‘5=Umõ[šÚKöYœ…"îT Œdõū#@ī<7ņŗÃvíĒ&ĩ{{åīwĻā¨ôÍøo ģī„˙?á7iZ´qÁŦ›Á„¸AԁŲ‡qøŽāiÂíøy˙CūI\ņēņ}gHö…˛Õ<38“NģÔĸËF?|Č0ĀËŋjúēŠ( Ÿ˙i¯ŊáĨ×ūŅĒQxŋâÄ?+JđDrØéV0Į —!„e˜(i#§ ŧã¯ĩßÚkīx_éu˙´kÕžčpxáö‹g gļIæ rŌ8 Äúōqô€Õ'ŖÉ\ôĪx9¯kømãûoø|ŨˆÖ ûvŨۃŦG ŋėœgЎŲŽĒūÆÛTĶî,/"YmŽ#hĨFčĘF |ŨđEæđ˙ÅíKB2FŽ{g‹DŲ õų[ķ4íß|ueā/Bá<ëŠO—klGĮEĪĶÔW‹éōübø’ĒYjiú{“å4s}–#ėģ~vį?Z¯ņÛRQø§aĻ_NĐéÖqB’0ė۝đ9ÎŌŊ?ē+Õíž2|5˛ĩ†ÖÛ\X …qÆļ7*€îũ(Ën™IŽ‹á„øGĄ;•a“ė$zæ>+|\ēđđĖk6°ûDŗlķ<’ßu‰ÎAį dpIã“_|oģˇ‹kW‘ĖÃpļ:–Æõû€ėJĨđRßūŋ‹:—ˆ5ķ$…%ŧ]ÜâWpäąé_MP„|9øšŽ'ŠSÂ^5Cö§—ČŽâHÄr$Ŋ‘ĀĀ ô 䎚Čėž9É%Õŋ߃˙G%/‹ūiū,ņeŋˆŋ´gąģ…cEėĮ=ņô“ã—ü’][ũø?ôrP’xÆ^)›Â6^ đE™:Ąyfēŧu\B…¸Ánš> kC\đˇÆoYIŦ7ˆî¯R2J–ˇōIąG$˜Ø@öģ?ŲãJ‚ĶĀSę*ƒíˇmŊņÎÄ*ũÜõÂ)V‚0Aī@_đkâMߍôûģ\!Õ,Bą•(š3‘¸Ā ŽqĮ"ĻøŲâŊoÂ>°ŊĐ¯~Éq-đ‰ßĘI2ģãęyĮėčĄcˉ|ÔÎ ŽQÎGĄ=ÆE{]˙ÅOiĨ„ū%ąbŊD f˙Đ¯ øĶņDņšĶ-4UšHėÚG{‰cØpQ…žÜäÔôũÜ7ö6÷–íē ãYcoUa#^ŦüVÕü;ņĒûNÔĩB<7iŧĩ¨‚<ˇú1ePÛwdž1ĪJõ¯˙ȁáŋûÚ˙čĨ¯|[¤E¯ūŅōésŒÁqĘ=SËBÃō€4íõŸ‹^>ÖaÖ4Øu+]$ĖĻ8íåD#ŨęJųœu<įôŠ?h/ų(úũyĮ˙ŖžžŽ4†$Š$T*ĸŒ ŌžnũĄ]cø‡ĸHį ļHIôW ĸī¯­tËī¯§ŽŪÖ/$˛*Ūŧ&?ˆū6ø‹ã“§xėŨ&.âKhäÂgũcīS‚{(˙8Š/QŽˆžÃ'žäŸ ķ?Úcū?ŧ9˙\Ž?šWŧč˙ō°˙¯h˙ô^-ûBčÎĩ{ 6•¤_߈ŖœHmmž]™)ŒíÁüĢÚô¤hô{$u*ëoea‚ŅÁ 9øéâë˙ x> }2f‚ëQ˜ÂfC†HĀËm=‰Č÷5Ę|9øŖęŪ˛×|G5ÅÔˇŅ‰ŌŪ9 "Ŗr7ķFQ×ŋZî~0øëÆŪHôĐQ˛—Ī†2qæŒa“'€O{zō |aņ'€t¸|;Ŧøqî¨ōáY‹[ĘĢŲNTäÜt \Ôžø+ÞÕŽí4 (ž)œM*™Y0‡\’Ŋpŗ/Üņ?Ö×˙jŌ\]|DøËØOđë|ŌÉ"ˇīqČ8/Ī`õ=+”ø[âWáĪŠotKÍiĨÔ&† cbcxYX€ßtä|įôæ€= ö‘˙‘;I˙°‡ūĶjī~˙É3đīũxĮüĢø˙ŖęzĪ…4ČtŊ:ōúTžŪÉkJĘģd…ģo‡–ˇ_4k¸%‚â+4Y"• ēt ō xŸÂų.Ú˙ûˇŸú9kGöšûŪú]í_…žÖô˙ŒúŨũ[Yȡ[.&ĩtŗ(# FG"¯ūĐúą­ˇ‡?˛t›ë˙$\ųŸeˇyvgĘÆvƒŒāūF€=?Āš¤:Ī€ô;čX0{8ÕąŲÕB°ü[ĶMŧM3ŦqFĨŨØā($šųžŪãĮŋo.-"ą:§‡å27hØĮĪ|¯úļėAãŽũj–ģņ+Į?­ŽƒŖh¯´˙,ÉhŦėãŅä<*úô÷8  ÷xƒãVĢŽF¤BÕŲ$tķ}~sųĐøįâ=WVņ•‚tųÚ+g 1Q4˛(luP ņęIô¯KøUđôx ÃΗ,’jˇ…dētä.ʀ÷'žäŸjá~7øZē×-|_áø%¸–$E¸ŽŨ$l‡+"Ž¤t0Ž:-ā„4ëh˙´ŌãTšįi%hĶ>ʄqõ&ą>4øWÃ~øm˙"ĘĘiobA$qíÃn<ž­eX~ĐúęÂļW^[H Ĩĸ•Ķs×=¤ūŦßøkâ?ô¯ë–ĻÖ+$ e¤ĮĘHÜBg Î[æ8ācë??ä‘h_I˙ô|• Ū.đW‰u™|'5Õ­õī™$Oc=ŗ0/w™väm=ûq^uđĮ7SÚÛx.m%•-iô9åļ˛íë–<įđŦ‰Ūņ/‡ĄđĒkˆ”•ˇ¸†āŒs´ŋû=sŧā¯ø ­CG‚ëQ‚y!¸s#ƒÛ— 0u—ō¯lÔ´ë][KšĶ¯#ZÜÄĐʞĒÃé_5Iĸxīā¯ˆnnôx$ŋŌ%82Œ‘Jƒ§˜ĢĘ0Ī^;ā‘šöøSū˙Ąrûû'˙\햙đ~×Æđč–VP~ŪāãndŠķ}īģÆ9įĩqWŧ]­ÛļŸĄøy!žlķ!WÔúĒãƒõÍu>ę:üž)ņ*°Õ&VC#nx÷}įsũķĶ9äđėôQE|˙ûM}ī ũ.ŋöz˙5HuŸčwĐ°`öqĢcŗĒ…aø0"ŧÃö‡Đumŧ9ũ“¤ß_ų"įĖû-ģËŗ>V3´gō5Î[Üx÷āåŤV'Tđü¯æFíųī•˙VŨˆúüįō5_]ø•ãŸ‰ÖĮAŅ´W‚Ú–d´Vvqčō}z{œWąü*øz<áįK–I5[²]:rå@{“ĪrOĩxīÆk;{VwzœAôë•ĩš`s†[cŽ9臧­{2ü!ø~č<;nĘà ‰¤ ûęĢüXøu˙ î…ŗdV˛,ÖĖü,€ũčÉíœ Ä{šōm⇎žÚ.‡¯hoq°ŲÚՑŅG@˛ †QÛ¯×ęÚˇÃO†z•sŠęZ´vÉžY ’Ŗč$öĀĢŸ#đ$ļˇ×žRuŠåÕ%PĖŖ ~ķĐ7oZņ}cÄ?>2ŧ:UŽÖÚ^đÎ#VX˛?ŠIƒŽ Ț÷ßøJÛÁ>ĩŅ­ßĖtĖ“ÍŒy˛ŸŧØôč°á˙ŋäĩh_õÂ×˙G=}'_?|]đ|]Ņ¯l4mBęŌ8mƒĪĢŧjDŦNX  }@MûDÉ7ƒūÂ1čVīÂ8„ß4HG‚U?ŒYŋô­GXđ6Úe…Õėâū71[BŌ0P¯“…ã‘ųÖį›+Ŋ;ᖉi}k5­Ėq¸xgŒŖ¯īō§‘Áã_ŗũĀŌ>"jē5Ū#¸–Ųâ {ÉŒ¯å¸ūôŊx'Å/†z及á5đjJ÷A<đ[ŒËŖĢĸ˙nëÉÉ<xÍOÚÅĐ ;¯ [6ĸŖif&Oŧ}søŠõüWŅŧ Ŧ[éwļwˇW3Â&ŲT튀rÒAĒ˙N~j¤Œđq˙mRŧãĀžņ7ŽÎâîåŪ°ÛÆdvÄĒNO4đūIe§ũ|Í˙ĄWĻמ|Ķo´¯†ÖÖē•ÍÂÜJL74nn^‡@7~Î˙ō=kŸõæôj×[ûHȏĻØIôT•‰đ#ÃēŪã=f}OGÔ,Ą’ÔĒIsjņĢ1N`8ŽŸãö‘Šë>Ķ Ōôëģé“PWhí`iYWËq’2G>ôÔü-˙’_áīúô_ækãßü’ÛŸúų‡˙BŽ—áŊĨ͏Ý ÖōŪ[{ˆ­UdŠd(črx ō b|lĶoĩ_†÷ēu•ÍåÁ¸ˆˆ­âi€Üœ(&€āgü’]+ūēO˙Ŗ^¯|_˙’S¯˙×˙Ņ‹Q|Ķītŋ†:eĻĄgqir1hn"1ēæV#*@#ŽjįÅ;+­Cិiem5ÍĖ‘(HaŒģąŪ§…šä˙gOų'7ö—˙EĮ\Ä=CVø‰ņ}<ãAa ĀˇDÉÚ Žé$`>ņl};d×ŖüŌĩĀW6ڝ…ÕŒįQ‘ÄW0´LT¤`0}Ģ…øĄāßøcâü'ļ–â•n Š3!†@0ÁÔsĩšį܎8Č i<ĻĂæĘ}F`9’ævŸ÷Pø×ņ÷@Đŧ;ĸč6ÚF›ibdžVaAYĀU䞧}jÅ¯í ŽŪÆ--<'ÔHĮîĨwŋë˜LūĢšņīƒ|Ŧhã?#=Į˜ą>ÉļƒîĀÎĐ8äķ“@DxūI˙†˙ėk˙ĸ–ŧ*įūN­ëõ?ô@Ž˙ā¯ŽŽ¯šŋhˆ„ū?Ņĸ'ėQsé™\WŌĩāŧ;­ęū>ŅntŨPŊ‚;TW–ÚÕäU>k €pA BÕ>hWd𝄠QæÁpÃ/ö€8‘rzcŽ+Ë> øēįž(ēđNšēįœ¤K!˙Sr8+ôlcę­}!^ņËáÍíũåˇŠ|=eq=îåŽîXËHÄ}É^r1ƒö} {ĨË|=×5]wÂVĶkšm冊înęŨĸ20}CFEu4QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEUk‰^9VĀĮĨYĒwëGû´Ī´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(íŧŒņąc’ WûLŋßũMkūŠūĩR€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€-[Ėī&˛1éM–yVPØڒĶũwáLŸũ{ũh~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ŌâRę pO ŠnexŲvœdzUX˙Ö'ÔT÷Ÿy~”Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č(ûLŋßũEEKö™ŋú >Ķ/÷˙AQQ@ũĻ_īū‚´Ëũ˙ĐTTPŋi—û˙ Ŗí2˙ô/Úeū˙č*Ē2Û+ƒķ9ĒUn_øķ_  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  ~Ķ/÷˙AGÚeū˙č**(_´Ëũ˙ĐQö™ŋú ŠŠ—í2˙ô}Ļ_īū‚ĸĸ€%ûLŋßũi—û˙ ¨¨  0Í#ĖĒ͐}ĒŨPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEU;ŋõŖũÚšUŽ"y$qŒc­TĸĻû4žƒķŖėŌz΀!ĸĻû4žƒķŖėŌz΀!ĸĻû4žƒķŖėŌz΀!ĸĻû4žƒķŖėŌz΀!ĸĻû4žƒķŖėŌz΀!ĸĻû4žƒķŖėŌz΀!ĸĻû4žƒķŖėŌz΀!ĸĻû4žƒķŖėŌz΀!ĸĻû4žƒķŖėŌz΀!ĸĻû4žƒķŖėŌz΀!ĸĻû4žƒķŖėŌz΀!ĸĻû4žƒķŖėŌz΀%ĩ˙T˙ZŠW ’6 Œ“UūÍ' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üč*oŗIč?:>Í' üčm?×~É˙×ŋÖĻˇ…ŌLļ1ZI`v•˜ƒī@¨ŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ hŠžÍ' üčû4žƒķ ã˙XŸQSŪ}åúSRŪ@ęHÖĨš‰¤e+Ž=č7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t 7Ų¤ôf“Đ~t [—ū<×č*/ŗIč?:ą$lÖꃨ€(ŅS}šOAųŅöi=į@ŅS}šOAųŅöi=į@ŅS}šOAųŅöi=į@ŅS}šOAųŅöi=į@ŅS}šOAųŅöi=į@ŅS}šOAųŅöi=į@ŅS}šOAųŅöi=į@ŅS}šOAųŅöi=į@ŅS}šOAųŅöi=į@ŅS}šOAųŅöi=į@ŅS}šOAųŅöi=į@ŅS}šOAųŅöi=į@ mūŊåWę¤0:JŦ@Ā÷ĢtQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@íÕ?ÖĒUģ_õOõĒ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE=§úī™?ú÷úĶí?×~É˙×ŋր#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ņ˙ŦO¨Šī>ōũ*˙Ö'ÔT÷Ÿy~”ZŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­Ë˙kôR­Ë˙kôRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@íÕ?ÖĒUĢfU` ŖNœ¨ÉOdŽūŠ(¯PøĐĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ({Oõ߅2õīõ§ÚŽü)“˙¯­GEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEP]OūA7ŸõÁ˙ô\ī?ãĘīūēå]§˙ ›Īúā˙ú ŽwĀŸņåw˙]ōŽ˜_#ĮÄČʏ¤ŋ#ŦĸŠ+˜öŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­Ë˙kôR­Ë˙kôRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@#(u*Ā#ÁĨĸ€3—ÂzeÉi1,|ũÔ~?Pjŝĩ„^]ŧaęz“õ5ŠkūŠūĩRĨB)Ũ#iâ*Î<˛“h(ĸŠŖĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ({Oõ߅2õīõ§ÚŽü)“˙¯­GEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEP]OūA7ŸõÁ˙ô\ī?ãĘīūēå]§˙ ›Īúā˙ú ŽwĀŸņåw˙]ōŽ˜_#ĮÄČʏ¤ŋ#ŦĸŠ+˜öŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­Ë˙kôR­Ë˙kôRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@íÕ?ÖĒUģ_õOõĒ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEŦęōčļ"ęŌG.œ`įĶéSéׯŠiđŪHĒ¯*äĒôÖGŒŋäŋõŲ‘ĢŪ˙‘~ĪũĪękĪYŧtŠßŨåŊždßŪą§EW PQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEWS˙Mįũpũ×;āOøōģ˙ŽƒųWEŠ˙Č&ķū¸?ū‚kđ'üy]˙×AüĢĻĀ—Čņņō2Ŗé/Čë(ĸŠæ=€ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģr˙ĮšũTĢr˙ĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQENīũh˙vŽU;ŋõŖũÚ¯EPEPEPEPEPEPEPEPEPEPEPEPģ_õOõĒ•n×ũSũjĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEsŪ2˙˙×eūF¯xwūEû?÷?ŠĒ>2˙˙×eūF¯xwūEû?÷?Š¯.ō1—øR>Ņ§EW¨XQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEWS˙Mįũpũ×;āOøōģ˙ŽƒųWEŠ˙Č&ķū¸?ū‚kđ'üy]˙×AüĢĻĀ—Čņņō2Ŗé/Čë(ĸŠæ=€ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģr˙ĮšũTĢr˙ĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQP^JđXÜMî‘#fQę@Č _ņö…áۓks4“]Ŋ ēneúä€ļsOđ÷ŽtOÎmėæ’;œdA:íb;ã’ākšøGgkqĻ_k›R–é•æ~YFü2I'×đ¤ø­ž™—¯Z‡TŠė*ēŒ\ĪŽz-ÕÔV˛\ÜʑAîws€ĸ¸ŖņkÃ"ëĘÍá8ķüŸ“ë×wéYßīäÔíŧ=ŖÛšDÕfW§Ęlž]âčējč˙Ų"Î/°ėōüŧū>ũs@m.íīí"ēĩ™&‚Uܒ!Č"Ļ¯8ø]4ļWz÷‡¤ēX\Ÿ+?ī2ˇáōƒøšôfeE,Ä*’IĀ€ŠŨ˙­îĶļtŋú Y˙ßõ˙kĪ Ų[J“&1ē6 3é‘@ŅKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPĢ_õOõĒ•rÔdÍTØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•sž2˙˙×eūF¯xwūEû?÷?ŠĒ^3R45Č#÷Ëü^đâąđũžûžžæŧ¸ČÆ_áũHûF•ģû§ōŖctūUę%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@5?ųŪ×˙ĐMsž˙+ŋúč?•tzĸˇöMīĘÔ?oöMsžŲ^`ûÅūUĶāKäxøųQô—äu”RėoîŸĘũĶųW1ė E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPUšãÍ~‚ĒėoîŸĘ—ûBŌôHįV8hĮQŽ´Ô[Ų &ÆŅKąŋē*67÷OåHBQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT”RėoîŸĘũĶųPQKąŋē*67÷Oå@ E.Æūéü¨ØßŨ?•%ģû§ōŖctūT%ˇúõü•_Ē6ęÂu$ũŊĒõQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEyíĪ€ĩ'UžûÂÂXĨÁĖ–Ķ.Pn#“ŒŽ=k–ņöĒYh°ę:ū°u FK…†(ãcvąb$…ė?ŪŠßĞÖ/žÁĨËŦh÷OæF‘1ßôā1œtÁĀéRÁĨkŪ6ņž§ŽØféV-žG9y9įĄė2H É4SÆpļŸâ?<ŧ$OlO@UãĪķ¯SŽcĮ^ohBvTŊˇ6Ũ‰Ā'ē“Û?Ė Á.ņ’Ø‹á+ŖŠ…Ųöž|­ßŪéü{€ŋņÅ× Ėbf\Ž‡26?ô^…}möŨ>æĶ~Ī>&v3ˇp#8ükžđ/…äđΊétáīîŸÍ¸`sƒŲsßū$×S@7˙ ?čdoü˙í•Ũø?ÃÁ:+ibëí›Ļiŧ׌€1ŒŸîú×STî˙֏÷hßl˙Ļ­l˙Ļ­Uĸ€-}ŗū™ū´}ŗū™ūĩVŠĩöĪúgúŅöĪúgúÕZ(×Û?éŸëGÛ?éŸëUh  _l˙Ļ­l˙Ļ­Uĸ€-}ŗū™ū´}ŗū™ūĩVŠĩöĪúgúŅöĪúgúÕZ(×Û?éŸëGÛ?éŸëUh  _l˙Ļ­l˙Ļ­Uĸ€-}ŗū™ū´}ŗū™ūĩVŠĩöĪúgúŅöĪúgúÕZ(×Û?éŸëGÛ?éŸëUh  ĨķPļÜcŪĄûgũ3ũimÕ?ÖĒP¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŖíŸôĪõĒ´P¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŖíŸôĪõĒ´P¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŖíŸôĪõĒ´P¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŖíŸôĪõĒ´P¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŖíŸôĪõĒ´P'Ž.<ŨWn?~§¯ąĢūšōü9dģ3„<įÜÖWŒŋäŋõŲ‘ĢŪ˙‘~ĪũĪękˇüŒeūԏ´nũŗū™ū´}ŗū™ūĩVŠõ -}ŗū™ū´}ŗū™ūĩVŠĩöĪúgúŅöĪúgúÕZ(×Û?éŸëGÛ?éŸëUh  _l˙Ļ­l˙Ļ­Uĸ€-}ŗū™ū´}ŗū™ūĩVŠĩöĪúgúŅöĪúgúÕZ(×Û?éŸëGÛ?éŸëUh  _l˙Ļ­l˙Ļ­Uĸ€-}ŗū™ū´}ŗū™ūĩVŠĩöĪúgúŅöĪúgúÕZ(×Û?éŸëGÛ?éŸëUh  _l˙Ļ­l˙Ļ­Uĸ€-}ŗū™ū´}ŗū™ūĩVŠĩöĪúgúŅöĪúgúÕZ(×Û?éŸëGÛ?éŸëUh  _l˙Ļ­l˙Ļ­Uĸ€-}ŗū™ū´}ŗū™ūĩVŠĩöĪúgúŅöĪúgúÕZ(×Û?éŸëGÛ?éŸëUh ę×{´kåŲÖŪA×ũ“\×ÃéŧĢ+ߗ9‘{ûVî§˙ ›Īúā˙ú ŽwĀŸņåw˙]ōŽ˜_#ĮÄČʏ¤ŋ#ļûgũ3ũhûgũ3ũj­Ė{¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŖíŸôĪõĒ´P¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŖíŸôĪõĒ´P¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŖíŸôĪõĒ´P¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŖíŸôĪõĒ´P¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŽGJ—oŒn¤ĮW”ã>õŌW/ĻČ×uūôŸÎģpŸOCz_ ŊËíŸôĪõŖíŸôĪõĒ´WkíŸôĪõŖíŸôĪõĒ´P¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŖíŸôĪõĒ´P¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢEZûgũ3ũhûgũ3ũj­kíŸôĪõŖíŸôĪõĒ´P¯ļĶ?֏ļĶ?ÖĒŅ@žŲ˙L˙Z>Ų˙L˙ZĢE\ŽįĖ.ĖgžjÅPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@šˆ$Ōn" YŖ$–Æ9Åi×)âų Úģ˙ŗWWYBMÎIô;qĄ 4ĨĢŊŠ(­N ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(žņ—ü€×ūģ/ō5{Ãŋō/Ų˙šũMQņ—ü€×ūģ/ō5{Ãŋō/Ų˙šũMyp˙‘ŒŋÃú‘ö:(ĸŊBŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  ēŸü‚o?ëƒ˙č&šßĮ•ßũtĘē-OūA7ŸõÁ˙ô\ī?ãĘīūēå]0ūžGˆ˙‘•I~GYEW1ėQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@rúgüw_īIü먎_L˙‘Žëũé?vá> ž†ôžzEQ\FEPEPEPEPEPEPEPEPEPEPEPļßë×ņūU~¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ßúŅūí\ĒwëGû´^Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( SÅō´˙w˙fŽŽšOČNĶũßũšēēƟĮ#ĐÅ˙ģŅôaEVĮžQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEsŪ2˙˙×eūF¯xwūEû?÷?ŠĒ>2˙˙×eūF¯xwūEû?÷?Š¯.ō1—øR>Ņ§EW¨XQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEWS˙Mįũpũ×;āOøōģ˙ŽƒųWEŠ˙Č&ķū¸?ū‚kđ'üy]˙×AüĢĻĀ—Čņņō2Ŗé/Čë(ĸŠæ=€ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž_L˙‘Žëũé?uËéŸō5ŨŊ'ķŽÜ'ÁSĐŪ—Ã/C¨ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Sģ˙Z?ŨĢ•Nīũh˙v€+ŅEQEQEQEQEQEQEQEQEQEQEQEĘxŖūBvŸî˙ėÕÕ×)âų Úģ˙ŗWWXĶøäzŋ÷z>Œ(ĸŠØķŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( {Æ_ō_úėŋČÕī˙Čŋgūįõ5GÆ_ō_úėŋČÕī˙Čŋgūįõ5åÃūF2˙ęGÚ4čĸŠõ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€*ęō ŧ˙Ž˙ šį| ˙WõĐ*čĩ?ųŪ×˙ĐMsž˙+ŋúč?•tÃøų>#ūFT}%ųeQ\Į°QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEËéŸō5ŨŊ'ķŽĸš}3ūFģ¯÷¤ūuۄø*zŌøečuQEqQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĒwëGûĩrŠŨ˙­îĐz(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9OČNĶũßũšēēå’üŽ˛Š(ŽcØ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ åôĪųîŋŪ“ų×Q\ž™˙#]×ûŌ:íÂ|= é|2ô:Š(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEUk…ŒČ7š…YĒwëGû´Ũ°ĪFü¨ÛüôoĘĄĸ€&Ûüôoʍ°ĪFüĒ(m°ĪFü¨ÛüôoĘĄĸ€&Ûüôoʍ°ĪFüĒ(m°ĪFü¨ÛüôoĘĄĸ€&Ûüôoʍ°ĪFüĒ(m°ĪFü¨ÛüôoĘĄĸ€&Ûüôoʍ°ĪFüĒ(m°ĪFü¨ÛüôoĘĄĸ€&Ûüôoʍ°ĪFüĒ(m°ĪFü¨ÛüôoĘĄĸ€&Ûüôoʍ°ĪFüĒ(–ņXAĒYėbFÎãũĒëöÁ˙=ōŽ;Åō´˙w˙fŽŽą§ņČô1îô}6Ø?įŖ~Tmƒūz7åPŅ[y6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@^5XƄģ“į/Qėj÷†Ö#áÛ-ÎAØxĮšŦßČ ë˛˙#Wŧ;˙"ũŸûŸÔחųËü?ŠhŲÛüôoʍ°ĪFüĒ+Ô,›lķŅŋ*6Á˙=ō¨h  ļÁ˙=ōŖlķŅŋ*†Š›lķŅŋ*6Á˙=ō¨h  ļÁ˙=ōŖlķŅŋ*†Š›lķŅŋ*6Á˙=ō¨h  ļÁ˙=ōŖlķŅŋ*†Š›lķŅŋ*6Á˙=ō¨h  ļÁ˙=ōŖlķŅŋ*†Š›lķŅŋ*6Á˙=ō¨h  ļÁ˙=ōŖlķŅŋ*†Š›lķŅŋ*6Á˙=ō¨h  ļÁ˙=ōŖlķŅŋ*†Š›lķŅŋ*6Á˙=ō¨h  ļÁ˙=ōŖlķŅŋ*†Š›lķŅŋ*6Á˙=ō¨h  ļÁ˙=ōŖlķŅŋ*†Š›lķŅŋ*6Á˙=ō¨h  ļÁ˙=ōŖlķŅŋ*†Š›lķŅŋ*6Á˙=ō¨h uU‡û"÷|‰1Įû&šŋ„6W›ØŪ.0=Ģ Ô˙äy˙\˙A5Îøū<Ž˙ë ūUĶāKäxøųQô—äv[`˙žųQļųčߕCEsÁ6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7å\ž–ūë X…ß/8÷Žšš}3ūFģ¯÷¤ūuۄø*zŌøečuÛ`˙žųQļųčߕCEqmƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U 6Ø?įŖ~Tmƒūz7åPŅ@mƒūz7åFØ?įŖ~U fˆJģ\“銡T-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQENīũh˙vŽU;ŋõŖũÚ¯EPEPEPEPEPEPEPEPEPEPEPEP)âų Úģ˙ŗWW\§Š?ä'iūīūÍ]]cOã‘čb˙Ũčú0ĸŠ+cĪ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9īČ ë˛˙#Wŧ;˙"ũŸûŸÔÕČ ë˛˙#Wŧ;˙"ũŸûŸÔחųËü?ŠhĶĸŠ+Ô,(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠĢŠ˙Č&ķū¸?ū‚kđ'üy]˙×AüĢĸÔ˙äy˙\˙A5Îøū<Ž˙ë ūUĶāKäxøųQô—äu”QEsĀQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEW/ĻČ×uūôŸÎēŠåôĪųîŋŪ“ų×nāŠčoKᗡÔQEÄ`QEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŠŨ˙­îÕʧwū´ģ@čĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠå’üŽ˛Š(ŽcØ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ åôĪųîŋŪ“ų×Q\ž™˙#]×ûŌ:íÂ|= é|2ô:Š(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@×uw;_Rp*?ĩÛĪÄ_÷ØĨt5öDÔT?kļ˙ŸˆŋīąGÚíŋįâ/ûėQt>Iv&ĸĄû]ˇüüE˙}Š>×m˙?ßb‹ ä—bj*ĩÛĪÄ_÷ØŖívßķņũö(ēIv&ĸĄû]ˇüüE˙}Š>×m˙?ßb‹ ä—bj*ĩÛĪÄ_÷ØŖívßķņũö(ēIv&ĸĄû]ˇüüE˙}Š>×m˙?ßb‹ ä—bj*ĩÛĪÄ_÷ØŖívßķņũö(ēIv9¯ČNĶũßũšēēäŧK,rj6Ĩ$Vy*sŽk§û]ˇüüE˙}ŠÆ›\ō= Teõz:tdÔT?kļ˙ŸˆŋīąGÚíŋįâ/ûėV×GŸÉ.ÄÔT?kļ˙ŸˆŋīąGÚíŋįâ/ûėQt’ėMECöģoųø‹ūû}ŽÛū~"˙žÅAÉ.ÄÔT?kļ˙ŸˆŋīąGÚíŋįâ/ûėQt’ėMECöģoųø‹ūû}ŽÛū~"˙žÅAÉ.ÄÔT?kļ˙ŸˆŋīąGÚíŋįâ/ûėQt’ėMECöģoųø‹ūû}ŽÛū~"˙žÅAÉ.ÄÔTi<26ԕú+RSMnQE (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9īČ ë˛˙#Wŧ;˙"ũŸûŸÔÕČ ë˛˙#Wŧ;˙"ũŸûŸÔחųËü?ŠhĶĸŠ+Ô,(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠĢŠ˙Č&ķū¸?ū‚kđ'üy]˙×AüĢĸÔ˙äy˙\˙A5Îøū<Ž˙ë ūUĶāKäxøųQô—äu”QEsĀQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEW/ĻČ×uūôŸÎēŠåôĪųîŋŪ“ų×nāŠčoKᗡÔQEÄ`QEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŠŨ˙­îÕʧwū´ģ@čĸŠ(ĸŠ(ĸŠ(ĸŠįŧZOØ­Æxķ?Ĩ6ĪÁkwcĮۊųąĢíōŗŒŒã­/‹ŋãÎßūēå]N˙ [ú÷˙AĖáÕ|ĮŦą(`āéģ]ŗœ˙„č"īĪ˙^øAū‚'ūü˙õë°ĸ¯ØSės˙ibŋŸđ_äq˙đ‚/ũOũų˙ëŅ˙"˙ĐD˙ߟūŊvQė)öí,Wķū üŽ?ūE˙ ‰˙ŋ?ũz?á_úŸûķ˙׮Š=…>ÁũĨŠūÁ‘Į˙Âŋô?÷į˙¯Gü ‹˙A˙~úõØQG°§Ø?´ą_Īø/ō8˙øAū‚'ūü˙õč˙„č"īĪ˙^ģ (öûö–+ų˙ūG˙"˙ĐD˙ߟūŊđ‚/ũOũų˙ë×aEŸ`ūŌÅ?āŋČã˙á_úŸûķ˙×ŖūE˙ ‰˙ŋ?ũzė(ŖØSėÚX¯įüųü ‹˙A˙~úôÂŋô?÷į˙¯]…{ }ƒûKü˙‚˙#˙„č"īĪ˙^øAū‚'ūü˙õë°ĸaO°ibŋŸđ_äq˙đ‚/ũOũų˙ëŅ˙"˙ĐD˙ߟūŊvQė)öí,Wķū üŽ?ūE˙ ‰˙ŋ?ũz?á_úŸûķ˙׮Š=…>ÁũĨŠūÁ‘Į˙Âŋô?÷į˙¯Gü ‹˙A˙~úõØQG°§Ø?´ą_Īø/ō8˙øAū‚'ūü˙õč˙„č"īĪ˙^ģ (öûö–+ų˙ūG˙"˙ĐD˙ߟūŊđ‚/ũOũų˙ë×aEŸ`ūŌÅ?āŋČã˙á_úŸûķ˙×ŖūE˙ ‰˙ŋ?ũzė(ŖØSėÚX¯įüųqö_‹"´YLž[¯ĪŒg+žŸvuĖjō>˙ĀĶ˙@ĶŌ ­Ė—sLÆN~ÎRŨÅQ[žhQEQEQEQM’DŠ6’F Š2ĖN˙ “˙?ŅūŋáYέ8|rKՊétVgü$ZOü˙Gú˙…đ‘i?ķũëūZĄüëīAtiŅYŸđ‘i?ķũëūÂE¤˙Īô¯øQõĒΞôF™˙ “˙?ŅūŋáGü$ZOü˙Gú˙…ZĄüëīAtiŅYŸđ‘i?ķũëūÂE¤˙Īô¯øQõĒΞôF™˙ “˙?ŅūŋáGü$ZOü˙Gú˙…ZĄüëīAtiŅYŸđ‘i?ķũëūÂE¤˙Īô¯øQõĒΞôF™˙ “˙?ŅūŋáGü$ZOü˙Gú˙…ZĄüëīAtQņ—ü€×ūģ/ō5{Ãŋō/Ų˙šũMbxŖV°ŊŌDV×)$žjŖ=0jŪ‰­éļÚ5Ŧ3]ĸH‹†Sž95æÂŊ/¯Ę\ĘÜŊüÉēæ::+3ū-'ūŖũøH´Ÿųūõ˙ ôžĩCų×ŪŠē4čŦĪøH´Ÿųūõ˙ ?á"Ōįú?×ü(úÕį_z ŖNŠĖ˙„‹I˙Ÿč˙_đŖū-'ūŖũ­Pūu÷ ē4čŦĪøH´Ÿųūõ˙ ?á"Ōįú?×ü(úÕį_z ŖNŠĖ˙„‹I˙Ÿč˙_đŖū-'ūŖũ­Pūu÷ ē4čŦĪøH´Ÿųūõ˙ ?á"Ōįú?×ü(úÕį_z ŖNŠĖ˙„‹I˙Ÿč˙_đŖū-'ūŖũ­Pūu÷ ē4čŦÕņ’Ėž‹'Žr+J´…XTø~ƒŊŠ(ĢĸŠ(ĸŠ(ĸŠ(Ŧü_ĨA;ÄZf(J’ŠÆEoW áM6ĪTņė7° cTf’0wÛë[Ņ„$Ĩ)ô<ŧĮ^”éĶĄkÍŊ͟øM4¯úx˙ŋũz?á4Ōŋéãūũ˙õëoū ūÉ˙}ˇøŅ˙†ƒ˙@ä˙žÛüj¯‡ėĖų3_æ‡âbÂiĨĶĮũû˙ëŅ˙ Ļ•˙O÷ī˙¯[đˆh?ôOûíŋƏøD4ú'ũößãEđũ˜rfŋÍÄÄ˙„ĶJ˙§û÷˙×ŖūM+ūž?īß˙^ļ˙áĐčŸ÷ۍđˆh?ôOûíŋƋáû0äÍš‰‰˙ Ļ•˙O÷ī˙¯Gü&šWũ<ßŋūŊm˙Â! ˙Đ9?īļ˙?áĐčŸ÷ۍÃöaɚ˙4?ūM+ūž?īß˙^øM4¯úx˙ŋũzÛ˙„CA˙ rßmū4Â! ˙Đ9?īļ˙/‡ėÓ5ūh~&'ü&šWũ<ßŋūŊđši_ôņ˙~˙úõˇ˙†ƒ˙@ä˙žÛüh˙„CA˙ rßmū4_Ų‡&küĐüLOøM4¯úx˙ŋũz?á4Ōŋéãūũ˙õëoū ūÉ˙}ˇøŅ˙†ƒ˙@ä˙žÛühžŗL×ųĄøœíī‹ôˋ ˆSĪß$L‹”îAĩ“ávĪHˇ¸KŸ328#bįĩwđˆh?ôOûíŋƏøD4ú'ũößãVĒPQqŗŗ9įƒĖ§Z5ÜĄxŪÛõųŸđši_ôņ˙~˙úôÂiĨĶĮũû˙ëÖßü"ũ“ūûoņŖū ūÉ˙}ˇøÔ_Ų™¯ķCņ1?á4Ōŋéãūũ˙õč˙„ĶJ˙§û÷˙×­ŋøD4ú'ũößãGü"ũ“ūûoņĸø~Ė93_æ‡âbÂiĨĶĮũû˙ëŅ˙ Ļ•˙O÷ī˙¯[đˆh?ôOûíŋƏøD4ú'ũößãEđũ˜rfŋÍÄÄ˙„ĶJ˙§û÷˙×ŖūM+ūž?īß˙^ļ˙áĐčŸ÷ۍđˆh?ôOûíŋƋáû0äÍš‰‰˙ Ļ•˙O÷ī˙¯Gü&šWũ<ßŋūŊm˙Â! ˙Đ9?īļ˙?áĐčŸ÷ۍÃöaɚ˙4?ūM+ūž?īß˙^øM4¯úx˙ŋũzÛ˙„CA˙ rßmū4Â! ˙Đ9?īļ˙/‡ėÓ5ūh~&'ü&šWũ<ßŋūŊđši_ôņ˙~˙úõˇ˙†ƒ˙@ä˙žÛüh˙„CA˙ rßmū4_Ų‡&küĐüLOøM4¯úx˙ŋũzÚ˛ŊƒP´K›v-ôČÁŦxwIĶü=qskfąĖĨ6°f8Ëzš„?ä]‡ũ÷ūf‰ÂŸŗį…÷°aqĩ‹úž!§îßK÷ąģEW1ėQ@Q@Q@g^ëV–ų2—/ŒĢœVr×ŅG?‹ĄŠUŨŧjÃÔq]XJPŠ6§˛W5Ĩ'ŠĄ˙ =‡¤ß÷Č˙?á'°ô›ūųã[?đŽiķäŸ÷ĶđŽiķäŸ÷Ķ_6´ŋ¯Gŗ1ŋá'°ô›ūųãGü$ö“ß#ükgūÍ#ū|“ūúoņŖūÍ#ū|“ūúoņŖ›Ú_€^fcÂOaé7ũō?ƏøIė=&˙žGøÖĪü#šGüų'ũôßãGü#šGüų'ũôßãG6´ŋŊĖÆ˙„žÃŌoûäđ“ØzM˙|ņ­ŸøG4ųōOûéŋƏøG4ųōOûéŋƎli~z=™˙ =‡¤ß÷Č˙?á'°ô›ūųã[?đŽiķäŸ÷ĶđŽiķäŸ÷ĶØ>Ōüô{3ū{Iŋī‘ū4ÂOaé7ũō?ÆļáŌ?įÉ?īĻ˙?áŌ?įÉ?īĻ˙9°}Ĩøčöf7ü$ö“ß#üh˙„žÃŌoûäl˙Â9¤Ī’ßMū4Â9¤Ī’ßMū4s`ûKđ ŅėĖoøIė=&˙žGøÖ%–Ĩä׎Ęrä`sÉâģOøG4ųōOûéŋƏøG4ųōOûéŋÆ´…|,I=tčTjRŠi'Š˙ =‡¤ß÷Č˙?á'°ô›ūųã[?đŽiķäŸ÷ĶđŽiķäŸ÷Ķg̓í/Ā›ŅėĖoøIė=&˙žGøŅ˙ =‡¤ß÷Č˙Ų˙„sH˙Ÿ$˙ž›üh˙„sH˙Ÿ$˙ž›ühæÁö—āŖŲ˜ßđ“ØzM˙|ņŖū{Iŋī‘ū5ŗ˙æ‘˙>I˙}7øŅ˙æ‘˙>I˙}7øŅ̓í/Ā/Gŗ1ŋá'°ô›ūųãGü$ö“ß#ükgūÍ#ū|“ūúoņŖūÍ#ū|“ūúoņŖ›Ú_€^fcÂOaé7ũō?ƏøIė=&˙žGøÖĪü#šGüų'ũôßãGü#šGüų'ũôßãG6´ŋŊĖÆ˙„žÃŌoûäđ“ØzM˙|ņ­ŸøG4ųōOûéŋƏøG4ųōOûéŋƎli~z=™˙ =‡¤ß÷Č˙?á'°ô›ūųã[?đŽiķäŸ÷ĶđŽiķäŸ÷ĶØ>Ōüô{3ū{Iŋī‘ū5vÃSˇÔC˜ e1Ãšŗ'‡t‘‘d™˙s~˙Yuô_ëU*t'FSĻÕˇķ7(ô:z(ĸ¸pĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQENīũh˙vŽU;ŋõŖũÚ¯EPEPEPEP;âīøķˇ˙Ž‡ųWSŖ˙ČĮūŊã˙ĐErŪ.˙;úč•u:?ülëŪ?ũV1ū+= ŋîTũYvŠ(­<(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠá5ųāi˙  éë˜Ô?ä}˙§ū€+§Ŧhī/SĐĮü4ŋ‚Š(­<(ĸŠ(ĸŠ(ĸŠÍ×˙ä{˙\Í`x[Ã:֗%ÍËÎŽŗ6`{ƒë[ú˙ü€o뙨ž˙ČoúųoũkČÄŌ…\|#5uĘ˙2ŧ‡Â¤Ī[ŋûøŋüMđ€iķÖīūū/˙]MÕũ…ūD>Trßđ€iķÖīūū/˙Gü Güõģ˙ŋ‹˙Ä×SEŲØ_äAʎ[ū #ūzŨ˙ßÅ˙âh˙„H˙žˇ÷ņøšęhŖû; üˆ9QˤĪ[ŋûøŋüMđ€iķÖīūū/˙]Mga‘*9oø@4ųëw˙˙‰Ŗū #ūzŨ˙ßÅ˙âkŠĸėė/ō åG-˙‘˙=n˙īâ˙ņ4¤Ī[ŋûøŋüMu4Qũ…ūD¨åŋáŌ?į­ßũü_ū&ø@4ųëw˙˙‰ŽĻŠ?ŗ°ŋȃ•ˇü Güõģ˙ŋ‹˙ÄŅ˙‘˙=n˙īâ˙ņ5ÔŅGövųrŖ–˙„H˙žˇ÷ņøš?áŌ?į­ßũü_ū&ēš(ūÎÂ˙"Trßđ€iķÖīūū/˙Gü Güõģ˙ŋ‹˙Ä×SEŲØ_äAʎ[ū #ūzŨ˙ßÅ˙âh˙„H˙žˇ÷ņøšęhŖû; üˆ9QˤĪ[ŋûøŋüMđ€iķÖīūū/˙]Mga‘*9oø@4ųëw˙˙‰Ŗū #ūzŨ˙ßÅ˙âkŠĸėė/ō åG-˙‘˙=n˙īâ˙ņ4¤Ī[ŋûøŋüMu4Qũ…ūD¨åŋáŌ?į­ßũü_ū&ø@4ųëw˙˙‰ŽĻŠ?ŗ°ŋȃ•aâŨĶC6‚ÕĨo;~ī1éˇĀĩÛ[˙ĮŦ_îå\īÄoŊĻũ%˙Ųkĸļ˙XŋÜĘšpTãOZVK—ōU¤ÉhĸŠõË (ĸ€ (ĸ€ (ĸ€ ãü ˙#5˙ũrũ Wa\äfŋ˙ŽO˙ĄŠéŖü9ž>aū÷†õ’=Š(ŽcØ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9˙ČŠwūōčbŗŧ!˙"ė?īŋķ5Ŗãoų.˙ŪOũ Vw„?ä]‡ũ÷ūfēæįú;˙‘ˇũš˙ˇ´QEsĀQEQEQEW3s˙#ĨˇũtúWM\ÍĪüŽ–ßõŌ?é]¸Ž_áfô7~‡uEW€QEQEQEQEQEQEQEQEQEQEQEQEQEQEÉÔŋûĻ¸ ˙Ŧēú/õŽâ_õ/ūéŽÂë.ž‹ũkļ‡ûĩ_—æoáËätôQEqQ@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸ¸-OĮZÖš>á]%u í‰M+b5#‚:Žüd‘žÔšŽõKnßIņ^–\°Īf2sžHÆqČ#}í7é/ūË]ˇüzÅūāūUÎüFûÚoŌ_ũ–ē+oøõ‹ũÁüĢËÃŋW˙ˇ"ÄÉhĸŠõ (ĸ€ (ĸ€ (ĸ€ ãü ˙#5˙ũrũ Wa\äfŋ˙ŽO˙ĄŠéŖü9ž>aū÷†õ’=Š(ŽcØ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9˙ČŠwūōčbŗŧ!˙"ė?īŋķ5Ŗãoų.˙ŪOũ Vw„?ä]‡ũ÷ūfēæįú;˙‘ˇũš˙ˇ´QEsĀQEQEQEW3s˙#ĨˇũtúWM\ÍĪüŽ–ßõŌ?é]¸Ž_áfô7~‡uEW€QEQEQEQEQEQEQEQEQEQEQEQEQEQEÉÔŋûĻ¸ ˙Ŧēú/õŽâ_õ/ūéŽÂë.ž‹ũkļ‡ûĩ_—æoáËätôQEqQ@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ‚ōgˇą¸ž4ŪņÆÎĢę@Î(Ë´ J‡^#Õ´íu^8oMŌ.đĘ c sßđ9¤ņ&§Ä]oKŌ´ycļÍ=ĶŠ@Šp3ĪøœU¯†ÚEˆ-/ĩíb8õ BK’„Üáđ§Ž˙€§|IŅŦ4+ M{IŽ=;P†åUZÜ' ã<~YÍ?âoú~ŋá}ķä\\ūņ}rČŋȡį^’ tÅyogxīü¯Î›dG›¸rũ ō¯SÎF{Pšü7Ųū+ņN‘EŧWŖ_î€ė?‘•z-ÍÂZZMs.|¸Q¤l œ“^uđãũ?Åž)ÕŖæ . ÆßŪØ˙ ?:ôiáŽæ •wG"”uõ`ŠāásøOû×ß÷ã˙¯]‡¯YxļĀę:YÛĢ˜šģNá‚xüEQ˙…aāĪúÅ˙d˙âĢSOŌ,<9mö-&ÜZÛ2V-ķ ä“ØP߲ÉíųŅöY=ŋ:oÚ%ū˙éGÚ%ū˙é@û,žße“ÛķĻũĸ_īū”}ĸ_īū”ī˛ÉíųŅöY=ŋ:oÚ%ū˙éGÚ%ū˙é@û,žße“ÛķĻũĸ_īū”}ĸ_īū”ÎxÆŽĘØļ9˙*étųØ˙×ŧúŽgÆ;Ų[†lūđ˙*é´ųØ˙×ŧúŦcüVzÜŠú˛íQ[xQEQEQEQEQEQEQEQEQEQEQEQEQEQEÂß)íK§ū€+­û,žßrW䯏ōt˙Đuh—û˙ĨcGyzž†?áĨū;ė˛{~t}–OoΛö‰ŋúQö‰ŋúVĮž;ė˛{~t}–OoΛö‰ŋúQö‰ŋúPžË'ˇįGŲdöüéŋh—û˙Ĩh—û˙Ĩ;ė˛{~t}–OoΛö‰ŋúQö‰ŋúPoˆ­äOŪąÆgŊUø˙ ŋëåŋôĢ>!šFđũč-c5[á˙ü€&˙¯–˙ĐVŧʟō1‡ø_æCøŽŽŠ(¯L°ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(„ø÷´ß¤ŋû-u6Ö˛XOq{ûW-ņīiŋIöZéí§”ZÃķ˙öö¯/ ūũ_ūŨüˆ_'û,žße“ÛķĻũĸ_īū”}ĸ_īū•ę;ė˛{~t}–OoΛö‰ŋúQö‰ŋúPžË'ˇįGŲdöüéŋh—û˙Ĩh—û˙Ĩ;ė˛{~t}–OoΛö‰ŋúQö‰ŋúPžË'ˇį\GFaū÷†õ’=Š(ŽcØ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9˙ČŠwūōčbŠø6“Ãp2ãßŋûFŽxÛūEKŋ÷“˙CGÁĶHž„+`oũ×OüÃü˙CĮō6˙ˇ?öãĄû,žße“ÛķĻũĸ_īū”}ĸ_īū•Ė{žË'ˇįGŲdöüéŋh—û˙Ĩh—û˙Ĩ;ė˛{~t}–OoΛö‰ŋúQö‰ŋúPžË'ˇįGŲdöüéŋh—û˙Ĩh—û˙Ĩ;ė˛{~uĘ^!ÆÖĘŨ|Č˙Ĩu?h—û˙Ĩrˇl_ÆļŎO™ôŽÜĮ/đŗzŋCšĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠdŋę_ũĶ\Wƒâidģێ˙Zíe˙R˙îšâ|!#$—{N2ú×m÷jŋ/ĖŪ×Čë>Ë'ˇįGŲdöüéŋh—û˙Ĩh—û˙Ĩqû,žße“ÛķĻũĸ_īū”}ĸ_īū”ī˛ÉíųŅöY=ŋ:oÚ%ū˙éGÚ%ū˙é@û,žße“ÛķĻũĸ_īū”}ĸ_īū”,6î’Ģ`{ÕĒ§Ō4ĘŦŲŽPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPŸÜøUŌĩIīŧ#Ŧ-€¸9’ÚeĖyöāŒrq‘Į­$Õõ}J Īë+|ĨŦ+ˆÉ÷ā zāsë^ƒEexƒ@´ņ.vFÃ#¯XØtaūz\xđ§ŽVĮû%|MkũˇËķ<ŗæėéģžŸí~5č´PO‡Ķ,-$ÖG=XūŸ€­j( ŠŨ˙­îÕʧwū´ģ@čĸŠ(ĸŠ(ĸŠ(ĸŠį|]˙v˙õĐ˙*ętųØ˙×ŧúŽ[Åßņįo˙]ō­Ŋ/YĶbŌlã’úu”¸Č!G‚iUw=)ÂRÁSåW՛tVöæ•˙A ûėQũšĨĐBßūû¯<{œ^Ưōŋ¸Đĸŗ˙ˇ4¯ú[˙ßbíÍ+ū‚˙÷ØŖž=ÃØÕūW÷Vöæ•˙A ûėQũšĨĐBßūûsĮ¸{ŋĘūãBŠĪūÜŌŋč!o˙}Š?ˇ4¯ú[˙ßbŽx÷cWų_ÜhQY˙ۚWũ-˙īąGöæ•˙A ûėQĪáėj˙+û +?ûsJ˙ …ŋũö(ūÜŌŋč!o˙}Š9ãÜ=_åqĄEg˙ni_ôˇ˙žÅۚWũ-˙īąG<{‡ąĢü¯î4(Ŧ˙íÍ+ū‚˙÷ØŖûsJ˙ …ŋũö(įpö5•ũƅŸũšĨĐBßūûni_ôˇ˙žÅņîƯōŋ¸Đĸŗ˙ˇ4¯ú[˙ßbíÍ+ū‚˙÷ØŖž=ÃØÕūW÷Vöæ•˙A ûėQũšĨĐBßūûsĮ¸{ŋĘūãBŠĪūÜŌŋč!o˙}Š?ˇ4¯ú[˙ßbŽx÷cWų_ÜhQY˙ۚWũ-˙īąGöæ•˙A ûėQĪáėj˙+û +?ûsJ˙ …ŋũö(ūÜŌŋč!o˙}Š9ãÜ=_åqĄEg˙ni_ôˇ˙žÅۚWũ-˙īąG<{‡ąĢü¯î9MCūGßøčēzå.§ŠįĮh$Y#gL2œƒō]]eGíz™‚iROųPQEšįQ@Q@Q@ē˙ü€o뙨ž˙Čoúųoũj]ū@7ŋõĖÔ_˙ä7ũ|ˇū‚ĩæT˙‘Œ?Â˙2ÄutQEze…Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@'ÄoŊĻũ%˙Ųkĸļ˙XŋÜʚ߈ß{MúK˙˛×Em˙ą¸?•yxo÷ę˙öīäBø™-Q^ĄaEPEPEP\äfŋ˙ŽO˙ĄŠė+đ/üŒ×˙õÉ˙ô1]4‡3ĮĖ?ŪđŪ¯ōGĸQEĖ{EPEPEPEPEPEPEPEPEPEPEPEPEPEP?ãoų.˙ŪOũ Vw„?ä]‡ũ÷ūf´|m˙"ĨßûÉ˙ĄŠÎđ‡ü‹°˙ž˙Ė×OüÃü˙CĮō6˙ˇ?öãvŠ(ŽcØ (ĸ€ (ĸ€ (ĸ€ ænätļ˙Ž‘˙JéĢ™š˙‘ŌÛūēGũ+ˇņËü,Ū†īĐî¨ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€/ú—˙t×á?õ—_EūĩÜKūĨ˙Ũ5ÃøOũe×Ņ­vĐ˙vĢōüÍáü9|ŽžŠ(Ž#ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQENīũh˙vŽU;ŋõŖũÚ¯EPEPEPEP;âīøķˇ˙Ž‡ųW,-æ`†B …5Ôøģū<í˙ëĄūUÔč˙ōą˙¯x˙ô\“§í*5sÜĄ‹xl$$•îŲåßfŸūxI˙|>Í?üđ“ūø5ëÔQõUÜ?ļŸō~?đ!û4˙ķÂOûāŅöi˙į„Ÿ÷Á¯^ĸĒŽáũ´˙“ņ˙€yŲ§˙žßŗO˙<$˙ž zõ}Uwí§üŸüČ~Í?üđ“ūø4}šųá'ũđkרŖęĢ¸m?äüāCöi˙į„Ÿ÷ÁŖėĶ˙Ī ?īƒ^ŊEU]Ãûi˙'ã˙ōŗO˙<$˙ž fŸūxI˙|õę(úĒîÛOų?øũšųá'ũđhû4˙ķÂOûāׯQGÕWpūÚÉø˙Ā<‡ėĶ˙Ī ?īƒGŲ§˙žßŊzŠ>Ēģ‡öĶūOĮūä?fŸūxI˙|>Í?üđ“ūø5ëÔQõUÜ?ļŸō~?đ!û4˙ķÂOûāŅöi˙į„Ÿ÷Á¯^ĸĒŽáũ´˙“ņ˙€yŲ§˙žßŗO˙<$˙ž zõ}Uwí§üŸüČ~Í?üđ“ūø4}šųá'ũđkרŖęĢ¸m?äüāCöi˙į„Ÿ÷ÁŖėĶ˙Ī ?īƒ^ŊEU]Ãûi˙'ã˙ōŗO˙<$˙ž fŸūxI˙|õę(úĒîÛOų?øũšųá'ũđhû4˙ķÂOûāׯQGÕWpūÚÉø˙Ā<ŗGVMnÕYJ°~„cĩwõĖjō>˙ĀĶ˙@ĶÕáՓ^g>i?i*sīŠ(ŽƒË (ĸ€ (ĸ€ (ĸ€3u˙ųŪ˙×3Q|?˙ßõōßú Ôē˙ü€o뙨ž˙ČoúųoũkĖŠ˙#…ūd?ˆęčĸŠôË (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€8Oˆß{MúK˙˛×Em˙ą¸?•sŋžö›ô—˙eŽŠÛū=b˙p*ōđßīÕ˙íßȅņ2Z(ĸŊBŠ( Š( Š( ¸˙˙ČÍ˙\Ÿ˙CØWā_ų¯˙ë“˙čbēh˙g˜ŊáŊ_äDĸŠ+˜öŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Æßō*]˙ŧŸúŦīČģûīüÍhøÛūEKŋ÷“˙Cáųa˙}˙™ŽŸų‡ųū‡Ž˙äm˙níÆíQ\Į°QEQEQEĖÜ˙Čém˙]#ū•ĶW!Ŧ\5§‰ÂÍÆô8Ũ—ĻęI.Ė߯&ŧCĸ¸øM¯įÚßõ˙?á6Ŋ˙Ÿk×ühūίÛņĢT;Š+‡˙„Ú÷ū}­˙_ņŖūkßųöˇũƏėęũŋúĩC¸ĸ¸øM¯įÚßõ˙?á6Ŋ˙Ÿk×ühūίÛņĢT;Š+‡˙„Ú÷ū}­˙_ņŖūkßųöˇũƏėęũŋúĩC¸ĸ¸øM¯įÚßõ˙?á6Ŋ˙Ÿk×ühūίÛņĢT;Š+‡˙„Ú÷ū}­˙_ņŖūkßųöˇũƏėęũŋúĩC¸ĸ¸øM¯įÚßõ˙?á6Ŋ˙Ÿk×ühūίÛņĢT;Š+‡˙„Ú÷ū}­˙_ņŖūkßųöˇũƏėęũŋúĩC¸ĸ¸øM¯įÚßõ˙?á6Ŋ˙Ÿk×ühūίÛņĢT;Š+‡˙„Ú÷ū}­˙_ņŖūkßųöˇũƏėęũŋúĩC¸ĸ¸øM¯įÚßõ˙?á6Ŋ˙Ÿk×ühūίÛņĢT;Š+‡˙„Ú÷ū}­˙_ņŖūkßųöˇũƏėęũŋúĩC¸ĸ¸øM¯įÚßõ˙?á6Ŋ˙Ÿk×ühūίÛņĢT;Š+‡˙„Ú÷ū}­˙_ņŖūkßųöˇũƏėęũŋúĩC¸ĸ¸øM¯įÚßõ˙?á6Ŋ˙Ÿk×ühūίÛņĢT;YÔŋûĻ¸ ˙Ŧēú/õ§7/J›h9īū4ß ˙Ŧēú/õ­ž¯RŽ§?[~eû9BœšŧŽžŠ(¯,å (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPTî˙֏÷jåSģ˙Z?Ũ  ôQEQEQEQEsž.˙;úč•u:?ülëŪ?ũW-âīøķˇ˙Ž‡ųWSŖ˙ČĮūŊã˙ĐEcâŗĐĢūåO՗hĸŠØķŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( P˙‘÷ūŸúŽžšCūGßøčēzƎōõ= ÃKü((ĸŠØķŠ( Š( Š(  Ũū@7ŋõĖÔ_˙ä7ũ|ˇū‚ĩ.ŋ˙ ßúækÍâģš Cq,jNpŽ@Īá^aŠXld*5wõ3“´Ž{uâŋÚWßķûs˙[ühūŌž˙ŸÛŸûúßãSũŋäxŊĄíTWŠ˙i_ĪíĪũũoņŖûJûūnīëÛđūG÷‡´=ĒŠņ_í+īųũš˙ŋ­ū4i_ĪíĪũũoņŖû~Čūđö‡ĩQ^+ũĨ}˙?ˇ?÷õŋƏí+īųũš˙ŋ­ū4oÃųŪĐöĒ+Å´¯ŋįöįūūˇøŅũĨ}˙?ˇ?÷õŋƏíø#ûÃÚÕEx¯ö•÷üūÜ˙ßÖ˙?´¯ŋįöįūūˇøŅũŋäx{CÚ¨¯ūŌž˙ŸÛŸûúßãGö•÷üūÜ˙ßÖ˙?ˇáüīh{UâŋÚWßķûs˙[ühūŌž˙ŸÛŸûúßãGöü?‘ũáíjĸŧWûJûūnīëÚWßķûs˙[ühū߇ō?ŧ=ĄíTWŠ˙i_ĪíĪũũoņŖûJûūnīëÛđūG÷‡´=ĒŠņ_í+īųũš˙ŋ­ū4i_ĪíĪũũoņŖû~Čūđö‡ĩQ^+ũĨ}˙?ˇ?÷õŋƏí+īųũš˙ŋ­ū4oÃųŪĐöĒ+Å´¯ŋįöįūūˇøŅũĨ}˙?ˇ?÷õŋƏíø#ûÃÚÕEx¯ö•÷üūÜ˙ßÖ˙?´¯ŋįöįūūˇøŅũŋäx{CÚ¨¯ūŌž˙ŸÛŸûúßãGö•÷üūÜ˙ßÖ˙?ˇáüīhu˙žö›ô—˙eŽŠÛū=b˙p*ō™Žg¸Į4’íéŊ‹cķ¯Vļ˙XŋÜĘ´Ë1 ˆĢU+^ßä8;ļÉhĸŠ÷ Š( Š( Š( ¸˙˙ČÍ˙\Ÿ˙CØWā_ų¯˙ë“˙čbēh˙g˜ŊáŊ_äDĸŠ+˜öŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Æßō*]˙ŧŸúŦīČģûīüÍhøÛūEKŋ÷“˙Cáųa˙}˙™ŽŸų‡ųū‡Ž˙äm˙níÆíQ\Į°QEQEQEČęÖÆķÄËli”ĸîÆq‘]us7?ō:[×H˙Ĩw`U$×fo‡v“~EŸøAä˙Ÿõ˙ŋ_ũz?á“ū×ūũõëąĸ§ûCü߂Ö*w8īøAä˙Ÿõ˙ŋ_ũz?á“ū×ūũõëąĸí Gķ~>ąSšĮÂ'ü˙¯ũú˙ëŅ˙<Ÿķūŋ÷ë˙¯]hb?›đAõŠÎ;ūy?įũī×˙^øAä˙Ÿõ˙ŋ_ũzėhŖûCü߂ŦTîqßđƒÉ˙?ë˙~ŋúôÂ'ü˙¯ũú˙ë×cEڏæü}b§sŽ˙„Oų˙_ûõ˙×Ŗūy?įũī×˙^ģ(ūĐÄ7āƒë;œwü ōĪú˙߯ūŊđƒÉ˙?ë˙~ŋúõØŅGö†#ųŋXŠÜãŋá“ū×ūũõč˙„Oų˙_ûõ˙׎Ɗ?´1Íø úÅNį˙<Ÿķūŋ÷ë˙¯Gü ōĪú˙߯ūŊv4QũĄˆūoÁÖ*w8īøAä˙Ÿõ˙ŋ_ũz?á“ū×ūũõëąĸí Gķ~>ąSšĮÂ'ü˙¯ũú˙ëŅ˙<Ÿķūŋ÷ë˙¯]hb?›đAõŠÎ;ūy?įũī×˙^øAä˙Ÿõ˙ŋ_ũzėhŖûCü߂ŦTîqßđƒÉ˙?ë˙~ŋúôÂ'ü˙¯ũú˙ë×cEڏæü}b§sŽ˙„Oų˙_ûõ˙×Ŗūy?įũī×˙^ģ(ūĐÄ7āƒë;œwü ōĪú˙߯ūŊđƒÉ˙?ë˙~ŋúõØŅGö†#ųŋXŠÜãÁ.¨ÍöõāgũW˙^ĢøOũe×Ņ­w˙Š÷Mpū˙Yuô_ë[ŦEJØzœîöˇæhĒJtåÍätôQEy‡(QEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ įüMãø8ڍ{QûÚˇų?š’MÛqģî)Æ7žĩĐVˆŧá˙cŽiŠyömŪNįeŲģžévĘ€9ŋø]ŋ?ča˙É+ū7Gü.߇Ÿô0˙ä•Į˙Ŧß|*đFā­vúĶ@†+›}>ybK!*ëynÄWđ;ĀžņO…ĩ ŊoJŽōx¯Lhí#Žbœ|¤w&€=_FøŠāŋjÖúV—Ŧũĸöā‘_e™7`ydpS]pvžømá/ŲI Z^Ŧg6Š-éY[vPmF~s’:uŽō€ +?P×´}"hĄÔĩk )f˙T—7)?nŸÂw­iVļöWš•ĩÕÉ N¨ō’pŠ9nxãŊ^ĸš­â…<1qöm_[ļˇ¸īŨ#¯ÕP?ŋĄx›Dņ5ŗ\hēŊėk÷üĻų“ũå<ÄPĩW)ŦüKđo‡īĶR×íŖ¸C‡Š0Ō˛Fր:ē+Bņ^ƒâxšMUļŧŲ÷Ö7ų×꧑øŠØ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŠŨ˙­îÕʧwū´ģ@čĸŠ(ĸŠ(ĸŠ(ĸŠį|]˙v˙õĐ˙*ętųØ˙×ŧúŽ[Åßņįo˙]ōŽ§G˙-ũ{Į˙ ŠÆ?ÅgĄWũʟĢ.ŅEąį…Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@&Ą˙#īü ?ô]=s‡üŋđ4˙Đtõåęz˙†—øPQEąį…Q@Q@Q@ē˙ü€oë™ŦĪčÚvĄŖK5Ũ¤rČ'e Ū›WÔ֞ŋ˙ ßúæj/‡˙ō›ūž[˙AZōĢB3Ė ¤Žš_æCø_øF4_úCúŅ˙Ƌ˙@čZÖĸģž­Cų܊˛2áŅčëGü#/ũĄũkZŠ>­Cų܂ČÉ˙„cE˙ t?­đŒhŋô‡õ­j(úĩä_r #'ūūĐū´Â1ĸ˙Đ:Öĩ¨ŖęÔ?‘}Č,ŒŸøF4_úCúŅ˙Ƌ˙@čZÖĸĢPūE÷ ˛2áŅčëGü#/ũĄũkZŠ>­Cų܂ČÉ˙„cE˙ t?­đŒhŋô‡õ­j(úĩä_r #'ūūĐū´Â1ĸ˙Đ:Öĩ¨ŖęÔ?‘}Č,ŒŸøF4_úCúŅ˙Ƌ˙@čZÖĸĢPūE÷ ˛2áŅčëGü#/ũĄũkZŠ>­Cų܂ČÉ˙„cE˙ t?­đŒhŋô‡õ­j(úĩä_r #'ūūĐū´Â1ĸ˙Đ:Öĩ¨ŖęÔ?‘}Č,ŒŸøF4_úCúŅ˙Ƌ˙@čZÖĸĢPūE÷ ˛2áŅčëGü#/ũĄũkZŠ>­Cų܂ČÉ˙„cE˙ t?­đŒhŋô‡õ­j(úĩä_r #Î|qĻYi­cö;t‡Ėķ7mī¸ūfēÛoøõ‹ũÁüĢø÷´ß¤ŋû-tVßņëûƒųW1Ž6˛Š˛÷"cņ2Z(ĸŊRŠ( Š( Š( ¸˙˙ČÍ˙\Ÿ˙CØWŸøoXĩŅuÛˋŋ3cĢ Øš9ÜôŽĒ ¸M#ÄÍ*Fž'9ģ$ßäTĸšøO´_úy˙ŋcüh˙„ûE˙§Ÿûö?Æ˛ö?”íūĶÁ˙ĪÅ÷EË˙Â}ĸ˙ĶĪũûãGü'Ú/ũ<˙ßąū4{ ŸĘÚx?ųøžķ¨ĸšøO´_úy˙ŋcüh˙„ûE˙§Ÿûö?ƏaSųCûO˙?ŪuW/˙ ö‹˙O?÷ėđŸhŋôķ˙~ĮøŅė*(iā˙įâûÎĸŠå˙á>ŅéįūũņŖūíūžīØ˙=…Oåí<üü_yÔQ\ŋü'Ú/ũ<˙ßąū4Â}ĸ˙ĶĪũûãG°ŠüĄũ§ƒ˙Ÿ‹ī:Š+—˙„ûE˙§Ÿûö?ƏøO´_úy˙ŋcühö?”?´đķņ}įQEr˙đŸhŋôķ˙~ĮøŅ˙ ö‹˙O?÷ė§ō‡öžū~/ŧę(Ž_ūíūžīØ˙?á>ŅéįūũņŖØTūPūĶÁ˙ĪÅ÷EË˙Â}ĸ˙ĶĪũûãGü'Ú/ũ<˙ßąū4{ ŸĘÚx?ųøžķ¨ĸšøO´_úy˙ŋcüh˙„ûE˙§Ÿûö?ƏaSųCûO˙?ŪuW/˙ ö‹˙O?÷ėđŸhŋôķ˙~ĮøŅė*(iā˙įâûÎĸŠå˙á>ŅéįūũņŖūíūžīØ˙=…Oåí<üü_yÔQ\ŋü'Ú/ũ<˙ßąū4Â}ĸ˙ĶĪũûãG°ŠüĄũ§ƒ˙Ÿ‹ī:Š+—˙„ûE˙§Ÿûö?ƏøO´_úy˙ŋcühö?”?´đķņ}åČŠwūōčbŗŧ!˙"ė?īŋķ5KĞ.Ķ5]{;o?Ír¤nL_jģáųa˙}˙™­e F…¤ēū‡*ôëfœÔĨuÉĶÔŨĸŠ+”÷BŠ( Š( Š( š›Ÿų-ŋë¤Ōējænätļ˙Ž‘˙JíĀür˙ 7Ąģô;Ē(ĸ¸ŒŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( KūĨ˙Ũ5ÃøOũe×Ņ­w˙Š÷Mpū˙Yuô_ë]´?ŨĒüŋ3x_#§ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@Q@÷äø—ūÁw?ú)ĢÎŋfīųõ_ûŸũ•čž=˙’wâ_ûÜ˙čĻ¯:ũ›ŋäKÕė"ôZP´F‰#čšW‰-rˇ}Į”îŊBŋ*Q˙}WŠø[[Ä~Ķ5ˆņ‹ģt‘€ūĮĖ?Čü)ž-ĐĶÄžÕ4g7VėˆO@ũPū ü+Åžøėø{áO‰­î›mֆYāũdáWõ×9˙z€‡ü,OÚ?ë4Ũ ¯qˆOäs+~"Ąũ îîlģ>Č?Õŧ7ķKđ˙#Č?á×č'ũôŋãGü"Zīũ¤˙ž—ük×čŖëŗėƒũ[Ã4ŋō<ƒū-wūŌßKū4Â%Ž˙Đ:OûéÆŊ~Š>ģ>Č?Õŧ7ķKđ˙#Č?á×č'ũôŋãGü"Zīũ¤˙ž—ük×čŖëŗėƒũ[Ã4ŋō<ƒū-wūŌßKū4Â%Ž˙Đ:OûéÆŊ~Š>ģ>Č?Õŧ7ķKđ˙#Č?á×č'ũôŋãGü"Zīũ¤˙ž—ük×čŖëŗėƒũ[Ã4ŋō<ƒū-wūŌßKū4Â%Ž˙Đ:OûéÆŊ~Š>ģ>Č?Õŧ7ķKđ˙#Č?á×č'ũôŋãGü"Zīũ¤˙ž—ük×čŖëŗėƒũ[Ã4ŋō<ƒū-wūŌßKū4Â%Ž˙Đ:OûéÆŊ~Š>ģ>Č?Õŧ7ķKđ˙#Č?á×č'ũôŋãGü"Zīũ¤˙ž—ük×čŖëŗėƒũ[Ã4ŋō<ƒū-wūŌßKū4Â%Ž˙Đ:OûéÆŊ~Š>ģ>Č?Õŧ7ķKđ˙#Č?á×č'ũôŋãGü"Zīũ¤˙ž—ük×čŖëŗėƒũ[Ã4ŋō<ƒū-wūŌßKū4Â%Ž˙Đ:OûéÆŊ~Š>ģ>Č?Õŧ7ķKđ˙#Č?á×č'ũôŋãGü"Zīũ¤˙ž—ük×čŖëŗėƒũ[Ã4ŋō(ĸŠ(ĸŠ(ĸŠ+™š˙‘ŌÛūēGũ+ĻŽfįūGKoúéôŽÜĮ/đŗzŋCēĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠdŋę_ũĶ\?„˙Ö]}ú×q/ú—˙t×á?õ—_EūĩÛCũÚ¯Ëķ7‡đåō:z(ĸ¸ŒŠ( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQEQE…ã[yŽü â {hdšytۄŽ(Ôŗ;Øä’{WđGÔôoęPęšuŨŒ¯~]Rꉙ|´€ČČ5ëTP_%üQđÍŨ‡Å›Ũ#NČ]nXåŠ%8en„×@Õôg|{¤øŌÖįVŠîHî]‘>ĖŠÄ3ÎXW“ü7‚īâ/ÅË˙ŨÛŨ¨Ŗą*šcŽ„Z÷JƒCĐėtĢaû›H8ë´c'ÜõükÁŋhK7Ô|má›ŲVK˜ŧ•fč H'ķ¯ĸ+Á~5˙ÉQđWûņ˙čá@ cņsĞąMÅūšžęŅDQ]Ŧ›DĘ8$ßīĪqœÖUž•âž4´Õu>M?Ãļ‡åV.Ėäĸöl ļ0Đ úBŠã>&x|qáĶ )íģ ŦŨ¸Pā´ú ‘í^[Ą|\ņ€4čŧ?âī ]ĘöŠ"†}Ū[I\éŽŊkčZ(į÷ņgĮ]vÆėštŸ Û>ö‘ōWž­¸ŊņĀqŸŠ¯ĸmmĄŗ´†ÖŨC kj?…@ĀŠh Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŠŨ˙­îÕʧwū´ģ@čĸŠ(ĸŠ(ĸŠ(ĸŠį|]˙v˙õĐ˙*ętųØ˙×ŧúŽcňíc *’NH8Ēöž0ēĩ´†Ũlãa*IįĖæĄUļzņÃΞ ŸFÎōŠâ?á7ŧ˙Ÿŋ3Gü&÷ŸķãæjūąLÃû/ÛņGoEqđ›ŪĪŒ_™Ŗū{Īųņ‹ķ4}b˜eâ{~(íčŽ#ū{Īųņ‹ķ4Âoy˙>1~fŦSėŧOoÅŊÄÂoy˙>1~føMī?įÆ/ĖŅõŠaũ—‰íøŖˇĸ¸øMī?įÆ/ĖŅ˙ ŊįüøÅųš>ąL?˛ņ=ŋvôW˙ ŊįüøÅųš?á7ŧ˙Ÿŋ3GÖ)‡ö^'ˇâŽŪŠâ?á7ŧ˙Ÿŋ3Gü&÷ŸķãæhúÅ0ūËÄöüQÛŅ\9ņÅØëe˙_øMī?įÆ/ĖŅõŠ}Ãû/ÛņGoEqđ›ŪĪŒ_™Ŗū{Īųņ‹ķ4}b˜eâ{~(íčŽ#ū{Īųņ‹ķ4Âoy˙>1~fŦSėŧOoÅŊÄÂoy˙>1~føMī?įÆ/ĖŅõŠaũ—‰íøŖˇĸ¸øMī?įÆ/ĖŅ˙ ŊįüøÅųš>ąL?˛ņ=ŋvôW˙ ŊįüøÅųš?á7ŧ˙Ÿŋ3GÖ)‡ö^'ˇâŽŪŠâ?á7ŧ˙Ÿŋ3Gü&÷ŸķãæhúÅ0ūËÄöüQÛŅ\Gü&÷Ÿķãæh˙„Ūķū|büÍXĻŲxžßŠ#Ô?ä}˙§ū€+§Ž2ÚęmSÅ1^4;Y˜ œŌģ:TųŸ™YŒ\=œ^ę((ĸŠÜķBŠ( Š( Š(  Ũū@7ŋõĖÔ_˙ä7ũ|ˇū‚ĩ.ŋ˙ ßúæj/‡˙ō›ūž[˙AZķ*ČÆá™â:ē(ĸŊ2Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( â7ŪĶ~’˙ėĩŅ[ĮŦ_îå\īÄoŊĻũ%˙Ųkĸļ˙XŋÜĘŧŧ7ûõûwō!|L–Š(¯P°ĸŠ(ĸŠ(ĸŠ(Ž?Āŋō3_˙×'˙ĐÅvĮøūFk˙úä˙úŽš?ÙãæīxoWų#Ņ(ĸŠæ=€ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ŸņˇüŠ—ī'ū†+;Âō.Ãūû˙3Z>6˙‘Rīũä˙ĐÅgxCūEØßæk§ūaūĄãŋų۟ûqģEW1ėQ@Q@Q@s7?ō:[×H˙ĨtÕĖÜ˙Čém˙]#ū•ÛøåūoCwčwTQEqQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ —ũK˙ēk‡đŸú˯ĸ˙Zî%˙R˙îšáü'ū˛ëčŋÖģhģUų~fđūžGOEW€QEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€)ęNĢ°ęZ}­ėJw*\²(> 0<ÔööĐYÛĨŊ´1Á $q UQėĨĸ€ Ŗ{ĸiZÔ77Úe•ÕÄÅ,öęī9ųIķÅ^ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ §wū´ģW*ĩÃĒČŒ7MTĸĻķ“ūx­rĪ hŠŧä˙ž+GœŸķÅh*o9?įŠŅį'üņZ†Š›ÎOųâ´yÉ˙•ÛÛ˙ĮŦ_îå\¸*ŠŒ­8;§Ëų .ōd´QEzå…Q@Q@Q@qū˙‘š˙ūš?ū†+°Ž?Āŋō3_˙×'˙ĐÅtŅūĪ0˙{ÃzŋɉEW1ėQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@˙ŋäTģ˙y?ô1YŪ˙‘v÷ßųšŅņˇüŠ—ī'ū†+;Âō.Ãūû˙3]?ķķũ˙ČÛūÜ˙ۍÚ(ĸš`(ĸŠ(ĸŠ(ĸŠ+™š˙‘ŌÛūēGũ+ĻŽfįūGKoúéôŽÜĮ/đŗzŋCēĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠdŋę_ũĶ\?„˙Ö]}ú×q/ú—˙t×á?õ—_EūĩÛCũÚ¯Ëķ7‡đåō:z(ĸ¸ŒŠ( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQETSũŅõŠj)ūčúĐâkČ5)­­íŖa“Ą¨á'ÕįÆ?ûößãOŌŋä{—ũų?‘Žæš §;žn§¯^t0üąöiŨ'šÁ˙ÂOĒ˙ĪŒ÷íŋÆŗõMF˙VXÖkMĸ2H؍ßë^™E7FMYČÎúTäĨI?S€‡Äz¤0ĮŲ!ĄA1ˇaõ§˙ÂOĒ˙ĪŒ÷íŋÆģĘ)û)˙1/Aģē+ī8#âTM”`ū[lč:ŧš´34ąĸđŸÄšôš(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ §wū´ģW*ßúŅūíWĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(”ņGü„í?Ũ˙ŲĢĢŽSÅō´˙w˙fŽŽą§ņČô1îô}QEąį…Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ tIchäPČà ¤dY˙đé?ķãëZTVsĨNSõBą›˙ū“˙>1~´Â?¤˙ĪŒ_­iQQõjČžäFoü#úOüøÅúŅ˙ū“˙>1~ĩĨEVĄü‹îAdf˙Â?¤˙ĪŒ_­đé?ķãëZTQõjČžäFoü#úOüøÅúŅ˙ū“˙>1~ĩĨEVĄü‹îAdf˙Â?¤˙ĪŒ_­đé?ķãëZTQõjČžäFoü#úOüøÅúŅ˙ū“˙>1~ĩĨEVĄü‹îAdf˙Â?¤˙ĪŒ_­đé?ķãëZTQõjČžäG%â*ÆËIÛ[$oæ¨Üž˜5oDŅtëÖi­#yrĖ{ōi|e˙ 5˙ŽËü^đīü‹öîS^t(RūДyUš{y“eĖ/ü#úOüøÅúŅ˙ū“˙>1~ĩĨEz?VĄü‹îEYŋđé?ķãëGü#úOüøÅú֕}Z‡ō/š‘›˙ū“˙>1~´Â?¤˙ĪŒ_­iQGÕ¨"ûYŋđé?ķãëGü#úOüøÅú֕}Z‡ō/š‘›˙ū“˙>1~´Â?¤˙ĪŒ_­iQGÕ¨"ûYŋđé?ķãëGü#úOüøÅú֕}Z‡ō/š‘›˙ū“˙>1~´Â?¤˙ĪŒ_­iQGÕ¨"ûYŖ@Ō•0äzŒÖ•V§| /AØ(ĸŠ° (ĸ€ (ĸ€ (ĸ€ ķ?RŊđöŗw4v›ŨˇFVE< Ųíô¯GĸļĨUBéĢÜķņØb\%ō¸ėís˙„˙T˙ l?“Q˙ ūŠ˙@Ø&ŽžŠŋmOų?¨c?č%˙ā+üÎCūũSū°ūMGü'ú§ũaüšēú(öÔ˙“ņ¨c?č%˙ā+üÎCūũSū°ūMGü'ú§ũaüšēú(öÔ˙“ņ¨c?č%˙ā+üÎCūũSū°ūMGü'ú§ũaüšēú(öÔ˙“ņ¨c?č%˙ā+üÎCūũSū°ūMGü'ú§ũaüšēú(öÔ˙“ņ¨c?č%˙ā+üÎCūũSū°ūMGü'ú§ũaüšēú(öÔ˙“ņ¨c?č%˙ā+üÎCūũSū°ūMGü'ú§ũaüšēú(öÔ˙“ņ¨c?č%˙ā+üÎ@ü@ÕÉĶĄčßãM_ˆZ“ũŨ>ún?Öē}OūA7ŸõÁ˙ô\ī?ãĘīūēåZFTœų68ĒSÆC ?ˇ~ōnö]ÂĒĐ6ɨ˙„˙T˙ l?“W_EgíŠ˙'âvũC˙A/˙_ærđŸęŸô ‡ōj?á?Õ?čäÕ×ŅGļ§üŸˆ}C˙A/˙_ærđŸęŸô ‡ōj?á?Õ?čäÕ×ŅGļ§üŸˆ}C˙A/˙_ærđŸęŸô ‡ōj?á?Õ?čäÕ×ŅGļ§üŸˆ}C˙A/˙_ærđŸęŸô ‡ōj?á?Õ?čäÕ×ŅGļ§üŸˆ}C˙A/˙_ærđŸęŸô ‡ōj?á?Õ?čäÕ×ŅGļ§üŸˆ}C˙A/˙_ærđŸęŸô ‡ōj?á?Õ?čäÕ×ŅGļ§üŸˆ}C˙A/˙_æpZŋ‹5 _M’Ę[D‚YCd`ƒũ+Ŗđ¤REáčDd$ą†2kjŠ™ÖR‡$cbđš}JUũŊZœîÖÚŨnQE`zEPEPEP\ÅÛ*xĘŨ˜…Q$d’pJéëRĐPēûGžcb#nz~5׃ŠMķģ&š5Ŗ%>cĨûm§üũC˙m´˙Ÿ¨īāŽ;ū5˙ŸÃ˙~˙úôÂ&ŋķøīß˙^ĢŲaįįāĘäĨü߁ØũļĶū~Ą˙ŋ‚ļÚĪÔ?÷đW˙š˙Īá˙ŋũz?á_ųü?÷ī˙¯G˛Â˙ĪĪÁ‡%/æüĮíļŸķõũü}ļĶū~Ą˙ŋ‚¸īøD×ūũû˙ëŅ˙š˙Īá˙ŋũz=–ū~~ 9)7āv?m´˙Ÿ¨īāŖíļŸķõũüĮÂ&ŋķøīß˙^øD×ūũû˙ëŅė°ŋķķđaÉKųŋąûm§üũC˙m´˙Ÿ¨īāŽ;ū5˙ŸÃ˙~˙úôÂ&ŋķøīß˙^e…˙ŸŸƒJ_ÍøÛm?įęûø(ûm§üũC˙qßđ‰¯üūû÷˙×Ŗū5˙ŸÃ˙~˙úô{,/üüürRūoĀė~Ûi˙?P˙ßÁGÛm?įęûø+Ž˙„Mįđ˙ßŋūŊđ‰¯üūû÷˙×ŖŲaįįāҗķ~cöÛOųú‡ūū >Ûi˙?P˙ßÁ\wü"k˙?‡ūũ˙õë*×K:´ļ>vЅ†ũšÎĻkHapķMÆĻŪCTŠģĩ-Fûm§üũC˙m´˙Ÿ¨īāŽ;ū5˙ŸÃ˙~˙úôÂ&ŋķøīß˙^ŗöX_ųųø1rRūoĀė~Ûi˙?P˙ßÁGÛm?įęûø+Ž˙„Mįđ˙ßŋūŊđ‰¯üūû÷˙×ŖŲaįįāҗķ~cöÛOųú‡ūū >Ûi˙?P˙ßÁ\wü"k˙?‡ūũ˙õč˙„Mįđ˙ßŋūŊË ˙??”ŋ›đ;ļÚĪÔ?÷đQöÛOųú‡ūū ãŋá_ųü?÷ī˙¯Gü"k˙?‡ūũ˙õčöX_ųųø0äĨü߁ØũļĶū~Ą˙ŋ‚ļÚĪÔ?÷đW˙š˙Īá˙ŋũz?á_ųü?÷ī˙¯G˛Â˙ĪĪÁ‡%/æüĮíļŸķõũü}ļĶū~Ą˙ŋ‚¸īøD×ūũû˙ëŅ˙š˙Īá˙ŋũz=–ū~~ 9)7āv?m´˙Ÿ¨īāŖíļŸķõũüĮÂ&ŋķøīß˙^øD×ūũû˙ëŅė°ŋķķđaÉKųŋŽ–öÔÄ˙é0ũĶ˙-qŪ˙Yuô_ëO˙„Mįđ˙ßŋūŊiiZBibB%24˜É#Į˙Ž­Ę…:3„%víĐmÂ0j.÷4¨ĸŠķÎpĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQE˙t}jZŠē>´ĀC¨CĻøēâę`æ5’@v žr+Ą˙„ÛL˙žw_÷Ā˙Ãŗĩ‚ķƓÃq’2ō§čkĢ˙„wH˙Ÿ˙_ņŽJjĻŧ¯Šíâå†NÕ6ųVÅøM´Īųįu˙|ņŖūm3ūyŨßüj˙ü#ēGüøĮú˙đŽéķãëū5ĨĢwG'>ųeø?á6Ķ?į×ũđ?ƏøM´Īųįu˙|ņĢ˙đŽéķãëū4Â;¤ĪŒ¯øŅjŨĐsā–_•wã6{9âXîw*ĐŽī<Í2Æ ÖĐyH6§ņ¸õ=IŦ{ŸxßÆž.ÕôO› >ĪI“Ęžúėn,Ų+Ā!¸%[ié’FqQøâ+Ÿž8’' ‚=™ĒȧõĻ›Āpę^#ÔüCđëÆËa},¤ŪÁ ,Й $îņ““‚œãũ'Å>?đĮtŨÆ1Zęvz‹ŠūĘ,ylNpĒ1’2r stī¯Žü2ōëŧ7:‰R u͡D2Į?%O9é[ĶøįĮŸĩm:ßÆđiڎ—{7’/ŦūWSÆN0įF{“ã?üŽ?ė(ôdÔjzö¯đ˙áĖڗˆnĶZÕabĒņD"ŗ6a@Ā¯r–1ük×l"Ö!Õô]:;„ÅdđŒí##9ˆãÕŗëŠėž$øčxÃąŪÅj.īnf[BNąåąÎ:šZŃEø¯ĢĀ$Ô˙ÉuņįĐčBŠü´’Ãâ7Ž­&Ŋ’öXfT’æOŊ+ ,}ÉÍ\ø˙%×ĮŸA˙Ą ›_ņ÷Š|AãK¯ x U’Į"ķQšĒ08 g xčI ā`fŗõ|Løo%Ŋ˙‹ZÃ[Ņe”G4ļˆâĪĻ0zõ™ī ‘k^5ĩ¸ j+| ĄĖ@iü›?˜Žŋã,ļŅ|)ÖÅÉ\:F‘‚zŋ˜ģqøŒū€;K+Č5 {ÛY–÷Ŧą8čĘà ūF§ŽGájMÃ,ųßö5#?Ũ$•˙ĮHŽē€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (¨įž+[yn&p‘D…ŨEP2Oå@T_ZO1†¨$” ”IlzāWÎŅEâߎúŨėąę ĨøfÚO-ä¨ôAßœœ öāU˙…ūOüxÖtîšé-tÎ&dÚ[wũ2q÷ąøPĐ4WĪ:Üž/ø3âÕÕũõ jnĪNŅ¸–+´Ÿ‘ņ’āãžâžˇ¸ŠîÚ+˜<2 ‘wR2å@ŅEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@§Š?ä'iūīūÍ]]rž(˙§ûŋû5uu?ŽGĄ‹˙wŖčŠ(­<(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠįŧe˙ 5˙ŽËü^đīü‹öîST|e˙ 5˙ŽËü^đīü‹öîS^\?äc/đū¤}ŖNŠ(¯P°ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž§˙ ›Īúā˙ú ŽwĀŸņåw˙]ōŽ‹S˙Mįũpũ×;āOøōģ˙ŽƒųWL?/‘ãâ?äeGŌ_‘ÖQEĖ{EPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEP\ž™˙#]×ûŌ:ę+—Ķ?äkē˙zOį]¸O‚§ĄŊ/†^‡QEW€QEQEQEQEQEQEQEQEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ Šē>ĩ-E?ŨZâ4ųĸƒÆķI4‰“,ėč{šėĩ4˙ųūĩ˙ŋËū5Ī^øZ ËÉ.>Ņ"⸚¯˙lķų'ũđ+š*¤.’=j˛ÂWå”ĻĶI-Ž§ûSO˙Ÿë_ûüŋãGöĻŸ˙?Öŋ÷ųÆšoøC`˙ŸÉ?īY:戚JBÉ3IæF1ŒS•J‘Wq&– Vj¨îüŽ˙ûSO˙Ÿë_ûüŋãGöĻŸ˙?Öŋ÷ųÆš+Ã5´R›št ŖŒŠ“ūØ?įōOûāSįĢü¤:4ėę?¸čoõ+ĶŽUom‹˜%\“ƒī\īƒ?ÔŨ˙ŧŋ֗ūØ?įōOûāVž“¤E¤Å"G#Hd9fn(Jrš”•ŦTį‡§‡•:rmģtėnŽ‚ŠAEny\GćPxĶėwÖˇŌiēŨÍ­ėc‘ÎBļ8Ī ƒĮ?Jíč ģøwņ7ĖÃJņ'lΐÄyĸÖ/ŪH į™üIZčügđåĩO†Vūđë[Û-ģÆc7NÁp¤’IU'q$žI¯Bĸ€9mwÁpx—Ā áBo-…ŧH'ˆnŲ"†ã##§ĩpø'âö›ĻEĸXxŋNūÍEō’R–8ú`#Ž˜lQ^ŅEyï…מņv§~oĄē°šĩHŖbÍį4Ÿ)vaŒX1cÁN˙ág‰t_ßë^ņ,Zhŋs$öˇ)”ÜI?Ũ`FIÆW#=k×( '´ø]â-{]ąÕ<âXõ4ąq$Vąíˆˇžc gåÉõ­¯‰ŪÔ|ewŖęYęZUÁšœ„§’Áô5ßQ@y­xUņ§€"Ō•ę~˛›MđĻcp15ĩŒ0ɟī*Q^uāŸ‚6š°šįˆ5Ö5D1åŖ˙x’IvA8ĮĨzÕQEQEQEQENīũh˙vŽU;ŋõŖũÚ¯EPEPEPEPEPEPEPEPEPEPEPEP)âų Úģ˙ŗWW\§Š?ä'iūīūÍ]]cOã‘čb˙Ũčú0ĸŠ+cĪ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9īČ ë˛˙#Wŧ;˙"ũŸûŸÔÕČ ë˛˙#Wŧ;˙"ũŸûŸÔחųËü?ŠhĶĸŠ+Ô,(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠĢŠ˙Č&ķū¸?ū‚kđ'üy]˙×AüĢĸÔ˙äy˙\˙A5Îøū<Ž˙ë ūUĶāKäxøųQô—äu”QEsĀQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEW/ĻČ×uūôŸÎēŠåôĪųîŋŪ“ų×nāŠčoKᗡÔQEÄ`QEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( ĸŸî­KMr  Ã#é@(Ģâūčü¨ß÷Gå@ëÄúuÍü˙fĖ(Į# uú×Mž/îĘņt~U3Š’ŗ5ĄZTj*‘Ũ­chm!‰ąšTãÔ –Ŧo‹ûŖōŖ|_Ũ•R3nîåz*Æøŋē?*7ÅũŅųP"QĐQEQEQEQEQEQEQEQEQEQEQEQEQEQEUMSO‹VŌ/tŲÉŨĀđHW¨WR§ĢtPÎŋ ŧGgđĢÄ:Ÿ‡ĩûÛy4ëĮYmĩWÄHČÉے21îįƒšöˆü}āé:øĢE˙zū%?‘l× ˙ íāĪųúÖ?đ!?øŠ‡ū€ÄžWöžĨætŲö¸ŗųl A˙„īÁ˙ô5čø1‡˙ŠŽ‚ŧ“ūÛÁŸķõŦāBņëtQEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@§Š?ä'iūīūÍ]]rž(˙§ûŋû5uu?ŽGĄ‹˙wŖčŠ(­<(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠįŧe˙ 5˙ŽËü^đīü‹öîST|e˙ 5˙ŽËü^đīü‹öîS^\?äc/đū¤}ŖNŠ(¯P°ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž§˙ ›Īúā˙ú ŽwĀŸņåw˙]ōŽ‹S˙Mįũpũ×;āOøōģ˙ŽƒųWL?/‘ãâ?äeGŌ_‘ÖQEĖ{EPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEP\ž™˙#]×ûŌ:ę+—Ķ?äkē˙zOį]¸O‚§ĄŊ/†^‡QEW€QEQEQEQEQEQEQEQEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ Šē>ĩ-E?ŨZ¯Eqڗ‹¯­õYí-­bu‰ŠÁ‹u<¯˙ †ŗ˙@øŋīÛ˙y˛Í°Ņ“ŪžDsŖšŽOĮ7CkfąJč؝§ĀĒ_đ˜k?ô‹ūũŋøÖfąĒj:ŌDŗŲėG—sŸ¯Ō¸ņŲ•¸yBîüŧÅ)Ļ´=ÅÚM>ŲܒÍ’OsV+‚ƒÅZÄņÂē|ecP ˜ß8ĩ'ü&Īũâ˙ŋoū5Ķ Ûĸ“ŋÜĮΎæŠáŒ5€ :|@¤Æ˙ã[Ū×%Ö Ļ‰â`>LāƒõúVÔ3Ē*pnīČjIču ĸĐQ]åQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@G<ņÛ[É<Î(ģąč “RVWŠ-&Ô<%ŦŲ[g¸ąž(ĀëšŖ`?S@ öŸüq×/WNž}/ÃvīŗŠĻ; ĖŽG8<n3¯˙ Ņmäcū‰ŧė}īą šúoūĩĨû;ëz|žģĐüďQ‚éæhIÃ:0Pø#ĶÖŊž€>o>4øŽY.Ĩzú§†ŽfLwÚ˜Üp8>ũžŒ‚hî`Žx\ĩ-E?ŨZātų(Ķ×I‘¯C¯0‡SƒJņŊÍäáÚ$–@B žr+Ļ˙„˙H˙žW÷íøĒđōü] QœjI'ĖĖã$ˇ:š+–˙„˙H˙žW÷íøĒ?á?Ō?į•ßũû_ū*ģ˙´pŋΊæGSErßđŸéķĘīūũ¯˙Gü'úGüōģ˙ŋk˙ÅQũŖ…ūtČßÔ˙äy˙\˙A5Æx ũE÷ûÉü]ŧņΕqcq GuēHŲQq’1ëT|G“|;îOë\rÄR­Ž¤éĘöOōĶ’ąß‚ŠAE{%…yŋˆâô#ĨzEx˙Š˙äå<˙^ü§ `ĸŧ¯Å=Öuŋ¯ƒūŧmfûSdĒƒČäOcÁôôę_kĮ[u:?ņ,ĘČ˙gæéũęã~˙ÉuņįĐčBļ|âkUøŠâíöķÍĶôō>Í”‹åüØûĀhŌh¯%×üqâŋøÎķž[X›OŊÔŽ@*Œ Œ‚8øë]ÖuŊ_Âū)ˇ…5/æ2Â0$\āä;ŠpAéë¯á?‡ãÃ^/ņˆĨÔEäúŧĨÕ|†.XŽwŨTvû´ĮÜ|Rņŋ„n­äņׄ`ˇĶgpŸi°}Ûũöāžŧ3ƒŠõûK¸/ėāģĩ•eˇž5’)Ŗ)~ŧãã–ģĨØü>ŧŌndI/õ ‰ml\āīĮP>¸Ķü<Ķ.ô‡Ú…đeēŠÕ|Än¨O;OĶ8ü(ĻĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠŠææ+;IŽ§pÂ$Œ{('ōäž5ø¯ŦÉŽxgRūÉÔ]ĖȌšęĘËĘßü+ž˙…{ņŸoŲ˙á0ũßO3ûN_įˇuRĶî<{ņ›\ēŊ°ÔäŌ|?m6ÕA+"Ô.™'< öČô=ÜæÎxl2ÆÉģÆF3@Mā¯ĐéĖzī‰ĩ/ímF7$c&0ãŖ37.Glãņ¯_¯›îŋá9ø!ĒŲ\ŨjOĢxzy|ļBėČ{•Úßęß ƒƒŽø"ž‹ĩšŠōŌ¨<3F˛FÃē‘#@Ķ%F’EbŒĘ@aØúĶč 8˙…}âúĩûî_ū9X#Ņ|I ÉemŒ5+ÛûŲ|¸m’Y‘Ũ‰Ūp:kØnn"´ĩ–æw H]ÜôU$× āˆ&ņą}ãä?Ŋc‚7üŗˆ?—×w­]ņ7ˆ.<āÛ5i>ÕĒ4inŽäļųüÎsÉ韩Ž<'ã†ąūŅ>+œjE|ĪąķåįŽŪģs˙Įķ¤ø‰ū‘ã_Úŋ1H=d@•zUrūņCøŸEgš@—ÖĪå\(ölvĪķēŠķ_~ãâ‹m“ˆĖĖØ$lčFŊP¸{M6ęæ5$0ŧŠ§š(ÍSģ˙Z?Ũ¯˙…ËâŸúíŋīÔŋã^‡āvķŚj:•˛ZNŗ´B4  ÍĪs@4Uŋ˛ĮũķųŅöX˙ž:ŠE[û,ß?eûįķ  ”Uŋ˛ĮũķųŅöX˙ž:ŠE[û,ß?eûįķ  ”Uŋ˛ĮũķųŅöX˙ž:ŠE[û,ß?eûįķ  ”Uŋ˛ĮũķųŅöX˙ž:ŠE[û,ß?eûįķ  ”Uŋ˛ĮũķųŅöX˙ž:ŠE[û,ß?eûįķ  ”Uŋ˛ĮũķųŅöX˙ž:ŠE[û,ß?eûįķ 'Åō´˙w˙fŽŽšŸFąęÖaNFÁ˙ĄWcöX˙ž:ƟĮ#ĐÅ˙ģŅôeJ*ßŲcūųüčû,ß?lyåJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?r~2˙˙×eūF¯xwūEû?÷?Š¨Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūt•Š˙Č&ķū¸?ū‚kđ'üy]˙×AüĢĢÕ­Ŗ]ø‡9ōüt×3đú%’Ę÷sc/ōŽ˜_#ĮÄČʏ¤ŋ#§ĸ­ũ–?īŸÎ˛Įũķų×1ė(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRŠˇöX˙ž:>Ë÷Īį@(ĢeûįķŖėą˙|ūtRš}3ūFģ¯÷¤ūuŲũ–?īŸÎš &5oŨĄË÷Īį\FJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?Tĸ­ũ–?īŸÎ˛ĮũķųĐJ*ßŲcūųüčû,ß?CmūŊåWęāDpÁ‰"§ Š( Š( Š( ĸŸî­KQO÷Gր<îÆÎŪûĮ×÷1,‘4’’§Ąā×e˙ļ‰˙@čŋ3ū5ČiŗÅoņy&•"A$šg` p{šîŋĩôĪúÚßõ˙ņrøPq›¨•ųžö3ē•?áŅ?čæƏøE´OúEųŸņĢÚúgũm?īú˙Úúgũm?īú˙wû<'hūZ%OøE´OúEųŸņŖūmūŅ~güjßöž™˙AOûūŋãGöž™˙AOûūŋãGŗÂvā‰—á­-:ęD°‰]!vR3ÁûÖ€ŋÔ_ŧŸČ×O¨ęēsé—jˇöŦÆ ”’vŸzæ<ūĸûũäūF¸§QĮRöilöôœĘĮz: (ėāŸ4ŨKXøŲáÍ;IŊûíΜc[œcRĶo#įnīņkŪëƒÖüŠj_tC=ĸØiö­ ąģ°•˜‰~č Œ|ãŠčĪ4˜$ø!ņ&->ây%đÎļˆ‚æ\|’/›Ŧy˙eÁí^›ņ'ĮcĀ~Žö+Qw{s0‚ÚpĨˆ'-ŽÃ\­[ņ÷ƒ­ŧqáK&RŠqū˛ÖfęĨĐōą5ËÍđ×Vņ'Ã+_ ø§Pļ•„€ŲßZ3H0Ŗ ŧ0Rx%OĐ怋ņ_W€I¨x§LŅ|Á–†ĘČLŅįļ[ŋП­sŋ-$°øãĢI¯dŊ–•$š“īJÂGËrsZöŪø¯VĨlčŪ[ã, ‘Õyၠ'ŽøĢárÑjž1ņÕĩŠŽRŪĘŪŨvC œŗ•P$ā āvëÆ;Š˙ō@ė띟ōé~bđ†‹l U°­s6đ^Ŗâ†6Ūą–Ú´KpZá™Pl<¨'ˇĨv=¤š~‰ae)V’ŪŪ8œĄČ%Tn(Ęü%˙'#ã/úņOå^ņĩÍCÅā¯[Į.Ē‹ū—'1Ú3푑’s‚p=5ô?ęZgÅŊÅsOh֍˛ÅhėeR<ŋŧ āô'ĩp–_ >(hēŪ­Šhž"Ņm$Ô§if%™Ų˛ĖÃ;Ą8ûĮĨv>øI§hšˆ×5ËšuŨ|°sutIXÛÕTį‘ØœôãčÕãđ‹üp˙ĄĶG˙žûžŊGÃļúĩ¯‡ė ×.ĸēÕ<\OŨvĪQÂûv§EPEPEPEPEPYž"°—UđÆ­§Bq-՜Đ!Î0Ė…GękNŠņ€>(Ķm4[¯ ßJ–zŦ7nëĮa”=X Ž¸Įž=žŧ×Į?ô^I¨Ã,šf§'2M IOĢ'>ā|×˙ ÄĀ}|dŋeūî$øîė~´§û@xŖM¸Đí|-g*]ęŗ]¤Gyˆ@’qŸlúį‡,%Ōü/¤éķËke Î~e@§õÂøāĻ…āûčõ;™äÕ5(Îc–T Gûʙ<û’}ą^›@Q@ÅMJX4 }&Ûū>59Ä@ę'õ*?]†•§Å¤é6š|?ęíâXÁõĀäū'šĪÕ|+cŦëš~Ģu5Ī›`CE˛ˆÉ ģ$ž wė+r€<įâ¤Úž‡¯Åq§Ü3åYU#ņŽéu[Ō†¨.ĸû—æųÛž]žĩ5ÕŦÖ˛ÚŨD“A*ítqÂ¸ÃđŸÃž~í×ÂÛžĪįūīųgõ  ? á’ú÷_ņ ‘”Kë“ågũæf˙Ѐü z=Aigoai­¤) .ԍ=Nīũh˙vŽU;ŋõŖũÚ¯EPEPEPEPEPEPEPEPEPEPEPEP)âų Úģ˙ŗWW\§Š?ä'iūīūÍ]]cOã‘čb˙Ũčú0ĸŠ+cĪ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€9īČ ë˛˙#Wŧ;˙"ũŸûŸÔÕČ ë˛˙#Wŧ;˙"ũŸûŸÔחųËü?ŠhĶĸŠ+Ô,(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠĢŠ˙Č&ķū¸?ū‚kđ'üy]˙×AüĢĸÔ˙äy˙\˙A5Îøū<Ž˙ë ūUĶāKäxøųQô—äu”QEsĀQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEW/ĻČ×uūôŸÎēŠåôĪųîŋŪ“ų×nāŠčoKᗡÔQEÄ`QEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( ĸŸî­KQO÷Gր9-CÁÖ××ŌŨ Š#2ļâģAĒßđÛ˙Īôŋ÷ĀŽēŠá–[…”œœ5~¤ō#‘˙„ßūĨ˙žbx‡Ãņč‘ĀÉpŌų¤ƒšqŒcükŌk›ņ~—wŠ[Úũ’/1ŖsšAķŽyúW;,Ą<({Ũ7îL ­ĄŸkāˆ.-!˜ŪČ ˆ¯ƒŒŒÔßđÛ˙Īôŋ÷ĀŽĸÎ&‚Ę_’5SP1SWD2ŧ/*ŧ5ų˙˜ųČ˙Âo˙?Ō˙ßļ´]9F‘fn:t­J+z8 =sĶŸĖj)l]‚Šë((ĸŠ(ĸŠ(ĸŠ(ĸŠķ˙ü-ˇÕü@Ū!ŅuĢŨX‘vÍ=§+(˙ir9āwÁĮLķU´„‰ģmŦø›ÄZ‡ˆîíu˛Ũ|ąFŲÎvåģāã8ö5é4PEPEPEPEPEPEPEPEPsĪ­ŧˇČąÃwc€ĒI?…xīįˆ5ģ›O‡öoo§[ļ<ā‰š‡fw“å\õ 9ú×Ļü^ģ’ËáNŋ,LC4)#û¯"ĄũÕ_‚š|? ´–…T=Ī™<ŦŋÄÅØsôGá@eū¨š†&Õ56âÎ×͜‚2JŽHäđ>ĩķŽœ˙>2jw—ļ:Ŗéúl/´/Ú^#îvœ‘øŒ^ûAk_ŲßWOF̕ĘFGû ķ“ų…tß ô1 |6Ņ­Jm–hEĖžĨ¤ųš÷øP•i^,ņˇÂŲé4š{ííļ­ÃĘe šē9ųž\ŒŠíØdúFG"ŧöŒˇŽOXÎĀy‘j(÷ÁŽLĐÂŊÂ3IsāŊ yŗæ˧[ģįŽLjMlŅEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@§Š?ä'iūīūÍ]]rž(˙§ûŋû5uu?ŽGĄ‹˙wŖčŠ(­<(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠįŧe˙ 5˙ŽËü^đīü‹öîST|e˙ 5˙ŽËü^đīü‹öîS^\?äc/đū¤}ŖNŠ(¯P°ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž§˙ ›Īúā˙ú ŽwĀŸņåw˙]ōŽ‹S˙Mįũpũ×;āOøōģ˙ŽƒųWL?/‘ãâ?äeGŌ_‘ÖQEĖ{EPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEP\ž™˙#]×ûŌ:ę+—Ķ?äkē˙zOį]¸O‚§ĄŊ/†^‡QEW€QEQEQEQEQEQEQEQEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ k•nJuE?ŨZ7ÅũŅųQž/îĘĢŅ@7ÅũŅųQž/îĘĢ×#ãģ‰ĄĩŗXĨt ėNÖÆp?]8sÉDæÆbV„Ģ5{ļøŋē?*7ÅũŅųV}ƒ´šu´ŽK3D„“ܐ*ÅKVv7ŒšĸĨÜąž/îĘņt~U^ŠEh tPEPEPEPEPEPEPEPEPEPEPEPEPEP'‹ô!âojš6ā¯wnÉ7@ã•'Ûpá˙ ū*Ãā: xļÎōą™ÄN‘î1ääŖ.AęIg9¯ĸë ]đg†üLë&ŗŖÚŨĘŖWL8›†=ŗ@=x›^—ãWÄ­#KŌíįM.°o0BA–VāpöÍ}%ĒëW‡4ŅwŠŨÁef„FC…°•AĄx[BđĖO‹ĨÛY >ûDŸ3}Xō:‡ÅžĶ|gŖ +U3‹a*Ëû— ŲĮ8÷¸d ;tߎĄKžšõđ˙ũE÷ûÉüix:2ä]ŽETs?Xié+[ĐôĐQ@č(Ž#čÂŧÅōrž˙¯ūS×°W‚|XĶu-cãg‡4í&÷ėWˇ:qnrAKMŧŒsģŋÄu ŸÅ=Öuŋ¯ƒūŧmfûSdĒƒČäOcÁôô긎‡á‡Žu_ËŦhū ´†ßYŅåLaádÉaœdō ž‡#Z ➯“PņN™ĸųƒ- •™ŖĪlˇĄ?Zį~ ZIaņĮV“^É{,3*Is'Ū•„–>äæ€.|?˙’ëãĪ ˙Ѕlø7Å:ÖĢņSÅÚ-íį›§éä}š)Ëųą÷€ū$Ö7Ã˙ų.ž<úũRü<˙’áãī¨˙Ш}Į+ņŒī<)āĩ‰´ņ‹ŨJä¨Āā¨Č#ƒĮBI°Ísž1ņ¯Ä˙čĪi­Īe<×d}VŗNÆV‘•/+ŸáÄöÕøÂ=SƖׂęĖī™Įū…ģķĢ˙´<ļëđæå+æŊü~HĪ9 Ų?–:Đøƒâ­kCøEkŽiמFĨ"[›ĘFÉp7|Ŧ ķôŦ=>˙âŋŽm#Ö´MCOĐôˇ\[Gs´—qŊžFÆN}=ędø¯˙$ĮūšŲ˙!^—áhÖ/hą ÂP;ĐđĪĮZîŗ­ęūņMŧ)Ŧé1–"į qŨH#‚O]ÍÂ?o|IâFŊšß–ģģ’pĘU.í´*į1ã“ĀŽ;Â_ōr>2˙¯ūPWkái~:ūÖĩˇ´ž&°“Čš‚éWæÎG@NGĘG4æ|mĨ|M°ąđ„V]Fúâí%ķZ3q…'.īéĶ5îU‘Ķt{+'˜m­ã„ŋ÷ļ¨ũ+Ëū4øGÃÖūŧÖ­ė-lu+'‰ā¸ļŒDĖÆE]§n3Á'،×sā-BīUđ‡}~Ė×SYÆŌ;usŧ~Ŋč¨ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ*ßúŅūí\ĒwëGû´^Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( SÅō´˙w˙fŽŽšOČNĶũßũšēēƟĮ#ĐÅ˙ģŅôaEVĮžQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEsŪ2˙˙×eūF¯xwūEû?÷?ŠĒ>2˙˙×eūF¯xwūEû?÷?Š¯.ō1—øR>Ņ§EW¨XQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEWS˙Mįũpũ×;āOøōģ˙ŽƒųWEŠ˙Č&ķū¸?ū‚kđ'üy]˙×AüĢĻĀ—Čņņō2Ŗé/Čë(ĸŠæ=€ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž_L˙‘Žëũé?uËéŸō5ŨŊ'ķŽÜ'ÁSĐŪ—Ã/C¨ĸŠ+ˆĀ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@E?ŨZ–ĸŸî­yŪ™<6˙.$žTŠ1$šg` p{šī?ļ4ĪúŲ˙ßõ˙æ5Û_ßÍt.ĨŒĘۙB‚3Uŋáˇ˙Ÿųī]“tjYš[NĮĪáá˜ayá jIÉģŨu;í3ū‚6÷ũƏí3ū‚6÷ũƸ˙ø@-˙įū_ûāVˆü;‡ģĮpōųĨÜ c˙PŖFo•Kđ.ž?B›ŠRŠIyž™ũąĻĐFĪū˙¯øŅũąĻĐFĪū˙¯ø×kāh.-!˜ŪČ ‘Ģq‘š›ū ų˙—ūø.öŋEŠĖ¤Ž¨¯üéĩ-[M}.íWP´fh\&RIÚ}ë—ø˙÷ßī'ō4īø@-˙įū_ûāVŪ‡ĄÃĄÁ,qJō4Œ 3 téÅ9Jœi¸ÅŪäSĨŒ­Œ§Z´TSë}ŅŅ‚ŠAEržāW­ø'RÔž.č>,†{E°ĶíZcwa+1ũĐųĮR;×yEs>đuˇŽ<)s¤ĘU.?ÖZĖÃũTŖĄúAö&šyžęŪ$øekáŸęÃR°;ëFiaw† OŠúœ×§Ņ@QmáŠķÄē~ĄãĢ8lØĶÚÁēå—ũâŠA÷ŨŸ­3Ã? uīxîKũXļ: ÉAu ÖZwQÉیį'9zW­Q@…üŠhŸ|Kâ;™íĪTČHŨŒ‹Č?0*éؚ<+āKCøâo\ĪhöšŠBDėd^sķ Āšīh Ö|1ˇã­GXøwâˆtß[+Rļto-Žq–HęŧđĀ“Į|UđÆšaáHĩOø„jÚÔ×)oeonģ!…NYʨ ’pp;uãĨâ_…ļúŋˆÄ:.ĩ{ k.Ų§´åeí.G<ø8éžjļđ‘#×mĩŸx‹PņŨŖnļ[¯–(Û9Îܡ|gƀ.xÛÁz‰ūÛxrÆ[hnŅ-Ák†eA° ō žŪ•Øhö’iú%…”ĨZK{xâr‡ •P=¸Ģ´PĄø'RĶ>-ëū+š{F°Ôm–(ŖGc*‘åũāW|‡Ą=Ģ#Ä_ 5hŧUqâëÃGÔ.˛na•sŒy'Ąęy Šįž+Ôč …~1ņeåŋü'Ū,ŽīOÃ‹;ÚŽ}ÎÔŋ8'ã¯^ˇˇŠÖÚ+{xÖ8b@‘ĸŒP0ö¤ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ §wū´ģW*ßúŅūíWĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(”ņGü„í?Ũ˙ŲĢĢŽSÅō´˙w˙fŽŽą§ņČô1îô}QEąį…Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@÷ŒŋäŋõŲ‘ĢŪ˙‘~ĪũĪęjŒŋäŋõŲ‘ĢŪ˙‘~ĪũĪękˇüŒeūԏ´iŅEęQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEUÔ˙äy˙\˙A5Îøū<Ž˙ë ūUŅjō ŧ˙Ž˙ šį| ˙WõĐ*é‡đ%ō<|GüŒ¨úKō:Ę(ĸš`(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ+—Ķ?äkē˙zOį]Erúgüw_īIüëˇ đTô7ĨđËĐę(ĸŠâ0 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPQO÷GÖĨĻšPá‘ô  ”Uņt~To‹ûŖō  õÍxĮJŧÔí­~ĮšŅšÜ €yĮ<ũ+­ß÷GåFøŋē?*ēsp’’0Åa㉤éOfQŗ‰ ąˇ…ņē8ÕN=@ÅMV7ÅũŅųQž/îĘĄģ›E(¤‘^Šąž/îĘņt~T ”tQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQENīũh˙vŽUKĨc(Ā'åô  ÔSļ7÷OåFÆūéü¨´Sļ7÷OåFÆūéü¨´Sļ7÷OåFÆūéü¨´Sļ7÷OåFÆūéü¨´Sļ7÷OåFÆūéü¨´Sļ7÷OåFÆūéü¨´Sļ7÷OåFÆūéü¨´Sļ7÷OåFÆūéü¨´Sļ7÷OåFÆūéü¨´Sļ7÷OåFÆūéü¨´Sļ7÷OåFÆūéü¨´Sļ7÷OåYēÖĸtģ/0.esĩéŸZR’Šģ.9Tš„waáīíyã¸ûW•å mō÷gœúŠĐ¯;“Sž–Bíw6sž€?[zš;ÜĨĶ™đŽzƒč}kš åĩŽz؜ŋ)š]G§õšÔŅNØßŨ?•û§ōŽŖÆE;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€E;ctūTloîŸĘ€9ĪČ ë˛˙#Wŧ;˙"ũŸûŸÔÕ/Ģ rũōöö5{ÊĮÃöd)?'§š¯.ō1—øR>ŅĨE;ctūTloîŸĘŊBÆŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō ŅNØßŨ?•û§ō  zŸü‚o?ëƒ˙č&šßĮ•ßũtĘē=Qi7ŋ)˙PũŋŲ5Îx I˛ŧĀ'÷‹Ķé]0ūžGˆ˙‘•I~GYE;ctūTloîŸĘš`míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*míũĶųQąŋē*mrúgüw_īIüëĒØßŨ?•rē`'ŗC;¤ãņŽÜ'ÁSĐŪ—Ã/C¨ĸąŋē*67÷Oå\Fh§loîŸĘũĶųPh§loîŸĘũĶųPh§loîŸĘũĶųPh§loîŸĘũĶųPh§loîŸĘũĶųPh§loîŸĘũĶųPh§loîŸĘũĶųPh§loîŸĘũĶųPh§loîŸĘũĶųPh§loîŸĘũĶųPh§loîŸĘũĶųPíŋׯãüĒũQˇVŠ*G^ŪÕz€ (ĸ€ (ĸ€ (ĸ€ Šē>ĩ-E?ŨZ¯EsŪ$ģƒQšÚ xØFÅFA$ãčjøIuOųōūũˇø×bĀVi=5ķ6T&ÕÎļšßÍ,P[ädÉ;N3ŒbĒÂKĒĪ”÷íŋƨęz…ö¨ąŦÖģDd‘ąŋÖē0Ø:ĒĨ+XŌ•Fiŗĩ´f{(ŽYŖROŠÅM\|^!Ôá…"[4!(&6íøĶ˙á%Õ?įĘ?ûößãXËUˇk}ä<<îu´W$|MĒ“gũ†˙×Đõi5He2ƨņ°/B gSVœyåą2Ŗ(ĢŗŖ‚Šå2 (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ Ģs#¤€+1VĒßúŅūíGįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķ\׌YmíĻ$˛FĖ§Û8˙ čj סK9Zīo‘˜7zŠ‘æ‹GFĢĨZ3Jį›Õí'›Wĩį+ rG`ĨCrÖfv6ŅĘąg€î3üĢ¨đܚq’Ų.qķų‡,GąôŽ PRŽ}62ģ§AÉEëøzŸ/÷Í|ŋß5é"IįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGEIįËũķGŸ/÷ÍGE`øŌG} C1#Î_äjī†å‘|=f6SYū2˙˙×eūF¯xwūEû?÷?Š¯.ō1—øR>Ņ¯įËũķGŸ/÷ÍGEz…’yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@j“Ht‹Đ\āĀ˙ú ŽsĀR2Y^mb3"˙*č5?ųŪ×˙ĐMsž˙+ŋúč?•tÃøų>#ūFT}%ų‡Ÿ/÷Í|ŋß5Ė{ž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß4yō˙|ÔtPž|ŋß5ĘinÃÅˇLÍžNéë—Ķ?äkē˙zOį]¸O‚§ĄŊ/†^‡YįËũķGŸ/÷ÍGEqyō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@yō˙|ŅįËũķQŅ@ •Úe‰r¨[¯_ĮųUú(ĸŠ(ĸŠ(ĸŠ*)ūčúÔĩ˙t}hŽŌ˙äx—ũų?‘ŽÚŧū+øtīOu0sČāė=ÅoÂgĻ˙Ī;Ÿûāzxē*8¸Æú#Ļ­9IĻ—CĸĸšßøLôßųįs˙|ņŖū=7ūyÜ˙ßük“ę•˙•™{ö:*+˙„ĪM˙žw?÷Ā˙?á3ĶįĪũđ?ƏĒWūVÆ}­CūAˇ_õÅ˙‘ŽSÁ˙ęn˙Ū_ëW.ŧ]§Mi4KÆį”e2GÖŠø<ūęė´ŋÖēU)ĶÂĪ[cU F”ŽŽĖtP: +Î9‚Š+Éž)xīÄņ—‡­t|ĪÜnÄF§íĩâ HčEzÍâíĪÆ_ h˛ø’ķXŌŽ-áÄŗéņ§ĘRzg`$ ķ†ĪšëW´ßüFø‘§ĻŖáa§čr(O:ėy< |ûrŦ6Æqũ@ö+ËūøãÄ:§ˆõŸ øŽ8N­Ļ¯˜&…B‡P@9âRƒŌ§‹Å:Ķ|zŸÃFķ:BØ …ŋ”œ>Đsģģžôé4W=ã­NķFđ.ĩŠXMäŨÛZŧ‘I´6Ö ū"š­7Į×gÁ;oëŪŪy˜Tķd2Qō€éœ€ĐŖQ^3§IņŸÄēTõž§ĸiö÷Q‰ā˛hÁ,„ey(ØČÆ2ŨųÅuŸ ūÜįv7u÷¯I¯oų:5˙°_ūÉ[;øĢŲø’ÛÁū˛Šķ_<Éd—î[Ąį3Žyā ps@•ExžĨ¨|ađU“kzĨΓŽiđ÷6đ V;œ„CĮ¯ÍŽ¤`WŠxcÄ6~*đåžĩ`O‘r›ļˇŪF §ÜEkQEQEQEQEQEQEQEQEQEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@s~.‘Ä6ąŒėfb~ŖūfēJŖĒéËŠŲ˜‰ÚāîFô5XšA¤tāęƕxÎ{#ĪĒæ“#ÅĢZ˛u2Ēūāū•4š¨ŽTYČø?yáųŠŲĐ´ mį[ģ°—îGœāúšá§NNKCé18ē1ĸß2wGIEW¤|QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEĪxËū@k˙]—ųŊáßųė˙ÜūĻĸņ-…ÖĨĨˆ-"2ËæÚ`úÕ­Úk="ÚŪá J‹†RsŽk΄%õųJÚrīķ'í¨ĸŠôJ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€*ęō ŧ˙Ž˙ šį| ˙WõĐ*čĩ?ųŪ×˙ĐMsž˙+ŋúč?•tÃøų>#ūFT}%ųeQ\Į°QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEËéŸō5ŨŊ'ķŽĸš}3ūFģ¯÷¤ūuۄø*zŌøečuQEqQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(¨§ûŖëRÔSũŅõ "ÎÖŋÍ ņ‰#/!*~†ēŸøG´Ÿųņõ˙æl%ŽLōȑ y2ÎĀ†ē˙í;ųūļ˙ŋĢū5ébåU8ō7k-ŽšŽIĢv+Â=¤˙ĪŒ¯øŅ˙ö“˙>1ūŋãV´ė?įúÛūū¯øŅũ§a˙?Öß÷õÆš9ë÷‰—5O2ˇü#ÚOüøĮú˙đi?ķãëū5gûNÃū­ŋīę˙Úvķũm˙Wühį¯Ũū!ÍSĖĪŧĐt¸ėn,ã ąąž+Á˙ęŽ˙Ū_ë] öŖbÚ}Ę­íšcĢ“Á÷Ž{Á˙ęn˙Ū_ë]1sxYķßĻæ‰ÉŌ•üŽĖtP: +Ī9ÂŧsâHãOÃüŒū÷˙gėuÁxˇÁ–Ŋņ Âū ĩžŅ-4§Ũ:Jėž`~Pƒø‘@Ÿŋäšxūŧ%˙Đk;āâ…øM €\‡úęõĐxģH¸×ü!Ģi6¯\^[<1´¤…Œ  ĮáUŧáûŋ x#LŅo¤†K›Tev‰C—fāB;Páoų9Ÿ˙Ø9•Ŋ?j;ŒžēXĮũđĩŌčžÔ´īŒī‹ĻžŅ´ũBĐAhėeVWŪqŨž„öĒž;øm¨ë~&ŗņW†u…ŌõËdî‘IIÎ@8āF#õØøŠqˇÂ˙<ŽZÔ ĪvbĖŠæŧ/m _|ŌŦ|KwŽ™s–ŌË(kyŒT†&ĶT|¸Sˇ’ŧņÚ¸;ī…~!ĐuëŊWáīˆĸŌ’ņˇĪcr™ˆį•†98xĪ­xwá†ŗ/‹-üQãu5}FĶe†ÛDt=CČG<ķ@Í˙'Fŋö ˙Ų+šM?ġŸ´ŠaĐõ¸4HŸK< /™#¨`{m‡ĐRđˇÄöŌî×Qø‡Ļ­‰…ÅÁ—O‰TGƒģ'gæē„ē ~đBYÃĢÚj°5ĒGshÛŖ āąš{Ÿ‡/*ŌÚ1iœņęOrNI>Ļ€/QEQEQEQEQEQEQEQEQEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@íÕ?ÖĒUģ_õOõĒ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE=§úī™?ú÷úĶí?×~É˙×ŋր#ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ž§˙ ›Īúā˙ú ŽwĀŸņåw˙]ōŽ‹S˙Mįũpũ×;āOøōģ˙ŽƒųWL?/‘ãâ?äeGŌ_‘ÖQEĖ{EPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPVdŠ5ļWĄˆ sUĒÜŋņæŋA@(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ–Ûũzū?Ę¯Õ oõëø˙*ŋ@Q@Q@Q@E?ŨZ–ĸŸî­sWž‚îîK´:⸚ƒūįîOûāWIEuG^*ĘFĒĩD­s›˙„Bųû“ūø•­hÉĨ$,“4ža#‘ŒbģšÃņ.Ÿs} ŋŲŖŪQŽF@ëõŽŒ62ĢĒ•Iiō4ĨZNk™čRˇđ¤S[E)ēp]chã"Ĩ˙„Bųû“ūøŋmŠÖÛī"*œzRÖ2ĮWģ´ŋ"z—Üæ˙á‡ū~ä˙žjiZTZTN‘ČÎ\䖭 +:˜ĒÕ#Ë)]*ŗ’ŗeŅĐQ@č(Žs0ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĒwëGûĩrŠŨ˙­îĐz(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ú˙Ē­TĢvŋęŸëU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ({Oõ߅2õīõ§ÚŽü)“˙¯­GEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPŊ͍Äã|‘˛.}HĀŦ¯ 藚-ŧņŪ #†]ž1[Ņ˙ŦO¨Šī>ōũ*ÔڋFsĪ ֍wŧoo™ZŠ(¨:Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ­Ë˙kôR­Ë˙kôRŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  mŋׯãüĒũPļ˙^ŋōĢôQEQEQERP -Ũ‰ũŅųQą?ē?*uŨ‰ũŅųQą?ē?*uŨ‰ũŅųQą?ē?*uŨ‰ũŅųQą?ē?*uQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEU;ŋõŖũÚšTî˙֏÷hŊQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@íÕ?ÖĒUģ_õOõĒ”QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE2YR^Y*"–b{I´•Ø­?×~É˙×ŋÖ¸Ī_´ėl ÛÆ8RT3īž*}/ÆW rąę[]ãÍUÚW܁Æ+ĖŽq…u9.ũzÎŽvtQEz……Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ũb}EOy÷—éPGūą>ĸ§ŧûËô  ÔQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEn_øķ_ Ē•n_øķ_   ”QEQEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŠŨ˙­îÕʧwū´ģ@čĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠˇkūŠūĩR­Ú˙Ē­T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ˛|LŽŪģį8Rqé¸gô­jGE‘C+ zYÖ§í)ĘĶBjčō +°ģđ<ŌÜ1Ķįaįd¤‚žŲæĻĶ<öKĄ.Ą*HPäGJ“îOō¯ŽSŠu9~} y·OW]2ÕeĪ˜!@ŲõĀÍYĸŠû(Į–)v7 (ĸ¨Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Gūą>ĸ§ŧûËôĒŪbDCČęˆË1Āé/-n˜}žæ°9ōÜ6?*v{’åėŪŖhĸŠEQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[—ū<×č*Ĩ[—ū<×č(ĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(+‹˜-!3\Í1¯#QøšŽĶP˛ÔŊ•åŊʎĻUĀüyŽ™bŋŧO¨_ęrHÚ5ŒžMĩē9UsëĮ°ÉīČįŽęž¸Đõ[[Á°´rĮ&'ļ3üŽŸV=B3ÜŒPŖUŦébīė§Rŗ9Į“įŽüúc9ŽSânˇwa¤Ziš{2^jrųA”á‚ŒdؒĘ?M_…ūĮû+$Ļķf į˜ÛˇúíÎÜgļ?ƀ;ē+„øeŦŪ]é÷Ú>ĸė÷z\žQf9;yßHúbģē*ßúŅūí\ĒwëGû´^Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  vŋęŸëU*Ũ¯ú§úÕJ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŗõËĮąŅŽn#8( } gõ¨Š5NrŲ+ƒĐYüGĻiw%.'Ė€`¤k¸¯Ĩ>×[ĶõY›ėŗ†~ģmoČזX’I$ōI§Ã4–ķ$Ņ1YåHėkæcžÕö—q\ŋŪcíĪ\ĸĄ´Ÿí6P\cljøôČÍM_Q¤Ž‚Š(ĻEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPGAš) ¤„b€<ģZÕæÕ¯]ŲĪ¤ˆŖė¯ÖŗášKyVX]’E9 §Tú…ŒēuôļŌŠûÃąVŊØ(ōĨĖ+ÎĢ­)T~õõõ=K@ԛUŌc¸|y ”“Ū˙‘­:ÆđŊ„š~ˆ‰2•’F22žŖ8Įčl׋U%7Ëąú6 Ԗ¯ÅepĸŠ*ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģr˙ĮšũTĢr˙ĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEë2X\2ũ剈úāÔô„x"€÷šŋ–yũ+Uŧ!¨–>KC"÷‹cô­]A]9üųœI>06ô_ĨqBŒųĩGĐb3 “å•Û[TQEzËQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ÚŽü)“˙¯­>ĶũwáLŸũ{ũh:(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€úÄúŠžķī/Ō ũb}EOy÷—é@¨ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠÎÕux´Änų˜eS8ãÔÖ?ü&¤x 1ŽĀ<Õ |šÖgŨÛ}0+6Ŋü6 —˛NJ힅*åMŖĐ,/áÔ-Äądc†SÕMZŽW…ū×pÜØ úįë]UyĒ*•WėqՂ„ÚAEW9˜QEQEQEQEQEQEQEQEQEQE-ˇúõü•_Ēßë×ņūU~€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ §wū´ģW*ßúŅūíWĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ũ¯ú§úÕJˇkūŠūĩR€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€'´˙]øS'˙^˙Z}§úī™?ú÷úĐtQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE:?õ‰õ=įŪ_ĨAúÄúŠžķī/Ō€+QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE‘ŦčŖQÄą0IÔcžŒ=ëxcUČ-Ēã2 ~œ×eVå˙5ú ėĨŽĢJ<‹chWœU‘ĨéąéļÅŨ#rīë˙ÖĢÔQ\ŗœ§')nĖ¤ÜØQE" (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPTî˙֏÷jåSģ˙Z?Ũ  ôQEQEQEQEQEQEQEQEQEQEQEQE[ĩ˙T˙ZŠVíÕ?ÖĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPöŸëŋ d˙ëßëO´˙]øS'˙^˙ZŽŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Gūą>ĸ§ŧûËô¨#˙XŸQSŪ}åúPj(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ/üy¯ĐUJˇ/üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPTî˙֏÷jåSģ˙Z?Ũ  ôQEQEQEQEQEQEQEQEQEQEQEQE[ĩ˙T˙ZŠVíÕ?ÖĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPöŸëŋ d˙ëßëO´˙]øS'˙^˙ZŽŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Gūą>ĸ§ŧûËô¨#˙XŸQSŪ}åúPj(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ/üy¯ĐUJˇ/üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPTî˙֏÷jåSģ˙Z?Ũ  ôQEQEQEQEQEQEQEQEQEQEQEQE[ĩ˙T˙ZŠVíÕ?ÖĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPöŸëŋ d˙ëßëO´˙]øS'˙^˙ZŽŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Gūą>ĸ§ŧûËô¨#˙XŸQSŪ}åúPj(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ/üy¯ĐUJˇ/üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPTî˙֏÷jåSģ˙Z?Ũ  ôQEQEQEQEQEQEQEQEQEQEQEQE[ĩ˙T˙ZŠVíÕ?ÖĒPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPöŸëŋ d˙ëßëO´˙]øS'˙^˙ZŽŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Gūą>ĸ§ŧûËô¨#˙XŸQSŪ}åúPj(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ˇ/üy¯ĐUJˇ/üy¯ĐPJ(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€%ļ˙^ŋōĢõBÛũzū?Ę¯ĐEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPUŽ"/ !”qÜ՚§wū´ģ@ û;}?:>ÎßßOÎĄĸ€&û;}?:>ÎßßOÎĄĸ€&û;}?:>ÎßßOÎĄĸ€&û;}?:>ÎßßOÎĄĸ€&û;}?:>ÎßßOÎĄĸ€&û;}?:>ÎßßOÎĄĸ€&û;}?:>ÎßßOÎĄĸ€&û;}?:>ÎßßOÎĄĸ€&û;}?:>ÎßßOÎĄĸ€&û;}?:>ÎßßOÎĄĸ€&û;}?:>ÎßßOÎĄĸ€&û;}?:>ÎßßOÎĄĸ€/@…#`H9=Wû;}?:–×ũSũjĨMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEMövūú~t}ŋžŸCEZˇˆ¤™,§ŽÆ’XKJĮrŒúšm§úī™?ú÷úĐžÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  žÎßßOΏŗˇ÷Ķķ¨h  Ō§rp}j[ˆË˛ā¨ĮŠĒą˙ŦO¨Šī>ōũ(Ÿgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įGŲÛûéųÔ4Pßgoī§įV$BÖęšsž*[—ū<×č(/ŗˇ÷ĶķŖėíũôüę(oŗˇ÷ĶķŖėíũôüę(oŗˇ÷ĶķŖėíũôüę(oŗˇ÷ĶķŖėíũôüę(oŗˇ÷ĶķŖėíũôüę(oŗˇ÷ĶķŖėíũôüę(oŗˇ÷ĶķŖėíũôüę(oŗˇ÷ĶķŖėíũôüę(oŗˇ÷ĶķŖėíũôüę(oŗˇ÷ĶķŖėíũôüę(oŗˇ÷ĶķŖėíũôüę(oŗˇ÷ĶķŖėíũôüę(Ė0”•X˛œzˇT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQENīũh˙vŽU;ŋõŖũÚ¯EPEPEPEPEPEPEPEPEPEPEPEPģ_õOõĒ•n×ũSũjĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEOiūģđĻOūŊū´ûOõ߅2õīõ čĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠtëę*{ĪŧŋJ‚?õ‰õ=įŪ_ĨVĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģr˙ĮšũTĢr˙ĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQENīũh˙vŽU;ŋõŖũÚ¯EPEPEPEPEPEPEPEPEPEPEPEPģ_õOõĒ•n×ũSũjĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEOiūģđĻOūŊū´ûOõ߅2õīõ čĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠtëę*{ĪŧŋJ‚?õ‰õ=įŪ_ĨVĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģr˙ĮšũTĢr˙ĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQENīũh˙vŽU;ŋõŖũÚ¯EPEPEPEPEPEPEPEPEPEPEPEPģ_õOõĒ•n×ũSũjĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEOiūģđĻOūŊū´ûOõ߅2õīõ čĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠtëę*{ĪŧŋJ‚?õ‰õ=įŪ_ĨVĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģr˙ĮšũTĢr˙ĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQENīũh˙vŽU;ŋõŖũÚ¯EPEPEPEPEPEPEPEPEPEPEPEPģ_õOõĒ•n×ũSũjĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEOiūģđĻOūŊū´ûOõ߅2õīõ čĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠtëę*{ĪŧŋJ‚?õ‰õ=įŪ_ĨVĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģr˙ĮšũTĢr˙ĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQENīũh˙vŽU;ŋõŖũÚ¯EPEPEPEPEPEPEPEPEPEPEPEPģ_õOõĒ•n×ũSũjĨQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEOiūģđĻOūŊū´ûOõ߅2õīõ čĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠtëę*{ĪŧŋJ‚?õ‰õ=įŪ_ĨVĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(Ģr˙ĮšũTĢr˙ĮšũTĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ([oõëø˙*ŋT-ŋׯãüĒũQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEW­|MŅt-^ãLšˇŋ’h ŅF…I 2Ā÷ôĒļßt ›¨­ŌĪR+„RŅĮŒ“Ž~zī¨¨ŽŽ ˛ĩ’ææTŠ—sģœÅ‹^^Vo yĮŸäüŸ^ģŋJm.íīí"ēĩ™&‚Uܒ!Č"Ļ ŠŨ˙­îÕʧwū´ģ@čĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠˇkūŠūĩR­Ú˙Ē­T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  í?×~É˙×ŋ֟iūģđĻOūŊū´Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ũb}EOy÷—éPGūą>ĸ§ŧûËô  ÔQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEn_øķ_ Ē•n_øķ_   ”QEQEQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( )đÎĩ¤YøŗÅzŽ­w(÷^T>g%€fčIā/Jxw\Ļ™ym4ŖŸ/nĮĮ¨VÖv“đįÃúeĖ×@×ķJÛˇ^…/Žũ+šø‘áË Î×Ä4)awŠōÅ9ÉŒ‚;uæ€.|T¸šččš2…ČcØĒŽ}˛ŲüvëĸéĢŖ˙d‹8žÃŗËōvđGøûõÍyߌîLž$đ6Š*„I^9=įķ¯S 8ø]4ļWz÷‡¤ēX\Ÿ+?ī2ˇáōƒøšôY$HŖi$uD@Y™ŽŠ&ŧßĀ_ŋøƒâë„æ13.GC™ú ¯CŊļ[Û‹VbĢ4MaÔ1ŸÖ€3á/đĪũ ZGūĮ˙ÅTąßZjŠö:ę ČGĘdˇH ŽŲ\Œō+Î˙áDéôŧ˙ŋk]—…ŧ;‚ô–Ōí§{„iZmōHģ@žTŸÜoʏ*Oî7åS}ąŋē(ûctP>TŸÜoʏ*Oî7åS}ąŋē(ûctP>TŸÜoʏ*Oî7åS}ąŋē(ûctP>TŸÜoʏ*Oî7åS}ąŋē(ûctP>TŸÜoʏ*Oî7åS}ąŋē(ûctP>TŸÜoʏ*Oî7åS}ąŋē(ûctP>TŸÜoʏ*Oî7åS}ąŋē(ûctP>TŸÜoʏ*Oî7åS}ąŋē(ûctP>TŸÜoʏ*Oî7åS}ąŋē(ûctP>TŸÜoʏ*Oî7åS}ąŋē(ûctP>TŸÜoʏ*Oî7åS}ąŋē(ûctP>TŸÜoʏ*Oî7åS}ąŋē(ûctP핖6sÜUo*Oî7åW!”Č…ˆÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€!ō¤ūã~TyRqŋ*›íũŅGÛûĸ€ de—%Hî)“Fæf!ŒúTđÜ_iP8Í6K–I …_ʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷EloʓûųQåIũÆüĒoļ7÷Elo#q"’ÔvŠŽ‘™—j“ĮaBŨ38G'$ķˆšŠåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆü¨ō¤ūã~U7Ûûĸļ7÷ECåIũÆüĒĖŠÆÕ@œ1LûctTĪ)X˜8â€)ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ųRqŋ*<Š?¸ß•MöÆūčŖíũŅ@ L¤ŖĪ${UÚ­ËI R fŦĐEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPM–4š'ŠAšJ°õEy…„>)ø}qsimĨK­éHdˆÄĮĖOČ8ÆF1Į^Zx›âŨ­žĄĨžĸà ’E”Ÿ2CĶ¸8Î8dõâŊ>ŠåŧmáOøHü<–ļ…bēĩ`öÄđ8۞ĀÔ Ã.ņ’Ø‹á+ŖŠ…Ųöž|­ßŪéü{č´P-ā_ ÉáŌéÃßŨ?›pĀį˛įž9üIŽĻŠ(ĒwëGûĩrŠŨ˙­îĐz(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ú˙Ē­TĢvŋęŸëU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ({Oõ߅2õīõ§ÚŽü)“˙¯­GEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPŖ˙XŸQSŪ}åúT˙ŦO¨Šī>ōũ(ĩQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[—ū<×č*Ĩ[—ū<×č(ĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĒwëGûĩrŠŨ˙­îĐz(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ú˙Ē­TĢvŋęŸëU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ({Oõ߅2õīõ§ÚŽü)“˙¯­GEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPŖ˙XŸQSŪ}åúT˙ŦO¨Šī>ōũ(ĩQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[—ū<×č*Ĩ[—ū<×č(ĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĒwëGûĩrŠŨ˙­îĐz(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ú˙Ē­TĢvŋęŸëU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ({Oõ߅2õīõ§ÚŽü)“˙¯­GEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPŖ˙XŸQSŪ}åúT˙ŦO¨Šī>ōũ(ĩQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[—ū<×č*Ĩ[—ū<×č(ĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĒwëGûĩrŠŨ˙­îĐz(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ú˙Ē­TĢvŋęŸëU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ({Oõ߅2õīõ§ÚŽü)“˙¯­GEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPŖ˙XŸQSŪ}åúT˙ŦO¨Šī>ōũ(ĩQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ēŽ¯˜vų“0ĘĻqęk#ūûã…x`1ŽĀ<Õ |šÖgŨÛú`Vm{øldœ•Û= TaʛG i÷ņj6ÂX˛á”õSVĢ•đĄĩÜ÷6~šãú×U^F*’ĨUÂ;u`Ą6QEÎfQEQEQEQEQEQEQEQEQEQEKmūŊåWꅷúõü•_ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŠŨ˙­îÕʧwū´ģ@čĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠˇkūŠūĩR­Ú˙Ē­T Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  í?×~É˙×ŋ֟iūģđĻOūŊū´Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@ũb}EOy÷—éPGūą>ĸ§ŧûËô  ÔQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEdë(Ôq,LuÉčÃŪą…õL‚Ņ"Ąū3 ĮéÍv5n_øķ_ ŽĘXę´ŖČļ6…yÅYÚ^››lcSšÛ—SūzŠ+–s”äå-Ų“nNė(ĸŠ‘Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĒwëGûĩrŠŨ˙­îĐz(ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€-Ú˙Ē­TĢvŋęŸëU(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ({Oõ߅2õīõ§ÚŽü)“˙¯­GEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPEPŖ˙XŸQSŪ}åúT˙ŦO¨Šī>ōũ(ĩQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@[—ū<×č*Ĩ[—ū<×č(ĨQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Û¯_ĮųUúĄmūŊåWčĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĸŠ(ĒwëGûĩrĢ\ŧÁŧļqڀ*QSbßûŌQ‹īI@ŅSbßûŌQ‹īI@ŅSbßûŌQ‹īI@ŅSbßûŌQ‹īI@ŅSbßûŌQ‹īI@ŅSbßûŌQ‹īI@ŅSbßûŌQ‹īI@ŅSbßûŌQ‹īI@ŅSbßûŌQ‹īI@ŅSbßûŌQ‹īI@ŅSbßûŌQ‹īI@ŅSbßûŌQ‹īI@Ú˙Ē­TĢĐlōÛalgœÕ|[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ†Š›˙Ū’Œ[˙zJ[Oõ߅2õīõŠāyŸ!lãŊ6QšÛ‹įž(ĩ6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô” 6-˙Ŋ%ˇūô”ëę*{ĪŧŋJj7Ž įÍ÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEy_įk^ņ›e¤Ü¤0\DE1+äī#ŠĩzŲĸūįękÍ~%x'Zņ7ˆ´ÛŨ6žx‚Č^P¤äô>ÕéôŲĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ä|LÖ¯ŧ/ádŋŌeXnMĘDX ”†$`ävŠāģŲĩŋéē•û .Ž#-#ˇ'qĒÄŋę'đ˛Xiˆ8šIw 6€Āō~ĸ´üĨŨhžĶtÛÕUš‚2Žˇw×ņ  ŸŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/ŗEũĪÔŅöhŋšúš–Š‹ėŅsõ4}š/î~ĻĨĸ€"û4_ÜũMf‹ûŸŠŠh žÍ÷?SGŲĸūįęjZ(/]caáũJōßåžŪÖYccÎPp}Åqß üKĒxŗOÔfÖgYŪ Qc+ĻŸēvÚí¤ˇūÔŦāÍ=ŦąF Ā,Č@įękŽøYá=Wš~ŖĢhķʌ›$ Ĩwf‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠ¯0đߌ5­OâžŖáûģ”}6 n8„JÄ/ĖzWĒW˜xoÁ:֙ņOQ×îa‰l'–áŅ„ ąįé_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´P_f‹ûŸŠŖėŅsõ5-Ųĸūįęhû4_ÜũMKEEöhŋšúš>Í÷?SRŅ@}š/î~ĻŗEũĪÔÔ´Pk hÁ•pGŊIEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE#2ĸ–f  d’p ¨.īml 3Ū\Ãm y“Hsé“P[ë:]äūEļĨg<ßķÎ)՛ōš_‹ō#É˙_˙3@˛:ȊčÁ‘†U”äę)՗g}i§øzÂ{Û¨mĸō#dŌ\íd֚˛ē†V Ŧ29PŅUâÔ,§ģ–Ō+ģy.b’OĒį"–ęúŌÆ1%åÔčz4Ō™  čĒö—Öwņ™,îā¸AÕĄ8ˆŽ#Æū+m7^Đ­l5h"Su˛ũD;Wr}üũŪ zw ūŠ†ÖōÖú=Ė7’@’§yUYĩŨ"Ūsú­ŒSƒÜ"ˇäMhUhu +‹Šmaģˇ’âõą$€ē}@9NŽ’"ŧlŽŒ2NAįž˙’Ĩ⯠ūb€=ŠŠâęŪÎ5ĖņAęō¸P?PŲęš~ĄģėWÖ×;zų3+ãō4nŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š(  öz…–ŖIewĘ+mf‚@āBAëV+Ī>˙Čģ¨˙×ķč ]ÄēĻŸęYÍkԘŲĖĄÛ=0¤äĐē)“MŧM,ō¤Q¯Wv âjĨŽĩĨ^ËåZjvwr)ÕĪä ZžâX{‰Ŗ†y$`ĒŖܞ•ö…—Ø~ŨöËąíŨö5|ŧzîÎ1XŪ;˙‘W˙ŽųŠÍĐ-,¯ūYÚęSųrZâYw„Ú7uÉāPaÄ7P$öķG4.2’FÁ•‡¨#­IYú­•Ž‰im§N'ŗŽ=ąJ>áë‘Á§ÜkeĨĀˇšÔm!˜ôŽIÕXūæ€.ŅUÍũ˜Ŋ[#wڙwŦ`ŪWÔ.sŽ:ĐoėÅé˛7p}¨&ķ˜7íõۜãŪ€,QYđkÚ=ĖūDĩŒŗgo–—͟LQx—XūÁđåöĻ3AQOBą\ûdŠÕĸŧŗBđ$ž-Ķ#ÖŧIĢ_I5Øķ"Ž'"žAøRię^ņÕˇ‡n/ĨŊŌ¯×0NLdä zr0@āį4éôQEQEQEQEQEQEQEQEQEQEQEQEQEQEW]BÉīžÅnākÄ]Ín$ErW9‘ųՊķÍ;ūKŽ­˙^+˙ Å]ÕîŖe§F˛_^[ÚÆĮj´ōĒ}2MYĸš’$ąŦ‘ēŧl+)Č#ÔĄũŋŖ ŧŸí{78Ųö”Ũųf€4jĩŽĄeæ}ŽîŪãĘm˛y2Ø}Ŧƒ‘‘Ōŧīá_Ūņũwvš…•øŲŪ[Üymĩü™Cí>‡ƒVkžđŽ•ĸék~4kát%Ÿ|ødØūŸ/OĄ­‹ÍBËO@÷ˇ–öĘÜšU@3@hĒoĢią[Åq&ĄhJÛ#•ĻPŽŪ€įԗWÖv^_Úî ˇķ[d~l7ˇ ĪSí@(Ēæ‘irmŽuK(gb’áŋ"sWDˆbķCŠŒÁČ#րEy6‹ĨÜüMēžÕu]Fę2)ŒVö°6āų äã'=ąIŠXŨü3×tšôíFæ}*î_.[iÛ8ägĻprâ€=jŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š¯u}geåũŽę 5ļGæČ{z õ>Õ^m{Gˇē6ŗjļ1\ƒÜ"°?Bs@T7–ļpy÷W0Áüô–@Ģųš-/­/â2ŲŨAq8ß Įæ(z*ŧē…”qZMwoĖßęáywú)95;2ĸ–b@É$ā@ EAi}i¨AįŲ]AsvųČsé‘Q]júmŒ‚;ŊFŌŪCŅf™PūDĐĘ)‘Kņ,°Č’FÃ*čĀƒô"™suog šęâ("^W ?3@Uiĩ +{¨­gģˇŠâoõQ<]˙ŨäūYę6:‚–˛ŧˇšUęa•\Č× â˙ų)ūúŸũ €=ŠB@’IĒPëzUÅĮŲáÔė¤Ÿ8ōŌáKgčhõQ@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@Q@yˇ‹žãÅ:ŗđ’\<6 šīaÁ~7cōÆ=Î{W¤×™x†oøE~)Úk×jÃNŊ‡É’P2íÚsôŸĻ}(CXø]ĸž“'ö=ģÚę1Žč%šÜÐIúŒb¨xŲ58ūÁŗ´ß¤ąŦŦ­ģv€sęF3ī]&ˇãŊLŅfŧļÔŦî§Ø|ˆb”9wí@ĪZæ™ Ą­KáÜÃ#ęüĒĪ„ŋäŠxĢč?˜Ŧ˙‡•Œž2ņ Į˛Ų.œ5´/„%w6_ĄZĐđ—ü•/}ķ›ĻéÃâ7‹õKŊVIKĶßɂŨ\¨<:{.O|‘ØTŪ2đM—‡tŋí˙yļ7VLŽÁ%f ¤üDúb3QøSRˇđ_‹ĩŊX[Eq/o<‡FN9éČ#ŸPEhüBņn™7‡eŌ4Û¸¯¯oJÆŠlâMŖ œ‘žO@:ķ@–Š˙lč:‰P­q ģĐ69žkF˛|1ĻɤxcN°—ũl0¨z1äĖšÖ Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( đŋ`đ¯„5ĸQ.Ĩ=ã˜b=mQŊŊŊģ×uā/@ļ‹âKģĄ¨j—ëæ5ÁäFđ¯Ąė~˜éX_ ô=:˙EÕįēĩIe–gļfnO—´§_åéRøBîøŽãÂ:Œ„ÚNŪe„­Đ“Đ~8ĮûÃŪ€6|Oá9üCâkRū(ô tæÜJQ™ųäņØg9ĀŽSƚ7ôíYt‹›xu8Š˜VŪčČĖw ‚7q“ž:ULXęßîė|UrcĶāˆHd”Į.9ãŽXû‘ŽØŠŒÄŒū'đĨđ÷ÃmįBˇēÖ!–ōūî14˛´Î –įzõ9į5ZëHŸYø+e ĒžRuAÕļ“=đMnx_ÆÚ׆ėÚįRĩļ¸†ŽhĻ”#Q‚@=AëĮ­r>ŌåŅ~/.˜÷O ĩģ­ģHrDEK*ūˆŠP˜Ž1øŌčšēkŸMü âŲ u…™HŪŠ˜ŨĪbA­YäšC˙^'˙A4ž+øyáëO ^ÜØÚ5ŊÍŦ&T”JĖNŪH9'9­ī2ëŪĶNŠwbHöēÎĄÃíb õ?(5wÆō&ë?õį/ū‚k•ŅĩÃá߃VēŠ(i’7Xč]Ĩ`3ôÎ ęuŸhž°Œ]Ë ŠˆmĄQ¸Ā Ŗ ü…r: –§ãCâ­FŅŦôûUŔ/÷ŸŽĶ$œũÍTđŋ†8õĪëvšÍĮīX\Ü)į ÚOŪ§AŒWoâ] îá-íĩ‹fá#IÔŗ@3@´QEQEQEQEQEQEQEQEQEQEQEQEQEQEyMîģgáߋzŪĄ|ÄFļ*ĒĢ÷ŠÅ…õ7„íĮõ‰üC­L’Įg&Ë}8Ŧ]ÁaßúsĶøôëMGã…øģ…eX-’hÕšÂFĮ|dÔzėR|?ņ´ZũĒ7ö>ĸÛ.ãQÂ1äņ˙ø ˇÆš&Šâ "=?NŧŠÖ7“7,ėAdūčĀ?äW;yá?‡6 ÕÍ´r*āĘoI—>ģCc>ØĮĩEņ2øĪqáûynŪ- ōM×BxuĘõ#ļŌHüųÅh4?´ !pąéSmE ˇ9í€I$Đ_ī&¸đÅĖJŌGotR"Įĸ•Läū5ÂŋŊâúū˙ƒáÜŲúģH‘Ü5Ųq`GnŊOđ¯īx‡ūŋŋƀ#øe2[Zx’y8HŽŲÛč&ŠxKÃđxîKßøˆ=Ȓcūc*ĸŽ{`āgčsœÕŋ†öâķOņ=ą8]āŒPŽ|/†u-,i˛JšmŨĀclÎYRU dgÔ7ķŽ‹âķËŸŖŧ‰–ķ1‘ŲąĮëX˙ŧEgŦęēEĻ›*ÜÃmp ŗĮĘob0 ô'ž=ksâĮüzčõü?•hZ|1đúéū]ü]ŪČ35ĶLû™ĪR9Į_oŽk?á[Ín5Ũæi`°ģŲîŲ,ūƒŸÄ×ĸW›x%“TņĒA'—3]ũÖŨ.į@ÖĢöø4™ÛF‚Ũī†<¨æá ČÎpGl÷¯,ÔŽu3âÍ2oÂÖöQžm…˛Š‡~GŪ9' õ?…t ņ´:o‰õˇÕmæe&įla—Ķ< ƒŸŌŗž$ë–>!ļ°Đ4iŖŋŊ–é_÷zŽÜ8ĪÍøs@§œŒŠ*+XMŊ¤0–ÜcPˇŽ3RĐEPEPEPEPEPEPEPEPEPEPEPEPEPœ|]ķŗô%ŠËöĪ‘ÆšqđĮÃņč3ÄĐÉ%艘Ū4ŧɌîÆq×ļ?ÆĢ|X˙]ūŋ‡ōŽúķūŒ/5Ų&ŧ‚ÕÍĩĨŗČÁ#'ƒĪŪĮáôŝ;L‡Âßmôí0ŧvWļŦíb@ųXãžŧĻÔøC˙"dŸõø˙ú Ô:Ÿü—-ūŧ[˙A–€˙ÉWđŋû‡ųĩw—˙ōē˙Ž/üyīŽŽcŌž øgSēĘZ *ŌcĪ?–ākĄņ'Œ´[ æHĩk™å‰’ ”;;ĀĪôÎü?’î…š„– Zív„“ŋhÆsšÅđ^ŸāWL/¯\¤šŧŽŪpģšhĪS§ Œzœæļū_MĻ|1ŧž‚ßí2[Ë,‚-ØŨ€¤ŒāöÍOeā_iËyĒÁĻZŪļ|čä”E 9ū÷ĘXwÍjxGÂsxkSž{]AfŅŽFč`ÜXŖd`į§LŒ÷⚝#NOˆū(Õ5]ä“L˛“ÉļļW*_Oa“Ž¤ú oƒL_ît˙]ÍqĄų%Ĩ‹"ļ:ƒßæĀëÖ¤đfĨmāßë:ą*Ú+ÍæÛÍ)ڌ9Į=FāE_ÕūÉĨ_Yjž Oŗ]Å'īaiŽĮOĢô#ßړÅÜüNđĻF§ü ¯xŸĮŅY=Ĩ—‡d´Ôĩ+™BÔųˆĒ}JžšĮZĄâŨßđŗ<'ŧ‚ŨņĶ9 ž jÚ>'Ķü-&ĸš~Ÿ"ųד´¤ž:/ė=)ˇžøs6žĐZęÖ÷!~K¨Ģ0nĂØ?ü*YZiŪ>Ķu^Ķí=Ä~LųRB°sLŠ÷Á­K¸~ZiíxSJ‘îTŠ@ÎŪÁAÎhĮà vëWĐgļŊ›ĪžÆ_(Kģvô#åÉīЌúbģŠå<ök īí´8ô”š–4rŪbŽŒrŠŽŽ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ (ĸ€ ¯{ck¨ÚŊĩíŧw?ŪŽE Xĸ€9ËOx^Ęč\CŖÃæ)ČŪĖāŖ?JÕÕ´{ rÄŲj0yöåƒŪËČéʐjõĩ€Y‹Cĩ¸O/Ëq¸Æ0s׏Zæäøqá9'%Tƒ’Ģ+…?†q]U›g iz~Ĩ6Ąih°ÜÍÄėŦØ* įGAÚ Õŧ)Ąk“yڎ› Ōãg*Ä{• šŲĸ€24Ÿ čš™4í6$#f 6?Ū95>¯ĄéēíĒÛjv‰qļå H*}ˆ ŠĐĸ€3­t.ËH:T6Qũ€į0>]NNNwg<Ömˇ€ŧ/it.aŅāķAČŪĖā÷X‘úWGEcÉám]m5—°Oí!„Á˜r8āŸÂ§´Đ´ÛVëSļļŲywūēMėwūā~´h  í[AŌõȖ=NÆ+ŋt°Ã/ЎETŌŧáũāO§éÅ0é#v_ĄbqøVåQEQEQEQEQEQEQEQEQEQEQEQEQEQEŖčZno%ž™mäE$†G]ėŲlŸ˜ŸAQęūŌuįˇ“R´ķ¤ˇ$ÄâFFSĮu öĢEejūŅõÕAŠØEpPa]˛MĀƒÆŖąđĻƒĻÚĪmiĨĀ‘N…%.§ąc“Æļh  K_hVZeŪ›o`#´ģ˙_‘ūĮ9Ģ_Ø:oöö/Ųŋâ]ŗËōwˇŨÎqģ9ũkFŠČģ†]Ã2EĄYŦkî-Ų™äŒį$ã8į­pVē§ÃŊb$Ôĩ›Kk]O­Ä%$QŋšÚŧ6ë^ŠTn4]*îo:įL˛š^ģåYŋ2(„đtÛū;Ôģ"@Ŗō5ĻčZn‘qy=ˇ•%äždíŊ›{dœōN:ž•ŖEcjŪĐĩÉ|ŨGM†iq3”b=ŲH&Ÿ¤xcEИž›§C‘ƒ',øôÜrqZÔPEPEPEPEPEPEPEPEPEPEPEPEPEPEPv­ĄiēâĀēˇž 2?—kzü¤f¯ē,ˆČÃ*Ā‚=ŠÔP EĶô#gĻ[ų.S{7Ėq“–$öŲt-6mrjKl꧗ÛۅÁۜíŪ´h  šŽ—cĢÚ]BÖ+ˆIÎŲp}GĄ÷‹aā éˇë{mĻ*Ė‡(^Gp§Ô$gųWKEPŌ4m?B˛û›oä[î/ŗ{7'ŠË{V]߀ŧ/{pĶÍŖÃæ1ÜLlČ ú)ē:(–›¤éú=ŋ‘§YÃmäˆ×Š=OãQjÚ“ŽÆŠŠØÅrîŗ 2ũr?:Ōĸ€1´ čZĻm;MŠHĮ˜IvØą$U‹Í MŋÕ-5+›o2îĶũD›ØlüÁüEhŅ@ŨÚ[_[=ĩÜĪŒ4r(`XxÂļ÷xôhKƒœ;3¯ũōIĨt´P*…PĒP0KEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEÃß|`đ&›¨\Ø]ëž]Í´­ ÉöIÎ×RC „Áä•_ūoÃĪúōJã˙ÕëĪ…>Ô/Ž/n´eš¸‘Ĩ–C,€ŗąÉ<7rMx§ĮčmhzrYũ¤\yÛ]›~ß/oŪ'ĻãųĐŽ˙Âíøy˙CūI\ņēéü7âŊÅÖ2ŪčWŋkˇŠO)ßĘxđØpB+šĩøCā'´…ÛðhԓįK×īVĮƒmŧ§ÚÜŲxBãNxD‚Yãŗģmb0 |ȅũ(ĻĸŠĪą×´}NîkM?V°ģš‡>l6÷)#ĮƒƒšA$sĮ4ĄEgZøƒEž[ļ´Õė.Īū>LW(âŋåû§¯ĄôŽsū׀Å÷Ø˙á%´ķsÛ_Ë˙žņˇõ ŌŠd3Es MŠ,R(dt`ĘĀô ŽĸŖŧŊĩĶ­$ģŊšŠÚÚ!—–gĒ=Éâ€'ĸ¸•øŊāēû8ņ%žüã&9ßEvūĩØÛ][ŪÛGsk x ôÃd4P‡në;ų ˙{q= {WŸ|3ēÔ<ņf˙áũŨĶO§ÎXÛî<Ųæ+Ûrp@īJŨ˙…Cã_ú*ÚĪũõ7˙ĻhŽôŋØkēŽ?ĩ5 WÜŅÜFL˛ ¤csHOCéŌ€=šŠ( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( Š( ŧ;ö†Đumü9ũ“¤ß_ųBįĖû-ģËŗ>V3´gō5î4P6ŠVĘ`A¨ öâ°üw ¯‰ŧĢé8I­ŲĸĪiæOüx čĢÆ>'|cĶėluŋ iļ×ŋÛ5Ą‘‘Di‘†`CN Įh…øĄËŽxßûV贖Ú5ŋî÷…wČEú\ũ@¯¨kĪž øJ_ øŧ„Å|ææta†L€OŅ@ãą&Ŋ€>Dđ¤'ļņ–ĩâ AöĢ*åškP 3DîĀŖī:zŌŊ˙ö‚Õ.­ZÃJđÄZˍ€HæO-ŊBąÅ/ĀOųãÛč ?´EËÛũš/\Xĸ#1*×w§ëZ? ŧŽŋ‰oŧwâØŪ-Fė7‘‹ĩ×wW+ü<|Ą}3í^ÍEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEžt ę_ÚGI°7ųĪڍ˛yš˙ũkBŠ(ĸŠŖcĸiZ\ĶM§é–V’ĪĖ¯oną´ūbĪSÖ¯QEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQEQE˙Ųkalign-3.3.1/doc/paper/000077500000000000000000000000001403616477200146515ustar00rootroot00000000000000kalign-3.3.1/doc/paper/kalign3.bib000066400000000000000000000133361403616477200166650ustar00rootroot00000000000000@article{lassmann2005kalign, title={Kalign--an accurate and fast multiple sequence alignment algorithm}, author={Lassmann, Timo and Sonnhammer, Erik LL}, journal={BMC bioinformatics}, volume={6}, number={1}, pages={298}, year={2005}, publisher={BioMed Central} } @article{lassmann2008kalign2, title={Kalign2: high-performance multiple alignment of protein and nucleotide sequences allowing external features}, author={Lassmann, Timo and Frings, Oliver and Sonnhammer, Erik LL}, journal={Nucleic acids research}, volume={37}, number={3}, pages={858--865}, year={2008}, publisher={Oxford University Press} } @article{sievers2011fast, title={Fast, scalable generation of high-quality protein multiple sequence alignments using Clustal Omega}, author={Sievers, Fabian and Wilm, Andreas and Dineen, David and Gibson, Toby J and Karplus, Kevin and Li, Weizhong and Lopez, Rodrigo and McWilliam, Hamish and Remmert, Michael and S{\"o}ding, Johannes and others}, journal={Molecular systems biology}, volume={7}, number={1}, year={2011}, publisher={John Wiley \& Sons, Ltd} } @article{edgar2004muscle, title={MUSCLE: multiple sequence alignment with high accuracy and high throughput}, author={Edgar, Robert C}, journal={Nucleic acids research}, volume={32}, number={5}, pages={1792--1797}, year={2004}, publisher={Oxford University Press} } @article{deorowicz2016famsa, title={FAMSA: Fast and accurate multiple sequence alignment of huge protein families}, author={Deorowicz, Sebastian and Debudaj-Grabysz, Agnieszka and Gudy{\'s}, Adam}, journal={Scientific reports}, volume={6}, pages={33964}, year={2016}, publisher={Nature Publishing Group} } @article{katoh2006parttree, title={PartTree: an algorithm to build an approximate tree from a large number of unaligned sequences}, author={Katoh, Kazutaka and Toh, Hiroyuki}, journal={Bioinformatics}, volume={23}, number={3}, pages={372--374}, year={2006}, publisher={Oxford University Press} } @article{blackshields2010sequence, title={Sequence embedding for fast construction of guide trees for multiple sequence alignment}, author={Blackshields, Gordon and Sievers, Fabian and Shi, Weifeng and Wilm, Andreas and Higgins, Desmond G}, journal={Algorithms for Molecular Biology}, volume={5}, number={1}, pages={21}, year={2010}, publisher={BioMed Central} } @inproceedings{muth1996approximate, title={Approximate multiple string search}, author={Muth, Robert and Manber, Udi}, booktitle={Annual Symposium on Combinatorial Pattern Matching}, pages={75--86}, year={1996}, organization={Springer} } @article{myers1999fast, title={A fast bit-vector algorithm for approximate string matching based on dynamic programming}, author={Myers, Gene}, journal={Journal of the ACM (JACM)}, volume={46}, number={3}, pages={395--415}, year={1999}, publisher={ACM} } @article{steinegger2018clustering, title={Clustering huge protein sequence sets in linear time}, author={Steinegger, Martin and S{\"o}ding, Johannes}, journal={Nature communications}, volume={9}, number={1}, pages={2542}, year={2018}, publisher={Nature Publishing Group} } @article{sievers2011fast, title={Fast, scalable generation of high-quality protein multiple sequence alignments using Clustal Omega}, author={Sievers, Fabian and Wilm, Andreas and Dineen, David and Gibson, Toby J and Karplus, Kevin and Li, Weizhong and Lopez, Rodrigo and McWilliam, Hamish and Remmert, Michael and S{\"o}ding, Johannes and others}, journal={Molecular systems biology}, volume={7}, number={1}, pages={539}, year={2011}, publisher={EMBO Press} } @article{lassmann2005kalign, title={Kalign--an accurate and fast multiple sequence alignment algorithm}, author={Lassmann, Timo and Sonnhammer, Erik LL}, journal={BMC bioinformatics}, volume={6}, number={1}, pages={298}, year={2005}, publisher={BioMed Central} } @incollection{deorowicz2014kalign, title={Kalign-LCS—A more accurate and faster variant of kalign2 algorithm for the multiple sequence alignment problem}, author={Deorowicz, Sebastian and Debudaj-Grabysz, Agnieszka and Gudy{\'s}, Adam}, booktitle={Man-Machine Interactions 3}, pages={495--502}, year={2014}, publisher={Springer} } @article{shu2011kalignp, title={KalignP: Improved multiple sequence alignments using position specific gap penalties in Kalign2}, author={Shu, Nanjiang and Elofsson, Arne}, journal={Bioinformatics}, volume={27}, number={12}, pages={1702--1703}, year={2011}, publisher={Oxford University Press} } @inproceedings{yang2009improving, title={Improving Kalign via Reconstruction of Phylogenetic Tree and Iteration}, author={Yang, Fan and Zhu, QingXin and Zhao, MingYuan}, booktitle={2009 WRI World Congress on Computer Science and Information Engineering}, volume={1}, pages={625--629}, year={2009}, organization={IEEE} } @article{gardner2005benchmark, title={A benchmark of multiple sequence alignment programs upon structural RNAs}, author={Gardner, Paul P and Wilm, Andreas and Washietl, Stefan}, journal={Nucleic acids research}, volume={33}, number={8}, pages={2433--2439}, year={2005}, publisher={Oxford University Press} } @article{thompson1999balibase, title={BAliBASE: a benchmark alignment database for the evaluation of multiple alignment programs.}, author={Thompson, Julie D. and Plewniak, Fr{\'e}d{\'e}ric and Poch, Olivier}, journal={Bioinformatics (Oxford, England)}, volume={15}, number={1}, pages={87--88}, year={1999} } @article{sievers2019quantest2, title={QuanTest2: Benchmarking Multiple Sequence Alignments using Secondary Structure Prediction}, author={Sievers, Fabian and Higgins, Desmond G}, journal={Bioinformatics}, year={2019} } kalign-3.3.1/doc/paper/kalign3.org000066400000000000000000000213541403616477200167170ustar00rootroot00000000000000#+Options: toc:nil ^:nil title:nil author:nil #+BIND: org-latex-title-command "" #+LATEX_CMD: pdflatex #+Latex_Class: bioinfo #+LaTeX_CLASS_OPTIONS: [nocrop] # Nice code-blocks #+BEGIN_SRC elisp :noweb no-export :exports none :results none (setq org-ref-default-citation-link "citep") (setq org-latex-hyperref-template "") (setq org-latex-minted-options '(("bgcolor" "mintedbg") ("frame" "single") ("framesep" "6pt") ("mathescape" "true") ("fontsize" "\\footnotesize"))) #+END_SRC #+BEGIN_SRC latex \abstract{\textbf{Motivation:} Kalign is an efficient multiple sequence alignment (MSA) program capable of aligning thousands of protein or nucleotide sequences. However, current alignment problems involving large number of sequences are exceeding Kalign's original design specifications. Here we present a completely re-written and updated version to meet current and future alignment challenges.\\ \textbf{Results:} Kalign now uses a SIMD accelerated version of the bit-parallel Gene Myers algorithm to estimate pariwise distances, adopts a sequence embedding strategy and the bi-sectiong K-means algorithm to rapidly construct guide trees for thousands of sequences. The new version maintains high alignment accuracy on both protein and nucleotide alignments and scales better than other MSA tools.\\ \textbf{Availability:} The source code of Kalign and code to reproduce the results are found here: https://github.com/timolassmann/kalign\\ \textbf{Contact:} \href{timolassmann@icloud.com}{timolassmann@icloud.com} %\textbf{Supplementary information:} Supplementary data are available at \textit{Bioinformatics}online. } #+END_SRC #+TOC: headlines 2 #+Latex: \subtitle{Sequence Analysis} #+Latex: \title[short Title]{Kalign 3: multiple sequence alignment of large data sets.} #+Latex: \author[Sample \textit{et~al}.]{Timo Lassmann$^{\text{\sfb 1,}*}$} #+Latex: \address{$^{\text{\sf 1}}$Telethon Kids Institute, University of Western Australia, Nedlands, WA, Australia.} #+Latex: \corresp{$^\ast$To whom correspondence should be addressed.} #+Latex: \history{Received on XXXXX; revised on XXXXX; accepted on XXXXX} #+Latex: \editor{Associate Editor: XXXXXXX} #+Latex: \firstpage{1} #+Latex: \maketitle * Introduction Multiple sequence alignment (MSA) remains an important task in biological sequence analysis. MSA programs can be divided into consistency and progressive methods. The latter estimate pairwise sequence distances, construct a guide tree and align sequences following the order of the guide tree. Consistency based methods tend to be more accurate than compared to progressive methods but are orders of magnitude slower and therefore not practical when aligning thousands of sequences. Kalign citep:lassmann2005kalign,lassmann2008kalign2 is progressive alignment method striking a good balance between accuracy and speed compared to other alignment programs on a range of popular benchmark data sets (see for example cite:sievers2011fast). Despite having aged well Kalign was not designed to handle the tens of thousands of sequences frequently encountered today. In particular, the original Kalign program uses the unweighted pair group method with arithmetic mean (UPGMA) algorithm to construct a guide tree resulting in quadratic time complexity. More recent alignment programs have overcome this hurdle by implementing heuristics to construct guide trees citep:katoh2006parttree,blackshields2010sequence. Here we present a new version of Kalign, introducing a SIMD (single instruction, multiple data) accelerated version of Gene Myers bit-parallel algorithm to estimate pairwise sequence distances and adopting the sequence embedding strategy introduced by cite:blackshields2010sequence to speed up the construction of guide trees. * Methods We replaced the fast string matching algorithm used in Kalign2 citep:muth1996approximate with a new implementation of Gene Myers approximate string matching algorithm citep:myers1999fast. The algorithm calculates the exact edit distance between two strings using bit-parallel instructions. In the standard implementation the maximum length of a query is equivalent to the size of a computer word (64 characters on 64 bit architectures). However the algorithm lends itself to further parallelisation using SIMD (single instruction, multiple data) instructions including the AVX and AVX2 instructions available on all modern computers. Using these instructions it becomes possible to compare sequences of length 256. While the implementation of the Gene Myers algorithm is fairly straight forward using AVX instructions some operations are absent from the AVX instruction set and had to be implemented separately. A stand alone implementation of the algorithm is distributed together with Kalign to facilitate downstream adoption and development. To estimate pairwise sequences distances Kalign scans the first 256 characters of the shorter sequence across the longer sequence. The distance is defined as the number of edits required to turn one sequence into an exact match in the longer sequence. For distantly related protein sequences the sequence similarity is too low for the algorithm to detect meaningful distances. Therefore, following the method by cite:steinegger2018clustering, Kalign converts all protein sequences into a reduced alphabet by merging (L, M), (I, V), (K, R), (E, Q), (A, S, T), (N, D), and (F, Y) for the purpose of the distance calculation. #+BEGIN_SRC latex \begin{figure}[!tpb]%figure1 \centerline{\includegraphics[scale = 0.45]{Paper_figure.jpeg}} \caption{Benchmark results. a) Sum of pairs scores (SP) of all tested alignment programs on Balibase protein alignment data sets. b) SP scores of RNA bralibase alignments. c) Computational performance assessed on the BaliFam data set.}\label{fig:01} \end{figure} #+END_SRC Kalign 3 adopts the guide tree construction methods used in clustal omega citep:sievers2011fast. A number of seed sequences are selected and all sequences are compared against those forming for each sequence a vector of distances to all seeds. The bi-secting kmeans algorithm is used to cluster sequences based on the euclidean distance between these vectors until clusters containing fewer than 100 sequences are found. Here Kalign again uses AVX/ AVX2 instructions to accelerate the distance calculation. Finally, the UPGMA method is used to cluster the remaining sequences. Since the bi-section kmeans algorithm is not guaranteed to discover the optional split of sequence into two clusters Kalign runs the algorithm ten times using randomly selected sequences to seed the calculation. * Results We compared the performance of Kalign against two other popular progressive alignment methods muscle citep:edgar2004muscle and clustal omega citep:sievers2011fast. We used the Balibase citep:thompson1999balibase, Quantest2 citep:sievers2019quantest2, Bralibase citep:gardner2005benchmark and BaliFam benchmark data sets (Fig. \ref{fig:01}). Clustal omega and Muscle were run with parameters recommended for large alignments on the BaliFam data set (Clustal:--threads=8 --MAC-RAM=48000 --iterations=2; Muscle: -maxiters 2), but otherwise default parameters were used. Kalign's performance on all 6 Balibase categories is statistically indistinguishable from the other two programs (twosample t-test, corrected p < 0.05). Likewise there is no statistical difference in alignment accuracy on the Quantest2 benchmark data set (results not shown). Kalign's mean performance is significantly better compared to the other two programs in 2 out of the 6 Bralibase alignment categories. However, we note that the performance of all algorithms can vary dramatically depending on the specific alignment case (see Fig. \ref{fig:01} box plot error bars and outliers). Therefore, we do not assume that good performance on a MSA benchmark sets generalises and recommend users to manual inspect their alignments and compare the results of different alignment programs. Kalign compares favourably to the other two programs in terms of running times and scalability on the Balifam data set (Fig. \ref{fig:01}c). In all alignment cases Kalign is one to two orders of magnitude quicker and compared to clustal omega only uses a single CPU core. * Conclusion We present a new version of Kalign that outperforms other programs in terms of running times while sacrificing little in terms of accuracy. This combinations makes Kalign especially attractive in large alignment problems. * Acknowledgements :PROPERTIES: :UNNUMBERED: t :END: I would like to thank Max Burroughs for providing feedback on Kalign. * Funding :PROPERTIES: :UNNUMBERED: t :END: T.L. is supported by a fellowship from the Feilman Foundation. #+BEGIN_SRC latex \bibliographystyle{plainnat} \bibliography{kalign3} #+END_SRC kalign-3.3.1/doc/paper/revision/000077500000000000000000000000001403616477200165075ustar00rootroot00000000000000kalign-3.3.1/doc/paper/revision/main.tex000066400000000000000000000257771403616477200201770ustar00rootroot00000000000000\documentclass[nocrop]{bioinfo} \copyrightyear{2019} \pubyear{2019} \begin{document} \firstpage{1} \subtitle{Sequence Analysis} \title[short Title]{Kalign 3: multiple sequence alignment of large data sets.} \author[Sample \textit{et~al}.]{Timo Lassmann$^{\text{\sfb 1,}*}$} \corresp{$^\ast$To whom correspondence should be addressed.} \address{$^{\text{\sf 1}}$Telethon Kids Institute, University of Western Australia, Nedlands, WA, Australia.} \corresp{$^\ast$To whom correspondence should be addressed.} \history{Received on XXXXX; revised on XXXXX; accepted on XXXXX} \editor{Associate Editor: XXXXXXX} \abstract{\textbf{Motivation:} Kalign is an efficient multiple sequence alignment (MSA) program capable of aligning thousands of protein or nucleotide sequences. However, current alignment problems involving large number{\color{red} s} of sequences are exceeding Kalign's original design specifications. Here we present a completely re-written and updated version to meet current and future alignment challenges.\\ \textbf{Results:} Kalign now uses a SIMD accelerated version of the bit-parallel Gene Myers algorithm to estimate pariwise distances, adopts a sequence embedding strategy and the bi-secting K-means algorithm to rapidly construct guide trees for thousands of sequences. The new version maintains high alignment accuracy on both protein and nucleotide alignments and scales better than other MSA tools.\\ \textbf{Availability:} The source code of Kalign and code to reproduce the results are found here: https://github.com/timolassmann/kalign\\ \textbf{Contact:} \href{timolassmann@icloud.com}{timolassmann@icloud.com} %\textbf{Supplementary information:} Supplementary data are available at \textit{Bioinformatics}online. } \maketitle \section{Introduction} Multiple sequence alignment (MSA) remains an important task in biological sequence analysis. MSA programs can be divided into consistency and progressive methods. The latter estimate pairwise sequence distances, construct a guide tree and align sequences following the order of the guide tree. Consistency based methods tend to be more accurate than compared to progressive methods but are orders of magnitude slower and therefore not practical when aligning thousands of sequences. Kalign \citep{lassmann2008kalign2} is {\color{red} a} progressive alignment method striking a good balance between accuracy and speed compared to other alignment programs on a range of popular benchmark data sets (see for example \cite{sievers2011fast}). Despite having aged well Kalign was not designed to handle the tens of thousands of sequences frequently encountered today. In particular, the original Kalign program uses the unweighted pair group method with arithmetic mean (UPGMA) algorithm to construct a guide tree resulting in quadratic time complexity. More recent alignment programs have overcome this hurdle by implementing heuristics to construct guide trees \citep{katoh2006parttree,blackshields2010sequence}. Here we present a new version of Kalign, introducing a SIMD (single instruction, multiple data) accelerated version of Gene Myers{\color{red} '} bit-parallel algorithm \citep{myers1999fast} to estimate pairwise sequence distances and adopting the sequence embedding strategy introduced by \cite{blackshields2010sequence} to speed up the construction of guide trees. \section{Methods} We replaced the fast string matching algorithm used in Kalign2 \citep{muth1996approximate} with a new implementation of Gene Myers{\color{red} '} approximate string matching algorithm. The algorithm calculates the exact edit distance between two strings using bit-parallel instructions. In the standard implementation the maximum length of a query is equivalent to the size of a computer word (64 characters on 64 bit architectures). However the algorithm lends itself to further parallelisation using SIMD (single instruction, multiple data) instructions including the AVX and AVX2 instructions available on all modern computers. Using these instructions it becomes possible to compare sequences of length 256. While the implementation of the Gene Myers algorithm is fairly straight forward using AVX instructions some operations are absent from the AVX instruction set and had to be implemented separately. A stand alone implementation of the algorithm is distributed together with Kalign to facilitate downstream adoption and development. To estimate pairwise sequence distances Kalign scans the first 256 characters of the shorter sequence across the longer sequence. The distance is defined as the number of edits required to turn one sequence into an exact match in the longer sequence. For distantly related protein sequences the sequence similarity is too low for the algorithm to detect meaningful distances. Therefore, following the method by \cite{steinegger2018clustering}, Kalign converts all protein sequences into a reduced alphabet by merging (L, M), (I, V), (K, R), (E, Q), (A, S, T), (N, D), and (F, Y) for the purpose of the distance calculation. \begin{figure}[!tpb]%figure1 \centerline{\includegraphics[scale = 0.45]{Paper_figure.jpeg}} \caption{Benchmark results. a) Sum of pairs scores (SP) of all tested alignment programs on Balibase protein alignment data sets. b) SP scores of RNA bralibase alignments. c) Computational performance assessed on the {\color{red}Hom}Fam data set.}\label{fig:01} \end{figure} Kalign adopts the guide tree construction methods used in clustal omega \citep{sievers2011fast}. A number of seed sequences are selected and all sequences are compared against those forming for each sequence a vector of distances to all seeds. The bi-secting kmeans algorithm is used to cluster sequences based on the euclidean distance between these vectors until clusters containing fewer than 100 sequences are found. Here Kalign again uses AVX instructions to accelerate the distance calculation. Finally, the UPGMA method is used to cluster the remaining sequences. Since the bi-secting kmeans algorithm is not guaranteed to discover the opti{\color{red} mal} split of sequence{\color{red}s} into two clusters Kalign runs the algorithm {\color{red}fifty} times using randomly selected sequences to seed the calculation. \section{Results} We compared the performance of Kalign against two other popular progressive alignment methods muscle \citep{edgar2004muscle} and clustal omega \citep{sievers2011fast}. We used the Balibase \citep{thompson1999balibase}, Quantest2 \citep{sievers2019quantest2}, Bralibase \citep{gardner2005benchmark} and {\color{red}Hom}Fam benchmark data sets (Fig. \ref{fig:01}). Clustal omega and Muscle were run with parameters recommended for large alignments on the BaliFam data set (Clustal:--threads=8 --MAC-RAM=48000 --iterations=2; Muscle: -maxiters 2), but otherwise default parameters were used. Kalign's performance on all 6 Balibase categories is statistically indistinguishable from the other two programs (two sample t-test, corrected p < 0.05). Likewise there is no statistical difference in alignment accuracy on the Quantest2 benchmark data set (results not shown). Kalign's mean performance is significantly better compared to the other two programs in 2 out of the 6 Bralibase alignment categories. However, we note that the performance of all algorithms can vary dramatically depending on the specific alignment case (see Fig. \ref{fig:01} box plot error bars and outliers). Therefore, we do not assume that good performance on a{\color{red} n} MSA benchmark sets generalises and recommend users to manual{\color{red} ly} inspect their alignments and compare the results of different alignment programs. Kalign compares favourably to the other two programs in terms of running times and scalability on the Balifam data set (Fig. \ref{fig:01}c). In all alignment cases Kalign is one to two orders of magnitude quicker and compared to clustal omega only uses a single CPU core. \section{Conclusion} We present a new version of Kalign that outperforms other programs in terms of running times while sacrificing little in terms of accuracy. This combination makes Kalign especially attractive in large alignment problems. \section*{Acknowledgements} I would like to thank Max Burroughs for providing feedback on Kalign. \section*{Funding} T.L. is supported by a fellowship from the Feilman Foundation. %\bibliographystyle{natbib} %\bibliographystyle{achemnat} %\bibliographystyle{plainnat} %\bibliographystyle{abbrv} %\bibliographystyle{bioinformatics} % \bibliographystyle{plainnat} % %\bibliography{Document} \begin{thebibliography}{} \bibitem[Blackshields et~al.(2010)Blackshields, Sievers, Shi, Wilm, and Higgins]{blackshields2010sequence} Blackshields, G et al. (2010) Sequence embedding for fast construction of guide trees for multiple sequence alignment. {\it Algorithms for Molecular Biology}, {\bf 5}(1): 21. \bibitem[Edgar(2004)]{edgar2004muscle} Edgar, R.C. (2004) Muscle: multiple sequence alignment with high accuracy and high throughput. {\it Nucleic acids research}, }{\bf32} (5):1792--1797. \bibitem[Gardner et~al.(2005)Gardner, Wilm, and Washietl]{gardner2005benchmark} Gardner, P. et. al. (2005) A benchmark of multiple sequence alignment programs upon structural rnas. {\it Nucleic acids research}, {\bf 33} (8):2433--2439. \bibitem[Katoh and Toh(2006)]{katoh2006parttree} Katoh, K. and Toh, H (2006) Parttree: an algorithm to build an approximate tree from a large number of unaligned sequences. {\it Bioinformatics}, {\bf 23} (3):372--374. \bibitem[Lassmann et~al.(2008)Lassmann, Frings, and Sonnhammer]{lassmann2008kalign2} Lassmann, T. et al. (2008) Kalign2: high-performance multiple alignment of protein and nucleotide sequences allowing external features. {\it Nucleic acids research}, {\bf 37} (3):858--865. \bibitem[Muth and Manber(1996)]{muth1996approximate} Robert Muth, R. and Manber, U. (1996) Approximate multiple string search. {\it Annual Symposium on Combinatorial Pattern Matching}, 75--86. \bibitem[Myers(1999)]{myers1999fast} Myers, G. (1999) A fast bit-vector algorithm for approximate string matching based on dynamic programming. {\it Journal of the ACM (JACM)}, {\bf 46} (3): 395--415. \bibitem[Sievers and Higgins(2019)]{sievers2019quantest2} Sievers, F. and Higgins, D.G. (2019) Quantest2: Benchmarking multiple sequence alignments using secondary structure prediction. {\it Bioinformatics}. \bibitem[Sievers et~al.(2011)Sievers, Wilm, Dineen, Gibson, Karplus, Li, Lopz, McWilliam, Remmert, S{\"o}ding, et~al.]{sievers2011fast} Sievers, F. et al. (2011) Fast, scalable generation of high-quality protein multiple sequence alignments using clustal omega. {\it Molecular systems biology}, {\bf 7} (1). \bibitem[Steinegger and S{\"o}ding(2018)]{steinegger2018clustering} Steinegger, M. and S{\"o}ding, J. (2018) Clustering huge protein sequence sets in linear time. {\it Nature communications}, {\bf 9} (1):2542. \bibitem[Thompson et~al.(1999)Thompson, Plewniak, and Poch]{thompson1999balibase} Thompson, J.D. et al. (1999) Balibase: a benchmark alignment database for the evaluation of multiple alignment programs. {\it Bioinformatics}, {\bf 15} (1): 87--88. \end{thebibliography} \end{document} kalign-3.3.1/m4/000077500000000000000000000000001403616477200133155ustar00rootroot00000000000000kalign-3.3.1/m4/ax_check_compile_flag.m4000066400000000000000000000040701403616477200200260ustar00rootroot00000000000000# =========================================================================== # https://www.gnu.org/software/autoconf-archive/ax_check_compile_flag.html # =========================================================================== # # SYNOPSIS # # AX_CHECK_COMPILE_FLAG(FLAG, [ACTION-SUCCESS], [ACTION-FAILURE], [EXTRA-FLAGS], [INPUT]) # # DESCRIPTION # # Check whether the given FLAG works with the current language's compiler # or gives an error. (Warnings, however, are ignored) # # ACTION-SUCCESS/ACTION-FAILURE are shell commands to execute on # success/failure. # # If EXTRA-FLAGS is defined, it is added to the current language's default # flags (e.g. CFLAGS) when the check is done. The check is thus made with # the flags: "CFLAGS EXTRA-FLAGS FLAG". This can for example be used to # force the compiler to issue an error when a bad flag is given. # # INPUT gives an alternative input source to AC_COMPILE_IFELSE. # # NOTE: Implementation based on AX_CFLAGS_GCC_OPTION. Please keep this # macro in sync with AX_CHECK_{PREPROC,LINK}_FLAG. # # LICENSE # # Copyright (c) 2008 Guido U. Draheim # Copyright (c) 2011 Maarten Bosmans # # Copying and distribution of this file, with or without modification, are # permitted in any medium without royalty provided the copyright notice # and this notice are preserved. This file is offered as-is, without any # warranty. #serial 6 AC_DEFUN([AX_CHECK_COMPILE_FLAG], [AC_PREREQ(2.64)dnl for _AC_LANG_PREFIX and AS_VAR_IF AS_VAR_PUSHDEF([CACHEVAR],[ax_cv_check_[]_AC_LANG_ABBREV[]flags_$4_$1])dnl AC_CACHE_CHECK([whether _AC_LANG compiler accepts $1], CACHEVAR, [ ax_check_save_flags=$[]_AC_LANG_PREFIX[]FLAGS _AC_LANG_PREFIX[]FLAGS="$[]_AC_LANG_PREFIX[]FLAGS $4 $1" AC_COMPILE_IFELSE([m4_default([$5],[AC_LANG_PROGRAM()])], [AS_VAR_SET(CACHEVAR,[yes])], [AS_VAR_SET(CACHEVAR,[no])]) _AC_LANG_PREFIX[]FLAGS=$ax_check_save_flags]) AS_VAR_IF(CACHEVAR,yes, [m4_default([$2], :)], [m4_default([$3], :)]) AS_VAR_POPDEF([CACHEVAR])dnl ])dnl AX_CHECK_COMPILE_FLAGS kalign-3.3.1/m4/ax_ext.m4000066400000000000000000000361161403616477200150560ustar00rootroot00000000000000# =========================================================================== # https://www.gnu.org/software/autoconf-archive/ax_ext.html # =========================================================================== # # SYNOPSIS # # AX_EXT # # DESCRIPTION # # Find supported SIMD extensions by requesting cpuid. When a SIMD # extension is found, the -m"simdextensionname" is added to SIMD_FLAGS if # compiler supports it. For example, if "sse2" is available then "-msse2" # is added to SIMD_FLAGS. # # Find other supported CPU extensions by requesting cpuid. When a # processor extension is found, the -m"extensionname" is added to # CPUEXT_FLAGS if compiler supports it. For example, if "bmi2" is # available then "-mbmi2" is added to CPUEXT_FLAGS. # # This macro calls: # # AC_SUBST(SIMD_FLAGS) # AC_SUBST(CPUEXT_FLAGS) # # And defines: # # HAVE_RDRND / HAVE_BMI1 / HAVE_BMI2 / HAVE_ADX / HAVE_MPX # HAVE_PREFETCHWT1 / HAVE_ABM / HAVE_MMX / HAVE_SSE / HAVE_SSE2 # HAVE_SSE3 / HAVE_SSSE3 / HAVE_SSE4_1 / HAVE_SSE4_2 / HAVE_SSE4a # HAVE_SHA / HAVE_AES / HAVE_AVX / HAVE_FMA3 / HAVE_FMA4 / HAVE_XOP # HAVE_AVX2 / HAVE_AVX512_F / HAVE_AVX512_CD / HAVE_AVX512_PF # HAVE_AVX512_ER / HAVE_AVX512_VL / HAVE_AVX512_BW / HAVE_AVX512_DQ # HAVE_AVX512_IFMA / HAVE_AVX512_VBMI / HAVE_ALTIVEC / HAVE_VSX # # LICENSE # # Copyright (c) 2007 Christophe Tournayre # Copyright (c) 2013,2015 Michael Petch # Copyright (c) 2017 Rafael de Lucena Valle # # Copying and distribution of this file, with or without modification, are # permitted in any medium without royalty provided the copyright notice # and this notice are preserved. This file is offered as-is, without any # warranty. #serial 18 AC_DEFUN([AX_EXT], [ AC_REQUIRE([AC_CANONICAL_HOST]) AC_REQUIRE([AC_PROG_CC]) CPUEXT_FLAGS="" SIMD_FLAGS="" case $host_cpu in powerpc*) AC_CACHE_CHECK([whether altivec is supported for old distros], [ax_cv_have_altivec_old_ext], [ if test `/usr/sbin/sysctl -a 2>/dev/null| grep -c hw.optional.altivec` != 0; then if test `/usr/sbin/sysctl -n hw.optional.altivec` = 1; then ax_cv_have_altivec_old_ext=yes fi fi ]) if test "$ax_cv_have_altivec_old_ext" = yes; then AC_DEFINE(HAVE_ALTIVEC,,[Support Altivec instructions]) AX_CHECK_COMPILE_FLAG(-faltivec, SIMD_FLAGS="$SIMD_FLAGS -faltivec", []) fi AC_CACHE_CHECK([whether altivec is supported], [ax_cv_have_altivec_ext], [ if test `LD_SHOW_AUXV=1 /bin/true 2>/dev/null|grep -c altivec` != 0; then ax_cv_have_altivec_ext=yes fi ]) if test "$ax_cv_have_altivec_ext" = yes; then AC_DEFINE(HAVE_ALTIVEC,,[Support Altivec instructions]) AX_CHECK_COMPILE_FLAG(-maltivec, SIMD_FLAGS="$SIMD_FLAGS -maltivec", []) fi AC_CACHE_CHECK([whether vsx is supported], [ax_cv_have_vsx_ext], [ if test `LD_SHOW_AUXV=1 /bin/true 2>/dev/null|grep -c vsx` != 0; then ax_cv_have_vsx_ext=yes fi ]) if test "$ax_cv_have_vsx_ext" = yes; then AC_DEFINE(HAVE_VSX,,[Support VSX instructions]) AX_CHECK_COMPILE_FLAG(-mvsx, SIMD_FLAGS="$SIMD_FLAGS -mvsx", []) fi ;; i[[3456]]86*|x86_64*|amd64*) AC_REQUIRE([AX_GCC_X86_CPUID]) AC_REQUIRE([AX_GCC_X86_CPUID_COUNT]) AC_REQUIRE([AX_GCC_X86_AVX_XGETBV]) eax_cpuid0=0 AX_GCC_X86_CPUID(0x00000000) if test "$ax_cv_gcc_x86_cpuid_0x00000000" != "unknown"; then eax_cpuid0=`echo $ax_cv_gcc_x86_cpuid_0x00000000 | cut -d ":" -f 1` fi eax_cpuid80000000=0 AX_GCC_X86_CPUID(0x80000000) if test "$ax_cv_gcc_x86_cpuid_0x80000000" != "unknown"; then eax_cpuid80000000=`echo $ax_cv_gcc_x86_cpuid_0x80000000 | cut -d ":" -f 1` fi ecx_cpuid1=0 edx_cpuid1=0 if test "$((0x$eax_cpuid0))" -ge 1 ; then AX_GCC_X86_CPUID(0x00000001) if test "$ax_cv_gcc_x86_cpuid_0x00000001" != "unknown"; then ecx_cpuid1=`echo $ax_cv_gcc_x86_cpuid_0x00000001 | cut -d ":" -f 3` edx_cpuid1=`echo $ax_cv_gcc_x86_cpuid_0x00000001 | cut -d ":" -f 4` fi fi ebx_cpuid7=0 ecx_cpuid7=0 if test "$((0x$eax_cpuid0))" -ge 7 ; then AX_GCC_X86_CPUID_COUNT(0x00000007, 0x00) if test "$ax_cv_gcc_x86_cpuid_0x00000007" != "unknown"; then ebx_cpuid7=`echo $ax_cv_gcc_x86_cpuid_0x00000007 | cut -d ":" -f 2` ecx_cpuid7=`echo $ax_cv_gcc_x86_cpuid_0x00000007 | cut -d ":" -f 3` fi fi ecx_cpuid80000001=0 edx_cpuid80000001=0 if test "$((0x$eax_cpuid80000000))" -ge "$((0x80000001))" ; then AX_GCC_X86_CPUID(0x80000001) if test "$ax_cv_gcc_x86_cpuid_0x80000001" != "unknown"; then ecx_cpuid80000001=`echo $ax_cv_gcc_x86_cpuid_0x80000001 | cut -d ":" -f 3` edx_cpuid80000001=`echo $ax_cv_gcc_x86_cpuid_0x80000001 | cut -d ":" -f 4` fi fi AC_CACHE_VAL([ax_cv_have_mmx_os_support_ext], [ ax_cv_have_mmx_os_support_ext=yes ]) ax_cv_have_none_os_support_ext=yes AC_CACHE_VAL([ax_cv_have_sse_os_support_ext], [ ax_cv_have_sse_os_support_ext=no, if test "$((0x$edx_cpuid1>>25&0x01))" = 1; then AC_LANG_PUSH([C]) AC_RUN_IFELSE([AC_LANG_SOURCE([[ #include #include /* No way at ring1 to ring3 in protected mode to check the CR0 and CR4 control registers directly. Execute an SSE instruction. If it raises SIGILL then OS doesn't support SSE based instructions */ void sig_handler(int signum){ exit(1); } int main(){ signal(SIGILL, sig_handler); /* SSE instruction xorps %xmm0,%xmm0 */ __asm__ __volatile__ (".byte 0x0f, 0x57, 0xc0"); return 0; }]])], [ax_cv_have_sse_os_support_ext=yes], [ax_cv_have_sse_os_support_ext=no], [ax_cv_have_sse_os_support_ext=no]) AC_LANG_POP([C]) fi ]) xgetbv_eax=0 if test "$((0x$ecx_cpuid1>>28&0x01))" = 1; then AX_GCC_X86_AVX_XGETBV(0x00000000) if test x"$ax_cv_gcc_x86_avx_xgetbv_0x00000000" != x"unknown"; then xgetbv_eax=`echo $ax_cv_gcc_x86_avx_xgetbv_0x00000000 | cut -d ":" -f 1` fi AC_CACHE_VAL([ax_cv_have_avx_os_support_ext], [ ax_cv_have_avx_os_support_ext=no if test "$((0x$ecx_cpuid1>>27&0x01))" = 1; then if test "$((0x$xgetbv_eax&0x6))" = 6; then ax_cv_have_avx_os_support_ext=yes fi fi ]) fi AC_CACHE_VAL([ax_cv_have_avx512_os_support_ext], [ ax_cv_have_avx512_os_support_ext=no if test "$ax_cv_have_avx_os_support_ext" = yes; then if test "$((0x$xgetbv_eax&0xe6))" = "$((0xe6))"; then ax_cv_have_avx512_os_support_ext=yes fi fi ]) for ac_instr_info dnl in "none;rdrnd;RDRND;ecx_cpuid1,30;-mrdrnd;HAVE_RDRND;CPUEXT_FLAGS" dnl "none;bmi1;BMI1;ebx_cpuid7,3;-mbmi;HAVE_BMI1;CPUEXT_FLAGS" dnl "none;bmi2;BMI2;ebx_cpuid7,8;-mbmi2;HAVE_BMI2;CPUEXT_FLAGS" dnl "none;adx;ADX;ebx_cpuid7,19;-madx;HAVE_ADX;CPUEXT_FLAGS" dnl "none;mpx;MPX;ebx_cpuid7,14;-mmpx;HAVE_MPX;CPUEXT_FLAGS" dnl "none;prefetchwt1;PREFETCHWT1;ecx_cpuid7,0;-mprefetchwt1;HAVE_PREFETCHWT1;CPUEXT_FLAGS" dnl "none;abm;ABM;ecx_cpuid80000001,5;-mabm;HAVE_ABM;CPUEXT_FLAGS" dnl "mmx;mmx;MMX;edx_cpuid1,23;-mmmx;HAVE_MMX;SIMD_FLAGS" dnl "sse;sse;SSE;edx_cpuid1,25;-msse;HAVE_SSE;SIMD_FLAGS" dnl "sse;sse2;SSE2;edx_cpuid1,26;-msse2;HAVE_SSE2;SIMD_FLAGS" dnl "sse;sse3;SSE3;ecx_cpuid1,1;-msse3;HAVE_SSE3;SIMD_FLAGS" dnl "sse;ssse3;SSSE3;ecx_cpuid1,9;-mssse3;HAVE_SSSE3;SIMD_FLAGS" dnl "sse;sse41;SSE4.1;ecx_cpuid1,19;-msse4.1;HAVE_SSE4_1;SIMD_FLAGS" dnl "sse;sse42;SSE4.2;ecx_cpuid1,20;-msse4.2;HAVE_SSE4_2;SIMD_FLAGS" dnl "sse;sse4a;SSE4a;ecx_cpuid80000001,6;-msse4a;HAVE_SSE4a;SIMD_FLAGS" dnl "sse;sha;SHA;ebx_cpuid7,29;-msha;HAVE_SHA;SIMD_FLAGS" dnl "sse;aes;AES;ecx_cpuid1,25;-maes;HAVE_AES;SIMD_FLAGS" dnl "avx;avx;AVX;ecx_cpuid1,28;-mavx;HAVE_AVX;SIMD_FLAGS" dnl "avx;fma3;FMA3;ecx_cpuid1,12;-mfma;HAVE_FMA3;SIMD_FLAGS" dnl "avx;fma4;FMA4;ecx_cpuid80000001,16;-mfma4;HAVE_FMA4;SIMD_FLAGS" dnl "avx;xop;XOP;ecx_cpuid80000001,11;-mxop;HAVE_XOP;SIMD_FLAGS" dnl "avx;avx2;AVX2;ebx_cpuid7,5;-mavx2;HAVE_AVX2;SIMD_FLAGS" dnl "avx512;avx512f;AVX512-F;ebx_cpuid7,16;-mavx512f;HAVE_AVX512_F;SIMD_FLAGS" dnl "avx512;avx512cd;AVX512-CD;ebx_cpuid7,28;-mavx512cd;HAVE_AVX512_CD;SIMD_FLAGS" dnl "avx512;avx512pf;AVX512-PF;ebx_cpuid7,26;-mavx512pf;HAVE_AVX512_PF;SIMD_FLAGS" dnl "avx512;avx512er;AVX512-ER;ebx_cpuid7,27;-mavx512er;HAVE_AVX512_ER;SIMD_FLAGS" dnl "avx512;avx512vl;AVX512-VL;ebx_cpuid7,31;-mavx512vl;HAVE_AVX512_VL;SIMD_FLAGS" dnl "avx512;avx512bw;AVX512-BW;ebx_cpuid7,30;-mavx512bw;HAVE_AVX512_BW;SIMD_FLAGS" dnl "avx512;avx512dq;AVX512-DQ;ebx_cpuid7,17;-mavx512dq;HAVE_AVX512_DQ;SIMD_FLAGS" dnl "avx512;avx512ifma;AVX512-IFMA;ebx_cpuid7,21;-mavx512ifma;HAVE_AVX512_IFMA;SIMD_FLAGS" dnl "avx512;avx512vbmi;AVX512-VBMI;ecx_cpuid7,1;-mavx512vbmi;HAVE_AVX512_VBMI;SIMD_FLAGS" dnl # do ac_instr_os_support=$(eval echo \$ax_cv_have_$(echo $ac_instr_info | cut -d ";" -f 1)_os_support_ext) ac_instr_acvar=$(echo $ac_instr_info | cut -d ";" -f 2) ac_instr_shortname=$(echo $ac_instr_info | cut -d ";" -f 3) ac_instr_chk_loc=$(echo $ac_instr_info | cut -d ";" -f 4) ac_instr_chk_reg=0x$(eval echo \$$(echo $ac_instr_chk_loc | cut -d "," -f 1)) ac_instr_chk_bit=$(echo $ac_instr_chk_loc | cut -d "," -f 2) ac_instr_compiler_flags=$(echo $ac_instr_info | cut -d ";" -f 5) ac_instr_have_define=$(echo $ac_instr_info | cut -d ";" -f 6) ac_instr_flag_type=$(echo $ac_instr_info | cut -d ";" -f 7) AC_CACHE_CHECK([whether ${ac_instr_shortname} is supported by the processor], [ax_cv_have_${ac_instr_acvar}_cpu_ext], [ eval ax_cv_have_${ac_instr_acvar}_cpu_ext=no if test "$((${ac_instr_chk_reg}>>${ac_instr_chk_bit}&0x01))" = 1 ; then eval ax_cv_have_${ac_instr_acvar}_cpu_ext=yes fi ]) if test x"$(eval echo \$ax_cv_have_${ac_instr_acvar}_cpu_ext)" = x"yes"; then AC_CACHE_CHECK([whether ${ac_instr_shortname} is supported by the processor and OS], [ax_cv_have_${ac_instr_acvar}_ext], [ eval ax_cv_have_${ac_instr_acvar}_ext=no if test x"${ac_instr_os_support}" = x"yes"; then eval ax_cv_have_${ac_instr_acvar}_ext=yes fi ]) if test "$(eval echo \$ax_cv_have_${ac_instr_acvar}_ext)" = yes; then AX_CHECK_COMPILE_FLAG(${ac_instr_compiler_flags}, eval ax_cv_support_${ac_instr_acvar}_ext=yes, eval ax_cv_support_${ac_instr_acvar}_ext=no) if test x"$(eval echo \$ax_cv_support_${ac_instr_acvar}_ext)" = x"yes"; then eval ${ac_instr_flag_type}=\"\$${ac_instr_flag_type} ${ac_instr_compiler_flags}\" AC_DEFINE_UNQUOTED([${ac_instr_have_define}]) else AC_MSG_WARN([Your processor and OS supports ${ac_instr_shortname} instructions but not your compiler, can you try another compiler?]) fi else if test x"${ac_instr_os_support}" = x"no"; then AC_CACHE_VAL(ax_cv_support_${ac_instr_acvar}_ext, eval ax_cv_support_${ac_instr_acvar}_ext=no) AC_MSG_WARN([Your processor supports ${ac_instr_shortname}, but your OS doesn't]) fi fi else AC_CACHE_VAL(ax_cv_have_${ac_instr_acvar}_ext, eval ax_cv_have_${ac_instr_acvar}_ext=no) AC_CACHE_VAL(ax_cv_support_${ac_instr_acvar}_ext, eval ax_cv_support_${ac_instr_acvar}_ext=no) fi done ;; esac AH_TEMPLATE([HAVE_RDRND],[Define to 1 to support Digital Random Number Generator]) AH_TEMPLATE([HAVE_BMI1],[Define to 1 to support Bit Manipulation Instruction Set 1]) AH_TEMPLATE([HAVE_BMI2],[Define to 1 to support Bit Manipulation Instruction Set 2]) AH_TEMPLATE([HAVE_ADX],[Define to 1 to support Multi-Precision Add-Carry Instruction Extensions]) AH_TEMPLATE([HAVE_MPX],[Define to 1 to support Memory Protection Extensions]) AH_TEMPLATE([HAVE_PREFETCHWT1],[Define to 1 to support Prefetch Vector Data Into Caches WT1]) AH_TEMPLATE([HAVE_ABM],[Define to 1 to support Advanced Bit Manipulation]) AH_TEMPLATE([HAVE_MMX],[Define to 1 to support Multimedia Extensions]) AH_TEMPLATE([HAVE_SSE],[Define to 1 to support Streaming SIMD Extensions]) AH_TEMPLATE([HAVE_SSE2],[Define to 1 to support Streaming SIMD Extensions]) AH_TEMPLATE([HAVE_SSE3],[Define to 1 to support Streaming SIMD Extensions 3]) AH_TEMPLATE([HAVE_SSSE3],[Define to 1 to support Supplemental Streaming SIMD Extensions 3]) AH_TEMPLATE([HAVE_SSE4_1],[Define to 1 to support Streaming SIMD Extensions 4.1]) AH_TEMPLATE([HAVE_SSE4_2],[Define to 1 to support Streaming SIMD Extensions 4.2]) AH_TEMPLATE([HAVE_SSE4a],[Define to 1 to support AMD Streaming SIMD Extensions 4a]) AH_TEMPLATE([HAVE_SHA],[Define to 1 to support Secure Hash Algorithm Extension]) AH_TEMPLATE([HAVE_AES],[Define to 1 to support Advanced Encryption Standard New Instruction Set (AES-NI)]) AH_TEMPLATE([HAVE_AVX],[Define to 1 to support Advanced Vector Extensions]) AH_TEMPLATE([HAVE_FMA3],[Define to 1 to support Fused Multiply-Add Extensions 3]) AH_TEMPLATE([HAVE_FMA4],[Define to 1 to support Fused Multiply-Add Extensions 4]) AH_TEMPLATE([HAVE_XOP],[Define to 1 to support eXtended Operations Extensions]) AH_TEMPLATE([HAVE_AVX2],[Define to 1 to support Advanced Vector Extensions 2]) AH_TEMPLATE([HAVE_AVX512_F],[Define to 1 to support AVX-512 Foundation Extensions]) AH_TEMPLATE([HAVE_AVX512_CD],[Define to 1 to support AVX-512 Conflict Detection Instructions]) AH_TEMPLATE([HAVE_AVX512_PF],[Define to 1 to support AVX-512 Conflict Prefetch Instructions]) AH_TEMPLATE([HAVE_AVX512_ER],[Define to 1 to support AVX-512 Exponential & Reciprocal Instructions]) AH_TEMPLATE([HAVE_AVX512_VL],[Define to 1 to support AVX-512 Vector Length Extensions]) AH_TEMPLATE([HAVE_AVX512_BW],[Define to 1 to support AVX-512 Byte and Word Instructions]) AH_TEMPLATE([HAVE_AVX512_DQ],[Define to 1 to support AVX-512 Doubleword and Quadword Instructions]) AH_TEMPLATE([HAVE_AVX512_IFMA],[Define to 1 to support AVX-512 Integer Fused Multiply Add Instructions]) AH_TEMPLATE([HAVE_AVX512_VBMI],[Define to 1 to support AVX-512 Vector Byte Manipulation Instructions]) AC_SUBST(SIMD_FLAGS) AC_SUBST(CPUEXT_FLAGS) ]) kalign-3.3.1/m4/ax_gcc_x86_avx_xgetbv.m4000066400000000000000000000064221403616477200177510ustar00rootroot00000000000000# =========================================================================== # https://www.gnu.org/software/autoconf-archive/ax_gcc_x86_avx_xgetbv.html # =========================================================================== # # SYNOPSIS # # AX_GCC_X86_AVX_XGETBV # # DESCRIPTION # # On later x86 processors with AVX SIMD support, with gcc or a compiler # that has a compatible syntax for inline assembly instructions, run a # small program that executes the xgetbv instruction with input OP. This # can be used to detect if the OS supports AVX instruction usage. # # On output, the values of the eax and edx registers are stored as # hexadecimal strings as "eax:edx" in the cache variable # ax_cv_gcc_x86_avx_xgetbv. # # If the xgetbv instruction fails (because you are running a # cross-compiler, or because you are not using gcc, or because you are on # a processor that doesn't have this instruction), # ax_cv_gcc_x86_avx_xgetbv_OP is set to the string "unknown". # # This macro mainly exists to be used in AX_EXT. # # LICENSE # # Copyright (c) 2013 Michael Petch # # This program is free software: you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by the # Free Software Foundation, either version 3 of the License, or (at your # option) any later version. # # This program is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General # Public License for more details. # # You should have received a copy of the GNU General Public License along # with this program. If not, see . # # As a special exception, the respective Autoconf Macro's copyright owner # gives unlimited permission to copy, distribute and modify the configure # scripts that are the output of Autoconf when processing the Macro. You # need not follow the terms of the GNU General Public License when using # or distributing such scripts, even though portions of the text of the # Macro appear in them. The GNU General Public License (GPL) does govern # all other use of the material that constitutes the Autoconf Macro. # # This special exception to the GPL applies to versions of the Autoconf # Macro released by the Autoconf Archive. When you make and distribute a # modified version of the Autoconf Macro, you may extend this special # exception to the GPL to apply to your modified version as well. #serial 3 AC_DEFUN([AX_GCC_X86_AVX_XGETBV], [AC_REQUIRE([AC_PROG_CC]) AC_LANG_PUSH([C]) AC_CACHE_CHECK(for x86-AVX xgetbv $1 output, ax_cv_gcc_x86_avx_xgetbv_$1, [AC_RUN_IFELSE([AC_LANG_PROGRAM([#include ], [ int op = $1, eax, edx; FILE *f; /* Opcodes for xgetbv */ __asm__ __volatile__ (".byte 0x0f, 0x01, 0xd0" : "=a" (eax), "=d" (edx) : "c" (op)); f = fopen("conftest_xgetbv", "w"); if (!f) return 1; fprintf(f, "%x:%x\n", eax, edx); fclose(f); return 0; ])], [ax_cv_gcc_x86_avx_xgetbv_$1=`cat conftest_xgetbv`; rm -f conftest_xgetbv], [ax_cv_gcc_x86_avx_xgetbv_$1=unknown; rm -f conftest_xgetbv], [ax_cv_gcc_x86_avx_xgetbv_$1=unknown])]) AC_LANG_POP([C]) ]) kalign-3.3.1/m4/ax_gcc_x86_cpuid.m4000066400000000000000000000071671403616477200167070ustar00rootroot00000000000000# =========================================================================== # https://www.gnu.org/software/autoconf-archive/ax_gcc_x86_cpuid.html # =========================================================================== # # SYNOPSIS # # AX_GCC_X86_CPUID(OP) # AX_GCC_X86_CPUID_COUNT(OP, COUNT) # # DESCRIPTION # # On Pentium and later x86 processors, with gcc or a compiler that has a # compatible syntax for inline assembly instructions, run a small program # that executes the cpuid instruction with input OP. This can be used to # detect the CPU type. AX_GCC_X86_CPUID_COUNT takes an additional COUNT # parameter that gets passed into register ECX before calling cpuid. # # On output, the values of the eax, ebx, ecx, and edx registers are stored # as hexadecimal strings as "eax:ebx:ecx:edx" in the cache variable # ax_cv_gcc_x86_cpuid_OP. # # If the cpuid instruction fails (because you are running a # cross-compiler, or because you are not using gcc, or because you are on # a processor that doesn't have this instruction), ax_cv_gcc_x86_cpuid_OP # is set to the string "unknown". # # This macro mainly exists to be used in AX_GCC_ARCHFLAG. # # LICENSE # # Copyright (c) 2008 Steven G. Johnson # Copyright (c) 2008 Matteo Frigo # Copyright (c) 2015 Michael Petch # # This program is free software: you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by the # Free Software Foundation, either version 3 of the License, or (at your # option) any later version. # # This program is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General # Public License for more details. # # You should have received a copy of the GNU General Public License along # with this program. If not, see . # # As a special exception, the respective Autoconf Macro's copyright owner # gives unlimited permission to copy, distribute and modify the configure # scripts that are the output of Autoconf when processing the Macro. You # need not follow the terms of the GNU General Public License when using # or distributing such scripts, even though portions of the text of the # Macro appear in them. The GNU General Public License (GPL) does govern # all other use of the material that constitutes the Autoconf Macro. # # This special exception to the GPL applies to versions of the Autoconf # Macro released by the Autoconf Archive. When you make and distribute a # modified version of the Autoconf Macro, you may extend this special # exception to the GPL to apply to your modified version as well. #serial 10 AC_DEFUN([AX_GCC_X86_CPUID], [AX_GCC_X86_CPUID_COUNT($1, 0) ]) AC_DEFUN([AX_GCC_X86_CPUID_COUNT], [AC_REQUIRE([AC_PROG_CC]) AC_LANG_PUSH([C]) AC_CACHE_CHECK(for x86 cpuid $1 output, ax_cv_gcc_x86_cpuid_$1, [AC_RUN_IFELSE([AC_LANG_PROGRAM([#include ], [ int op = $1, level = $2, eax, ebx, ecx, edx; FILE *f; __asm__ __volatile__ ("xchg %%ebx, %1\n" "cpuid\n" "xchg %%ebx, %1\n" : "=a" (eax), "=r" (ebx), "=c" (ecx), "=d" (edx) : "a" (op), "2" (level)); f = fopen("conftest_cpuid", "w"); if (!f) return 1; fprintf(f, "%x:%x:%x:%x\n", eax, ebx, ecx, edx); fclose(f); return 0; ])], [ax_cv_gcc_x86_cpuid_$1=`cat conftest_cpuid`; rm -f conftest_cpuid], [ax_cv_gcc_x86_cpuid_$1=unknown; rm -f conftest_cpuid], [ax_cv_gcc_x86_cpuid_$1=unknown])]) AC_LANG_POP([C]) ]) kalign-3.3.1/m4/ax_openmp.m4000066400000000000000000000102741403616477200155510ustar00rootroot00000000000000# =========================================================================== # http://www.gnu.org/software/autoconf-archive/ax_openmp.html # =========================================================================== # # SYNOPSIS # # AX_OPENMP([ACTION-IF-FOUND[, ACTION-IF-NOT-FOUND]]) # # DESCRIPTION # # This macro tries to find out how to compile programs that use OpenMP a # standard API and set of compiler directives for parallel programming # (see http://www-unix.mcs/) # # On success, it sets the OPENMP_CFLAGS/OPENMP_CXXFLAGS/OPENMP_F77FLAGS # output variable to the flag (e.g. -omp) used both to compile *and* link # OpenMP programs in the current language. # # NOTE: You are assumed to not only compile your program with these flags, # but also link it with them as well. # # If you want to compile everything with OpenMP, you should set: # # CFLAGS="$CFLAGS $OPENMP_CFLAGS" # #OR# CXXFLAGS="$CXXFLAGS $OPENMP_CXXFLAGS" # #OR# FFLAGS="$FFLAGS $OPENMP_FFLAGS" # # (depending on the selected language). # # The user can override the default choice by setting the corresponding # environment variable (e.g. OPENMP_CFLAGS). # # ACTION-IF-FOUND is a list of shell commands to run if an OpenMP flag is # found, and ACTION-IF-NOT-FOUND is a list of commands to run it if it is # not found. If ACTION-IF-FOUND is not specified, the default action will # define HAVE_OPENMP. # # LICENSE # # Copyright (c) 2008 Steven G. Johnson # # This program is free software: you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by the # Free Software Foundation, either version 3 of the License, or (at your # option) any later version. # # This program is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General # Public License for more details. # # You should have received a copy of the GNU General Public License along # with this program. If not, see . # # As a special exception, the respective Autoconf Macro's copyright owner # gives unlimited permission to copy, distribute and modify the configure # scripts that are the output of Autoconf when processing the Macro. You # need not follow the terms of the GNU General Public License when using # or distributing such scripts, even though portions of the text of the # Macro appear in them. The GNU General Public License (GPL) does govern # all other use of the material that constitutes the Autoconf Macro. # # This special exception to the GPL applies to versions of the Autoconf # Macro released by the Autoconf Archive. When you make and distribute a # modified version of the Autoconf Macro, you may extend this special # exception to the GPL to apply to your modified version as well. #serial 8 AC_DEFUN([AX_OPENMP], [ AC_PREREQ(2.59) dnl for _AC_LANG_PREFIX AC_CACHE_CHECK([for OpenMP flag of _AC_LANG compiler], ax_cv_[]_AC_LANG_ABBREV[]_openmp, [save[]_AC_LANG_PREFIX[]FLAGS=$[]_AC_LANG_PREFIX[]FLAGS ax_cv_[]_AC_LANG_ABBREV[]_openmp=unknown # Flags to try: -fopenmp (gcc), -openmp (icc), -mp (SGI & PGI), # -xopenmp (Sun), -omp (Tru64), -qsmp=omp (AIX), none ax_openmp_flags="-fopenmp -openmp -mp -xopenmp -omp -qsmp=omp none" if test "x$OPENMP_[]_AC_LANG_PREFIX[]FLAGS" != x; then ax_openmp_flags="$OPENMP_[]_AC_LANG_PREFIX[]FLAGS $ax_openmp_flags" fi for ax_openmp_flag in $ax_openmp_flags; do case $ax_openmp_flag in none) []_AC_LANG_PREFIX[]FLAGS=$save[]_AC_LANG_PREFIX[] ;; *) []_AC_LANG_PREFIX[]FLAGS="$save[]_AC_LANG_PREFIX[]FLAGS $ax_openmp_flag" ;; esac AC_TRY_LINK_FUNC(omp_set_num_threads, [ax_cv_[]_AC_LANG_ABBREV[]_openmp=$ax_openmp_flag; break]) done []_AC_LANG_PREFIX[]FLAGS=$save[]_AC_LANG_PREFIX[]FLAGS ]) if test "x$ax_cv_[]_AC_LANG_ABBREV[]_openmp" = "xunknown"; then m4_default([$2],:) else if test "x$ax_cv_[]_AC_LANG_ABBREV[]_openmp" != "xnone"; then OPENMP_[]_AC_LANG_PREFIX[]FLAGS=$ax_cv_[]_AC_LANG_ABBREV[]_openmp fi m4_default([$1], [AC_DEFINE(HAVE_OPENMP,1,[Define if OpenMP is enabled])]) fi ])dnl AX_OPENMP kalign-3.3.1/m4/ax_set_compile_flags.m4000066400000000000000000000104371403616477200177330ustar00rootroot00000000000000AC_DEFUN([AX_ENABLE_DEBUG], [AC_ARG_ENABLE(debugging, [AS_HELP_STRING([--enable-debugging],[include debugging code]) AS_HELP_STRING([--enable-debugging=x],[also set diagnostics verbosity level to (1-3)])], enable_debugging=$enableval, enable_debugging="no") case $enable_debugging in yes) AC_DEFINE(DEBUGLEVEL, 0,[No debugging. ]);; 1) AC_DEFINE(DEBUGLEVEL, 1,[Defines debugging level 1.]);; 2) AC_DEFINE(DEBUGLEVEL, 2,[Defines debugging level 2.]);; 3) AC_DEFINE(DEBUGLEVEL, 3,[Defines debugging level 3.]);; no) AC_DEFINE(DEBUGLEVEL, 0,[No debugging.]);; *) AC_MSG_ERROR([Unknown argument to --enable-debugging: $enable_debugging]);; esac changequote({,}) CFLAGS=`echo "$CFLAGS" | $SED -e 's/-O[0-9s]*//g'` CFLAGS=`echo "$CFLAGS" | $SED -e 's/-g[0-9]*//g'` changequote([,]) if test "$enable_debugging" != "no"; then AC_DEFINE(DEBUG,1,[Defines debugging .]) ADD_DEBUG_COMPILE_WARNINGS CFLAGS="-ggdb -std=gnu11 ${CFLAGS}" CFLAGS="${CFLAGS}" else ADD_PRODUCTION_COMPILE_WARNINGS CFLAGS="-O3 -std=gnu11 ${CFLAGS}" CFLAGS="${CFLAGS}" DEBUG=0 fi ]) AC_DEFUN([ADD_DEBUG_COMPILE_WARNINGS], [TLDEVEL_CFLAGS="" AX_CHECK_COMPILE_FLAG([-pedantic],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -pedantic"],,) AX_CHECK_COMPILE_FLAG([-fstack-protector],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -fstack-protector"],,) dnl AX_CHECK_COMPILE_FLAG([-fsanitize=safe-stack],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -fsanitize=safe-stack"],,) AX_CHECK_COMPILE_FLAG([-fstack-clash-protection],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -fstack-clash-protection"],,) AX_CHECK_COMPILE_FLAG([-D_GLIBCXX_ASSERTIONS],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -D_GLIBCXX_ASSERTIONS"],,) AX_CHECK_COMPILE_FLAG([-fexceptions],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -fexceptions"],,) AX_CHECK_COMPILE_FLAG([-fasynchronous-unwind-tables],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -fasynchronous-unwind-tables"],,) AX_CHECK_COMPILE_FLAG([-Waddress],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Waddress"],,) AX_CHECK_COMPILE_FLAG([-Wall],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wall"],,) AX_CHECK_COMPILE_FLAG([-Wformat],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wformat"],,) AX_CHECK_COMPILE_FLAG([-Wformat-security],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wformat-security"],,) AX_CHECK_COMPILE_FLAG([-Werror=format-security],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Werror=format-security"],,) AX_CHECK_COMPILE_FLAG([-Werror=implicit-function-declaration],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Werror=implicit-function-declaration"],,) AX_CHECK_COMPILE_FLAG([-Wswitch-default],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wswitch-default"],,) AX_CHECK_COMPILE_FLAG([-Wswitch-enum],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wswitch-enum"],,) AX_CHECK_COMPILE_FLAG([-Wswitch],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wswitch"],,) AX_CHECK_COMPILE_FLAG([-Wtrigraphs],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wtrigraphs"],,) AX_CHECK_COMPILE_FLAG([-Wtype-limits],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wtype-limits"],,) AX_CHECK_COMPILE_FLAG([-Wundef],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wundef"],,) AX_CHECK_COMPILE_FLAG([-Wuninitialized],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wuninitialized"],,) AX_CHECK_COMPILE_FLAG([-Wunsafe-loop-optimizations],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wunsafe-loop-optimizations"],,) AX_CHECK_COMPILE_FLAG([-Wextra],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wextra"],,) AX_CHECK_COMPILE_FLAG([-Wfloat-equal],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -Wfloat-equal"],,) AX_CHECK_COMPILE_FLAG([-ffunction-sections],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -ffunction-sections"],,) AX_CHECK_COMPILE_FLAG([-fdata-sections],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -fdata-sections"],,) AX_CHECK_COMPILE_FLAG([--gc-sections],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} --gc-sections"],,) AC_SUBST([TLDEVEL_CFLAGS], [${TLDEVEL_CFLAGS}]) ]) AC_DEFUN([ADD_PRODUCTION_COMPILE_WARNINGS], [TLDEVEL_CFLAGS="" AX_CHECK_COMPILE_FLAG([-D_FORTIFY_SOURCE=2],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -D_FORTIFY_SOURCE=2"],,) AX_CHECK_COMPILE_FLAG([-ffunction-sections],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -ffunction-sections"],,) AX_CHECK_COMPILE_FLAG([-fdata-sections],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -fdata-sections"],,) AX_CHECK_COMPILE_FLAG([--gc-sections],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} --gc-sections"],,) # AX_CHECK_COMPILE_FLAG([-pg],[TLDEVEL_CFLAGS="${TLDEVEL_CFLAGS} -pg"],,) AC_SUBST([TLDEVEL_CFLAGS], [${TLDEVEL_CFLAGS}]) ]) kalign-3.3.1/m4/ax_valgrind_check.m4000066400000000000000000000213401403616477200172120ustar00rootroot00000000000000# =========================================================================== # https://www.gnu.org/software/autoconf-archive/ax_valgrind_check.html # =========================================================================== # # SYNOPSIS # # AX_VALGRIND_DFLT(memcheck|helgrind|drd|sgcheck, on|off) # AX_VALGRIND_CHECK() # # DESCRIPTION # # AX_VALGRIND_CHECK checks whether Valgrind is present and, if so, allows # running `make check` under a variety of Valgrind tools to check for # memory and threading errors. # # Defines VALGRIND_CHECK_RULES which should be substituted in your # Makefile; and $enable_valgrind which can be used in subsequent configure # output. VALGRIND_ENABLED is defined and substituted, and corresponds to # the value of the --enable-valgrind option, which defaults to being # enabled if Valgrind is installed and disabled otherwise. Individual # Valgrind tools can be disabled via --disable-valgrind-, the # default is configurable via the AX_VALGRIND_DFLT command or is to use # all commands not disabled via AX_VALGRIND_DFLT. All AX_VALGRIND_DFLT # calls must be made before the call to AX_VALGRIND_CHECK. # # If unit tests are written using a shell script and automake's # LOG_COMPILER system, the $(VALGRIND) variable can be used within the # shell scripts to enable Valgrind, as described here: # # https://www.gnu.org/software/gnulib/manual/html_node/Running-self_002dtests-under-valgrind.html # # Usage example: # # configure.ac: # # AX_VALGRIND_DFLT([sgcheck], [off]) # AX_VALGRIND_CHECK # # in each Makefile.am with tests: # # @VALGRIND_CHECK_RULES@ # VALGRIND_SUPPRESSIONS_FILES = my-project.supp # EXTRA_DIST = my-project.supp # # This results in a "check-valgrind" rule being added. Running `make # check-valgrind` in that directory will recursively run the module's test # suite (`make check`) once for each of the available Valgrind tools (out # of memcheck, helgrind and drd) while the sgcheck will be skipped unless # enabled again on the commandline with --enable-valgrind-sgcheck. The # results for each check will be output to test-suite-$toolname.log. The # target will succeed if there are zero errors and fail otherwise. # # Alternatively, a "check-valgrind-$TOOL" rule will be added, for $TOOL in # memcheck, helgrind, drd and sgcheck. These are useful because often only # some of those tools can be ran cleanly on a codebase. # # The macro supports running with and without libtool. # # LICENSE # # Copyright (c) 2014, 2015, 2016 Philip Withnall # # Copying and distribution of this file, with or without modification, are # permitted in any medium without royalty provided the copyright notice # and this notice are preserved. This file is offered as-is, without any # warranty. #serial 17 dnl Configured tools m4_define([valgrind_tool_list], [[memcheck], [helgrind], [drd], [sgcheck]]) m4_set_add_all([valgrind_exp_tool_set], [sgcheck]) m4_foreach([vgtool], [valgrind_tool_list], [m4_define([en_dflt_valgrind_]vgtool, [on])]) AC_DEFUN([AX_VALGRIND_DFLT],[ m4_define([en_dflt_valgrind_$1], [$2]) ])dnl AM_EXTRA_RECURSIVE_TARGETS([check-valgrind]) m4_foreach([vgtool], [valgrind_tool_list], [AM_EXTRA_RECURSIVE_TARGETS([check-valgrind-]vgtool)]) AC_DEFUN([AX_VALGRIND_CHECK],[ dnl Check for --enable-valgrind AC_ARG_ENABLE([valgrind], [AS_HELP_STRING([--enable-valgrind], [Whether to enable Valgrind on the unit tests])], [enable_valgrind=$enableval],[enable_valgrind=]) AS_IF([test "$enable_valgrind" != "no"],[ # Check for Valgrind. AC_CHECK_PROG([VALGRIND],[valgrind],[valgrind]) AS_IF([test "$VALGRIND" = ""],[ AS_IF([test "$enable_valgrind" = "yes"],[ AC_MSG_ERROR([Could not find valgrind; either install it or reconfigure with --disable-valgrind]) ],[ enable_valgrind=no ]) ],[ enable_valgrind=yes ]) ]) AM_CONDITIONAL([VALGRIND_ENABLED],[test "$enable_valgrind" = "yes"]) AC_SUBST([VALGRIND_ENABLED],[$enable_valgrind]) # Check for Valgrind tools we care about. [valgrind_enabled_tools=] m4_foreach([vgtool],[valgrind_tool_list],[ AC_ARG_ENABLE([valgrind-]vgtool, m4_if(m4_defn([en_dflt_valgrind_]vgtool),[off],dnl [AS_HELP_STRING([--enable-valgrind-]vgtool, [Whether to use ]vgtool[ during the Valgrind tests])],dnl [AS_HELP_STRING([--disable-valgrind-]vgtool, [Whether to skip ]vgtool[ during the Valgrind tests])]), [enable_valgrind_]vgtool[=$enableval], [enable_valgrind_]vgtool[=]) AS_IF([test "$enable_valgrind" = "no"],[ enable_valgrind_]vgtool[=no], [test "$enable_valgrind_]vgtool[" ]dnl m4_if(m4_defn([en_dflt_valgrind_]vgtool), [off], [= "yes"], [!= "no"]),[ AC_CACHE_CHECK([for Valgrind tool ]vgtool, [ax_cv_valgrind_tool_]vgtool,[ ax_cv_valgrind_tool_]vgtool[=no m4_set_contains([valgrind_exp_tool_set],vgtool, [m4_define([vgtoolx],[exp-]vgtool)], [m4_define([vgtoolx],vgtool)]) AS_IF([`$VALGRIND --tool=]vgtoolx[ --help >/dev/null 2>&1`],[ ax_cv_valgrind_tool_]vgtool[=yes ]) ]) AS_IF([test "$ax_cv_valgrind_tool_]vgtool[" = "no"],[ AS_IF([test "$enable_valgrind_]vgtool[" = "yes"],[ AC_MSG_ERROR([Valgrind does not support ]vgtool[; reconfigure with --disable-valgrind-]vgtool) ],[ enable_valgrind_]vgtool[=no ]) ],[ enable_valgrind_]vgtool[=yes ]) ]) AS_IF([test "$enable_valgrind_]vgtool[" = "yes"],[ valgrind_enabled_tools="$valgrind_enabled_tools ]m4_bpatsubst(vgtool,[^exp-])[" ]) AC_SUBST([ENABLE_VALGRIND_]vgtool,[$enable_valgrind_]vgtool) ]) AC_SUBST([valgrind_tools],["]m4_join([ ], valgrind_tool_list)["]) AC_SUBST([valgrind_enabled_tools],[$valgrind_enabled_tools]) [VALGRIND_CHECK_RULES=' # Valgrind check # # Optional: # - VALGRIND_SUPPRESSIONS_FILES: Space-separated list of Valgrind suppressions # files to load. (Default: empty) # - VALGRIND_FLAGS: General flags to pass to all Valgrind tools. # (Default: --num-callers=30) # - VALGRIND_$toolname_FLAGS: Flags to pass to Valgrind $toolname (one of: # memcheck, helgrind, drd, sgcheck). (Default: various) # Optional variables VALGRIND_SUPPRESSIONS ?= $(addprefix --suppressions=,$(VALGRIND_SUPPRESSIONS_FILES)) VALGRIND_FLAGS ?= --num-callers=30 VALGRIND_memcheck_FLAGS ?= --leak-check=full --show-reachable=no VALGRIND_helgrind_FLAGS ?= --history-level=approx VALGRIND_drd_FLAGS ?= VALGRIND_sgcheck_FLAGS ?= # Internal use valgrind_log_files = $(addprefix test-suite-,$(addsuffix .log,$(valgrind_tools))) valgrind_memcheck_flags = --tool=memcheck $(VALGRIND_memcheck_FLAGS) valgrind_helgrind_flags = --tool=helgrind $(VALGRIND_helgrind_FLAGS) valgrind_drd_flags = --tool=drd $(VALGRIND_drd_FLAGS) valgrind_sgcheck_flags = --tool=exp-sgcheck $(VALGRIND_sgcheck_FLAGS) valgrind_quiet = $(valgrind_quiet_$(V)) valgrind_quiet_ = $(valgrind_quiet_$(AM_DEFAULT_VERBOSITY)) valgrind_quiet_0 = --quiet valgrind_v_use = $(valgrind_v_use_$(V)) valgrind_v_use_ = $(valgrind_v_use_$(AM_DEFAULT_VERBOSITY)) valgrind_v_use_0 = @echo " USE " $(patsubst check-valgrind-%-am,%,$''@):; # Support running with and without libtool. ifneq ($(LIBTOOL),) valgrind_lt = $(LIBTOOL) $(AM_LIBTOOLFLAGS) $(LIBTOOLFLAGS) --mode=execute else valgrind_lt = endif # Use recursive makes in order to ignore errors during check check-valgrind-am: ifeq ($(VALGRIND_ENABLED),yes) $(A''M_V_at)$(MAKE) $(AM_MAKEFLAGS) -k \ $(foreach tool, $(valgrind_enabled_tools), check-valgrind-$(tool)) else @echo "Need to reconfigure with --enable-valgrind" endif # Valgrind running VALGRIND_TESTS_ENVIRONMENT = \ $(TESTS_ENVIRONMENT) \ env VALGRIND=$(VALGRIND) \ G_SLICE=always-malloc,debug-blocks \ G_DEBUG=fatal-warnings,fatal-criticals,gc-friendly VALGRIND_LOG_COMPILER = \ $(valgrind_lt) \ $(VALGRIND) $(VALGRIND_SUPPRESSIONS) --error-exitcode=1 $(VALGRIND_FLAGS) define valgrind_tool_rule check-valgrind-$(1)-am: ifeq ($$(VALGRIND_ENABLED)-$$(ENABLE_VALGRIND_$(1)),yes-yes) ifneq ($$(TESTS),) $$(valgrind_v_use)$$(MAKE) check-TESTS \ TESTS_ENVIRONMENT="$$(VALGRIND_TESTS_ENVIRONMENT)" \ LOG_COMPILER="$$(VALGRIND_LOG_COMPILER)" \ LOG_FLAGS="$$(valgrind_$(1)_flags)" \ TEST_SUITE_LOG=test-suite-$(1).log endif else ifeq ($$(VALGRIND_ENABLED),yes) @echo "Need to reconfigure with --enable-valgrind-$(1)" else @echo "Need to reconfigure with --enable-valgrind" endif endef $(foreach tool,$(valgrind_tools),$(eval $(call valgrind_tool_rule,$(tool)))) A''M_DISTCHECK_CONFIGURE_FLAGS ?= A''M_DISTCHECK_CONFIGURE_FLAGS += --disable-valgrind MOSTLYCLEANFILES ?= MOSTLYCLEANFILES += $(valgrind_log_files) .PHONY: check-valgrind $(add-prefix check-valgrind-,$(valgrind_tools)) '] AC_SUBST([VALGRIND_CHECK_RULES]) m4_ifdef([_AM_SUBST_NOTMAKE], [_AM_SUBST_NOTMAKE([VALGRIND_CHECK_RULES])]) ]) kalign-3.3.1/scripts/000077500000000000000000000000001403616477200144645ustar00rootroot00000000000000kalign-3.3.1/scripts/balibase_test.org000066400000000000000000001366551403616477200200160ustar00rootroot00000000000000#+TITLE: Test kalign on BAliBASE #+AUTHOR: Timo Lassmann #+EMAIL: timo.lassmann@telethonkids.org.au #+DATE: 2019-04-23 #+LATEX_CLASS: report #+OPTIONS: toc:nil #+OPTIONS: H:4 #+LATEX_CMD: pdflatex * Introduction Let's run kalign on the core BAliBASE test alignments. * Method ** Step 1: install balibase #+BEGIN_SRC sh cd mkdir -p data cd data if [ ! -f BAliBASE_R1-5.tar.gz ]; then wget https://www.lbgi.fr/balibase/BalibaseDownload/BAliBASE_R1-5.tar.gz fi tar -zxvf BAliBASE_R1-5.tar.gz #+END_SRC #+RESULTS: BAliBASE comes with a C program to score alignments. Unfortunately, something is wrong with the bundled expat library. To fix this install expat system and remove the links to the bundled library by editing the makefile: #+BEGIN_EXAMPLE makefile CC = cc CFLAGS = -c -O #-I$(EXPAT_INC) LFLAGS = -O -lm -lexpat #-L$(EXPAT_LIB) -lexpat EXPAT_LIB = expat-1.95.2/lib EXPAT_INC = expat-1.95.2/include #+END_EXAMPLE Also, by default bali_score will use all columns for the TC score. In the original clustal omega paper only core blocks are used to calculate the TC scores supercite:sievers-2014-fast-scalab. To change this modify =bali_score.c= line 104 from: #+BEGIN_EXAMPLE C method='C' #+END_EXAMPLE to: #+BEGIN_EXAMPLE C method='B' #+END_EXAMPLE Then compile: #+BEGIN_SRC sh cd ~/data/bb3_release/bali_score_src make #+END_SRC #+RESULTS: | cc | -c | -O | readxml.c | | | | | | | | cc | -c | -O | init.c | | | | | | | | cc | -c | -O | util.c | | | | | | | | cc | -c | -O | bali_score.c | | | | | | | | cc | -o | bali_score | readxml.o | init.o | util.o | bali_score.o | -O | -lm | -lexpat | ** Step 2: run tests #+BEGIN_SRC sh :session onesh cd ~/data/bb3_release cd .. mkdir -p bb3_release_tmp_aln cd bb3_release_tmp_aln KALIGNOUTDIR=$PWD echo $KALIGNOUTDIR #+END_SRC #+RESULTS: | | | sh-4.4$ sh-4.4$ sh-4.4$ sh-4.4$ sh-4.4$ /home/user/data/bb3_release_tmp_aln | #+BEGIN_SRC sh :session onesh :results raw find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); printf "kalign -alnp param_25.txt %s -o %s/%s_%skalign25.msf\n", $1,outdir,a[n-2],a[n-1] }' > run_kalign.sh find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); printf "kalign -alnp param_50.txt %s -o %s/%s_%skalign50.msf\n", $1,outdir,a[n-2],a[n-1] }' >> run_kalign.sh find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); printf "kalign -alnp param_75.txt %s -o %s/%s_%skalign75.msf\n", $1,outdir,a[n-2],a[n-1] }' >> run_kalign.sh #+END_SRC #+BEGIN_SRC sh :session onesh :results raw find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); printf "kalign -alnp testparam %s -o %s/%s_%skalign.msf\n", $1,outdir,a[n-2],a[n-1] }' > run_kalign.sh find ~/data/bb3_release -name "*.tfa" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); printf "clustalo --dealign -i %s --outfmt=msf -o %s/%s_%sclustalo.msf\n", $1,outdir,a[n-2],a[n-1] }' > run_clustalo.sh find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); printf "kalign %s -set 0 -o %s/%s_%skalign_1.msf\n", $1,outdir,a[n-2],a[n-1] ; printf "kalign %s -set 1 -o %s/%s_%skalign_2.msf\n", $1,outdir,a[n-2],a[n-1] ; printf "kalign %s -set 2 -o %s/%s_%skalign_3.msf\n", $1,outdir,a[n-2],a[n-1] ; printf "kalign %s -set 3 -o %s/%s_%skalign_4.msf\n", $1,outdir,a[n-2],a[n-1] ; }' > run_kalign_cmsa.sh find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); printf "cmsa -a %s/%s_%skalign_*.msf -out %s/%s_%skalign_cmsa.msf -f msf \n",outdir,a[n-2],a[n-1],outdir,a[n-2],a[n-1] ; }' > run_cmsa.sh chmod 755 run_kalign_cmsa.sh chmod 755 run_kalign.sh chmod 755 run_clustalo.sh #+END_SRC #+RESULTS: #+BEGIN_SRC sh :session onesh :results raw find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/data/bb3_release/bali_score_src/bali_score %s %s/%s_%skalign.msf\n", $1,outdir,a[n-2],a[n-1] }' > alignment_scores.sh find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/data/bb3_release/bali_score_src/bali_score %s %s/%s_%skalign_1.msf\n", $1,outdir,a[n-2],a[n-1] }' > alignment_scores_set1.sh find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/data/bb3_release/bali_score_src/bali_score %s %s/%s_%skalign_2.msf\n", $1,outdir,a[n-2],a[n-1] }' > alignment_scores_set2.sh find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/data/bb3_release/bali_score_src/bali_score %s %s/%s_%skalign_3.msf\n", $1,outdir,a[n-2],a[n-1] }' > alignment_scores_set3.sh find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/data/bb3_release/bali_score_src/bali_score %s %s/%s_%skalign_4.msf\n", $1,outdir,a[n-2],a[n-1] }' > alignment_scores_set4.sh find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/data/bb3_release/bali_score_src/bali_score %s %s/%s_%skalign_5.msf\n", $1,outdir,a[n-2],a[n-1] }' > alignment_scores_set5.sh find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/data/bb3_release/bali_score_src/bali_score %s %s/%s_%skalign_cmsa.msf\n", $1,outdir,a[n-2],a[n-1] }' > alignment_scores_cmsa.sh find ~/data/bb3_release -name "*.xml" | awk -v outdir="$KALIGNOUTDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/data/bb3_release/bali_score_src/bali_score %s %s/%s_%sclustalo.msf\n", $1,outdir,a[n-2],a[n-1] }' >> alignment_scores.sh chmod 755 alignment_scores.sh #+END_SRC #+RESULTS: run the tests #+BEGIN_SRC sh :session onesh parallel --jobs 5 < ./run_kalign.sh parallel --jobs 5 < ./run_clustalo.sh ./alignment_scores.sh | grep auto > scores2.csv #+END_SRC ** Step 3: plot scores *** Check for dependencies Here I define the list of libraries I'll be using. #+NAME: liblist #+BEGIN_SRC R -n :exports code :results none libraries <- c("tidyverse","ggplot2","stringi","cowplot") #+END_SRC Script to test if libraries are present. #+BEGIN_SRC R -n :tangle test_for_libraries.R :shebang #!/usr/bin/env Rscript :noweb yes :exports code :results none <> Sys.info()["nodename"] for(library in libraries) { f = is.element(library, installed.packages()[,1]) print(paste("Library",library, "is installed?", f)) if(!f) { message("Missing library:",library ) quit(status=1) } } quit(status=0) #+END_SRC #+BEGIN_SRC sh -n :results output :exports both ./test_for_libraries.R #+END_SRC #+RESULTS: : nodename : "work" : [1] "Library tidyverse is installed? TRUE" : [1] "Library ggplot2 is installed? TRUE" : [1] "Library stringi is installed? TRUE" : [1] "Library cowplot is installed? TRUE" install.packages("tidyverse") Code block to load the libraries in R code. #+NAME: Rlibraries #+BEGIN_SRC R -n :exports code :results none :noweb yes <> lapply(libraries, FUN = function(X) { do.call("library", list(X)) }) #+END_SRC *** Plotting functions #+BEGIN_SRC R :session one :results none :export none :noweb yes <> readBaliscores <-function(file,name){ mat <- read.table(file); colnames(mat) <- c("Type","Name","SP","TC") mat$Type <- name mat$Name <- sub(".*/" ,"", mat$Name) mat$Name <- sub("[A-Z,_]*[.]{1}[A-Z]*$" ,"", mat$Name,ignore.case = TRUE) mat <- as.tibble(mat) x = str_split(mat$Name, "_", n = Inf, simplify = TRUE) mat$Group <- x[,1] return(mat) } #+END_SRC #+BEGIN_SRC R :session one :results output graphics :file BalibaseSP_scores.jpeg :exports both :width 160 :height 80 :noweb yes mat <- readBaliscores("scores_kalign_old.csv","kalign old"); mat <- rbind(mat,readBaliscores("scores_kalign_new.csv","kalign new")); mat <- rbind(mat,readBaliscores("scores_kalign_pbil2.csv","kalign pbil 2")); mat <- rbind(mat,readBaliscores("scores_kalign_16seed.csv","kalign 16 seed")); mat <- rbind(mat,readBaliscores("scores_kalign_test.csv","rel")) mat <- rbind(mat,readBaliscores("scores_kalign_optimized.csv","Opt")) ## mat <- rbind(mat,readBaliscores("scores_kalign_3.csv","kalign 3")); ## mata ## <- rbind(mat,readBaliscores("scores_kalign_bibpm.csv","bibpm")); ## mat ## <- rbind(mat,readBaliscores("scores_kalign_bibpm_zero.csv","bibpm_zero")); p1 <- ggplot(mat, aes(Group, SP)) p1 <- p1 + geom_boxplot(aes(colour = Type)) means <- aggregate(SP ~ Type, mat, median) means$SP <- round(means$SP,digits = 4) p2 <- ggplot(mat, aes(Type, SP)) p2 <- p2 + geom_boxplot(aes(colour = Type)) p2 <- p2 + stat_summary(fun.y=mean, colour="darkred", geom="point", shape=18, size=3,show.legend = FALSE) p2 <- p2 + geom_text(data = means, aes(label = SP, y = SP + 0.08)) p3 <- ggplot(mat, aes(Group, TC)) p3 <- p3 + geom_boxplot(aes(colour = Type)) means <- aggregate(TC ~ Type, mat, median) means$TC <- round(means$TC,digits = 4) p4 <- ggplot(mat, aes(Type, TC)) p4 <- p4 + geom_boxplot(aes(colour = Type)) p4 <- p4 + geom_boxplot(aes(colour = Type)) p4 <- p4 + stat_summary(fun.y=mean, colour="darkred", geom="point", shape=18, size=3,show.legend = FALSE) p4 <- p4 + geom_text(data = means, aes(label = TC, y = TnC + 0.08)) p = plot_grid(p1,p2,p3,p4, labels=c("SP", "TC"), ncol = 2, nrow= 2) #+END_SRC #+RESULTS: [[file:BalibaseSP_scores.jpeg]] * Benchmarking Programs to test: #+NAME: Benchprograms | Name | Download | |--------------+------------------------------------------------------------------------------| | Muscle | https://www.drive5.com/muscle/downloads3.8.31/muscle3.8.31_i86linux32.tar.gz | | Clustalomega | http://clustal.org/omega/clustalo-1.2.4-Ubuntu-x86_64 | | q-score | https://www.drive5.com/qscore/qscore_src.tar.gz | | Kalign2 | http://msa.sbc.su.se/downloads/kalign/current.tar.gz | Since the clustal papers provide a great overview of alignment programs I think these two should suffice. Note I am not comparing kalign against consistency based methods as these are a) all more accurate and b) slower. Kalign is targeted at the accurate and fast niche. Benchmarks: #+NAME: Benchmarkdata | Name | Download | |---------------+-------------------------------------------------------------------| | Balibase1-5 | http://www.lbgi.fr/balibase/BalibaseDownload/BAliBASE_R1-5.tar.gz | | Balifam | http://clustal.org/omega/bali3fam-26.tar.gz | | Bralibaseset1 | http://projects.binf.ku.dk/pgardner/bralibase/data-set1.tar.gz | | Bralibaseset2 | http://projects.binf.ku.dk/pgardner/bralibase/data-set2.tar.gz | | HomFam | http://www.clustal.org/omega/homfam-20110613-25.tar.gz | | QuanTest2 | http://bioinf.ucd.ie/quantest2.tar | ** Step one: create test directory and download all data #+BEGIN_SRC bash :exports both :results none cd mkdir -p kalignbenchmark cd kalignbenchmark mkdir -p data mkdir -p programs mkdir -p scratch #+END_SRC *** Download benchmark datasets #+BEGIN_SRC bash -n :results raw :exports both :var tbl=Benchmarkdata :colnames yes cd cd ~/kalignbenchmark/data for idx in ${!tbl[*]}; do #echo ${tbl[$idx]} if [[ ${tbl[$idx]} =~ ^http* ]]; then echo "wget ${tbl[$idx]}" wget ${tbl[$idx]} fi done #+END_SRC inter all data sets #+BEGIN_SRC bash :results none :exports code cd cd ~/kalignbenchmark/data mkdir -p homfam mv homfam-20110613-25.tar.gz homfam cd homfam tar -zxvf homfam-20110613-25.tar.gz cd ~/kalignbenchmark/data for filename in *.tar.gz; do tar -zxvf $filename done tar -xvf quantest2.tar #+END_SRC *** Compile baliscore program and place in program directory #+BEGIN_SRC bash cd ~/kalignbenchmark/data/bb3_release/bali_score_src gcc *.c -lm -lexpat -o bali_score cp bali_score ~/kalignbenchmark/programs #+END_SRC #+RESULTS: *** Download programs #+BEGIN_SRC bash -n :results none :exports none :var tbl=Benchprograms :colnames yes cd cd ~/kalignbenchmark/programs for idx in ${!tbl[*]}; do #echo ${tbl[$idx]} if [[ ${tbl[$idx]} =~ ^http* ]]; then echo "wget ${tbl[$idx]}" wget ${tbl[$idx]} fi done chmod 755 clustalo-1.2.4-Ubuntu-x86_64 tar -zxvf muscle3.8.31_i86linux32.tar.gz tar -zxvf qscore_src.tar.gz mkdir -p kalign2_src cd kalign2_src mv ../current.tar.gz . tar -zxvf current.tar.gz ./configure make cp kalign ../kalign2 #+END_SRC *** Compile q-score NOTE: this is manual! Add: #+BEGIN_EXAMPLE C #include #+END_EXAMPLE to qscore header: =qscore.h= then: #+BEGIN_EXAMPLE bash make #+END_EXAMPLE ** Step 2: test if all programs run Let's make sure individual programs run on all the test sets. small code chunk to set path: #+NAME: path #+BEGIN_SRC bash :results none :exports code :noweb yes export PATH=~/kalignbenchmark/programs:$PATH #+END_SRC *** muscle Can I run muscle? #+BEGIN_SRC bash :results value :exports code :noweb yes <> muscle3.8.31_i86linux32 -version #+END_SRC #+RESULTS: : MUSCLE v3.8.31 by Robert C. Edgar Let's try on a balibase case: #+BEGIN_SRC bash :results raw :exports code :noweb yes <> IN=~/kalignbenchmark/data/bb3_release/RV11/BB11002.tfa REF=~/kalignbenchmark/data/bb3_release/RV11/BB11002.msf OUT=~/kalignbenchmark/scratch/BB11002_muscle.msf muscle3.8.31_i86linux32 -msf -in $IN -out $OUT bali_score $REF $OUT #+END_SRC Let's try on a balifam #+BEGIN_SRC bash :results raw :exports both :noweb yes <> IN=~/kalignbenchmark/data/BB20021-package.vie ADD=~/kalignbenchmark/data/bb3_release/RV20/BB20021.tfa REF=~/kalignbenchmark/data/bb3_release/RV20/BB20021.msf OUT=~/kalignbenchmark/scratch/BB20021_muscle.fa cd ~/kalignbenchmark/scratch cat $IN $ADD > test.fa time muscle3.8.31_i86linux32 -maxiters 2 -in test.fa -out $OUT kalign $REF -r -f fasta -o ref.fa qscore -test $OUT -ref ref.fa #+END_SRC #+RESULTS: [2019-06-11 20:55:42] : LOG : kalign -r -f fasta -o ref.fa /home/user/kalignbenchmark/data/bb3_release/RV20/BB20021.msf [2019-06-11 20:55:42] : LOG : Detected protein sequences. [2019-06-11 20:55:42] : LOG : Detected: 53 sequences. [2019-06-11 20:55:42] : LOG : Output in fasta format *** clustalo Can I run muscle? #+BEGIN_SRC bash :results value :exports code :noweb yes <> clustalo-1.2.4-Ubuntu-x86_64 --version #+END_SRC Let's try on a balibase case: #+BEGIN_SRC bash :results raw :exports code :noweb yes <> IN=~/kalignbenchmark/data/bb3_release/RV11/BB11002.tfa REF=~/kalignbenchmark/data/bb3_release/RV11/BB11002.msf OUT=~/kalignbenchmark/scratch/BB11002_clustalo.msf clustalo-1.2.4-Ubuntu-x86_64 --outfmt=msf --in $IN --out $OUT bali_score $REF $OUT #+END_SRC #+RESULTS: Using GCG format reference alignment Comparing test alignment in /home/user/kalignbenchmark/scratch/BB11002_clustalo.msf with reference alignment in /home/user/kalignbenchmark/data/bb3_release/RV11/BB11002.msf SP score= 0.483 TC score= 0.000 auto /home/user/kalignbenchmark/scratch/BB11002_clustalo.msf 0.483 0.000 ** Step 3: scripts to run benchmarks #+NAME: scratchdir #+BEGIN_SRC bash :results none :exports code :noweb yes SCRATCHDIR="~/kalignbenchmark/scratch" #+END_SRC *** Balibase #+BEGIN_SRC bash -n :tangle gen_run_balibase.sh :shebang #!/usr/bin/env bash :noweb yes :exports code :results none :noweb yes <> #+END_SRC #+BEGIN_SRC bash -n :tangle gen_run_balibase.sh :noweb yes :exports code :results none :noweb yes DIR=`pwd` function usage() { printf "This script will generate scripts to run kalign, clustal omega and muscle on the balibase MSA benchmark data set.\n\n" ; printf "usage: $0\n\n" ; exit 1; } while getopts h opt do case ${opt} in h) usage;; ,*) usage;; esac done printf "Generating kalign run script\n"; find ~/kalignbenchmark/data/bb3_release -name "*.tfa" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); printf "kalign -i %s -f msf -o %s/%s_%s_kalign.msf\n", $1,outdir,a[n-2],a[n-1] }' > run_kalign.sh chmod 755 run_kalign.sh printf "Generating muscle run script\n"; find ~/kalignbenchmark/data/bb3_release -name "*.tfa" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); printf "muscle3.8.31_i86linux32 -msf -in %s -out %s/%s_%s_muscle.msf\n", $1,outdir,a[n-2],a[n-1] }' > run_muscle.sh chmod 755 run_muscle.sh printf "Generating clustalo run script\n"; find ~/kalignbenchmark/data/bb3_release -name "*.tfa" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); printf "clustalo-1.2.4-Ubuntu-x86_64 --outfmt=msf --in %s --out %s/%s_%s_clustalo.msf\n", $1,outdir,a[n-2],a[n-1] }' > run_clustalo.sh chmod 755 run_clustalo.sh printf "Generating kalign scoring run script\n"; find ~/kalignbenchmark/data/bb3_release -name "*.xml" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_kalign.msf | grep auto\n", $1,outdir,a[n-2],a[n-1] }' > score_bb3_kalign.sh chmod 755 score_bb3_kalign.sh printf "Generating muscle scoring run script\n"; find ~/kalignbenchmark/data/bb3_release -name "*.xml" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_muscle.msf | grep auto\n", $1,outdir,a[n-2],a[n-1] }' > score_bb3_muscle.sh chmod 755 score_bb3_muscle.sh printf "Generating clustalo scoring run script\n"; find ~/kalignbenchmark/data/bb3_release -name "*.xml" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_clustalo.msf | grep auto\n", $1,outdir,a[n-2],a[n-1] }' > score_bb3_clustalo.sh chmod 755 score_bb3_clustalo.sh #+END_SRC **** Kick off jobs #+BEGIN_SRC bash -n :tangle run_balibase.sh :noweb yes :exports code :results none :noweb yes :shebang #!/usr/bin/env bash <> ./run_muscle.sh ./run_kalign.sh ./run_clustalo.sh #+END_SRC **** score alignments #+BEGIN_SRC bash ./score_bb3_kalign.sh > scores_kalign.csv ./score_bb3_muscle.sh > scores_muscle.csv ./score_bb3_clustalo.sh > scores_clustalo.csv #+END_SRC #+RESULTS: **** Plot #+BEGIN_SRC R :session one :results none :export none :noweb yes <> readBaliscores <-function(file,name){ mat <- read.table(file); colnames(mat) <- c("Type","Name","SP","TC") mat$Type <- name mat$Name <- sub(".*/" ,"", mat$Name) mat$Name <- sub("[A-Z,_]*[.]{1}[A-Z]*$" ,"", mat$Name,ignore.case = TRUE) mat <- as.tibble(mat) x = str_split(mat$Name, "_", n = Inf, simplify = TRUE) mat$Group <- x[,1] return(mat) } #+END_SRC #+BEGIN_SRC R :session one :results output graphics :file Balibase_scores.jpeg :exports both :noweb yes mat <- readBaliscores("scores_kalign.csv","kalign"); mat <- rbind(mat,readBaliscores("scores_muscle.csv","muscle")); mat <- rbind(mat,readBaliscores("scores_clustalo.csv","clustalo")); ## mat <- rbind(mat,readBaliscores("scores_kalign_3.csv","kalign 3")); ## mata ## <- rbind(mat,readBaliscores("scores_kalign_bibpm.csv","bibpm")); ## mat ## <- rbind(mat,readBaliscores("scores_kalign_bibpm_zero.csv","bibpm_zero")); p1 <- ggplot(mat, aes(Group, SP)) p1 <- p1 + geom_boxplot(aes(colour = Type)) means <- aggregate(SP ~ Type, mat, median) means$SP <- round(means$SP,digits = 4) p2 <- ggplot(mat, aes(Type, SP)) p2 <- p2 + geom_boxplot(aes(colour = Type)) p2 <- p2 + stat_summary(fun.y=mean, colour="darkred", geom="point", shape=18, size=3,show.legend = FALSE) p2 <- p2 + geom_text(data = means, aes(label = SP, y = SP + 0.08)) p3 <- ggplot(mat, aes(Group, TC)) p3 <- p3 + geom_boxplot(aes(colour = Type)) means <- aggregate(TC ~ Type, mat, median) means$TC <- round(means$TC,digits = 4) p4 <- ggplot(mat, aes(Type, TC)) p4 <- p4 + geom_boxplot(aes(colour = Type)) p4 <- p4 + geom_boxplot(aes(colour = Type)) p4 <- p4 + stat_summary(fun.y=mean, colour="darkred", geom="point", shape=18, size=3,show.legend = FALSE) p4 <- p4 + geom_text(data = means, aes(label = TC, y = TC + 0.08)) p1 <- p1 + theme(legend.position="none") p2 <- p2 + theme(legend.position="none") p3 <- p3 + theme(legend.position="none") p4 <- p4 + theme(legend.position="none") p = plot_grid(p1,p2,p3,p4, labels=c("SP", "TC"), ncol = 2, nrow= 2) ggsave("Balibase_scores.jpeg", p,width = 16, height = 12, dpi = 300, units = c( "cm")) p1 <- ggplot(mat, aes(Group, SP)) p1 <- p1 + geom_boxplot(aes(colour = Type)) p1 <- p1 + scale_color_discrete(name = "Program") p1 <- p1 + theme(legend.position = c(0.25, 0.15),legend.text=element_text(size=16), legend.direction = "horizontal") p1 <- p1 + xlab(label="") p1 <- p1 + theme(plot.margin = margin(t = 0, b = -0.4, unit = "cm"))# unit(c(1,2,3,4), "cm")) # t = 0, r = 0, b = 0, l = 0 ("left", "right", "bottom", "top") ggsave("Figure1.jpeg",p1,width = 16, height = 12, dpi = 300, units = c( "cm")) #+END_SRC #+RESULTS: [[file:Balibase_scores.jpeg]] *** Bralibase #+BEGIN_SRC bash -n :tangle gen_run_bralibase.sh :shebang #!/usr/bin/env bash :noweb yes :exports code :results none :noweb yes <> #+END_SRC #+BEGIN_SRC bash -n :tangle gen_run_bralibase.sh :noweb yes :exports code :results none :noweb yes DIR=`pwd` function usage() { printf "This script will generate scripts to run kalign, clustal omega and muscle on the balibase MSA benchmark data set.\n\n" ; printf "usage: $0\n\n" ; exit 1; } while getopts h opt do case ${opt} in h) usage;; ,*) usage;; esac done find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*_test.fa" -exec rm -rf {} \; printf "Generate commands to reformat the reference alignments\n\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*.fa" -o -name '*.fasta' | grep structural | awk -v outdir="$SCRATCHDIR" '{printf "kalign %s --rename -reformat -f msf -o %s.msf\n", $1,$1 }' > run_kalign_reformat.sh find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*.fa" -o -name '*.fasta' | grep unaligned | awk -v outdir="$SCRATCHDIR" '{printf "kalign %s --rename -reformat -f fasta -o %s_test.fa\n", $1,$1 }' >> run_kalign_reformat.sh chmod 755 run_kalign_reformat.sh ./run_kalign_reformat.sh printf "Generating kalign run script\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*_test.fa" | grep unaligned | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); printf "kalign %s -f msf -o %s/%s_%s_%s_kalign.msf\n", $1,outdir,a[n-4],a[n-3],a[n-2] }' > run_kalign_bralibase.sh chmod 755 run_kalign_bralibase.sh printf "Generating muscle run script\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*_test.fa" -o -name '*.fasta' | grep unaligned | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); printf "muscle3.8.31_i86linux32 -msf -in %s -out %s/%s_%s_%s_muscle.msf\n", $1,outdir,a[n-4],a[n-3],a[n-2] }' > run_muscle_bralibase.sh chmod 755 run_muscle_bralibase.sh printf "Generating clustalo run script\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*_test.fa" -o -name '*.fasta' | grep unaligned | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); printf "clustalo-1.2.4-Ubuntu-x86_64 --outfmt=msf --in %s --force --out %s/%s_%s_%s_clustalo.msf\n", $1,outdir,a[n-4],a[n-3],a[n-2] }' > run_clustalo_bralibase.sh chmod 755 run_clustalo_bralibase.sh printf "Generating kalign scoring run script\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*.msf" | grep structural | awk -v outdir="$SCRATCHDIR" '{name=$1; gsub(/structural/, "unaligned"); n=split ($1,a,/[\/,.]/); printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_%s_kalign.msf | grep auto\n", name,outdir,a[n-4],a[n-3],a[n-2] }' > score_kalign_bralibase.sh chmod 755 score_kalign_bralibase.sh printf "Generating muscle scoring run script\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*.msf" | grep structural | awk -v outdir="$SCRATCHDIR" '{name=$1; gsub(/structural/, "unaligned"); n=split ($1,a,/[\/,.]/); printf "~/data/bb3_release/bali_score_src/bali_score %s %s/%s_%s_%s_muscle.msf | grep auto\n", name,outdir,a[n-4],a[n-3],a[n-2] }' > score_muscle_bralibase.sh chmod 755 score_muscle_bralibase.sh printf "Generating clustalo scoring run script\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*.msf" | grep structural | awk -v outdir="$SCRATCHDIR" '{name=$1; gsub(/structural/, "unaligned"); n=split ($1,a,/[\/,.]/); printf "~/data/bb3_release/bali_score_src/bali_score %s %s/%s_%s_%s_clustalo.msf | grep auto\n", name,outdir,a[n-4],a[n-3],a[n-2] }' > score_clustalo_bralibase.sh chmod 755 score_clustalo_bralibase.sh #+END_SRC **** Kick off jobs #+BEGIN_SRC bash -n :tangle run_bralibase.sh :noweb yes :exports code :results none :noweb yes :shebang #!/usr/bin/env bash <> ./run_kalign_bralibase.sh ./run_muscle_bralibase.sh ./run_clustalo_bralibase.sh #+END_SRC **** score alignments #+BEGIN_SRC bash ./score_kalign_bralibase.sh > scores_kalign_bralibase.csv ./score_muscle_bralibase.sh > scores_muscle_bralibase.csv ./score_clustalo_bralibase.sh > scores_clustalo_bralibase.csv #+END_SRC #+RESULTS: **** Plot #+BEGIN_SRC R :session one :results none :export none :noweb yes <> readBaliscores <-function(file,name){ mat <- read.table(file); colnames(mat) <- c("Type","Name","SP","TC") mat$Type <- name mat$Name <- sub(".*/" ,"", mat$Name) mat$Name <- sub("[A-Z,_]*[.]{1}[A-Z]*$" ,"", mat$Name,ignore.case = TRUE) mat <- as.tibble(mat) x = str_split(mat$Name, "_", n = Inf, simplify = TRUE) mat$Group <- x[,1] return(mat) } #+END_SRC #+BEGIN_SRC R :session one :results output graphics :file Bralibase_scores.jpeg :exports both :noweb yes mat <- readBaliscores("scores_kalign_bralibase.csv","kalign"); mat <- rbind(mat,readBaliscores("scores_muscle_bralibase.csv","muscle")); mat <- rbind(mat,readBaliscores("scores_clustalo_bralibase.csv","clustalo")); ## mat <- rbind(mat,readBaliscores("scores_kalign_3.csv","kalign 3")); ## mata ## <- rbind(mat,readBaliscores("scores_kalign_bibpm.csv","bibpm")); ## mat ## <- rbind(mat,readBaliscores("scores_kalign_bibpm_zero.csv","bibpm_zero")); p1 <- ggplot(mat, aes(Group, SP)) p1 <- p1 + geom_boxplot(aes(colour = Type)) means <- aggregate(SP ~ Type, mat, median) means$SP <- round(means$SP,digits = 4) p2 <- ggplot(mat, aes(Type, SP)) p2 <- p2 + geom_boxplot(aes(colour = Type)) p2 <- p2 + stat_summary(fun.y=mean, colour="darkred", geom="point", shape=18, size=3,show.legend = FALSE) p2 <- p2 + geom_text(data = means, aes(label = SP, y = SP + 0.08)) p3 <- ggplot(mat, aes(Group, TC)) p3 <- p3 + geom_boxplot(aes(colour = Type)) means <- aggregate(TC ~ Type, mat, median) means$TC <- round(means$TC,digits = 4) p4 <- ggplot(mat, aes(Type, TC)) p4 <- p4 + geom_boxplot(aes(colour = Type)) p4 <- p4 + geom_boxplot(aes(colour = Type)) p4 <- p4 + stat_summary(fun.y=mean, colour="darkred", geom="point", shape=18, size=3,show.legend = FALSE) p4 <- p4 + geom_text(data = means, aes(label = TC, y = TC + 0.08)) p1 <- p1 + theme(legend.position="none") p2 <- p2 + theme(legend.position="none") p3 <- p3 + theme(legend.position="none") p4 <- p4 + theme(legend.position="none") p = plot_grid(p1,p2,p3,p4, labels=c("SP", "TC"), ncol = 2, nrow= 2) ggsave("Bralibase_scores.jpeg", p,width = 16, height = 12, dpi = 300, units = c( "cm")) p1 <- ggplot(mat, aes(Group, SP)) p1 <- p1 + geom_boxplot(aes(colour = Type)) p1 <- p1 + scale_color_discrete(name = "Program") p1 <- p1 + theme(legend.position = c(0.25, 0.15),legend.text=element_text(size=16), legend.direction = "horizontal") p1 <- p1 + xlab(label="") p1 <- p1 + theme(plot.margin = margin(t = 0, b = -0.4, unit = "cm"))# unit(c(1,2,3,4), "cm")) # t = 0, r = 0, b = 0, l = 0 ("left", "right", "bottom", "top") ggsave("Figure2.jpeg",p1,width = 16, height = 12, dpi = 300, units = c( "cm")) #+END_SRC #+RESULTS: [[file:Bralibase_scores.jpeg]] *** Homfam **** Create test alignments create script to merge =*_ref.vie= and =*_test-only.vie= alignments. #+BEGIN_SRC bash -n :tangle create_homfam_tests.sh :shebang #!/usr/bin/env bash :noweb yes :exports code :results none :noweb yes <> #+END_SRC #+BEGIN_SRC bash -n :tangle create_homfam_tests.sh :noweb yes :exports code :results none :noweb yes DIR=`pwd` function usage() { printf "This script will merge *_ref.vie and *_test-only.vie alignments and convert them into msf format.\n\n" ; printf "usage: $0\n\n" ; exit 1; } while getopts h opt do case ${opt} in h) usage;; ,*) usage;; esac done find ~/kalignbenchmark/data/homfam -name "*_test-only.vie" | awk '{test_aln=$1;ref=$1 ;gsub("_test-only.vie", "_ref.vie", ref);gsub("_test-only.vie", "_testaln.fa", test_aln); printf "kalign %s %s --reformat --rename -f fasta -o %s\n",ref, $1, test_aln }' > homfam_reformat.sh find ~/kalignbenchmark/data/homfam -name "*_ref.vie" | awk '{ref=$1;gsub("_ref.vie", "_ref.msf", ref);printf "kalign %s --reformat --rename -f msf -o %s\n", $1,ref}' >> homfam_reformat.sh chmod 755 homfam_reformat.sh #+END_SRC **** Run alignment programs on Homfam #+BEGIN_SRC bash -n :tangle gen_run_homfam.sh :shebang #!/usr/bin/env bash :noweb yes :exports code :results none :noweb yes <> #+END_SRC #+BEGIN_SRC bash -n :tangle gen_run_homfam.sh :noweb yes :exports code :results none :noweb yes DIR=`pwd` function usage() { printf "This script will generate scripts to run kalign, clustal omega and muscle on the balibase MSA benchmark data set.\n\n" ; printf "usage: $0\n\n" ; exit 1; } while getopts h opt do case ${opt} in h) usage;; ,*) usage;; esac done printf "Generating kalign run script\n" printf "export PATH=~/kalignbenchmark/programs:$PATH\n\n" > run_homfam.sh find ~/kalignbenchmark/data/homfam -name "*_testaln.fa" | awk -v outdir="$SCRATCHDIR" '{ ref_aln=$1;gsub("_testaln.fa", "_ref.msf",ref_aln); printf "timescorealn -test %s -ref %s -program kalign --scratch ~/kalignbenchmark/scratch -out scores_homfam.csv \n", $1,ref_aln; printf "timescorealn -test %s -ref %s -program muscle --scratch ~/kalignbenchmark/scratch -out scores_homfam.csv\n", $1,ref_aln; printf "timescorealn -test %s -ref %s -program clustalo --scratch ~/kalignbenchmark/scratch -out scores_homfam.csv\n", $1,ref_aln; }' >> run_homfam.sh chmod 755 run_homfam.sh #+END_SRC #+BEGIN_EXAMPLE bash -n :tangle run_homfam.sh :noweb yes :exports code :results none :noweb yes :shebang #!/usr/bin/env bash <> ./run_homfam.sh #+END_EXAMPLE /home/user/kalignbenchmark/data/homfam printf "Generating clustalo run script\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*_test.fa" -o -name '*.fasta' | grep unaligned | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); printf "clustalo-1.2.4-Ubuntu-x86_64 --outfmt=msf --in %s --force --out %s/%s_%s_%s_clustalo.msf\n", $1,outdir,a[n-4],a[n-3],a[n-2] }' > run_clustalo_bralibase.sh chmod 755 run_clustalo_bralibase.sh **** plot scores #+BEGIN_SRC R :session one :results output graphics :file homfam_runtime.jpeg :exports both :noweb yes <> mat <- read.csv("scores_homfam.csv"); p <- ggplot(mat, aes(NUMSEQ,Time)) p <- p + geom_point(aes(colour = Program,size = AVGLEN)) p <- p + scale_x_continuous(trans = 'log10', breaks=c(100,3000,10000,100000) ,labels = scales::comma) p <- p + scale_y_continuous(trans = 'log10',breaks=c(0.01, 0.1, 1 , 10,100,1000,10000), labels=scales::comma ) ggsave("homfam_runtime.jpeg",p,width = 18, height = 12, dpi = 300, units = c( "cm")) #+END_SRC #+RESULTS: [[file:homfam_runtime.jpeg]] q[[file:homfam_runtime.jpeg]] #+BEGIN_SRC R :session one :results output graphics :file homfam_scores.jpeg :exports both :noweb yes p <- ggplot(mat, aes(Program, SP)) p <- p + geom_boxplot(aes(colour = Program)) ggsave("homfam_scores.jpeg",p,width = 16, height = 12, dpi = 300, units = c( "cm")) #+END_SRC #+RESULTS: [[file:homfam_scores.jpeg]] *** QuantTest 2 **** script to generate run and score commands #+BEGIN_SRC bash -n :tangle gen_run_quanttest2.sh :shebang #!/usr/bin/env bash :noweb yes :exports code :results none :noweb yes <> #+END_SRC #+BEGIN_SRC bash -n :tangle gen_run_quanttest2.sh :noweb yes :exports code :results none :noweb yes DIR=`pwd` function usage() { printf "This script will generate scripts to run kalign, clustal omega and muscle on the quanttest2 MSA benchmark data set.\n\n" ; printf "usage: $0\n\n" ; exit 1; } while getopts h opt do case ${opt} in h) usage;; ,*) usage;; esac done printf "Generating kalign run script\n"; find ~/kalignbenchmark/data/QuanTest2/Test -name "*.vie" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); printf "kalign -i %s -o %s/%s_kalign.afa\n", $1,outdir,a[n-1] }' > run_kalign_quanttest.sh chmod 755 run_kalign_quanttest.sh printf "Generating muscle run script\n"; find ~/kalignbenchmark/data/QuanTest2/Test -name "*.vie" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); printf "muscle3.8.31_i86linux32 -in %s -out %s/%s_muscle.afa\n", $1,outdir,a[n-1] }' > run_muscle_quanttest.sh chmod 755 run_muscle_quanttest.sh printf "Generating clustalo run script\n"; find ~/kalignbenchmark/data/QuanTest2/Test -name "*.vie" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); printf "clustalo-1.2.4-Ubuntu-x86_64 --threads 8 --outfmt=a2m --in %s --out %s/%s_clustalo.afa\n", $1,outdir,a[n-1] }' > run_clustalo_quanttest.sh chmod 755 run_clustalo_quanttest.sh printf "Generating kalign scoring run script\n"; find ~/kalignbenchmark/data/QuanTest2/Test -name "*.vie" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/data/QuanTest2/quantest2.py test@test %s/%s_kalign.afa ~/kalignbenchmark/data/QuanTest2/SS/%s.ss | grep kalignbenchmark \n", outdir,a[n-1],a[n-1] }' > score_kalign_quanttest.sh chmod 755 score_kalign_quanttest.sh printf "Generating muscle scoring run script\n"; find ~/kalignbenchmark/data/QuanTest2/Test -name "*.vie" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/data/QuanTest2/quantest2.py test@test %s/%s_muscle.afa ~/kalignbenchmark/data/QuanTest2/SS/%s.ss | grep kalignbenchmark \n", outdir,a[n-1],a[n-1] }' > score_muscle_quanttest.sh chmod 755 score_muscle_quanttest.sh printf "Generating clustalo scoring run script\n"; find ~/kalignbenchmark/data/QuanTest2/Test -name "*.vie" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/data/QuanTest2/quantest2.py test@test %s/%s_clustalo.afa ~/kalignbenchmark/data/QuanTest2/SS/%s.ss | grep kalignbenchmark \n", outdir,a[n-1],a[n-1] }' > score_clustalo_quanttest.sh chmod 755 score_clustalo_quanttest.sh #+END_SRC **** Run jobs and score alignments #+BEGIN_SRC bash -n :tangle run_quanttest.sh :noweb yes :exports code :results none :noweb yes :shebang #!/usr/bin/env bash <> ./run_muscle_quanttest.sh ./run_kalign_quanttest.sh ./run_clustalo_quanttest.sh ./score_kalign_quanttest.sh > scores_quanttest_kalign.csv ./score_muscle_quanttest.sh > scores_quanttest_muscle.csv ./score_clustalo_quanttest.sh > scores_quanttest_clustalo.csv #+END_SRC **** Plot #+BEGIN_SRC R :session one :results none :export none :noweb yes <> readquanttestscores <-function(file,name){ mat <- read.table(file); colnames(mat) <- c("Name","Score") mat$Type <- name mat$Name <- sub(".*/" ,"", mat$Name) mat$Name <- sub("[_]{1}[A-Z]*[.]{1}[A-Z]*$" ,"", mat$Name,ignore.case = TRUE) mat <- as_tibble(mat) return(mat) } #+END_SRC #+BEGIN_SRC R :session one :results output graphics :file Quantest.jpeg :exports both :noweb yes mat <- readquanttestscores("scores_quanttest_clustalo.csv","clustalo") mat <- rbind(mat, readquanttestscores("scores_quanttest_kalign.csv","kalign")); mat <- rbind(mat, readquanttestscores("scores_quanttest_muscle.csv","muscle")); #mat <- mat %>% mutate(Score = as.dbl(Score)) p4 <- ggplot(mat, aes(Type, Score)) p4 <- p4 + geom_boxplot(aes(colour = Type)) means <- aggregate(Score ~ Type, mat, median) means$Score <- round(means$Score,digits = 4) p4 <- p4 + stat_summary(fun.y=mean, colour="darkred", geom="point", shape=18, size=3,show.legend = FALSE) p4 <- p4 + geom_text(data = means, aes(label = Score, y = Score + 0.08)) ggsave("Quantest.jpeg",p4,width = 16, height = 12, dpi = 300, units = c( "cm")) t = t.test(filter(mat,Type == "kalign")$Score,filter(mat,Type == "muscle")$Score, paired = FALSE, alternative = "greater") t = t.test(filter(mat,Type == "kalign")$Score,filter(mat,Type == "clustalo")$Score, paired = FALSE, alternative = "greater") #+END_SRC #+RESULTS: [[file:Quantest.jpeg]] *** Rose :PROPERTIES: :ORDERED: t :END: #+BEGIN_SRC bash -n :tangle create_rose_tests.sh :shebang #!/usr/bin/env bash :noweb yes :exports code :results none :noweb yes DIR=`pwd` function usage() { printf "This script will merge *_ref.vie and *_test-only.vie alignments and convert them into msf format.\n\n" ; printf "usage: $0\n\n" ; exit 1; } while getopts h opt do case ${opt} in h) usage;; ,*) usage;; esac done numseq=(100 1000 10000 100000 1000000 10000000) for item in ${numseq[*]} do printf "# kalignbenchmark sample 1\n" > rose.in; printf "\n" >> rose.in; printf "%%include protein-defaults\n" >> rose.in; printf "\n" >> rose.in; printf "StdOut= False\n" >> rose.in printf "OutputFilebase = \"rosetest%d\"\n" $item >> rose.in; printf "AlignmentFormat= \"FASTA\"\n" >> rose.in; printf "SequenceLen = 500\n" >> rose.in; printf "SequenceNum = %d\n" $item >> rose.in; printf "ChooseFromLeaves = False\n" >> rose.in; printf "TreeWithSequences = True\n" >> rose.in; rose rose.in done #+END_SRC # rose sample 1 %include protein-defaults OutputFilename = "TIMO" OutputFilebase = "timotest" AlignmentFormat= "FASTA" SequenceLen = 500 SequenceNum = 1000 ChooseFromLeaves = False TreeWithSequences = True * Paper figure #+BEGIN_SRC R :session one :results none :export none :noweb yes <> readBaliscores <-function(file,name){ mat <- read.table(file); colnames(mat) <- c("Type","Name","SP","TC") mat$Type <- name mat$Name <- sub(".*/" ,"", mat$Name) mat$Name <- sub("[A-Z,_]*[.]{1}[A-Z]*$" ,"", mat$Name,ignore.case = TRUE) mat <- as.tibble(mat) x = str_split(mat$Name, "_", n = Inf, simplify = TRUE) mat$Group <- x[,1] return(mat) } #+END_SRC #+BEGIN_SRC R :session one :results output graphics :file Paper_figure.jpeg :exports both :noweb yes library(ggplot2) library(ggsignif) my_comparisons = list( c("clustalo", "kalign"), c("kalign", "muscle"), c("clustalo", "muscle") ) mat <- readBaliscores("scores_kalign.csv","kalign"); mat <- rbind(mat,readBaliscores("scores_muscle.csv","muscle")); mat <- rbind(mat,readBaliscores("scores_clustalo.csv","clustalo")); p1 <- ggplot(mat, aes(Group, SP)) p1 <- p1 + geom_boxplot(aes(colour = Type)) p1 <- p1 + scale_color_discrete(name = "Program") p1 <- p1 + theme(legend.position = c(0.25, 0.15),legend.text=element_text(size=16), legend.direction = "horizontal") p1 <- p1 + xlab(label="") ## p1 <- p1 + geom_signif(comparisons = my_comparisons ,map_signif_level=TRUE) mat <- readBaliscores("scores_kalign_bralibase.csv","kalign"); mat <- rbind(mat,readBaliscores("scores_muscle_bralibase.csv","muscle")); mat <- rbind(mat,readBaliscores("scores_clustalo_bralibase.csv","clustalo")); ## mat <- rbind(mat,readBaliscores("scores_kalign_3.csv","kalign 3")); ## mata ## <- rbind(mat,readBaliscores("scores_kalign_bibpm.csv","bibpm")); ## mat ## <- rbind(mat,readBaliscores("scores_kalign_bibpm_zero.csv","bibpm_zero")); p2 <- ggplot(mat, aes(Group, SP)) p2 <- p2 + geom_boxplot(aes(colour = Type)) p2 <- p2 + scale_color_discrete(name = "Program") p2 <- p2 + theme(legend.position = c(0.25, 0.15),legend.text=element_text(size=16), legend.direction = "horizontal") p2 <- p2 + xlab(label="") # p2 <- p2 + theme(plot.margin = margin(t = 0, b = -0.2, unit = "cm"))# unit(c(1,2,3,4), "cm")) # t = 0, r mat <- read.csv("scores_homfam.csv"); p3 <- ggplot(mat, aes(NUMSEQ,Time)) p3 <- p3 + geom_point(aes(colour = Program,size = AVGLEN)) p3 <- p3 + scale_x_continuous(trans = 'log10', breaks=c(100,3000,10000,100000) ,labels = scales::comma) p3 <- p3 + scale_y_continuous(trans = 'log10',breaks=c(0.01, 0.1, 1 , 10,100,1000,10000),labels=scales::comma ) p3 <- p3 + xlab("Number of sequences") p3 <- p3 + ylab("Time (s)") p = plot_grid(p1, p2, p3, labels = c('A','B','C'), ncol = 1, nrow = 3, rel_heights = c(0.7,0.7,1.0)) ggsave("Paper_figure.jpeg",p,width = 18, height = 24, dpi = 300, units = c( "cm")) #+END_SRC #+RESULTS: [[file:Paper_figure.jpeg]] Test for statistical significant differences: #+BEGIN_SRC R :session one assess_diff_alignment_scores <-function(mat, groupname,tests){ f <- filter(mat, Group == groupname) %>% select(-TC,-Group) %>% spread(Type, SP) %>% column_to_rownames("Name") t = t.test(f$kalign,f$clustalo, paired = TRUE, alternative = "greater") if(t$p.value * tests <= 0.05){ message("sig diff: kalign, clustalo ", groupname," ", t$p.value); message("Clustalo ", mean(f$clustalo)); message("Kalign ", mean(f$kalign)); message("Muscle ", mean(f$muscle)); } t = t.test(f$kalign,f$muscle, paired = TRUE, alternative = "greater") if(t$p.value * tests <= 0.05){ message("sig diff: kalign, muscle ", groupname," ", t$p.value); message("Clustalo ", mean(f$clustalo)); message("Kalign ", mean(f$kalign)); message("Muscle ", mean(f$muscle)); } } mat <- readBaliscores("scores_kalign.csv","kalign"); mat <- rbind(mat,readBaliscores("scores_muscle.csv","muscle")); mat <- rbind(mat,readBaliscores("scores_clustalo.csv","clustalo")); g <- unique(mat$Group) tests = length(g) * length(unique(mat$Type)) for (i in g){ assess_diff_alignment_scores(mat,i,tests); } mat <- readBaliscores("scores_kalign_bralibase.csv","kalign"); mat <- rbind(mat,readBaliscores("scores_muscle_bralibase.csv","muscle")); mat <- rbind(mat,readBaliscores("scores_clustalo_bralibase.csv","clustalo")); g <- unique(mat$Group) tests = length(g) * length(unique(mat$Type)) for (i in g){ assess_diff_alignment_scores(mat,i,tests); } #+END_SRC #+RESULTS: * Slurm scripts #+BEGIN_SRC bash -n :tangle srun_kalign.sh :shebang #!/usr/bin/env bash :exports code :results none :noweb yes #SBATCH -N 1 # number of nodes #SBATCH -n 1 # number of cores #SBATCH -t 0-10:00 # time (D-HH:MM) #SBATCH -o slurm.%N.%j.out # STDOUT #SBATCH -e slurm.%N.%j.err # STDERR DIR=`pwd` OUTPUT= INPUT= function usage() { printf "Slurm script to run kalign.\n\n" ; printf "usage: $0 -i input -o output\n\n" ; exit 1; } while getopts i:o: opt do case ${opt} in i) INPUT=${OPTARG};; o) OUTPUT=${OPTARG};; ,*) usage;; esac done if [ "${INPUT}" == "" ]; then usage; fi if [ "${OUTPUT}" == "" ]; then usage; fi kalign -i $INPUT -f msf -o $OUTPUT #+END_SRC kalign-3.3.1/scripts/benchmark.org000066400000000000000000000677231403616477200171460ustar00rootroot00000000000000#+TITLE: Benchmark of MSA algorithms #+AUTHOR: Timo Lassmann #+EMAIL: timo.lassmann@telethonkids.org.au #+DATE: 2019-09-27 #+LATEX_CLASS: report #+OPTIONS: toc:nil #+OPTIONS: H:4 #+LATEX_CMD: pdflatex * Introduction This org mode document contains the code and scripts to generate the results presented in: #+begin_quote Kalign 3: multiple sequence alignment of large data sets. #+end_quote * Benchmark ** MSA programs Programs to test: #+NAME: Benchprograms | Name | Download | |--------------+------------------------------------------------------------------------------| | Muscle | https://www.drive5.com/muscle/downloads3.8.31/muscle3.8.31_i86linux32.tar.gz | | Clustalomega | http://clustal.org/omega/clustalo-1.2.4-Ubuntu-x86_64 | | q-score | https://www.drive5.com/qscore/qscore_src.tar.gz | | Kalign2 | http://msa.sbc.su.se/downloads/kalign/current.tar.gz | Since the clustal papers provide a great overview of alignment programs I think these two should suffice. Note I am not comparing kalign against consistency based methods as these are a) all more accurate and b) slower. Kalign is targeted at the accurate and fast niche. ** Alignment benchmark datasets #+NAME: Benchmarkdata | Name | Download | |---------------+-------------------------------------------------------------------| | Balibase1-5 | http://www.lbgi.fr/balibase/BalibaseDownload/BAliBASE_R1-5.tar.gz | | Balifam | http://clustal.org/omega/bali3fam-26.tar.gz | | Bralibaseset1 | http://projects.binf.ku.dk/pgardner/bralibase/data-set1.tar.gz | | Bralibaseset2 | http://projects.binf.ku.dk/pgardner/bralibase/data-set2.tar.gz | | HomFam | http://www.clustal.org/omega/homfam-20110613-25.tar.gz | | QuanTest2 | http://bioinf.ucd.ie/quantest2.tar | ** Installation *** Step one: create directory and download all data #+BEGIN_SRC bash :exports both :results none cd mkdir -p kalignbenchmark cd kalignbenchmark mkdir -p data mkdir -p programs mkdir -p scratch #+END_SRC *** Download data sets #+BEGIN_SRC bash -n :results raw :exports both :var tbl=Benchmarkdata :colnames yes cd cd ~/kalignbenchmark/data for idx in ${!tbl[*]}; do #echo ${tbl[$idx]} if [[ ${tbl[$idx]} =~ ^http* ]]; then echo "wget ${tbl[$idx]}" wget ${tbl[$idx]} fi done #+END_SRC #+RESULTS: wget http://www.clustal.org/omega/homfam-20110613-25.tar.gz wget http://clustal.org/omega/bali3fam-26.tar.gz wget http://www.lbgi.fr/balibase/BalibaseDownload/BAliBASE_R1-5.tar.gz wget http://projects.binf.ku.dk/pgardner/bralibase/data-set1.tar.gz wget http://projects.binf.ku.dk/pgardner/bralibase/data-set2.tar.gz wget http://bioinf.ucd.ie/quantest2.tar Unpack data sets: #+BEGIN_SRC bash :results none :exports code cd cd ~/kalignbenchmark/data mkdir -p homfam mv homfam-20110613-25.tar.gz homfam cd homfam tar -zxvf homfam-20110613-25.tar.gz cd ~/kalignbenchmark/data for filename in *.tar.gz; do tar -zxvf $filename done tar -xvf quantest2.tar #+END_SRC **** Compile baliscore program and place in program directory #+BEGIN_SRC bash cd ~/kalignbenchmark/data/bb3_release/bali_score_src gcc *.c -lm -lexpat -o bali_score cp bali_score ~/kalignbenchmark/programs #+END_SRC #+RESULTS: *** Download programs #+BEGIN_SRC bash -n :results none :exports none :var tbl=Benchprograms :colnames yes cd cd ~/kalignbenchmark/programs for idx in ${!tbl[*]}; do #echo ${tbl[$idx]} if [[ ${tbl[$idx]} =~ ^http* ]]; then echo "wget ${tbl[$idx]}" wget ${tbl[$idx]} fi done chmod 755 clustalo-1.2.4-Ubuntu-x86_64 tar -zxvf muscle3.8.31_i86linux32.tar.gz tar -zxvf qscore_src.tar.gz mkdir -p kalign2_src cd kalign2_src mv ../current.tar.gz . tar -zxvf current.tar.gz ./configure make cp kalign ../kalign2 #+END_SRC And kalign3! #+BEGIN_SRC bash -n :results none :exports none cd ~/kalignbenchmark/programs mkdir -p kalign3_src cd kalign3_src git clone https://github.com/TimoLassmann/kalign.git cd kalign ./autogen.sh ./configure --bindir=$HOME/kalignbenchmark/programs make make check make install #+END_SRC *** Compile q-score NOTE: this is manual! Add: #+BEGIN_EXAMPLE C #include #+END_EXAMPLE to qscore header: =qscore.h= then: #+BEGIN_EXAMPLE bash make #+END_EXAMPLE *** Reformat datasets #+BEGIN_SRC bash :exports both :results none export PATH=$HOME/kalignbenchmark/programs:$PATH find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*_test.fa" -exec rm -rf {} \; printf "Generate commands to reformat the reference alignments\n\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*.fa" -o -name '*.fasta' | grep structural | awk -v outdir="$SCRATCHDIR" '{printf "kalign %s --changename -reformat msf -o %s.msf\n", $1,$1 }' > run_reformat.sh find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*.fa" -o -name '*.fasta' | grep unaligned | awk -v outdir="$SCRATCHDIR" '{printf "kalign %s --changename -reformat fasta -o %s_test.fa\n", $1,$1 }' >> run_reformat.sh chmod 755 run_reformat.sh ./run_reformat.sh #+END_SRC *** Reformat homfam create script to merge =*_ref.vie= and =*_test-only.vie= alignments. #+BEGIN_SRC bash -n :tangle create_homfam_tests.sh :shebang #!/usr/bin/env bash :noweb yes :exports code :results none :noweb yes <> #+END_SRC #+BEGIN_SRC bash -n :tangle create_homfam_tests.sh :noweb yes :exports code :results none :noweb yes export PATH=$HOME/kalignbenchmark/programs:$PATH DIR=`pwd` function usage() { printf "This script will merge *_ref.vie and *_test-only.vie alignments and convert them into msf format.\n\n" ; printf "usage: $0\n\n" ; exit 1; } while getopts h opt do case ${opt} in h) usage;; ,*) usage;; esac done find ~/kalignbenchmark/data/homfam -name "*_test-only.vie" | awk '{\ test_aln=$1;ref=$1 ;\ gsub("_test-only.vie", "_ref.vie", ref);\ gsub("_test-only.vie", "_testaln.fa", test_aln);\ printf "cat %s %s > tmp.vie\n" ,ref, $1;\ printf "kalign tmp.vie --reformat --rename -f fasta -o %s\n", test_aln }' > homfam_reformat.sh find ~/kalignbenchmark/data/homfam -name "*_ref.vie" | awk '{ref=$1;gsub("_ref.vie", "_ref.msf", ref);printf "kalign %s --reformat --rename -f msf -o %s\n", $1,ref}' >> homfam_reformat.sh chmod 755 homfam_reformat.sh ./homfam_reformat.sh #+END_SRC ** Scripts to run programs Alignment programs #+BEGIN_SRC sh :exports both :results none :noweb yes :tangle run_aln.sh :shebang #!/usr/bin/env bash export PATH=$HOME/kalignbenchmark/programs:$PATH CPU=1 MEM=8 FMT= IN= OUT= PROG= function usage() { printf "usage: $0 -p -i -o \n\n" ; printf "Options:\n-f \n-t \n-m \n\n"; printf "Valid options for include:\n kalign\n kalign2\n muscle\n clustal\n\n"; exit 1; } while getopts t:m:p:i:o:f: opt do case ${opt} in t) CPU=${OPTARG};; m) MEM=${OPTARG};; p) PROG=${OPTARG};; i) IN=${OPTARG};; o) OUT=${OPTARG};; f) FMT=${OPTARG};; ,*) usage;; esac done if [ "${PROG}" == "" ]; then usage; fi if [ "${IN}" == "" ]; then usage; fi if [ "${OUT}" == "" ]; then usage; fi SLURMMEM=$MEM"G" CMD= if [ "${PROG}" == "kalign2" ]; then if [ "${FMT}" == "msf" ]; then CMD="kalign2 -i $IN -f msf -o $OUT" else CMD="kalign2 -i $IN -o $OUT" fi fi if [ "${PROG}" == "kalign" ]; then if [ "${FMT}" == "msf" ]; then CMD="kalign -i $IN -f msf -o $OUT" else CMD="kalign -i $IN -o $OUT" fi fi if [ "${PROG}" == "muscle" ]; then if [ "${FMT}" == "msf" ]; then CMD="muscle3.8.31_i86linux32 -msf -in $IN -out $OUT" else CMD="muscle3.8.31_i86linux32 -in $IN -out $OUT" fi fi if [ "${PROG}" == "clustal" ]; then if [ "${FMT}" == "msf" ]; then CMD="clustalo-1.2.4-Ubuntu-x86_64 --outfmt=msf --in $IN --out $OUT" else CMD="clustalo-1.2.4-Ubuntu-x86_64 --outfmt=a2m --in $IN --out $OUT" fi fi HAS_SLURM=0 # printf "Running Sanity checks:\n"; if which sbatch >/dev/null; then HAS_SLURM=1 fi # echo $HAS_SLURM if [ $HAS_SLURM = 1 ]; then echo "YES" sbatch < -i -r \n\n" ; printf "Options:\n-f \n-t \n-m \n\n"; printf "Valid options for include:\n kalign\n kalign2\n muscle\n clustal\n\n"; exit 1; } while getopts t:m:p:i:r: opt do case ${opt} in t) CPU=${OPTARG};; m) MEM=${OPTARG};; p) PROG=${OPTARG};; i) IN=${OPTARG};; r) OUT=${OPTARG};; ,*) usage;; esac done if [ "${PROG}" == "" ]; then usage; fi if [ "${IN}" == "" ]; then usage; fi if [ "${OUT}" == "" ]; then usage; fi SLURMMEM=$MEM"G" CMD= CMD="timescorealn -test $IN -ref $OUT -program $PROG --scratch $HOME/kalignbenchmark/scratch -out scores_homfam.csv" HAS_SLURM=0 # printf "Running Sanity checks:\n"; if which sbatch >/dev/null; then HAS_SLURM=1 fi # echo $HAS_SLURM if [ $HAS_SLURM = 1 ]; then echo "YES" sbatch <> #+END_SRC #+BEGIN_SRC bash -n :tangle gen_cmd.sh :noweb yes :exports code :results none :noweb yes DIR=`pwd` function usage() { printf "This script will generate scripts to run kalign, clustal omega and muscle on the balibase MSA benchmark data set.\n\n" ; printf "usage: $0\n\n" ; exit 1; } while getopts h opt do case ${opt} in h) usage;; ,*) usage;; esac done printf "Generating balibase run commands\n"; find ~/kalignbenchmark/data/bb3_release -name "*.tfa" |\ awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/);\ printf "run_aln.sh -p kalign -i %s -f msf -o %s/%s_%s_kalign.msf\n", $1,outdir,a[n-2],a[n-1];\ printf "run_aln.sh -p kalign2 -i %s -f msf -o %s/%s_%s_kalign2.msf\n", $1,outdir,a[n-2],a[n-1];\ printf "run_aln.sh -p muscle -i %s -f msf -o %s/%s_%s_muscle.msf\n", $1,outdir,a[n-2],a[n-1];\ printf "run_aln.sh -p clustal -i %s -f msf -o %s/%s_%s_clustal.msf\n", $1,outdir,a[n-2],a[n-1];\ }' > run_benchmark.sh printf "Generating bralibase run commands\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*_test.fa" |\ grep unaligned |\ awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/);\ printf "run_aln.sh -p kalign -i %s -f msf -o %s/%s_%s_%s_kalign.msf\n", $1,outdir,a[n-4],a[n-3],a[n-2];\ printf "run_aln.sh -p kalign2 -i %s -f msf -o %s/%s_%s_%s_kalign2.msf\n", $1,outdir,a[n-4],a[n-3],a[n-2];\ printf "run_aln.sh -p muscle -i %s -f msf -o %s/%s_%s_%s_muscle.msf\n", $1,outdir,a[n-4],a[n-3],a[n-2];\ printf "run_aln.sh -p clustal -i %s -f msf -o %s/%s_%s_%s_clustal.msf\n", $1,outdir,a[n-4],a[n-3],a[n-2];\ }' >> run_benchmark.sh printf "Generating Quantest2 run commands\n"; find ~/kalignbenchmark/data/QuanTest2/Test -name "*.vie" |\ awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/);\ printf "run_aln.sh -p kalign -i %s -o %s/%s_kalign.afa\n", $1,outdir,a[n-1];\ printf "run_aln.sh -p kalign2 -i %s -o %s/%s_kalign2.afa\n", $1,outdir,a[n-1];\ printf "run_aln.sh -p muscle -i %s -o %s/%s_muscle.afa\n", $1,outdir,a[n-1];\ printf "run_aln.sh -p clustal -i %s -o %s/%s_clustal.afa\n", $1,outdir,a[n-1];\ }' >> run_benchmark.sh chmod 755 run_benchmark.sh #+END_SRC Here is the script to run the homfam test: #+BEGIN_SRC bash -n :tangle gen_timecmd.sh :shebang #!/usr/bin/env bash :noweb yes :exports code :results none :noweb yes <> #+END_SRC #+BEGIN_SRC bash -n :tangle gen_timecmd.sh :noweb yes :exports code :results none :noweb yes DIR=`pwd` function usage() { printf "This script will generate scripts to run kalign, clustal omega and muscle on the balibase MSA benchmark data set.\n\n" ; printf "usage: $0\n\n" ; exit 1; } while getopts h opt do case ${opt} in h) usage;; ,*) usage;; esac done printf "export PATH=~/kalignbenchmark/programs:$PATH\n\n" > run_homfam.sh find ~/kalignbenchmark/data/homfam -name "*_testaln.fa" | awk -v outdir="$SCRATCHDIR" '{ ref_aln=$1;gsub("_testaln.fa", "_ref.msf",ref_aln); printf "run_timealn.sh -p kalign -i %s -r %s\n", $1,ref_aln; printf "run_timealn.sh -p muscle -i %s -r %s\n", $1,ref_aln; printf "run_timealn.sh -p clustal -i %s -r %s\n", $1,ref_aln; }' >> run_homfam.sh #+END_SRC * Score alignments ** Balibase #+BEGIN_SRC bash -n :tangle score_balibase.sh :shebang #!/usr/bin/env bash :noweb yes :exports code :results none :noweb yes <> #+END_SRC #+BEGIN_SRC bash -n :tangle score_balibase.sh :noweb yes :exports code :results none :noweb yes printf "Generating kalign scoring run script\n"; find ~/kalignbenchmark/data/bb3_release -name "*.xml" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_kalign.msf | grep auto\n", $1,outdir,a[n-2],a[n-1] }' > score_bb3_kalign.sh chmod 755 score_bb3_kalign.sh find ~/kalignbenchmark/data/bb3_release -name "*.xml" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_kalign2.msf | grep auto\n", $1,outdir,a[n-2],a[n-1] }' > score_bb3_kalign2.sh chmod 755 score_bb3_kalign2.sh printf "Generating muscle scoring run script\n"; find ~/kalignbenchmark/data/bb3_release -name "*.xml" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_muscle.msf | grep auto\n", $1,outdir,a[n-2],a[n-1] }' > score_bb3_muscle.sh chmod 755 score_bb3_muscle.sh printf "Generating clustal scoring run script\n"; find ~/kalignbenchmark/data/bb3_release -name "*.xml" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_clustal.msf | grep auto\n", $1,outdir,a[n-2],a[n-1] }' > score_bb3_clustal.sh chmod 755 score_bb3_clustal.sh ./score_bb3_kalign.sh > scores_balibase_kalign.csv ./score_bb3_kalign2.sh > scores_balibase_kalign2.csv ./score_bb3_muscle.sh > scores_balibase_muscle.csv ./score_bb3_clustal.sh > scores_balibase_clustal.csv #+END_SRC To plot the scores: #+NAME: Rplotheader #+BEGIN_SRC R :session one :results none :export none :noweb yes <> readBaliscores <-function(file,name){ mat <- read.table(file); colnames(mat) <- c("Type","Name","SP","TC") mat$Type <- name mat$Name <- sub(".*/" ,"", mat$Name) mat$Name <- sub("[A-Z,_]*[.]{1}[A-Z]*$" ,"", mat$Name,ignore.case = TRUE) mat <- as.tibble(mat) x = str_split(mat$Name, "_", n = Inf, simplify = TRUE) mat$Group <- x[,1] return(mat) } #+END_SRC The actual plotting: #+BEGIN_SRC R :session one :results output graphics :file Balibase_scores.jpeg :exports both :noweb yes library(ggplot2) mat <- readBaliscores("scores_balibase_kalign.csv","kalign3"); mat <- rbind(mat,readBaliscores("scores_balibase_kalign2.csv","kalign2")); mat <- rbind(mat,readBaliscores("scores_balibase_muscle.csv","muscle")); mat <- rbind(mat,readBaliscores("scores_balibase_clustal.csv","clustalo")); p <- ggplot(mat, aes(Group, SP)) p <- p + geom_boxplot(aes(colour = Type)) p <- p + scale_color_discrete(name = "Program") p <- p + theme(legend.position = c(0.6, 0.15),legend.text=element_text(size=14),legend.direction = "horizontal") p <- p + xlab(label="") p <- p + ggtitle("Balibase benchmark") p # ggsave("Balibase_scores.jpeg",p,width = 18, height = 12, dpi = 300, units = c( "cm")) ## p1 <- p1 + geom_signif(comparisons = my_comparisons ,map_signif_level=TRUE) #+END_SRC #+RESULTS: ** Bralibase #+BEGIN_SRC bash -n :tangle score_bralibase.sh :shebang #!/usr/bin/env bash :noweb yes :exports code :results none :noweb yes <> #+END_SRC #+BEGIN_SRC bash -n :tangle score_bralibase.sh :noweb yes :exports code :results none :noweb yes printf "Generating kalign scoring run script\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*.msf" | grep structural | awk -v outdir="$SCRATCHDIR" '{name=$1; gsub(/structural/, "unaligned"); n=split ($1,a,/[\/,.]/); printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_%s_kalign.msf | grep auto\n", name,outdir,a[n-4],a[n-3],a[n-2] }' > score_bralibase_kalign.sh chmod 755 score_bralibase_kalign.sh printf "Generating kalign2 scoring run script\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*.msf" | grep structural | awk -v outdir="$SCRATCHDIR" '{name=$1; gsub(/structural/, "unaligned"); n=split ($1,a,/[\/,.]/); printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_%s_kalign2.msf | grep auto\n", name,outdir,a[n-4],a[n-3],a[n-2] }' > score_bralibase_kalign2.sh chmod 755 score_bralibase_kalign2.sh printf "Generating muscle scoring run script\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*.msf" | grep structural | awk -v outdir="$SCRATCHDIR" '{name=$1; gsub(/structural/, "unaligned"); n=split ($1,a,/[\/,.]/); printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_%s_muscle.msf | grep auto\n", name,outdir,a[n-4],a[n-3],a[n-2] }' > score_bralibase_muscle.sh chmod 755 score_bralibase_muscle.sh printf "Generating clustalo scoring run script\n"; find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name "*.msf" | grep structural | awk -v outdir="$SCRATCHDIR" '{name=$1; gsub(/structural/, "unaligned"); n=split ($1,a,/[\/,.]/); printf "~/kalignbenchmark/programs/bali_score %s %s/%s_%s_%s_clustal.msf | grep auto\n", name,outdir,a[n-4],a[n-3],a[n-2] }' > score_bralibase_clustal.sh chmod 755 score_bralibase_clustal.sh ./score_bralibase_kalign.sh > scores_bralibase_kalign.csv ./score_bralibase_kalign2.sh > scores_bralibase_kalign2.csv ./score_bralibase_muscle.sh > scores_bralibase_muscle.csv ./score_bralibase_clustal.sh > scores_bralibase_clustal.csv #+END_SRC Plot scores #+BEGIN_SRC R :session one :results output graphics :file Bralibase_scores.jpeg :exports both :noweb yes <> library(ggplot2) mat <- readBaliscores("scores_bralibase_kalign.csv","kalign3"); mat <- rbind(mat,readBaliscores("scores_bralibase_kalign2.csv","kalign2")); mat <- rbind(mat,readBaliscores("scores_bralibase_muscle.csv","muscle")); mat <- rbind(mat,readBaliscores("scores_bralibase_clustal.csv","clustalo")); p <- ggplot(mat, aes(Group, SP)) p <- p + geom_boxplot(aes(colour = Type)) p <- p + scale_color_discrete(name = "Program") p <- p + theme(legend.position = c(0.6, 0.15),legend.text=element_text(size=14),legend.direction = "horizontal") p <- p + xlab(label="") p <- p + ggtitle("Bralibase benchmark") ggsave("Bralibase_scores.jpeg",p,width = 18, height = 12, dpi = 300, units = c( "cm")) #+END_SRC #+RESULTS: q[[file:Bralibase_scores.jpeg]] ** Quantest2 #+BEGIN_SRC bash -n :tangle score_quantest2.sh :shebang #!/usr/bin/env bash :noweb yes :exports code :results none :noweb yes <> #+END_SRC #+BEGIN_SRC bash -n :tangle score_quantest2.sh :noweb yes :exports code :results none :noweb yes printf "Generating kalign scoring run script\n"; find ~/kalignbenchmark/data/QuanTest2/Test -name "*.vie" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/data/QuanTest2/quantest2.py test@test %s/%s_kalign.afa ~/kalignbenchmark/data/QuanTest2/SS/%s.ss | grep kalignbenchmark \n", outdir,a[n-1],a[n-1] }' > score_quantest2_kalign.sh chmod 755 score_quantest2_kalign.sh printf "Generating kalign scoring run script\n"; find ~/kalignbenchmark/data/QuanTest2/Test -name "*.vie" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/data/QuanTest2/quantest2.py test@test %s/%s_kalign2.afa ~/kalignbenchmark/data/QuanTest2/SS/%s.ss | grep kalignbenchmark \n", outdir,a[n-1],a[n-1] }' > score_quantest2_kalign2.sh chmod 755 score_quantest2_kalign2.sh printf "Generating muscle scoring run script\n"; find ~/kalignbenchmark/data/QuanTest2/Test -name "*.vie" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/data/QuanTest2/quantest2.py test@test %s/%s_muscle.afa ~/kalignbenchmark/data/QuanTest2/SS/%s.ss | grep kalignbenchmark \n", outdir,a[n-1],a[n-1] }' > score_quantest2_muscle.sh chmod 755 score_quantest2_muscle.sh printf "Generating clustalo scoring run script\n"; find ~/kalignbenchmark/data/QuanTest2/Test -name "*.vie" | awk -v outdir="$SCRATCHDIR" '{n=split ($1,a,/[\/,.]/); ;printf "~/kalignbenchmark/data/QuanTest2/quantest2.py test@test %s/%s_clustal.afa ~/kalignbenchmark/data/QuanTest2/SS/%s.ss | grep kalignbenchmark \n", outdir,a[n-1],a[n-1] }' > score_quantest2_clustal.sh chmod 755 score_quantest2_clustal.sh ./score_quantest2_kalign.sh > scores_quantest2_kalign.csv ./score_quantest2_kalign2.sh > scores_quantest2_kalign2.csv ./score_quantest2_muscle.sh > scores_quantest2_muscle.csv ./score_quantest2_clustal.sh > scores_quantest2_clustal.csv #+END_SRC *** Plot #+BEGIN_SRC R :session one :results output graphics :file Quantest2_scores.jpeg :exports both :noweb yes <> readquanttestscores <-function(file,name){ mat <- read.table(file); colnames(mat) <- c("Name","Score") mat$Type <- name mat$Name <- sub(".*/" ,"", mat$Name) mat$Name <- sub("[_]{1}[A-Z]*[.]{1}[A-Z]*$" ,"", mat$Name,ignore.case = TRUE) mat <- as_tibble(mat) return(mat) } library(ggplot2) mat <- readquanttestscores("scores_quanttest_clustalo.csv","clustalo") mat <- rbind(mat, readquanttestscores("scores_quanttest_kalign.csv","kalign3")); mat <- rbind(mat, readquanttestscores("scores_quantest2_kalign2.csv","kalign2")); mat <- rbind(mat, readquanttestscores("scores_quanttest_muscle.csv","muscle")); #mat <- mat %>% mutate(Score = as.dbl(Score)) p4 <- ggplot(mat, aes(Type, Score)) p4 <- p4 + geom_boxplot(aes(colour = Type)) p4 <- p4 + ggtitle("Quantest2 benchmark") ggsave("Quantest2_scores.jpeg",p4,width = 16, height = 12, dpi = 300, units = c( "cm")) #+END_SRC #+RESULTS: [[file:Quantest2_scores.jpeg]] ** Homfam *** Plot: #+BEGIN_SRC R :session one :results output graphics :file Homfam_scores.jpeg :exports both :noweb yes <> library(ggplot2) mat <- read.csv("scores_homfam.csv"); p <- ggplot(mat, aes(NUMSEQ,Time)) p <- p + geom_point(aes(colour = Program,size = AVGLEN)) p <- p + scale_x_continuous(trans = 'log10', breaks=c(100,3000,10000,100000) ,labels = scales::comma) p <- p + scale_y_continuous(trans = 'log10',breaks=c(0.01, 0.1, 1 , 10,100,1000,10000),labels=scales::comma ) p <- p + xlab("Number of sequences") p <- p + ylab("Time (s)") p <- p + ggtitle("HomFam benchmark") p ggsave("Homfam_scores.jpeg",p,width = 18, height = 12, dpi = 300, units = c( "cm")) #+END_SRC *** Run tests * Check for dependencies #+NAME: liblist #+BEGIN_SRC R -n :exports code :results none libraries <- c("tidyverse","ggplot2","stringi","cowplot") #+END_SRC Script to test if libraries are present. #+BEGIN_SRC R -n :tangle test_for_libraries.R :shebang #!/usr/bin/env Rscript :noweb yes :exports code :results none <> Sys.info()["nodename"] for(library in libraries) { f = is.element(library, installed.packages()[,1]) print(paste("Library",library, "is installed?", f)) if(!f) { message("Missing library:",library ) quit(status=1) } } quit(status=0) #+END_SRC #+BEGIN_SRC sh -n :results output :exports both ./test_for_libraries.R #+END_SRC #+RESULTS: : nodename : "work" : [1] "Library tidyverse is installed? TRUE" : [1] "Library ggplot2 is installed? TRUE" : [1] "Library stringi is installed? TRUE" : [1] "Library cowplot is installed? TRUE" install.packages("tidyverse") Code block to load the libraries in R code. #+NAME: Rlibraries #+BEGIN_SRC R -n :exports code :results none :noweb yes <> lapply(libraries, FUN = function(X) { do.call("library", list(X)) }) #+END_SRC kalign-3.3.1/src/000077500000000000000000000000001403616477200135645ustar00rootroot00000000000000kalign-3.3.1/src/.dir-locals.el000066400000000000000000000003101403616477200162070ustar00rootroot00000000000000((c-mode (eval setq company-clang-arguments (append company-clang-arguments '("-I../tldevel"))))) kalign-3.3.1/src/Makefile.am000066400000000000000000000057111403616477200156240ustar00rootroot00000000000000# Build the library in the hand subdirectory first. ACLOCAL_AMFLAGS = -I m4 @VALGRIND_CHECK_RULES@ AM_CFLAGS = @SIMD_FLAGS@ @OPENMP_CFLAGS@ @TLDEVEL_CFLAGS@ CLEANFILES = ihmm_seq_itest_read_test.fa test_model_file.txt test.lfa test_dna.lfa libhdf5gluetest_exp.h5 libhdf5gluetest.h5 model_at_*h5 test1.h5 test2.h5 # top_builddir = @top_builddir@ AM_LDFLAGS = @DEAD_STRIP@ AM_LDFLAGS += -Wno-undef bin_PROGRAMS = kalign kchaos noinst_PROGRAMS = timescorealn benchrunner genruncmds genkaligndiffcmds kchaos_SOURCES = \ tldevel.h \ tldevel.c \ queue.h \ queue.c \ kchaos.c genruncmds_SOURCES = \ tldevel.h \ tldevel.c \ create_run_cmds.c genkaligndiffcmds_SOURCES = \ tldevel.h \ tldevel.c \ tlmisc.h \ tlmisc.c \ create_run_kalign_diff_cmds.c benchrunner_SOURCES = benchrunner.c \ tldevel.h \ tldevel.c \ tlmisc.h \ tlmisc.c \ msa.h \ rwalign.c \ esl_stopwatch.h \ esl_stopwatch.c \ alphabet.h \ alphabet.c kalign_SOURCES = run_kalign.c \ idata.h \ idata.c \ tldevel.h \ tldevel.c \ tlmisc.h \ tlmisc.c \ esl_stopwatch.h \ esl_stopwatch.c \ tlrng.h \ tlrng.c \ global.h \ msa.h \ parameters.h \ parameters.c \ alphabet.h \ alphabet.c \ alignment_parameters.h \ alignment_parameters.c \ pick_anchor.h \ pick_anchor.c \ bisectingKmeans.h \ bisectingKmeans.c \ sequence_distance.h \ sequence_distance.c \ euclidean_dist.h \ euclidean_dist.c \ weave_alignment.h \ weave_alignment.c \ rwalign.c \ misc.h \ misc.c \ bpm.h \ bpm.c \ aln_struct.h \ aln_task.h \ aln_task.c \ aln_mem.h \ aln_mem.c \ aln_setup.h \ aln_setup.c \ aln_run.h \ aln_run.c \ aln_controller.h \ aln_controller.c \ aln_seqseq.h \ aln_seqseq.c \ aln_seqprofile.h \ aln_seqprofile.c \ aln_profileprofile.h \ aln_profileprofile.c check_PROGRAMS = edist alphabet misc_test bpm_test rwaln rstdin_test TESTS = edist alphabet misc_test bpm_test rstdin_test # TESTS_ENVIRONMENT = $(VALGRIND) rwaln_SOURCES = \ tldevel.h \ tldevel.c \ tlmisc.h \ tlmisc.c \ esl_stopwatch.h \ esl_stopwatch.c \ rwalign.c \ alphabet.h \ alphabet.c \ msa.h rwaln_CPPFLAGS = $(AM_CPPFLAGS) -DRWALIGN_TEST timescorealn_SOURCES = \ tldevel.h \ tldevel.c \ tlmisc.h \ tlmisc.c \ esl_stopwatch.h \ esl_stopwatch.c \ time_and_score_aln.c \ msa.h \ parameters.h \ parameters.c \ alphabet.h \ alphabet.c \ align_io.h \ rwalign.c \ misc.h \ misc.c bpm_test_SOURCES = \ tldevel.h \ tldevel.c \ esl_stopwatch.h \ esl_stopwatch.c \ tlrng.h \ tlrng.c \ bpm.h \ bpm.c \ alphabet.h \ alphabet.c bpm_test_CPPFLAGS = $(AM_CPPFLAGS) -DBPM_UTEST misc_test_SOURCES = \ tldevel.h \ tldevel.c \ tlrng.h \ tlrng.c \ misc.h \ misc.c \ alphabet.h \ alphabet.c misc_test_CPPFLAGS = $(AM_CPPFLAGS) -DITEST_MISC alphabet_SOURCES = \ tldevel.h \ tldevel.c \ alphabet.h \ alphabet.c alphabet_CPPFLAGS = $(AM_CPPFLAGS) -DITEST_ALPHABET edist_SOURCES = \ tldevel.h \ tldevel.c \ esl_stopwatch.h \ esl_stopwatch.c \ tlrng.h \ tlrng.c \ euclidean_dist.h \ euclidean_dist.c edist_CPPFLAGS = $(AM_CPPFLAGS) -DITEST_EDIST rstdin_test_SOURCES = \ read_from_stdin_test.c \ tldevel.h \ tldevel.c kalign-3.3.1/src/align_io.c000066400000000000000000002753411403616477200155250ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "global.h" #include "align_io.h" #include "misc.h" #include "alphabet.h" struct infile_buffer{ char* input; unsigned short int input_type; int input_numseq; }; struct align_io_buffer{ struct infile_buffer** in_buf; int feature; int num_inputs; int numseq; }; /* output functions */ struct names{ int* start; int* end; int* len; }; int detect_alphabet(struct alignment* aln); int aln_output(struct alignment* aln,struct parameters* param); int macsim_output(struct alignment* aln,char* outfile,char* infile); int msf_output(struct alignment* aln,char* outfile); int fasta_output(struct alignment* aln,char* outfile); int clustal_output(struct alignment* aln,char* outfile); int macsim_output(struct alignment* aln,char* outfile,char* infile); struct names* get_meaningful_names(struct alignment* aln,int id); struct names* names_alloc( int numseq); void names_free(struct names* n); struct align_io_buffer* alloc_align_io_buffer(int num_infiles); int read_all_sequences(struct alignment* aln, struct align_io_buffer* b); int read_all_aligned_sequences(struct alignment* aln, struct align_io_buffer* b); int count_sequences_and_detect(struct align_io_buffer* b); int check_out_and_errors(struct align_io_buffer* b, struct parameters* param); void free_align_io_buffer(struct align_io_buffer* b); struct alignment* aln_alloc(int numseq); static char* get_input_into_string(char* infile); int count_sequences_macsim(char* string); int count_sequences_swissprot(char* string); int count_sequences_uniprot(char* string); int count_sequences_stockholm(char* string); int count_sequences_clustalw(char* string); int count_sequences_fasta(char* string); struct alignment* read_alignment_fasta(struct alignment* aln,char* string); struct alignment* read_alignment_from_swissprot(struct alignment* aln,char* string); struct alignment* read_alignment_macsim_xml(struct alignment* aln,char* string); struct alignment* read_alignment_uniprot_xml(struct alignment* aln,char* string); struct alignment* read_alignment_clustal(struct alignment* aln,char* string); struct alignment* read_alignment_stockholm(struct alignment* aln,char* string); struct feature* read_ft(struct feature* ft,char* p); struct alignment* read_sequences(struct alignment* aln,char* string); struct alignment* read_sequences_macsim_xml(struct alignment* aln,char* string); struct alignment* read_sequences_from_swissprot(struct alignment* aln,char* string); struct alignment* read_sequences_uniprot_xml(struct alignment* aln,char* string); struct alignment* read_sequences_clustal(struct alignment* aln,char* string); struct alignment* read_sequences_stockholm(struct alignment* aln,char* string); struct alignment* read_alignment(char* infile) { struct alignment* aln = NULL; struct align_io_buffer* b = NULL; int i; ASSERT(infile!= NULL, "No infile"); RUNP(b = alloc_align_io_buffer(1)); /* this will allocate and extra buffer for stdin (param->num_profiles) */ if(!my_file_exists(infile)){ ERROR_MSG("File: %s does not exist.",infile); } RUNP(b->in_buf[0]->input = get_input_into_string(infile)); RUN(count_sequences_and_detect(b)); RUNP(aln = aln_alloc(b->numseq)); RUN(read_all_aligned_sequences(aln, b)); aln->max_len = 0; for(i = 0; i < aln->numseq;i++){ //fprintf(stdout,"LEN: %d %d\n",i,aln->sl[i]); if(aln->sl[i] > aln->max_len){ aln->max_len = aln->sl[i]; } } //LOG_MSG("%d",aln->max_len); aln->gaps = galloc(aln->gaps,aln->numseq,aln->max_len+1,0); RUN(detect_alphabet(aln)); free_align_io_buffer(b); return aln; ERROR: free_align_io_buffer(b); free_aln(aln); return NULL; } struct alignment* detect_and_read_sequences(struct parameters* param) { struct alignment* aln = NULL; struct align_io_buffer* b = NULL; int i = 0; ASSERT(param!= NULL, "No parameters"); /* if profile do something else... */ /* allocate input buffers */ RUNP(b = alloc_align_io_buffer(param->num_infiles)); /* this will allocate and extra buffer for stdin (param->num_profiles) */ /* read from stdin */ b->in_buf[param->num_infiles]->input = get_input_into_string(NULL); /* try to read in as much as possible */ for(i = 0; i < param->num_infiles;i++){ if(my_file_exists(param->infile[i])){ RUNP(b->in_buf[i]->input = get_input_into_string(param->infile[i])); } } /* count */ LOG_MSG("Counting"); RUN(count_sequences_and_detect(b)); /* detect errors */ RUN(check_out_and_errors(b,param)); /* allocate alignment structure */ RUNP(aln = aln_alloc(b->numseq)); /* read sequences */ LOG_MSG("reading"); RUN(read_all_aligned_sequences(aln, b)); aln->max_len = 0; for(i = 0; i < aln->numseq;i++){ if(aln->sl[i] > aln->max_len){ aln->max_len = aln->sl[i]; } } aln->gaps = galloc(aln->gaps,aln->numseq,aln->max_len+1,0); //RUN(read_all_sequences(aln,b)); //RUN(test_if_aligned(aln)); LOG_MSG("Detect "); RUN(detect_alphabet(aln)); LOG_MSG("Done"); //LOG_MSG("%s %s", param->outfile, param->format); if(!param->format && param->outfile){ if (byg_start("msf",param->outfile) != -1){ param->format = "msf"; }else if (byg_start("clustal",param->outfile) != -1){ param->format = "clustal"; }else if (byg_start("aln",param->outfile) != -1){ param->format = "clustal"; }else if (byg_start("macsim",param->outfile) != -1){ param->format = "macsim"; }else{ WARNING_MSG("Output file extension not recognised: %s", param->outfile); param->format = "fasta";//param->reformat; } //fprintf(stderr,"Output file: %s, in %s format.\n",param->outfile,param->format); } /* translate to internal */ free_align_io_buffer(b); return aln; ERROR: free_align_io_buffer(b); free_aln(aln); return NULL; } int dealign(struct alignment* aln) { int i; int j; for(i = 0; i < aln->numseq;i++){ for(j = 0; j < aln->sl[i]+1;j++){ aln->gaps[i][j] = 0; } //fprintf(stdout,"%s\n",aln->seq[i]); } return OK; } int convert_alignment_to_internal(struct alignment* aln, int type) { struct alphabet* a = NULL; int8_t* t = NULL; int i,j,c; RUNP(a = create_alphabet(type)); t = a->to_internal; aln->L = a->L; for(i = 0; i < aln->numseq;i++){ c = 0; for(j =0 ; j < aln->sl[i];j++){ if(t[(int) aln->seq[i][j]] == -1){ aln->gaps[i][c]++; }else{ aln->seq[i][c] = aln->seq[i][j]; aln->s[i][c] = t[(int) aln->seq[i][j]]; c++; } } aln->sl[i] = c; } aln->L = a->L; MFREE(a); return OK; ERROR: if(a){ MFREE(a); } return FAIL; } int count_sequences_macsim(char* string) { int n = 0; n = byg_count("",string); if(!n){ return -1; } return n; } int count_sequences_swissprot(char* string) { int n = 0; n = byg_count("ID ",string); if(!n){ return 0; } return n; } int count_sequences_uniprot(char* string) { int n = 0; n = byg_count(" 2 && f>j && j!= 1){ if(c ==0){ i = j; while(p1[i] != '\n'){ //if (!isspace((int)p1[i])){ // len++; //} i++; } } c++; }else{ if (c){ if(c > n){ n = c; } c =0; } } } if(!n){ return 0; } return n; } int count_sequences_fasta(char* string) { int nbytes; int i; int n = 0; int stop = 0; nbytes = strlen(string); for (i =0;i < nbytes;i++){ if (string[i] == '>'&& stop == 0){ stop = 1; n++; } if (string[i] == '\n'){ stop = 0; } } if(!n){ return 0; } return n; } char* get_input_into_string(char* infile) { int i = 0; int string_length = 2; char c = 0; FILE *file = NULL; char* string = NULL; if(infile){ if (!(file = fopen( infile, "r" ))){ return NULL; fprintf(stderr,"Cannot open file '%s'\n", infile); exit(1); } if (fseek(file,0,SEEK_END) != 0){ (void)fprintf(stderr, "ERROR: fseek failed\n"); (void)exit(EXIT_FAILURE); } i= ftell (file); if (fseek(file,0,SEEK_START) != 0){ (void)fprintf(stderr, "ERROR: fseek failed\n"); (void)exit(EXIT_FAILURE); } MMALLOC(string, sizeof(char)* (i+1)); size_t ret = fread(string,sizeof(char), i, file); string[i] = 0; fclose(file); if(ret*sizeof(char) != i*sizeof(char)){ ERROR_MSG("FREAD FAILED"); } }else{ if (!isatty(0)){ MMALLOC(string, sizeof(char)* (string_length)); while (!feof (stdin)){ c = getc(stdin); if (i == string_length){ string_length = string_length << 1; MREALLOC(string, sizeof(char)* (string_length)); } string[i] = c; i++; } string[i-1] = 0; }else{ return NULL; } } return string; ERROR: if(string){ MFREE(string); } return NULL; } struct alignment* read_sequences_from_swissprot(struct alignment* aln,char* string) { //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,-1,13,14,15,16,17,-1,18,19,20,21,22}; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; int i,j,c,n; char* p = 0; p = string; /*numseq = byg_count("ID ",p); if(!numseq){ fprintf(stderr,"No sequences found!\n"); exit(1); } aln = (struct alignment *) malloc(sizeof(struct alignment)); numprofiles = (numseq << 1) - 1; aln->ft = 0; aln->si = 0; aln->s = malloc(sizeof(int*) * (numseq )); aln->seq = malloc(sizeof(char*) * (numseq )); aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; } for (i = numseq;i--;){ aln->sip[i] = malloc(sizeof(int)*1); aln->nsip[i] = 1; aln->sip[i][0] = i; }*/ c = 0; while(aln->sl[c]){ c++; } while ((i = byg_end("ID ",p)) != -1){ p+=i; j = byg_start(" ",p); aln->lsn[c] = j; aln->sn[c] = malloc(sizeof(char)*(j+1)); for (i = 0;i < j;i++){ aln->sn[c][i] = p[i]; } aln->sn[c][j] = 0; p+= j; j = byg_end("SQ ",p); p+= j; j = byg_end("\n",p); p+= j; j = byg_start("//",p); aln->s[c] = malloc(sizeof(int)*(j+1)); aln->seq[c] = malloc(sizeof(char)*(j+1)); n = 0; for (i = 0;i < j;i++){ if(isalpha((int)p[i])){ //aln->s[c][n] = aacode[toupper(p[i])-65]; aln->seq[c][n] = p[i]; n++; } } aln->s[c][n] = 0; aln->seq[c][n] = 0; aln->sl[c] = n; c++; } return aln; } struct alignment* read_alignment_from_swissprot(struct alignment* aln,char* string) { //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,-1,13,14,15,16,17,-1,18,19,20,21,22}; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; int i,j,c,n; char* p = 0; p = string; /*numseq = byg_count("ID ",p); if(!numseq){ fprintf(stderr,"No sequences found!\n"); exit(1); } aln = (struct alignment *) malloc(sizeof(struct alignment)); numprofiles = (numseq << 1) - 1; aln->ft = 0; aln->si = 0; aln->s = malloc(sizeof(int*) * (numseq )); aln->seq = malloc(sizeof(char*) * (numseq )); aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; } for (i = numseq;i--;){ aln->sip[i] = malloc(sizeof(int)*1); aln->nsip[i] = 1; aln->sip[i][0] = i; }*/ c = 0; while(aln->sl[c]){ c++; } fprintf(stderr,"found sequence:\n"); while ((i = byg_end("ID ",p)) != -1){ p+=i; j = byg_start(" ",p); aln->lsn[c] = j; MMALLOC(aln->sn[c],sizeof(char)*(j+1)); for (i = 0;i < j;i++){ aln->sn[c][i] = p[i]; } aln->sn[c][j] = 0; p+= j; j = byg_end("SQ ",p); p+= j; j = byg_end("\n",p); p+= j; j = byg_start("//",p); fprintf(stderr,"found sequence:\n"); MMALLOC(aln->s[c],sizeof(int)*(j+1)); MMALLOC(aln->seq[c],sizeof(char)*(j+1)); n = 0; for (i = 0;i < j;i++){ if((int)p[i] > 32){ /*if(isalpha((int)p[i])){ aln->s[c][n] = aacode[toupper(p[i])-65]; }else{ aln->s[c][n] = -1; }*/ fprintf(stderr,"%c",p[i]); aln->seq[c][n] = p[i]; n++; } } fprintf(stderr,"\n\n"); aln->s[c][n] = 0; aln->seq[c][n] = 0; aln->sl[c] = n; c++; } return aln; ERROR: free_aln(aln); return NULL; } struct alignment* read_sequences_macsim_xml(struct alignment* aln,char* string) { int c = 0; int n = 0; int i = 0; int j = 0; char *p = 0; int max = 0; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,-1,13,14,15,16,17,-1,18,19,20,21,22}; /*aln = (struct alignment*) malloc(sizeof(struct alignment)); numseq = byg_count("",string); if(!numseq){ fprintf(stderr,"No sequences found!\n"); exit(1); } numprofiles = (numseq << 1) - 1; aln->s = malloc(sizeof(int*) * (numseq )); aln->seq = malloc(sizeof(char*) * (numseq )); aln->ft = malloc(sizeof(struct feature* ) * (numseq)); aln->si = malloc(sizeof(struct sequence_information* ) * (numseq)); aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; } for(i =0;i < numseq;i++){ aln->ft[i] = 0; aln->si[i] = 0; aln->sip[i] = malloc(sizeof(int)*1); aln->nsip[i] = 1; aln->sip[i][0] = i; }*/ p = string; if(byg_count("",p)){ while((i = byg_start("",p))!=-1){ p+=i; j = byg_end("",p); for(i = 0; i< j;i++){ p[i] = ' '; } i = byg_start("",p); p+=i; j = byg_end("",p); for(i = 0; i< j;i++){ p[i] = ' '; } } } p = string; c = 0; while(aln->sl[c]){ c++; } while((i = byg_end("",p); i = byg_end("",p); if(i < max){ p +=i; //p1 is at the end of the sequence name tag j = byg_start("",p); aln->lsn[c] = j; aln->sn[c] = malloc(sizeof(char)*(j+1)); for (i = 0;i < j;i++){ aln->sn[c][i] = p[i]; } aln->sn[c][j] = 0; } i = byg_end("",p); if(i < max){ aln->ft[c] = read_ft(aln->ft[c],p); } i = byg_end("",p); if(i < max){ p+= i; j = byg_start("",p); aln->s[c] = malloc(sizeof(int)*(j+1)); aln->seq[c] = malloc(sizeof(char)*(j+1)); n = 0; for (i = 0;i < j;i++){ if(isalpha((int)p[i])){ //aln->s[c][n] = aacode[toupper(p[i])-65]; //fprintf(stdout,"%c %d %d \n",p[i],c,n); aln->seq[c][n] = p[i]; n++; } } aln->s[c][n] = 0; aln->seq[c][n] = 0; aln->sl[c] = n; } c++; } //fprintf(stdout,"\n"); return aln; } struct alignment* read_alignment_macsim_xml(struct alignment* aln,char* string) { int c = 0; int n = 0; int i = 0; int j = 0; char *p = 0; int max = 0; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,-1,13,14,15,16,17,-1,18,19,20,21,22}; /*aln = (struct alignment*) malloc(sizeof(struct alignment)); numseq = byg_count("",string); if(!numseq){ fprintf(stderr,"No sequences found!\n"); exit(1); } numprofiles = (numseq << 1) - 1; aln->s = malloc(sizeof(int*) * (numseq )); aln->seq = malloc(sizeof(char*) * (numseq )); aln->ft = malloc(sizeof(struct feature* ) * (numseq)); aln->si = malloc(sizeof(struct sequence_information* ) * (numseq)); aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; } for(i =0;i < numseq;i++){ aln->ft[i] = 0; aln->si[i] = 0; aln->sip[i] = malloc(sizeof(int)*1); aln->nsip[i] = 1; aln->sip[i][0] = i; }*/ p = string; if(byg_count("",p)){ while((i = byg_start("",p))!=-1){ p+=i; j = byg_end("",p); for(i = 0; i< j;i++){ p[i] = ' '; } i = byg_start("",p); p+=i; j = byg_end("",p); for(i = 0; i< j;i++){ p[i] = ' '; } } } p = string; c = 0; while(aln->sl[c]){ c++; } while((i = byg_end("",p); i = byg_end("",p); if(i < max){ p +=i; //p1 is at the end of the sequence name tag j = byg_start("",p); aln->lsn[c] = j; MMALLOC(aln->sn[c],sizeof(char)*(j+1)); for (i = 0;i < j;i++){ aln->sn[c][i] = p[i]; } aln->sn[c][j] = 0; } i = byg_end("",p); if(i < max){ aln->ft[c] = read_ft(aln->ft[c],p); } i = byg_end("",p); if(i < max){ p+= i; j = byg_start("",p); MMALLOC(aln->s[c],sizeof(int)*(j+1)); MMALLOC(aln->seq[c],sizeof(char)*(j+1)); n = 0; for (i = 0;i < j;i++){ if((int)p[i]>32){ /*if(isalpha((int)p[i])){ aln->s[c][n] = aacode[toupper(p[i])-65]; }else{ aln->s[c][n] = -1; }*/ aln->seq[c][n] = p[i]; n++; } } aln->s[c][n] = 0; aln->seq[c][n] = 0; aln->sl[c] = n; } c++; } return aln; ERROR: free_aln(aln); return NULL; } struct feature* read_ft(struct feature* ft,char* p) { int i,j; struct feature *n = NULL; struct feature *old_n = NULL; char tmp[10]; char* p1 = 0; p1 = p; while((j = byg_end("",p1))!= -1){ i = byg_end("",p1); if(j >i){ break; } n = NULL; MMALLOC(n,sizeof(struct feature)); n->next = 0; n->color = -1; n->type = NULL; n->note = NULL; n->next = NULL; p1+=j;// p1 is at start of entry; i = byg_end("",p1); p1 +=i; //p1 is at the end of the sequence name tag j = byg_start("",p1); MMALLOC(n->type,sizeof(char*)*(j+1)); for (i = 0; i < j;i++){ n->type[i] = p1[i]; } n->type[j] = 0; i = byg_end("",p1); p1+= i; j = byg_start("",p1); for (i = 0; i < j;i++){ tmp[i] = p1[i]; } tmp[j] = 0; n->start = atoi(tmp); i = byg_end("",p1); p1+= i; j = byg_start("",p1); for (i = 0; i < j;i++){ tmp[i] = p1[i]; } tmp[j] = 0; n->end = atoi(tmp); i = byg_end("",p1); p1+= i; j = byg_start("",p1); MMALLOC(n->note,sizeof(char*)*(j+1)); for (i = 0; i < j;i++){ n->note[i] = p1[i]; } n->note[j] = 0; if((old_n = ft)!= 0){ while(old_n->next!=0){ old_n = old_n->next; } old_n->next = n; }else{ ft = n; } n = NULL; } return ft; ERROR: return NULL; } struct alignment* read_sequences_uniprot_xml(struct alignment* aln,char* string) { int c = 0; int n = 0; int i = 0; int j = 0; char *p1 = 0; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,-1,13,14,15,16,17,-1,18,19,20,21,22}; /*aln = (struct alignment *) malloc(sizeof(struct alignment)); numseq = byg_count("s = malloc(sizeof(int*) * (numseq )); aln->seq = malloc(sizeof(char*) * (numseq )); aln->si = 0; aln->ft = 0; aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; } for(i =0;i < numseq;i++){ aln->sip[i] = malloc(sizeof(int)*1); aln->nsip[i] = 1; aln->sip[i][0] = i; }*/ p1 = string; c = 0; while(aln->sl[c]){ c++; } while((i = byg_end("",p1); p1 +=i; //p1 is at the end of the sequence name tag j = byg_start("",p1); aln->lsn[c] = j; aln->sn[c] = malloc(sizeof(char)*(j+1)); for (i = 0;i < j;i++){ aln->sn[c][i] = p1[i]; } aln->sn[c][j] = 0; while((i = byg_end("",p1); p1 +=i; } j = byg_start("",p1); aln->s[c] = malloc(sizeof(int)*(j+1)); aln->seq[c] = malloc(sizeof(char)*(j+1)); n = 0; for (i = 0;i < j;i++){ if(isalpha((int)p1[i])){ //aln->s[c][n] = aacode[toupper(p1[i])-65]; aln->seq[c][n] = p1[i]; n++; } } aln->s[c][n] = 0; aln->seq[c][n] = 0; aln->sl[c] = n; c++; } return aln; } struct alignment* read_alignment_uniprot_xml(struct alignment* aln,char* string) { int c = 0; int n = 0; int i = 0; int j = 0; char *p1 = 0; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,-1,13,14,15,16,17,-1,18,19,20,21,22}; /*aln = (struct alignment *) malloc(sizeof(struct alignment)); numseq = byg_count("s = malloc(sizeof(int*) * (numseq )); aln->seq = malloc(sizeof(char*) * (numseq )); aln->si = 0; aln->ft = 0; aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; } for(i =0;i < numseq;i++){ aln->sip[i] = malloc(sizeof(int)*1); aln->nsip[i] = 1; aln->sip[i][0] = i; }*/ p1 = string; c = 0; while(aln->sl[c]){ c++; } while((i = byg_end("",p1); p1 +=i; //p1 is at the end of the sequence name tag j = byg_start("",p1); aln->lsn[c] = j; MMALLOC(aln->sn[c],sizeof(char)*(j+1)); for (i = 0;i < j;i++){ aln->sn[c][i] = p1[i]; } aln->sn[c][j] = 0; i = byg_end("",p1); p1 +=i; j = byg_start("",p1); MMALLOC( aln->s[c],sizeof(int)*(j+1)); MMALLOC(aln->seq[c],sizeof(char)*(j+1)); n = 0; for (i = 0;i < j;i++){ if((int)p1[i] > 32){ /*if(isalpha((int)p1[i])){ aln->s[c][n] = aacode[toupper(p1[i])-65]; }else{ aln->s[c][n] = -1; }*/ aln->seq[c][n] = p1[i]; n++; } } aln->s[c][n] = 0; aln->seq[c][n] = 0; aln->sl[c] = n; c++; } return aln; ERROR: free_aln(aln); return NULL; } struct alignment* read_sequences_stockholm(struct alignment* aln,char* string) { int c = 0; int n = 0; int i = 0; int j = 0; char *p1 = 0; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,-1,13,14,15,16,17,-1,18,19,20,21,22}; /*aln = (struct alignment*) malloc(sizeof(struct alignment)); p1 = string; while((i = byg_end("\n",p1))!=-1){ p1+=i; if (!(byg_start("//",p1))){ break; } j = byg_end("#",p1); if(j != 1){ numseq++; } } numprofiles = (numseq << 1) - 1; aln->s = malloc(sizeof(int*) * (numseq )); aln->seq = malloc(sizeof(char*) * (numseq )); aln->ft = 0; aln->si = 0; aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; } for(i =0;i < numseq;i++){ aln->sip[i] = malloc(sizeof(int)*1); aln->nsip[i] = 1; aln->sip[i][0] = i; }*/ c = 0; while(aln->sl[c]){ c++; } p1 = string; while((i = byg_end("\n",p1))!=-1){ p1+=i; if (!(byg_start("//",p1))){ break; } j = byg_end("#",p1); if(j != 1){ j = byg_start(" ",p1); aln->lsn[c] = j; aln->sn[c] = malloc(sizeof(char)*(j+1)); for (i = 0;i < j;i++){ aln->sn[c][i] = p1[i]; } aln->sn[c][j] = 0; p1+=j; j = byg_start("\n",p1); aln->s[c] = malloc(sizeof(int)*(j+1)); aln->seq[c] = malloc(sizeof(char)*(j+1)); n = 0; for (i = 0;i < j;i++){ if(isalpha((int)p1[i])){ //aln->s[c][n] = aacode[toupper(p1[i])-65]; aln->seq[c][n] = p1[i]; n++; } } aln->s[c][n] = 0; aln->seq[c][n] = 0; aln->sl[c] = n; c++; } } return aln; } struct alignment* read_alignment_stockholm(struct alignment* aln,char* string) { int c = 0; int n = 0; int i = 0; int j = 0; char *p1 = 0; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,-1,13,14,15,16,17,-1,18,19,20,21,22}; /*aln = (struct alignment*) malloc(sizeof(struct alignment)); p1 = string; while((i = byg_end("\n",p1))!=-1){ p1+=i; if (!(byg_start("//",p1))){ break; } j = byg_end("#",p1); if(j != 1){ numseq++; } } numprofiles = (numseq << 1) - 1; aln->s = malloc(sizeof(int*) * (numseq )); aln->seq = malloc(sizeof(char*) * (numseq )); aln->ft = 0; aln->si = 0; aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; } for(i =0;i < numseq;i++){ aln->sip[i] = malloc(sizeof(int)*1); aln->nsip[i] = 1; aln->sip[i][0] = i; }*/ c = 0; while(aln->sl[c]){ c++; } p1 = string; while((i = byg_end("\n",p1))!=-1){ p1+=i; if (!(byg_start("//",p1))){ break; } j = byg_end("#",p1); if(j != 1){ j = byg_start(" ",p1); aln->lsn[c] = j; MMALLOC(aln->sn[c],sizeof(char)*(j+1)); for (i = 0;i < j;i++){ aln->sn[c][i] = p1[i]; } aln->sn[c][j] = 0; p1+=j; j = byg_start("\n",p1); MMALLOC(aln->s[c],sizeof(int)*(j+1)); MMALLOC(aln->seq[c],sizeof(char)*(j+1)); n = 0; for (i = 0;i < j;i++){ if((int)p1[i] > 32){ /*if(isalpha((int)p1[i])){ aln->s[c][n] = aacode[toupper(p1[i])-65]; }else{ aln->s[c][n] = -1; }*/ aln->seq[c][n] = p1[i]; n++; } } aln->s[c][n] = 0; aln->seq[c][n] = 0; aln->sl[c] = n; c++; } } return aln; ERROR: free_aln(aln); return NULL; } struct alignment* read_sequences_clustal(struct alignment* aln,char* string) { int c = 0; int n = 0; int len = 0; int i = 0; int j = 0; int start = 0; char *p1 = 0; int local_numseq = 0; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,-1,13,14,15,16,17,-1,18,19,20,21,22}; //aln = (struct alignment*) malloc(sizeof(struct alignment)); p1 = string; while((i = byg_end("\n",p1))!=-1){ p1+=i; j = byg_end(" ",p1); n = byg_end("\n",p1); if(n > 2 && n>j && j!= 1){ if(c ==0){ i = j; while(p1[i] != '\n'){ if (!isspace((int)p1[i])){ len++; } i++; } } c++; }else{ if (c){ if(c > local_numseq){ local_numseq = c; } c =0; } } } /*numprofiles = (numseq << 1) - 1; aln->s = malloc(sizeof(int*) * (numseq )); aln->seq = malloc(sizeof(char*) * (numseq )); aln->ft = 0; aln->si = 0; aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; } for(i =0;i < numseq;i++){ aln->lsn[i] = 0; aln->sip[i] = malloc(sizeof(int)*1); aln->nsip[i] = 1; aln->sip[i][0] = i; aln->sl[i] = 0;*/ start = 0; while(aln->sl[start]){ start++; } for(i =start;i < local_numseq+start;i++){ aln->s[i] = malloc(sizeof(int)*(len+1)); aln->seq[i] = malloc(sizeof(char)*(len+1)); } p1 = string; c = start; while((i = byg_end("\n",p1))!=-1){ p1+=i; j = byg_end(" ",p1); n = byg_end("\n",p1); if(n > 2 && n>j && j!= 1){ if(aln->lsn[c] == 0){ aln->lsn[c] = j; aln->sn[c] = malloc(sizeof(char)*(j+1)); for (i = 0;i < j;i++){ aln->sn[c][i] = p1[i]; } aln->sn[c][j] = 0; } for (i = j;i < n;i++){ if(isalpha((int)p1[i])){ //aln->s[c][aln->sl[c]] = aacode[toupper(p1[i])-65]; aln->seq[c][aln->sl[c]] = p1[i]; aln->sl[c]++; } } c++; }else{ if (c != start){ //c =0; c = start; } } } for (i = start; i < local_numseq+start;i++){ aln->s[i][aln->sl[i]] = 0; } return aln; } struct alignment* read_alignment_clustal(struct alignment* aln,char* string) { int c = 0; int n = 0; int len = 0; int i = 0; int j = 0; int start = 0; char *p1 = 0; int local_numseq = 0; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,-1,13,14,15,16,17,-1,18,19,20,21,22}; //aln = (struct alignment*) malloc(sizeof(struct alignment)); p1 = string; while((i = byg_end("\n",p1))!=-1){ p1+=i; j = byg_end(" ",p1); n = byg_end("\n",p1); if(n > 2 && n>j && j!= 1){ if(c ==0){ i = j; while(p1[i] != '\n'){ if ((int)p1[i] > 32){ len++; } i++; } } c++; }else{ if (c){ if(c > local_numseq){ local_numseq = c; } c =0; } } } /*numprofiles = (numseq << 1) - 1; aln->s = malloc(sizeof(int*) * (numseq )); aln->seq = malloc(sizeof(char*) * (numseq )); aln->ft = 0; aln->si = 0; aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; } for(i =0;i < numseq;i++){ aln->lsn[i] = 0; aln->sip[i] = malloc(sizeof(int)*1); aln->nsip[i] = 1; aln->sip[i][0] = i; aln->sl[i] = 0;*/ start = 0; while(aln->sl[start]){ start++; } for(i =start;i < local_numseq+start;i++){ MMALLOC(aln->s[i],sizeof(int)*(len+1)); MMALLOC(aln->seq[i],sizeof(char)*(len+1)); } p1 = string; c = start; while((i = byg_end("\n",p1))!=-1){ p1+=i; j = byg_end(" ",p1); n = byg_end("\n",p1); if(n > 2 && n>j && j!= 1){ if(aln->lsn[c] == 0){ aln->lsn[c] = j; MMALLOC(aln->sn[c],sizeof(char)*(j+1)); for (i = 0;i < j;i++){ aln->sn[c][i] = p1[i]; } aln->sn[c][j] = 0; } for (i = j;i < n;i++){ if((int)p1[i] > 32){ /*if(isalpha((int)p1[i])){ aln->s[c][aln->sl[c]] = aacode[toupper(p1[i])-65]; }else{ aln->s[c][aln->sl[c]] = -1; }*/ aln->seq[c][aln->sl[c]] = p1[i]; aln->sl[c]++; } } c++; }else{ if (c != start){ //c =0; c = start; } } } for (i = start; i < local_numseq+start;i++){ aln->s[i][aln->sl[i]] = 0; aln->seq[i][aln->sl[i]] = 0; } return aln; ERROR: free_aln(aln); return NULL; } struct alignment* read_sequences(struct alignment* aln,char* string) { int c = 0; int n = 0; int i = 0; int j = 0; int stop = 0; int start = 0; int nbytes; int local_numseq = 0; // O 12 //U17 //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; nbytes = strlen(string); //aln = (struct alignment*) malloc(sizeof(struct alignment)); for (i =0;i < nbytes;i++){ if (string[i] == '>'&& stop == 0){ stop = 1; local_numseq++; } if (string[i] == '\n'){ stop = 0; } } /* if(!numseq){ fprintf(stderr,"No sequences found!\n"); exit(1); } numprofiles = (numseq << 1) - 1; aln->s = malloc(sizeof(int*) * (numseq)); aln->seq = malloc(sizeof(char*) * (numseq)); aln->ft = 0; aln->si = 0; aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; }*/ start = 0; while(aln->sl[start]){ start++; } j = start; for (i =0;i < nbytes;i++){ if (string[i] == '>' && stop == 0){ stop = 1; aln->sl[j] =c; j++; c = 0; } if (string[i] == '\n'){ if(stop == 1){ aln->lsn[j-1] = n; n = 0; } stop = 0; } if (stop == 1 && string[i] != '\n' && string[i] != 0 && string[i] != '>' ){ n++; } if (stop == 0 && string[i] != '\n' && string[i] != 0 ){ if (isalpha((int)string[i])){ c++; } } } aln->sl[j] = c; for (i =1+start;i < local_numseq+1+start;i++){ if(!aln->sl[i]){ fprintf(stderr,"Sequence %d has a length of 0!!\n",i-1); exit(1); } aln->sl[i-1] = aln->sl[i]; } aln->sl[start+local_numseq] = 0; //for (i = numseq;i--;){ for (i = start; i < local_numseq+start;i++){ aln->s[i] = malloc(sizeof(int)*(aln->sl[i]+1)); aln->seq[i] = malloc(sizeof(char)*(aln->sl[i]+1)); aln->sn[i] = malloc(sizeof(char)*(aln->lsn[i]+1)); //aln->sip[i] = malloc(sizeof(int)*1); //aln->nsip[i] = 1; //aln->sip[i][0] = i; } stop = 0; j = start; for (i =0;i < nbytes;i++){ if (string[i] == '>' && stop == 0 ){ stop = 1; j++; c = 0; } if (string[i] == '\n'){ if(stop == 1){ n = 0; } stop = 0; } if (stop == 1 &&string[i] != '\n' && string[i] != 0 && string[i] != '>' ){ aln->sn[j-1][n] = string[i]; n++; } if (stop == 0 && string[i] != '\n' && string[i] != 0 ){ if(isalpha((int)string[i])){ //aln->s[j-1][c] = aacode[toupper(string[i])-65]; aln->seq[j-1][c] = string[i]; c++; } } } for (i = start;i< local_numseq+start;i++){ aln->s[i][aln->sl[i]] = 0; aln->seq[i][aln->sl[i]] = 0; aln->sn[i][aln->lsn[i]] = 0; } return aln; } struct alignment* read_alignment_fasta(struct alignment* aln,char* string) { int c = 0; int n = 0; int i = 0; int j = 0; int stop = 0; int start = 0; int nbytes; int local_numseq = 0; // O 12 //U17 //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; nbytes = strlen(string); //aln = (struct alignment*) malloc(sizeof(struct alignment)); for (i =0;i < nbytes;i++){ if (string[i] == '>'&& stop == 0){ stop = 1; local_numseq++; } if (string[i] == '\n'){ stop = 0; } } /* if(!numseq){ fprintf(stderr,"No sequences found!\n"); exit(1); } numprofiles = (numseq << 1) - 1; aln->s = malloc(sizeof(int*) * (numseq)); aln->seq = malloc(sizeof(char*) * (numseq)); aln->ft = 0; aln->si = 0; aln->sl = malloc(sizeof(int) * (numprofiles)); aln->sip = malloc(sizeof(int*)* numprofiles); aln->nsip = malloc(sizeof(int)* numprofiles); aln->sn = malloc(sizeof(char*) * numseq); aln->lsn = malloc(sizeof(int) * numseq); for (i =0;i < numprofiles;i++){ aln->sip[i] = 0; aln->nsip[i] = 0; }*/ start = 0; while(aln->sl[start]){ start++; } j = start; for (i =0;i < nbytes;i++){ if(string[i] == '>' && stop == 0){ stop = 1; aln->sl[j] =c; j++; c = 0; } if (string[i] == '\n'){ if(stop == 1){ aln->lsn[j-1] = n; n = 0; } stop = 0; } if (stop == 1 && string[i] != '\n' && string[i] != 0 && string[i] != '>' ){ n++; } if (stop == 0 && string[i] != '\n' && string[i] != 0 ){ if ((int)string[i] > 32){ c++; } } } aln->sl[j] = c; for (i =1+start;i < local_numseq+1+start;i++){ if(!aln->sl[i]){ fprintf(stderr,"Sequence %d has a length of 0!!\n",i-1); exit(1); } aln->sl[i-1] = aln->sl[i]; } aln->sl[start+local_numseq] = 0; //fprintf(stderr,"set to 0 : %d\n",start+local_numseq); //for (i = numseq;i--;){ for (i = start; i < local_numseq+start;i++){ // fprintf(stderr,"len:%d %d\n",i,aln->sl[i]); MMALLOC(aln->s[i],sizeof(int)*(aln->sl[i]+1)); MMALLOC(aln->seq[i],sizeof(char)*(aln->sl[i]+1)); MMALLOC(aln->sn[i],sizeof(char)*(aln->lsn[i]+1)); //aln->sip[i] = malloc(sizeof(int)*1); //aln->nsip[i] = 1; //aln->sip[i][0] = i; } stop = 0; j = start; for (i =0;i < nbytes;i++){ if (string[i] == '>' && stop == 0 ){ stop = 1; j++; c = 0; } if (string[i] == '\n'){ if(stop == 1){ n = 0; } stop = 0; } if (stop == 1 &&string[i] != '\n' && string[i] != 0 && string[i] != '>' ){ aln->sn[j-1][n] = string[i]; n++; } if (stop == 0 && string[i] != '\n' && string[i] != 0 ){ if((int) string[i] > 32 ){ /*if(isalpha((int)string[i])){ aln->s[j-1][c] = aacode[toupper(string[i])-65]; }else{ aln->s[j-1][c] = -1; }*/ aln->seq[j-1][c] = string[i]; c++; } } } for (i = start;i< local_numseq+start;i++){ aln->s[i][aln->sl[i]] = 0; aln->seq[i][aln->sl[i]] = 0; aln->sn[i][aln->lsn[i]] = 0; } return aln; ERROR: free_aln(aln); return NULL; } struct alignment* aln_alloc(int numseq) { int i; struct alignment* aln = NULL; MMALLOC(aln, sizeof(struct alignment)); aln->gaps = NULL; aln->s = NULL; aln->seq = NULL; aln->ft = NULL; aln->si = NULL; aln->sl = NULL; aln->sip = NULL; aln->nsip = NULL; aln->sn = NULL; aln->lsn = NULL; aln->numseq = numseq; aln->num_profiles = (numseq << 1) - 1; aln->dna = -1; aln->L = 0; MMALLOC(aln->s,sizeof(int*) * numseq); MMALLOC(aln->seq,sizeof(char*) * numseq); MMALLOC(aln->ft,sizeof(struct feature* ) * numseq); MMALLOC(aln->si,sizeof(struct sequence_information* ) * numseq); MMALLOC(aln->sn,sizeof(char*) * numseq); MMALLOC(aln->lsn,sizeof(unsigned int) * numseq); MMALLOC(aln->sl,sizeof(unsigned int) * aln->num_profiles); MMALLOC(aln->sip,sizeof(unsigned int*)* aln->num_profiles); MMALLOC(aln->nsip,sizeof(unsigned int)* aln->num_profiles); for (i =0;i < aln->num_profiles;i++){ aln->sip[i] = NULL; aln->nsip[i] = 0; aln->sl[i] = 0; } for(i =0;i < numseq;i++){ aln->s[i] = NULL; aln->seq[i] = NULL; aln->ft[i] = NULL; aln->si[i] = NULL; aln->sn[i] = NULL; aln->lsn[i] = 0; MMALLOC(aln->sip[i],sizeof(int)); aln->nsip[i] = 1; aln->sip[i][0] = i; } return aln; ERROR: free_aln(aln); return NULL; } void free_aln(struct alignment* aln) { int i; struct feature* tmp = NULL; struct feature* next = NULL; if(aln){ if(aln->gaps){ gfree(aln->gaps); } for (i = aln->numseq;i--;){ MFREE(aln->s[i]); MFREE(aln->seq[i]); MFREE(aln->sn[i]); } if(aln->ft){ for(i = aln->numseq;i--;){ if(aln->ft[i]){ tmp = aln->ft[i]; while(tmp){ next = tmp->next; MFREE(tmp->type); MFREE(tmp->note); MFREE(tmp); tmp = next; } } } MFREE(aln->ft); } if(aln->si){ MFREE(aln->si); } for (i = aln->num_profiles;i--;){ if(aln->sip[i]){ MFREE(aln->sip[i]); } } MFREE(aln->seq); MFREE(aln->s); MFREE(aln->sn); MFREE(aln->sl); MFREE(aln->lsn); MFREE(aln->sip); MFREE(aln->nsip); MFREE(aln); } } int read_all_sequences(struct alignment* aln, struct align_io_buffer* b) { struct infile_buffer* in = NULL; int i; ASSERT(aln != NULL, "No alignment"); ASSERT(b != NULL, "No IO buffer"); for(i = 0; i < b->num_inputs;i++){ in = b->in_buf[i]; if(in->input){ switch(in->input_type){ case 0: aln = read_sequences(aln,in->input); break; case 1: aln = read_sequences_macsim_xml(aln,in->input); break; case 2: aln = read_sequences_uniprot_xml(aln,in->input); break; case 3: aln = read_sequences_from_swissprot(aln,in->input); break; case 4: aln = read_sequences_clustal(aln,in->input); break; case 5: aln = read_sequences_stockholm(aln,in->input); break; default: aln = read_sequences(aln,in->input); break; } } } return OK; ERROR: return FAIL; } int read_all_aligned_sequences(struct alignment* aln, struct align_io_buffer* b) { struct infile_buffer* in = NULL; int i; ASSERT(aln != NULL, "No alignment"); ASSERT(b != NULL, "No IO buffer"); for(i = 0; i < b->num_inputs;i++){ in = b->in_buf[i]; if(in->input){ switch(in->input_type){ case 0: aln = read_alignment_fasta(aln,in->input); break; case 1: aln = read_alignment_macsim_xml(aln,in->input); break; case 2: aln = read_alignment_uniprot_xml(aln,in->input); break; case 3: aln = read_alignment_from_swissprot(aln,in->input); break; case 4: aln = read_alignment_clustal(aln,in->input); break; case 5: aln = read_alignment_stockholm(aln,in->input); break; default: aln = read_alignment_fasta(aln,in->input); break; } } } return OK; ERROR: return FAIL; } int check_out_and_errors(struct align_io_buffer* b, struct parameters* param) { int i; int c; int empty_file; c = 0; empty_file = -1; for(i = 0; i < param->num_infiles;i++){ if(b->in_buf[i]->input_numseq == 0){ c++; empty_file = i; } } if(c > 1){ ERROR_MSG("Multiple input files have no sequences!"); } if(c == 1 && !param->outfile){ param->outfile = param->infile[empty_file]; if(!param->format){ if (byg_start("msf",param->outfile) != -1){ param->format = "msf"; }else if (byg_start("clustal",param->outfile) != -1){ param->format = "clustal"; }else if (byg_start("aln",param->outfile) != -1){ param->format = "clustal"; }else if (byg_start("macsim",param->outfile) != -1){ param->format = "macsim"; }else{ param->format = "fasta"; } if(param->reformat){ LOG_MSG("unaligned fasta format."); }else if(param->format){ LOG_MSG("%s format.",param->format); }else{ LOG_MSG("fasta format."); } } } if(b->numseq < 2){ if(b->numseq){ ERROR_MSG("No sequences found."); }else{ ERROR_MSG("Only one sequence found."); } } return OK; ERROR: return FAIL; } int count_sequences_and_detect(struct align_io_buffer* b) { int i; struct infile_buffer* in = NULL; ASSERT(b != NULL, "No buffer."); for(i = 0; i < b->num_inputs;i++){ if(b->in_buf[i]->input){ in = b->in_buf[i]; //fprintf(stdout,"%s",in->input); if (byg_start("",in->input) != -1){ in->input_numseq = count_sequences_macsim(in->input); b->feature =1; in->input_type = 1; }else if (byg_start("input) != -1){ in->input_numseq = count_sequences_uniprot(in->input); in->input_type = 2; }else if(byg_start("This SWISS-PROT",in->input) != -1){ in->input_numseq = count_sequences_swissprot(in->input); in->input_type = 3; }else if (byg_start("This Swiss-Prot",in->input) != -1){ in->input_numseq = count_sequences_swissprot(in->input); in->input_type = 3; }else if (byg_start("CLUSTAL W",in->input) != -1){ in->input_numseq = count_sequences_clustalw(in->input); in->input_type = 4; }else if (byg_start("PileUp",in->input) != -1){ LOG_MSG("is pile"); in->input_numseq = count_sequences_clustalw(in->input); in->input_type = 4; LOG_MSG("Count done"); }else if (byg_start("MSF:",in->input) != -1){ in->input_numseq = count_sequences_clustalw(in->input); in->input_type = 4; }else if (byg_start("STOCKHOLM",in->input) != -1){ in->input_numseq = count_sequences_stockholm(in->input); in->input_type = 5; }else{ //fprintf(stdout,"Fasta\n"); in->input_numseq = count_sequences_fasta(in->input); in->input_type = 0; } if(in->input_numseq < 1){ MFREE(in->input); in->input = NULL; }else{ b->numseq += in->input_numseq; } } } return OK; ERROR: return FAIL; } struct align_io_buffer* alloc_align_io_buffer(int num_infiles) { struct align_io_buffer* b = NULL; int i; MMALLOC(b, sizeof(struct align_io_buffer)); b->num_inputs = num_infiles+1; b->in_buf = NULL; b->feature = 0; b->numseq = 0; MMALLOC(b->in_buf, sizeof(struct infile_buffer*)* b->num_inputs); for(i = 0; i < b->num_inputs;i++){ b->in_buf[i] = NULL; MMALLOC(b->in_buf[i], sizeof(struct infile_buffer)); b->in_buf[i]->input = NULL; b->in_buf[i]->input_numseq = 0; b->in_buf[i]->input_type = 0; } return b; ERROR: free_align_io_buffer(b); return NULL; } void free_align_io_buffer(struct align_io_buffer* b) { int i; if(b){ if(b->in_buf){ for(i = 0;i< b->num_inputs;i++){ if(b->in_buf[i]){ if(b->in_buf[i]->input){ MFREE(b->in_buf[i]->input); } MFREE(b->in_buf[i]); } } MFREE(b->in_buf); } MFREE(b); } } int make_dna(struct alignment* aln) { //int aacode[26] = {0,1,2,3,4,5,6,7,8,-1,9,10,11,12,23,13,14,15,16,17,17,18,19,20,21,22}; int i,j; uint8_t* p; for(i = 0;i < aln->numseq;i++){ p = aln->s[i]; for (j = 0; j < aln->sl[i];j++){ switch(p[j]){ case 2: //C p[j] = 1; break; case 6: //G p[j] = 2; break; case 17: //T or U p[j] = 3; break; case 12: // N p[j] = 4; break; case 20: // X p[j] = 4; break; case 23://O whatever that is... p[j] = 4; break; } // printf("%d\n",p[j]); } } return OK; } int output(struct alignment* aln,struct parameters* param) { ASSERT(aln!= NULL, "No alignment"); ASSERT(param != NULL, "No parameters"); LOG_MSG("Output in %s format", param->format); if(!param->format){ fasta_output(aln,param->outfile); }else{ if (byg_start(param->format,"alnALNclustalCLUSTALclustalwCLUSTALWclustalWClustalW") != -1){ aln_output(aln,param); }else if (byg_start(param->format,"msfMSFgcgGCGpileupPILEUP") != -1){ msf_output(aln,param->outfile); }else if (byg_start(param->format,"eclu") != -1){ clustal_output(aln,param->outfile); }else if (byg_start("macsim",param->format) != -1){ macsim_output(aln,param->outfile,param->infile[0]); }else{ fasta_output(aln,param->outfile); } } return OK; ERROR: return FAIL; } int macsim_output(struct alignment* aln,char* outfile,char* infile) { int i,j,f; int tmp; struct feature *fn = 0; FILE *fout = NULL; if(outfile){ if ((fout = fopen(outfile, "w")) == NULL){ ERROR_MSG("can't open output\n"); } }else{ fout = stdout; } fprintf(fout,"\n\n\n\n"); if(infile){ fprintf(fout,"%s.kalign",infile); }else{ fprintf(fout,"kalign alignment"); } fprintf(fout,"\n"); for (i =0;i< aln->numseq;i++){ //c = aln->sl[i]; f = aln->nsip[i]; fprintf(fout,"\n"); fprintf(fout,""); for (j =0; j < aln->lsn[f];j++){ if(!iscntrl((int)aln->sn[f][j])){ fprintf(fout,"%c",aln->sn[f][j]); } } fprintf(fout,""); fprintf(fout,"\n"); fprintf(fout,"1aab_\n"); fprintf(fout,"1aab_\n"); fprintf(fout,"0.0.0.0\n"); fprintf(fout,"0\n"); if(aln->ft){ if(aln->ft[f]){ fprintf(fout,"\n"); fn = aln->ft[f]; while(fn){ fprintf(fout,"%s%d%d%s\n",fn->type,fn->start,fn->end,fn->note); fn = fn->next; } fprintf(fout,"\n\n"); } } fprintf(fout,"\n"); for (j = 0; j < aln->sl[f];j++){ tmp = aln->gaps[f][j]; while (tmp){ fprintf(fout,"-"); tmp--; } fprintf(fout,"%c",aln->seq[f][j]); } tmp =aln->gaps[f][aln->sl[f]]; while (tmp){ fprintf(fout,"-"); tmp--; } fprintf(fout,"\n"); fprintf(fout,"\n"); fprintf(fout,"\n"); } fprintf(fout,"\n"); fprintf(fout,"\n"); if(outfile){ fclose(fout); } return OK; ERROR: return FAIL; } int msf_output(struct alignment* aln,char* outfile) { int i,j,c,f,g; int max = 0; int aln_len = 0; int tmp; char** linear_seq = NULL; FILE *fout = NULL; aln_len = 0; for (j = 0; j <= aln->sl[0];j++){ aln_len+= aln->gaps[0][j]; } aln_len += aln->sl[0]; MMALLOC(linear_seq,sizeof(char*)*aln->numseq); for(i = 0; i< aln->numseq;i++){ linear_seq[i] = NULL; MMALLOC(linear_seq[i],sizeof(char)*(aln_len+1)); } for (i =0;i < aln->numseq;i++){ //linear_seq[i] = malloc(sizeof(char)*(aln_len+1)); c = 0; for (j = 0; j < aln->sl[i];j++){ tmp = aln->gaps[i][j]; while (tmp){ linear_seq[i][c] ='-'; c++; tmp--; } linear_seq[i][c] = aln->seq[i][j]; c++; } tmp =aln->gaps[i][aln->sl[i]]; while (tmp){ linear_seq[i][c] ='-'; c++; tmp--; } linear_seq[i][c] = 0; } if(outfile){ if ((fout = fopen(outfile, "w")) == NULL){ ERROR_MSG("can't open output\n"); } }else{ fout= stdout; } fprintf(fout,"PileUp\n\n\n\n MSF: %d Type: P Check: 7038 ..\n\n",aln_len); for (j = 0; j < aln->numseq;j++){ if( aln->lsn[j] > max){ max = aln->lsn[j]; } } for (i = 0; i < aln->numseq;i++){ f = aln->nsip[i]; fprintf(fout," Name: "); for (c = 0; c < aln->lsn[f];c++){ if(!iscntrl((int)aln->sn[f][c])){ fprintf(fout,"%c",aln->sn[f][c]); } } while(c < max+3){ fprintf(fout," "); c++; } fprintf(fout,"Len: "); fprintf(fout,"%d",aln_len); fprintf(fout," Check: 2349 Weight: 1.00\n"); } fprintf(fout,"\n\n//\n\n"); for (i = 0; i+50 < aln_len;i +=50){ for (j = 0; j < aln->numseq;j++){ f = aln->nsip[j]; for (c = 0; c < aln->lsn[f];c++){ if(!iscntrl((int)aln->sn[f][c])){ fprintf(fout,"%c",aln->sn[f][c]); } } while(c < max+3){ fprintf(fout," "); c++; } g = 1; for (c = 0; c < 50;c++){ fprintf(fout,"%c",linear_seq[f][c+i]); if (g == 10){ fprintf(fout," "); g = 0; } g++; } fprintf(fout,"\n"); } fprintf(fout,"\n\n"); } for(j = 0; j < aln->numseq;j++){ f = aln->nsip[j]; for (c = 0; c< aln->lsn[f];c++){ if(!iscntrl((int)aln->sn[f][c])){ fprintf(fout,"%c",aln->sn[f][c]); } } while(c < max+3){ fprintf(fout," "); c++; } g = 1; for (c = i; c< aln_len;c++){ fprintf(fout,"%c",linear_seq[f][c]); if (g == 10){ fprintf(fout," "); g = 0; } g++; } fprintf(fout,"\n"); } fprintf(fout,"\n\n"); if(outfile){ fclose(fout); } for (i =0;i< aln->numseq;i++){ MFREE(linear_seq[i]); } MFREE(linear_seq); return OK; ERROR: return FAIL; } int clustal_output(struct alignment* aln,char* outfile) { int i,j,c,f; int tmp; int aln_len = 0; char** linear_seq = NULL; FILE* fout = NULL; aln_len = 0; for (j = 0; j <= aln->sl[0];j++){ aln_len+= aln->gaps[0][j]; } aln_len += aln->sl[0]; MMALLOC(linear_seq,sizeof(char*)*aln->numseq); for(i = 0; i< aln->numseq;i++){ linear_seq[i] = NULL; MMALLOC(linear_seq[i],sizeof(char)*(aln_len+1)); } for (i =0;i < aln->numseq;i++){ c = 0; for (j = 0; j < aln->sl[i];j++){ tmp = aln->gaps[i][j]; while (tmp){ linear_seq[i][c] ='-'; c++; tmp--; } linear_seq[i][c] = aln->seq[i][j]; c++; } tmp =aln->gaps[i][aln->sl[i]]; while (tmp){ linear_seq[i][c] ='-'; c++; tmp--; } linear_seq[i][c] = 0; } if(outfile){ if ((fout = fopen(outfile, "w")) == NULL){ ERROR_MSG("can't open output\n"); } }else{ fout = stdout; } fprintf(fout,"Kalign (2.0) alignment in ClustalW format\n\n\n"); for (i = 0; i+50 < aln_len;i +=50){ for (j = 0; j < aln->numseq;j++){ f = aln->nsip[j]; for (c = 0; c < aln->lsn[f];c++){ if(!iscntrl((int)aln->sn[f][c])){ fprintf(fout,"%c",aln->sn[f][c]); } } while(c < 18){ fprintf(fout," "); c++; } for (c = 0; c < 50;c++){ fprintf(fout,"%c",linear_seq[f][c+i]); } fprintf(fout,"\n"); } fprintf(fout,"\n\n"); } for (j = 0; j < aln->numseq;j++){ f = aln->nsip[j]; for (c = 0; c< aln->lsn[f];c++){ if(!iscntrl((int)aln->sn[f][c])){ fprintf(fout,"%c",aln->sn[f][c]); } } while(c < 18){ fprintf(fout," "); c++; } for (c = i; c< aln_len;c++){ fprintf(fout,"%c",linear_seq[f][c]); } fprintf(fout,"\n"); } fprintf(fout,"\n\n"); if(outfile){ fclose(fout); } for(i = 0; i < aln->numseq;i++){ MFREE(linear_seq[i]); } MFREE(linear_seq); return OK; ERROR: return FAIL; } int aln_output(struct alignment* aln,struct parameters* param) { char* outfile = param->outfile; int i,j,c,f; int tmp; int aln_len = 0; //int namestart = 0; int max_name_len = 20; int tmp_len = 0; char** linear_seq = NULL; struct names* n = NULL; n = get_meaningful_names(aln,-1); //namestart = get_meaningful_names(aln,param->id); c = -1; for (i = 0; i< aln->numseq;i++){ if(n->len[i] > c){ c = n->len[i]; } /*f = 0; for (j = namestart;j < aln->lsn[i];j++){ if(isspace((int)aln->sn[i][j])){ break; } f++; } if(f > c){ c = f; } }*/ } if(c < max_name_len){ max_name_len = c;//this is know the maximum length of a unique name isdjgbv skj } FILE* fout = NULL; //linear_seq = malloc(sizeof(char*)*numseq); aln_len = 0; for (j = 0; j <= aln->sl[0];j++){ aln_len+= aln->gaps[0][j]; } aln_len += aln->sl[0]; MMALLOC(linear_seq,sizeof(char*)*aln->numseq); for(i = 0; i< aln->numseq;i++){ linear_seq[i] = NULL; MMALLOC(linear_seq[i],sizeof(char)*(aln_len+1)); } for (i =0;i < aln->numseq;i++){ c = 0; for (j = 0; j < aln->sl[i];j++){ tmp = aln->gaps[i][j]; while (tmp){ linear_seq[i][c] ='-'; c++; tmp--; } linear_seq[i][c] = aln->seq[i][j]; c++; } tmp =aln->gaps[i][aln->sl[i]]; while (tmp){ linear_seq[i][c] ='-'; c++; tmp--; } linear_seq[i][c] = 0; } if(outfile){ if ((fout = fopen(outfile, "w")) == NULL){ ERROR_MSG("can't open output\n"); } }else{ fout = stdout; } fprintf(fout,"Kalign (2.0) alignment in ClustalW format\n\n\n"); for (i = 0; i+60 < aln_len;i +=60){ for (j = 0; j < aln->numseq;j++){ f = aln->nsip[j]; tmp_len = (max_name_len < n->len[f]) ? max_name_len:n->len[f]; for (c = 0; c < tmp_len;c++){ if(isspace((int)aln->sn[f][c+n->start[f]])){ break; } if(!iscntrl((int)aln->sn[f][c+n->start[f]])){ fprintf(fout,"%c",aln->sn[f][c+n->start[f]]); } } while(c < max_name_len+5){ fprintf(fout," "); c++; } for (c = 0; c < 60;c++){ fprintf(fout,"%c",linear_seq[f][c+i]); } fprintf(fout,"\n"); } fprintf(fout,"\n\n"); } for (j = 0; j < aln->numseq;j++){ f = aln->nsip[j]; tmp_len = (max_name_len < n->len[f]) ? max_name_len:n->len[f]; for (c = 0; c< tmp_len;c++){ if(isspace((int)aln->sn[f][c+n->start[f]])){ break; } if(!iscntrl((int)aln->sn[f][c+n->start[f]])){ fprintf(fout,"%c",aln->sn[f][c+n->start[f]]); } } while(c < max_name_len + 5){ fprintf(fout," "); c++; } for (c = i; c < aln_len;c++){ fprintf(fout,"%c",linear_seq[f][c]); } fprintf(fout,"\n"); } fprintf(fout,"\n\n"); if(outfile){ fclose(fout); } names_free(n); for(i = 0; i < aln->numseq;i++){ MFREE(linear_seq[i]); } MFREE(linear_seq); return OK; ERROR: return FAIL; } struct names* get_meaningful_names(struct alignment* aln,int id) { struct names* n = NULL; int i,j,c; int min_len = 0; int start = 0; int globalstart = 1000000; n = names_alloc(aln->numseq); for (i = 0; i < aln->numseq;i++){ n->end[i] = aln->lsn[i]; } if (id == -1){ for(i =0; i < aln->numseq-1;i++){ for (j = i+1; j < aln->numseq;j++){ min_len = (aln->lsn[i] < aln->lsn[j])? aln->lsn[i] : aln->lsn[j]; start = 0; for (c = 0; c < min_len;c++){ if(isalnum((int)aln->sn[i][c]) && isalnum((int)aln->sn[j][c])){ if( aln->sn[i][c] != aln->sn[j][c]){ break; } }else{ if(aln->sn[i][c] == aln->sn[j][c]){ if(aln->sn[i][c] != '_' && aln->sn[i][c] != '-'){ start = c+1; } }else{ break; } } } //fprintf(stderr,"%s\n%s\nstart: %d\n\n",aln->sn[i],aln->sn[j],start); if (start < globalstart){ globalstart = start; } } } for (i = 0; i < aln->numseq;i++){ n->start[i] = globalstart; for (j = n->start[i]; j < aln->lsn[i];j++){ if(!isalnum((int)aln->sn[i][j]) && aln->sn[i][j] != '_' && aln->sn[i][j] != '-'){ n->end[i] = j; break; } } } }else{ for(i =0; i < aln->numseq;i++){ start = 0; min_len = 0; for (j = 0; j < aln->lsn[i];j++){ if((isalnum((int)aln->sn[i][j]) || aln->sn[i][j] == '_' || aln->sn[i][j] == '-')&& start == 0 ){ n->start[i] = j; min_len++; start = 1; }else if ((!isalnum((int)aln->sn[i][j]) && aln->sn[i][j] != '_' && aln->sn[i][j] != '-')&& start == 1) { if(id == min_len){ n->end[i] = j; break; } start = 0; } } if(id > min_len){ fprintf(stderr,"Warning: sequence %d has no %dth word in the identifier line:\n%s\n",i,id,aln->sn[i]); n->start[i] = 0; } } } for (i = 0; i < aln->numseq;i++){ //fprintf(stderr,"%s\n%d-%d\n",aln->sn[i],n->start[i],n->end[i]); n->len[i] = n->end[i] - n->start[i]; } return n; } int fasta_output(struct alignment* aln,char* outfile) { int i,j,c,f; int tmp; FILE *fout = NULL; if(outfile){ if ((fout = fopen(outfile, "w")) == NULL){ ERROR_MSG("can't open output\n"); } }else{ fout = stdout; } for (i = 0; i < aln->numseq;i++){ f = aln->nsip[i]; fprintf(fout,">%s\n",aln->sn[f]); c = 0; for (j = 0; j < aln->sl[f];j++){ tmp = aln->gaps[f][j]; while (tmp){ fprintf(fout,"-"); c++; if(c == 60 && j != aln->sl[f]-1){ fprintf(fout,"\n"); c = 0; } tmp--; } fprintf(fout,"%c",aln->seq[f][j]); c++; if(c == 60 && j != aln->sl[f]-1){ fprintf(fout,"\n"); c = 0; } } tmp = aln->gaps[f][aln->sl[f]]; while (tmp){ fprintf(fout,"-"); c++; if(c == 60 && j != aln->sl[f]-1){ fprintf(fout,"\n"); c = 0; } tmp--; } fprintf(fout,"\n"); } if(outfile){ fclose(fout); } return OK; ERROR: if(outfile){ fclose(fout); } return FAIL; } int make_aliged_seq(uint8_t* aligned, uint8_t* unaligned, int* gaps,int len) { int c; int i; int tmp; c= 0; for(i = 0; i < len;i++){ tmp = gaps[i]; while(tmp){ aligned[c] = 255; tmp--; c++; } aligned[c] = unaligned[i]; c++; } tmp = gaps[len]; while(tmp){ aligned[c] = 255; tmp--; c++; } return OK; } struct names* names_alloc( int numseq) { int i; struct names* n = NULL; MMALLOC(n,sizeof(struct names)); n->start = NULL; n->end = NULL; n->len = NULL; MMALLOC(n->start,sizeof(int)*numseq); MMALLOC(n->end,sizeof(int)*numseq); MMALLOC(n->len,sizeof(int)*numseq); for (i = 0; i < numseq;i++){ n->start[i] = 0; n->end[i] = 0;//aln->lsn[i]; n->len[i] = 0; } return n; ERROR: return NULL; } void names_free(struct names* n) { MFREE(n->start); MFREE(n->end); MFREE(n->len); MFREE(n); } int detect_alphabet(struct alignment* aln) { char* seq = NULL; int len; int i,j; int min,c; uint8_t DNA[256]; uint8_t protein[256]; uint8_t query[256]; int diff[3]; char DNA_letters[]= "acgtuACGTUnN"; char protein_letters[] = "acdefghiklmnpqrstvwyACDEFGHIKLMNPQRSTVWY"; ASSERT(aln != NULL, "No alignment"); for(i = 0; i <256;i++){ DNA[i] = 0; protein[i] = 0; query[i] = 0; } for(i = 0 ; i < strlen(DNA_letters);i++){ DNA[(int) DNA_letters[i]] = 1; } for(i = 0 ; i < strlen(protein_letters);i++){ protein[(int) protein_letters[i]] = 1; } for(i = 0; i < aln->numseq;i++){ len = aln->sl[i]; seq = aln->seq[i]; for(j = 0; j < len;j++){ query[(int)toupper(seq[j])] = 1; query[(int)tolower(seq[j])] = 1; } } diff[0] = 0; diff[1] = 0; for(i = 0; i < 256;i++){ if(query[i] != DNA[i]){ diff[0]++; } if(query[i] != protein[i]){ diff[1]++; } } //LOG_MSG("%d %d", diff[0],diff[1]); c = -1; min = 2147483647; for(i = 0; i < 2;i++){ if(diff[i] < min){ min = diff[i]; c = i; } } if(c == 0){ LOG_MSG("Detected DNA sequences."); RUN(convert_alignment_to_internal(aln, defDNA)); }else if(c == 1){ LOG_MSG("Detected protein sequences."); RUN(convert_alignment_to_internal(aln, redPROTEIN)); }else{ ERROR_MSG("Alphabet not recognized."); } return OK; ERROR: return FAIL; } kalign-3.3.1/src/align_io.h000066400000000000000000000026051403616477200155210ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef ALIGN_IO_H #define ALIGN_IO_H #include #include "parameters.h" #define SEEK_START 0 #define SEEK_END 2 extern struct alignment* read_alignment(char* infile); extern struct alignment* detect_and_read_sequences(struct parameters* param); extern int make_dna(struct alignment* aln); extern void free_aln(struct alignment* aln); extern int convert_alignment_to_internal(struct alignment* aln, int type); extern int dealign(struct alignment* aln); extern int output(struct alignment* aln,struct parameters* param); extern int make_aliged_seq(uint8_t* aligned, uint8_t* unaligned, int* gaps,int len); #endif kalign-3.3.1/src/alignment.c000066400000000000000000002740531403616477200157210ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include "alignment.h" #define MAX(a, b) (a > b ? a : b) #define MAX3(a,b,c) MAX(MAX(a,b),c) struct states{ float a; float ga; float gb; // float x; }; struct hirsch_mem{ struct states* f; struct states* b; int starta; int startb; int enda; int endb; int size; int len_a; int len_b; }; struct dp_matrix{ struct states* s; void* tb_mem; char** tb; int x; int y; }; /* Memory allocation for forward and backward slices */ struct hirsch_mem* hirsch_mem_alloc(int x); int hirsch_mem_realloc(struct hirsch_mem* hm,int x); void hirsch_mem_free(struct hirsch_mem* hm); /* setting up fast data structures for alignment */ float* make_profile(struct aln_param* ap,const uint8_t* seq,const int len); int set_gap_penalties(float* prof,int len,int nsip); /* Main dyn programming functions */ //int hirsch_ss_dyn_score(const struct aln_param* ap, const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm, int* hirsch_path,float* score); int hirsch_ss_dyn_score(const struct aln_param* ap, const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm, float* score); int hirsch_align_two_ss_vector_score(const struct aln_param* ap,struct hirsch_mem* hm,int old_cor[],float* score); //int hirsch_align_two_ss_vector_score(const struct aln_param* ap,const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm,int old_cor[],float* score); /* Align 2 sequences */ int hirsch_ss_dyn(const struct aln_param* ap, const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm, int* hirsch_path); int hirsch_align_two_ss_vector(const struct aln_param* ap,const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm,int* hirsch_path,float input_states[],int old_cor[]); int foward_hirsch_ss_dyn(const struct aln_param* ap,const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm); int backward_hirsch_ss_dyn(const struct aln_param* ap,const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm); /* Align one sequence to a profile */ int hirsch_ps_dyn(const struct aln_param* ap, const float* prof1,const uint8_t* seq2,struct hirsch_mem* hm, int* hirsch_path,int sip); int hirsch_align_two_ps_vector(const struct aln_param* ap,const float* prof1,const uint8_t* seq2,struct hirsch_mem* hm,int* hirsch_path,float input_states[],int old_cor[],int sip); int foward_hirsch_ps_dyn(const struct aln_param* ap,const float* prof1,const uint8_t* seq2,struct hirsch_mem* hm,int sip); int backward_hirsch_ps_dyn(const struct aln_param* ap,const float* prof1,const uint8_t* seq2,struct hirsch_mem* hm,int sip); /* Align 2 profiles */ int hirsch_pp_dyn(const float* prof1,const float* prof2,struct hirsch_mem* hm, int* hirsch_path); int hirsch_align_two_pp_vector(const float* prof1,const float* prof2,struct hirsch_mem* hm,int* hirsch_path,float input_states[],int old_cor[]); int foward_hirsch_pp_dyn(const float* prof1,const float* prof2,struct hirsch_mem* hm); int backward_hirsch_pp_dyn(const float* prof1,const float* prof2,struct hirsch_mem* hm); /* auxiliary dyn prog functions */ int* mirror_hirsch_path(int* hirsch_path,int len_a,int len_b); int* add_gap_info_to_hirsch_path(int* hirsch_path,int len_a,int len_b); //int update(const float* profa, const float* profb,float* newp,const int* path); int update(const float* profa, const float* profb,float* newp, struct aln_param*ap, int* path,int sipa,int sipb); int calc_seq_id(const int* path,int* a, int*b,float* dist); int** hirschberg_alignment(struct msa* msa, struct aln_param* ap) { struct hirsch_mem* hm = NULL; int i,j,g,a,b,c; int len_a; int len_b; float** profile = NULL; int** map = NULL; int* tree = NULL; int numseq; g = msa->num_profiles; numseq = msa->numseq; tree = ap->tree; MMALLOC(profile,sizeof(float*)*g); MMALLOC(map,sizeof(int*)*g); for ( i = 0;i< g;i++){ profile[i] = NULL; map[i] = NULL; } RUNP(hm = hirsch_mem_alloc(2048)); for (i = 0; i < (numseq-1);i++){ a = tree[i*3]; b = tree[i*3+1]; c = tree[i*3+2]; //fprintf(stderr,"\r%8.0f percent done",(float)(i) /(float)numseq * 100); //fprintf(stdout,"Aligning:%d %d->%d done:%f\n",a,b,c,((float)(i+1)/(float)numseq)*100); if(a < numseq){ len_a = msa->sequences[a]->len;// aln->sl[a]; }else{ len_a = msa->plen[a]; } if(b < numseq){ len_b = msa->sequences[b]->len;// aln->sl[b]; }else{ len_b = msa->plen[b]; } g = (len_a > len_b)? len_a:len_b; MMALLOC(map[c],sizeof(int) * (g+2)); RUN(hirsch_mem_realloc(hm, g)); for (j = 0; j < (g+2);j++){ map[c][j] = -1; } if (a < numseq){ RUNP(profile[a] = make_profile(ap,msa->sequences[a]->s,len_a)); }else{ RUN(set_gap_penalties(profile[a],len_a,msa->nsip[b])); //smooth_gaps(profile[a],len_a,window,strength); //increase_gaps(profile[a],len_a,window,strength); } if (b < numseq){ RUNP(profile[b] = make_profile(ap,msa->sequences[b]->s,len_b)); }else{ RUN(set_gap_penalties(profile[b],len_b,msa->nsip[a])); //smooth_gaps(profile[b],len_b,window,strength); //increase_gaps(profile[b],len_b,window,strength); } hm->starta = 0; hm->startb = 0; hm->enda = len_a; hm->endb = len_b; hm->len_a = len_a; hm->len_b = len_b; hm->f[0].a = 0.0; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = -FLT_MAX; hm->b[0].a = 0.0; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = -FLT_MAX; //fprintf(stderr,"LENA:%d LENB:%d numseq:%d\n",len_a,len_b,numseq); if(a < numseq){ if(b < numseq){ hirsch_ss_dyn(ap,msa->sequences[a]->s, msa->sequences[b]->s,hm,map[c]); }else{ hm->enda = len_b; hm->endb = len_a; hm->len_a = len_b; hm->len_b = len_a; hirsch_ps_dyn(ap,profile[b], msa->sequences[a]->s,hm,map[c],msa->nsip[b]); RUNP(map[c] = mirror_hirsch_path(map[c],len_a,len_b)); } }else{ if(b < numseq){ hirsch_ps_dyn(ap,profile[a],msa->sequences[b]->s ,hm,map[c],msa->nsip[a]); }else{ if(len_a < len_b){ hirsch_pp_dyn(profile[a],profile[b],hm,map[c]); }else{ hm->enda = len_b; hm->endb = len_a; hm->len_a = len_b; hm->len_b = len_a; hirsch_pp_dyn(profile[b],profile[a],hm,map[c]); RUNP(map[c] = mirror_hirsch_path(map[c],len_a,len_b)); } } } map[c] = add_gap_info_to_hirsch_path(map[c],len_a,len_b); if(i != numseq-2){ //MREALLOC(profile_ptr, sizeof(float)*64*(map[c][0]+2)); MMALLOC(profile[c],sizeof(float)*64*(map[c][0]+2)); //update(profile[a],profile[b],profile[c],map[c]); update(profile[a],profile[b],profile[c],ap,map[c],msa->nsip[a],msa->nsip[b]); } msa->plen[c] = map[c][0]; msa->nsip[c] = msa->nsip[a] + msa->nsip[b]; MMALLOC(msa->sip[c],sizeof(int)*(msa->nsip[a] + msa->nsip[b])); g =0; for (j = msa->nsip[a];j--;){ msa->sip[c][g] = msa->sip[a][j]; g++; } for (j = msa->nsip[b];j--;){ msa->sip[c][g] = msa->sip[b][j]; g++; } MFREE(profile[a]); MFREE(profile[b]); } MFREE(profile); hirsch_mem_free(hm); return map; ERROR: return NULL; } int hirsch_ss_dyn(const struct aln_param* ap, const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm, int* hirsch_path) { int mid = ((hm->enda - hm->starta) / 2)+ hm->starta; float input_states[6] = {hm->f[0].a,hm->f[0].ga,hm->f[0].gb,hm->b[0].a,hm->b[0].ga,hm->b[0].gb}; int old_cor[5] = {hm->starta,hm->enda,hm->startb,hm->endb,mid}; if(hm->starta >= hm->enda){ return OK;//hirsch_path; } if(hm->startb >= hm->endb){ return OK;///hirsch_path; } hm->enda = mid; //fprintf(stderr,"Forward:%d-%d %d-%d\n",hm->starta,hm->enda,hm->startb,hm->endb); foward_hirsch_ss_dyn(ap,seq1,seq2,hm); hm->starta = mid; hm->enda = old_cor[1]; //fprintf(stderr,"Backward:%d-%d %d-%d\n",hm->starta,hm->enda,hm->startb,hm->endb); backward_hirsch_ss_dyn(ap,seq1,seq2,hm); hirsch_align_two_ss_vector(ap,seq1,seq2,hm,hirsch_path,input_states,old_cor); return OK; } int hirsch_ss_dyn_score(const struct aln_param* ap, const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm, float* score) { int mid = ((hm->enda - hm->starta) / 2)+ hm->starta; //float input_states[6] = {hm->f[0].a,hm->f[0].ga,hm->f[0].gb,hm->b[0].a,hm->b[0].ga,hm->b[0].gb}; int old_cor[5] = {hm->starta,hm->enda,hm->startb,hm->endb,mid}; if(hm->starta >= hm->enda){ return OK;//hirsch_path; } if(hm->startb >= hm->endb){ return OK;///hirsch_path; } hm->enda = mid; //fprintf(stderr,"Forward:%d-%d %d-%d\n",hm->starta,hm->enda,hm->startb,hm->endb); foward_hirsch_ss_dyn(ap,seq1,seq2,hm); hm->starta = mid; hm->enda = old_cor[1]; //fprintf(stderr,"Backward:%d-%d %d-%d\n",hm->starta,hm->enda,hm->startb,hm->endb); backward_hirsch_ss_dyn(ap,seq1,seq2,hm); hirsch_align_two_ss_vector_score(ap,hm,old_cor,score); return OK; } int hirsch_align_two_ss_vector_score(const struct aln_param* ap,struct hirsch_mem* hm,int old_cor[],float* score) { struct states* f = hm->f; struct states* b = hm->b; int i; float gpo,gpe,tgpe; gpo = ap->gpo; gpe = ap->gpe; tgpe = ap->tgpe; //code: // a -> a = 1 // a -> ga = 2 // a -> gb = 3 // ga ->ga = 4 // ga -> a = 5 //gb->gb = 6; //gb->a = 7; //int max = -FLT_MAX; float max = -FLT_MAX; //float middle = (hm->endb - hm->startb)/2 + hm->startb; float middle = (old_cor[3] - old_cor[2])/2 + old_cor[2]; float sub = 0.0; //i = hm->startb; i = old_cor[2]; //c = -1; //for(i = hm->startb; i < hm->endb;i++){ for(i = old_cor[2]; i < old_cor[3];i++){ sub = fabsf(middle -i); sub /= 1000; // fprintf(stderr,"%d-%d %f\n",hm->startb,hm->endb,sub); if(f[i].a+b[i].a-sub > max){ max = f[i].a+b[i].a-sub; // fprintf(stderr,"aligned->aligned:%d + %d = %d\n",f[i].a,b[i].a,f[i].a+b[i].a); // c = i; } if(f[i].a+b[i].ga-gpo-sub > max){ max = f[i].a+b[i].ga-gpo-sub; // fprintf(stderr,"aligned->gap_a:%d + %d +%d = %d\n",f[i].a,b[i].ga,prof1[27],f[i].a+b[i].ga+prof2[27]); //c = i; } if(f[i].a+b[i].gb -gpo-sub > max){ max = f[i].a+b[i].gb - gpo-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); //c = i; } if(f[i].ga+b[i].a - gpo-sub > max){ max = f[i].ga+b[i].a - gpo-sub; // fprintf(stderr,"gap_a->aligned:%d + %d + %d(gpo) = %d\n",f[i].ga,b[i].a,prof2[27],f[i].ga+b[i].a+prof2[27]); //c = i; } if(hm->startb == 0){ if(f[i].gb+b[i].gb - tgpe-sub > max){ max = f[i].gb+b[i].gb -tgpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); // c = i; } }else{ if(f[i].gb+b[i].gb - gpe -sub> max){ max = f[i].gb+b[i].gb - gpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); //c = i; } } if(f[i].gb+b[i].a - gpo-sub > max){ max = f[i].gb+b[i].a - gpo-sub; // fprintf(stderr,"gap_b->aligned:%d + %d + %d(gpo) = %d\n",f[i].gb,b[i].a,prof1[27],f[i].gb+b[i].a+prof1[27]); //c = i; } } //i = hm->endb; i = old_cor[3]; sub = fabsf(middle -i); sub /= 1000; if(f[i].a+b[i].gb-gpo-sub > max){ max = f[i].a+b[i].gb - gpo-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); //c = i; } if(hm->endb == hm->len_b){ if(f[i].gb+b[i].gb -tgpe-sub > max){ max = f[i].gb+b[i].gb - tgpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); //c = i; } }else{ if(f[i].gb+b[i].gb - gpe-sub > max){ max = f[i].gb+b[i].gb - gpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); //c = i; } } *score = max; return OK; } int hirsch_align_two_ss_vector(const struct aln_param* ap,const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm,int* hirsch_path,float input_states[],int old_cor[]) { struct states* f = hm->f; struct states* b = hm->b; int i,c; int transition = -1; float gpo,gpe,tgpe; gpo = ap->gpo; gpe = ap->gpe; tgpe = ap->tgpe; //code: // a -> a = 1 // a -> ga = 2 // a -> gb = 3 // ga ->ga = 4 // ga -> a = 5 //gb->gb = 6; //gb->a = 7; //int max = -FLT_MAX; float max = -FLT_MAX; //float middle = (hm->endb - hm->startb)/2 + hm->startb; float middle = (old_cor[3] - old_cor[2])/2 + old_cor[2]; float sub = 0.0; //i = hm->startb; i = old_cor[2]; c = -1; //for(i = hm->startb; i < hm->endb;i++){ for(i = old_cor[2]; i < old_cor[3];i++){ sub = fabsf(middle -i); sub /= 1000; // fprintf(stderr,"%d-%d %f\n",hm->startb,hm->endb,sub); if(f[i].a+b[i].a-sub > max){ max = f[i].a+b[i].a-sub; // fprintf(stderr,"aligned->aligned:%d + %d = %d\n",f[i].a,b[i].a,f[i].a+b[i].a); transition = 1; c = i; } if(f[i].a+b[i].ga-gpo-sub > max){ max = f[i].a+b[i].ga-gpo-sub; // fprintf(stderr,"aligned->gap_a:%d + %d +%d = %d\n",f[i].a,b[i].ga,prof1[27],f[i].a+b[i].ga+prof2[27]); transition = 2; c = i; } if(f[i].a+b[i].gb -gpo-sub > max){ max = f[i].a+b[i].gb - gpo-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(f[i].ga+b[i].a - gpo-sub > max){ max = f[i].ga+b[i].a - gpo-sub; // fprintf(stderr,"gap_a->aligned:%d + %d + %d(gpo) = %d\n",f[i].ga,b[i].a,prof2[27],f[i].ga+b[i].a+prof2[27]); transition = 5; c = i; } if(hm->startb == 0){ if(f[i].gb+b[i].gb - tgpe-sub > max){ max = f[i].gb+b[i].gb -tgpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb - gpe -sub> max){ max = f[i].gb+b[i].gb - gpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } if(f[i].gb+b[i].a - gpo-sub > max){ max = f[i].gb+b[i].a - gpo-sub; // fprintf(stderr,"gap_b->aligned:%d + %d + %d(gpo) = %d\n",f[i].gb,b[i].a,prof1[27],f[i].gb+b[i].a+prof1[27]); transition = 7; c = i; } } //i = hm->endb; i = old_cor[3]; sub = fabsf(middle -i); sub /= 1000; if(f[i].a+b[i].gb-gpo-sub > max){ max = f[i].a+b[i].gb - gpo-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(hm->endb == hm->len_b){ if(f[i].gb+b[i].gb -tgpe-sub > max){ max = f[i].gb+b[i].gb - tgpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb - gpe-sub > max){ max = f[i].gb+b[i].gb - gpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } //fprintf(stderr,"Transition:%d at:%d\n",transition,c); //LOG_MSG("MAX: %f",max); //j = hirsch_path[0]; switch(transition){ case 1: //a -> a = 1 hirsch_path[old_cor[4]] = c; hirsch_path[old_cor[4]+1] = c+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = 0.0; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = -FLT_MAX; // fprintf(stderr,"Using this for start:%d %d %d\n",hm->f[0].a,hm->f[0].ga,hm->f[0].gb); hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = 0.0; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d what:%d-%d %d-%d\n",c+1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); break; case 2:// a -> ga = 2 hirsch_path[old_cor[4]] = c; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = 0.0; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = -FLT_MAX; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); //backward: hm->starta = old_cor[4]; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = -FLT_MAX; hm->f[0].ga = 0.0; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d what:%d-%d %d-%d\n",c+1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); break; case 3:// a -> gb = 3 hirsch_path[old_cor[4]] = c; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = 0.0; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = -FLT_MAX; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c; hm->endb = old_cor[3]; hm->f[0].a = -FLT_MAX; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = 0.0; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); break; case 5://ga -> a = 5 hirsch_path[old_cor[4]+1] = c+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = -FLT_MAX; hm->b[0].ga = 0.0; hm->b[0].gb = -FLT_MAX; hm->starta = old_cor[0]; hm->enda = old_cor[4]; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = 0.0; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); break; case 6://gb->gb = 6; //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = -FLT_MAX; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = 0.0; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c; hm->endb = old_cor[3]; hm->f[0].a = -FLT_MAX; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = 0.0; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); break; case 7://gb->a = 7; hirsch_path[old_cor[4]+1] = c+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = -FLT_MAX; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = 0.0; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = 0.0; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_ss_dyn(ap,seq1,seq2,hm,hirsch_path); break; default: break; } return OK;//hirsch_path; //ERROR: // return NULL; } int foward_hirsch_ss_dyn(const struct aln_param* ap,const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm) { struct states* s = hm->f; float *subp = 0; const int starta = hm->starta; const int enda = hm->enda; const int startb =hm->startb; const int endb = hm->endb; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; float gpo,gpe,tgpe; float** subm = NULL; gpo = ap->gpo; gpe = ap->gpe; tgpe = ap->tgpe; subm = ap->subm; s[startb].a = s[0].a; s[startb].ga = s[0].ga; s[startb].gb = s[0].gb; if(startb){ for (j = startb+1; j < endb;j++){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga - gpe,s[j-1].a-gpo); s[j].gb = -FLT_MAX; } }else{ for (j = startb+1; j < endb;j++){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga,s[j-1].a)-tgpe; s[j].gb = -FLT_MAX; } } s[endb].a = -FLT_MAX; s[endb].ga = -FLT_MAX; s[endb].gb = -FLT_MAX; seq2--; for (i = starta;i < enda;i++){ subp = subm[seq1[i]]; pa = s[startb].a; pga = s[startb].ga; pgb = s[startb].gb; s[startb].a = -FLT_MAX; s[startb].ga = -FLT_MAX; xa = s[startb].a; xga = s[startb].ga; if(startb){ s[startb].gb = MAX(pgb - gpe,pa - gpo); }else{ s[startb].gb = MAX(pgb,pa) - tgpe; } for (j = startb+1; j < endb;j++){ ca = s[j].a; pa = MAX3(pa,pga-gpo,pgb-gpo); pa += subp[seq2[j]]; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j-1].ga-gpe,s[j-1].a-gpo); s[j].ga = MAX(xga-gpe,xa-gpo); pgb = s[j].gb; s[j].gb = MAX(pgb-gpe ,ca-gpo); pa = ca; xa = s[j].a; xga = s[j].ga; } ca = s[j].a; pa = MAX3(pa,pga-gpo,pgb-gpo); pa += subp[seq2[j]]; s[j].a = pa; s[j].ga = -FLT_MAX;//MAX(s[j-1].ga-gpe,s[j-1].a-gpo); if (endb != hm->len_b){ s[j].gb = MAX(s[j].gb-gpe ,ca-gpo); }else{ s[j].gb = MAX(s[j].gb,ca)-tgpe; } } return OK; } int backward_hirsch_ss_dyn(const struct aln_param* ap,const uint8_t* seq1,const uint8_t* seq2,struct hirsch_mem* hm) { struct states* s = hm->b; float** subm = NULL; float *subp = NULL; const int starta = hm->starta; const int enda = hm->enda; const int startb =hm->startb; const int endb = hm->endb; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; float gpo,gpe,tgpe; gpo = ap->gpo; gpe = ap->gpe; tgpe = ap->tgpe; subm = ap->subm; s[endb].a = s[0].a ; s[endb].ga = s[0].ga; s[endb].gb = s[0].gb; //init of first row; //j = endb-startb; if(endb != hm->len_b){ for(j = endb-1;j > startb;j--){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga-gpe,s[j+1].a-gpo); s[j].gb = -FLT_MAX; } }else{ for(j = endb-1;j > startb;j--){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga,s[j+1].a)-tgpe; s[j].gb = -FLT_MAX; } } s[startb].a = -FLT_MAX; s[startb].ga = -FLT_MAX; s[startb].gb = -FLT_MAX; i = enda-starta; seq1+= starta; while(i--){ subp = subm[seq1[i]]; pa = s[endb].a; pga = s[endb].ga; pgb = s[endb].gb; s[endb].a = -FLT_MAX; s[endb].ga = -FLT_MAX; xa = s[endb].a; xga = s[endb].ga; if(endb != hm->len_b){ s[endb].gb = MAX(pgb-gpe,pa-gpo); }else{ s[endb].gb = MAX(pgb,pa)-tgpe; } for(j = endb-1;j > startb;j--){ ca = s[j].a; pa = MAX3(pa,pga - gpo,pgb-gpo); pa += subp[seq2[j]]; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j+1].ga-gpe,s[j+1].a-gpo); s[j].ga = MAX(xga-gpe,xa-gpo); pgb = s[j].gb; s[j].gb = MAX(pgb-gpe,ca-gpo); pa = ca; xa = s[j].a; xga = s[j].ga; } ca = s[j].a; pa = MAX3(pa,pga - gpo,pgb-gpo); pa += subp[seq2[j]]; s[j].a = pa; s[j].ga = -FLT_MAX;//MAX(s[j+1].ga-gpe,s[j+1].a-gpo); if(startb){ s[j].gb = MAX(s[j].gb-gpe,ca-gpo); }else{ s[j].gb = MAX(s[j].gb,ca)-tgpe; } } return OK; } int hirsch_ps_dyn(const struct aln_param* ap, const float* prof1,const uint8_t* seq2,struct hirsch_mem* hm, int* hirsch_path,int sip) { int mid = ((hm->enda - hm->starta) / 2)+ hm->starta; float input_states[6] = {hm->f[0].a,hm->f[0].ga,hm->f[0].gb,hm->b[0].a,hm->b[0].ga,hm->b[0].gb}; int old_cor[5] = {hm->starta,hm->enda,hm->startb,hm->endb,mid}; if(hm->starta >= hm->enda){ return OK; } if(hm->startb >= hm->endb){ return OK; } hm->enda = mid; foward_hirsch_ps_dyn(ap,prof1,seq2,hm,sip); /*int i; fprintf(stderr,"FOWARD\n"); for (i = hm->startb; i <= hm->endb;i++){ fprintf(stderr,"%d %d %d\n",hm->f[i].a,hm->f[i].ga,hm->f[i].gb); }*/ hm->starta = mid; hm->enda = old_cor[1]; backward_hirsch_ps_dyn(ap,prof1,seq2,hm,sip); /*fprintf(stderr,"BaCKWARD\n"); for (i = hm->startb; i <= hm->endb;i++){ fprintf(stderr,"%d %d %d\n",hm->b[i].a,hm->b[i].ga,hm->b[i].gb); }*/ hirsch_align_two_ps_vector(ap,prof1,seq2,hm,hirsch_path,input_states,old_cor,sip); return OK; } int hirsch_align_two_ps_vector(const struct aln_param* ap,const float* prof1,const uint8_t* seq2,struct hirsch_mem* hm,int* hirsch_path,float input_states[],int old_cor[],int sip) { struct states* f = hm->f; struct states* b = hm->b; int i,c; int transition = -1; const float open = ap->gpo * sip; //code: // a -> a = 1 // a -> ga = 2 // a -> gb = 3 // ga ->ga = 4 // ga -> a = 5 //gb->gb = 6; //gb->a = 7; //int max = -FLT_MAX; float max = -FLT_MAX; //float middle = (hm->endb - hm->startb)/2 + hm->startb; float middle = (old_cor[3] - old_cor[2])/2 + old_cor[2]; float sub = 0.0; prof1+= ((old_cor[4]+1)<<6); //i = hm->startb; i = old_cor[2]; c = -1; //for(i = hm->startb; i < hm->endb;i++){ for(i = old_cor[2]; i < old_cor[3];i++){ sub = fabsf(middle -i); sub /= 1000; if(f[i].a+b[i].a-sub> max){ max = f[i].a+b[i].a-sub; // fprintf(stderr,"aligned->aligned:%d + %d = %d\n",f[i].a,b[i].a,f[i].a+b[i].a); transition = 1; c = i; } if(f[i].a+b[i].ga-open-sub > max){ max = f[i].a+b[i].ga-open-sub; // fprintf(stderr,"aligned->gap_a:%d + %d +%d = %d\n",f[i].a,b[i].ga,prof1[27],f[i].a+b[i].ga+prof2[27]); transition = 2; c = i; } if(f[i].a+b[i].gb+prof1[27]-sub > max){ max = f[i].a+b[i].gb+prof1[27]-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(f[i].ga+b[i].a-open-sub > max){ max = f[i].ga+b[i].a-open-sub; // fprintf(stderr,"gap_a->aligned:%d + %d + %d(gpo) = %d\n",f[i].ga,b[i].a,prof2[27],f[i].ga+b[i].a+prof2[27]); transition = 5; c = i; } if(hm->startb == 0){ if(f[i].gb+b[i].gb+prof1[29]-sub > max){ max = f[i].gb+b[i].gb+prof1[29]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb+prof1[28]-sub > max){ max = f[i].gb+b[i].gb+prof1[28]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } if(f[i].gb+b[i].a+prof1[-37]-sub > max){ max = f[i].gb+b[i].a+prof1[-37]-sub; // fprintf(stderr,"gap_b->aligned:%d + %d + %d(gpo) = %d\n",f[i].gb,b[i].a,prof1[27],f[i].gb+b[i].a+prof1[27]); transition = 7; c = i; } } //i = hm->endb; i = old_cor[3]; sub = fabsf(middle -i); sub /= 1000; if(f[i].a+b[i].gb+prof1[27]-sub > max){ max = f[i].a+b[i].gb+prof1[27]-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(hm->endb == hm->len_b){ if(f[i].gb+b[i].gb+prof1[29]-sub > max){ max = f[i].gb+b[i].gb+prof1[29]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb+prof1[28]-sub > max){ max = f[i].gb+b[i].gb+prof1[28]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } prof1-= ((old_cor[4]+1)<<6); //fprintf(stderr,"Transition:%d at:%d\n",transition,c); //j = hirsch_path[0]; switch(transition){ case 1: //a -> a = 1 hirsch_path[old_cor[4]] = c; hirsch_path[old_cor[4]+1] = c+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = 0.0; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = -FLT_MAX; // fprintf(stderr,"Using this for start:%d %d %d\n",hm->f[0].a,hm->f[0].ga,hm->f[0].gb); hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = 0.0; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d what:%d-%d %d-%d\n",c+1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); break; case 2:// a -> ga = 2 hirsch_path[old_cor[4]] = c; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = 0.0; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = -FLT_MAX; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); //backward: hm->starta = old_cor[4]; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = -FLT_MAX; hm->f[0].ga = 0.0; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d what:%d-%d %d-%d\n",c+1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); break; case 3:// a -> gb = 3 hirsch_path[old_cor[4]] = c; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = 0.0; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = -FLT_MAX; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c; hm->endb = old_cor[3]; hm->f[0].a = -FLT_MAX; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = 0.0; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); break; case 5://ga -> a = 5 hirsch_path[old_cor[4]+1] = c+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = -FLT_MAX; hm->b[0].ga = 0.0; hm->b[0].gb = -FLT_MAX; hm->starta = old_cor[0]; hm->enda = old_cor[4]; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = 0.0; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); break; case 6://gb->gb = 6; //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = -FLT_MAX; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = 0.0; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c; hm->endb = old_cor[3]; hm->f[0].a = -FLT_MAX; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = 0.0; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); break; case 7://gb->a = 7; hirsch_path[old_cor[4]+1] = c+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = -FLT_MAX; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = 0.0; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = 0.0; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_ps_dyn(ap,prof1,seq2,hm,hirsch_path,sip); break; default: break; } return OK; } int foward_hirsch_ps_dyn(const struct aln_param* ap,const float* prof1,const uint8_t* seq2,struct hirsch_mem* hm,int sip) { struct states* s = hm->f; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; const float open = ap->gpo * sip; const float ext = ap->gpe *sip; const float text = ap->tgpe * sip; prof1 += (hm->starta)<< 6; s[hm->startb].a = s[0].a; s[hm->startb].ga = s[0].ga; s[hm->startb].gb = s[0].gb; if(hm->startb){ for (j = hm->startb+1; j < hm->endb;j++){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga-ext,s[j-1].a-open); s[j].gb = -FLT_MAX; } }else{ for (j = hm->startb+1; j < hm->endb;j++){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga,s[j-1].a) - text; s[j].gb = -FLT_MAX; } } s[hm->endb].a = -FLT_MAX; s[hm->endb].ga = -FLT_MAX; s[hm->endb].gb = -FLT_MAX; seq2--; for (i = hm->starta;i < hm->enda;i++){ prof1 += 64; pa = s[hm->startb].a; pga = s[hm->startb].ga; pgb = s[hm->startb].gb; s[hm->startb].a = -FLT_MAX; s[hm->startb].ga = -FLT_MAX; xa = s[hm->startb].a; xga = s[hm->startb].ga; if(hm->startb){ s[hm->startb].gb = MAX(pgb+prof1[28],pa+prof1[27]); }else{ s[hm->startb].gb = MAX(pgb,pa)+prof1[29]; } for (j = hm->startb+1; j < hm->endb;j++){ ca = s[j].a; pa = MAX3(pa,pga -open,pgb + prof1[-37]); pa += prof1[32 + seq2[j]]; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j-1].ga-ext,s[j-1].a-open); s[j].ga = MAX(xga-ext,xa-open); pgb = s[j].gb; s[j].gb = MAX(pgb+prof1[28],ca+prof1[27]); pa = ca; xa = s[j].a; xga = s[j].ga; } ca = s[j].a; pa = MAX3(pa,pga -open,pgb + prof1[-37]); pa += prof1[32 + seq2[j]]; s[j].a = pa; s[j].ga = -FLT_MAX;//MAX(s[j-1].ga-ext,s[j-1].a-open); if (hm->endb != hm->len_b){ s[j].gb = MAX(s[j].gb+prof1[28] ,ca+prof1[27]); }else{ s[j].gb = MAX(s[j].gb,ca)+ prof1[29]; } } prof1 -= hm->enda << 6; return OK; } int backward_hirsch_ps_dyn(const struct aln_param* ap,const float* prof1,const uint8_t* seq2,struct hirsch_mem* hm,int sip) { struct states* s = hm->b; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; const float open = ap->gpo * sip; const float ext = ap->gpe *sip; const float text = ap->tgpe * sip; prof1 += (hm->enda+1) << 6; s[hm->endb].a = s[0].a; s[hm->endb].ga = s[0].ga; s[hm->endb].gb = s[0].gb; if(hm->endb != hm->len_b){ for(j = hm->endb-1;j > hm->startb;j--){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga-ext,s[j+1].a-open); s[j].gb = -FLT_MAX; } }else{ for(j = hm->endb-1;j > hm->startb;j--){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga,s[j+1].a)-text; s[j].gb = -FLT_MAX; } } s[hm->startb].a = -FLT_MAX; s[hm->startb].ga = -FLT_MAX; s[hm->startb].gb = -FLT_MAX; i = hm->enda-hm->starta; while(i--){ prof1 -= 64; pa = s[hm->endb].a; pga = s[hm->endb].ga; pgb = s[hm->endb].gb; s[hm->endb].a = -FLT_MAX; s[hm->endb].ga = -FLT_MAX; xa = s[hm->endb].a; xga = s[hm->endb].ga; if(hm->endb != hm->len_b){ s[hm->endb].gb = MAX(pgb+prof1[28],pa+prof1[27]); }else{ s[hm->endb].gb = MAX(pgb,pa) +prof1[29]; } for(j = hm->endb-1;j > hm->startb;j--){ ca = s[j].a; pa = MAX3(pa,pga - open,pgb +prof1[91]); pa += prof1[32 + seq2[j]]; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j+1].ga-ext,s[j+1].a-open); s[j].ga = MAX(xga-ext,xa-open); pgb = s[j].gb; s[j].gb = MAX(pgb+prof1[28],ca+prof1[27]); pa = ca; xa = s[j].a; xga = s[j].ga; } ca = s[j].a; pa = MAX3(pa,pga - open,pgb +prof1[91]); pa += prof1[32 + seq2[j]]; s[j].a = pa; s[j].ga = -FLT_MAX;//MAX(s[j+1].ga-ext,s[j+1].a-open); if(hm->startb){ s[j].gb = MAX(s[j].gb+prof1[28], ca+prof1[27]); }else{ s[j].gb = MAX(s[j].gb,ca)+prof1[29]; } } return OK; } int hirsch_pp_dyn(const float* prof1,const float* prof2,struct hirsch_mem* hm, int* hirsch_path) { int mid = ((hm->enda - hm->starta) / 2)+ hm->starta; float input_states[6] = {hm->f[0].a,hm->f[0].ga,hm->f[0].gb,hm->b[0].a,hm->b[0].ga,hm->b[0].gb}; int old_cor[5] = {hm->starta,hm->enda,hm->startb,hm->endb,mid}; //fprintf(stderr,"starta:%d enda:%d startb:%d endb:%d mid:%d\n",hm->starta,hm->enda,hm->startb,hm->endb,mid); if(hm->starta >= hm->enda){ return OK; } if(hm->startb >= hm->endb){ return OK; } hm->enda = mid; foward_hirsch_pp_dyn(prof1,prof2,hm); /*int i; fprintf(stderr,"FOWARD\n"); for (i = hm->startb; i <= hm->endb;i++){ fprintf(stderr,"%d %d %d\n",hm->f[i].a,hm->f[i].ga,hm->f[i].gb); }*/ hm->starta = mid; hm->enda = old_cor[1]; backward_hirsch_pp_dyn(prof1,prof2,hm); /*fprintf(stderr,"BaCKWARD\n"); for (i = hm->startb; i <= hm->endb;i++){ fprintf(stderr,"%d %d %d\n",hm->b[i].a,hm->b[i].ga,hm->b[i].gb); }*/ hirsch_align_two_pp_vector(prof1,prof2,hm,hirsch_path,input_states,old_cor); return OK; } int hirsch_align_two_pp_vector(const float* prof1,const float* prof2,struct hirsch_mem* hm,int* hirsch_path,float input_states[],int old_cor[]) { struct states* f = hm->f; struct states* b = hm->b; int i,c; int transition = -1; //code: // a -> a = 1 // a -> ga = 2 // a -> gb = 3 // ga ->ga = 4 // ga -> a = 5 //gb->gb = 6; //gb->a = 7; //int max = -FLT_MAX; float max = -FLT_MAX; //float middle = (hm->endb - hm->startb)/2 + hm->startb; float middle = (old_cor[3] - old_cor[2])/2 + old_cor[2]; float sub = 0.0; prof1+= ((old_cor[4]+1) << 6); //prof2 += 64 * (hm->startb); //i = hm->startb; prof2 += old_cor[2] << 6; i = old_cor[2]; c = -1; //for(i = hm->startb; i < hm->endb;i++){ for(i = old_cor[2]; i < old_cor[3];i++){ sub = fabsf(middle -i); sub /= 1000; prof2 += 64; //fprintf(stderr,"%d %d %d \n",f[i].a,b[i].a,max); if(f[i].a+b[i].a-sub > max){ max = f[i].a+b[i].a-sub; // fprintf(stderr,"aligned->aligned:%d + %d = %d\n",f[i].a,b[i].a,f[i].a+b[i].a); transition = 1; c = i; } if(f[i].a+b[i].ga+prof2[27]-sub > max){ max = f[i].a+b[i].ga+prof2[27]-sub; // fprintf(stderr,"aligned->gap_a:%d + %d +%d = %d\n",f[i].a,b[i].ga,prof1[27],f[i].a+b[i].ga+prof2[27]); transition = 2; c = i; } if(f[i].a+b[i].gb+prof1[27] -sub> max){ max = f[i].a+b[i].gb+prof1[27]-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(f[i].ga+b[i].a+prof2[-37]-sub > max){ max = f[i].ga+b[i].a+prof2[-37]-sub; // fprintf(stderr,"gap_a->aligned:%d + %d + %d(gpo) = %d\n",f[i].ga,b[i].a,prof2[27],f[i].ga+b[i].a+prof2[27]); transition = 5; c = i; } if(hm->startb == 0){ if(f[i].gb+b[i].gb+prof1[29]-sub > max){ max = f[i].gb+b[i].gb+prof1[29]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb+prof1[28]-sub > max){ max = f[i].gb+b[i].gb+prof1[28]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } if(f[i].gb+b[i].a+prof1[-37]-sub > max){ max = f[i].gb+b[i].a+prof1[-37]-sub; // fprintf(stderr,"gap_b->aligned:%d + %d + %d(gpo) = %d\n",f[i].gb,b[i].a,prof1[27],f[i].gb+b[i].a+prof1[27]); transition = 7; c = i; } } //i = hm->endb; i = old_cor[3]; sub = fabsf(middle -i); sub /= 1000; if(f[i].a+b[i].gb+prof1[27]-sub > max){ max = f[i].a+b[i].gb+prof1[27]-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(hm->endb == hm->len_b){ if(f[i].gb+b[i].gb+prof1[29]-sub > max){ max = f[i].gb+b[i].gb+prof1[29]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb+prof1[28]-sub > max){ max = f[i].gb+b[i].gb+prof1[28]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } prof1-= (old_cor[4]+1)<<6; //prof2 -= hm->endb << 6; prof2 -= old_cor[3] << 6; //fprintf(stderr,"Transition:%d at:%d\n",transition,c); //if(transition == -1){ // exit(0); //} //j = hirsch_path[0]; switch(transition){ case 1: //a -> a = 1 hirsch_path[old_cor[4]] = c; hirsch_path[old_cor[4]+1] = c+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = 0.0; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = -FLT_MAX; //fprintf(stderr,"Using this for start:%ld %ld %ld\n",hm->f[0].a,hm->f[0].ga,hm->f[0].gb); hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = 0.0; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d what:%d-%d %d-%d\n",c+1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); break; case 2:// a -> ga = 2 hirsch_path[old_cor[4]] = c; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = 0.0; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = -FLT_MAX; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); //backward: hm->starta = old_cor[4]; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = -FLT_MAX; hm->f[0].ga = 0.0; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d what:%d-%d %d-%d\n",c+1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); break; case 3:// a -> gb = 3 hirsch_path[old_cor[4]] = c; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = 0.0; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = -FLT_MAX; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c; hm->endb = old_cor[3]; hm->f[0].a = -FLT_MAX; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = 0.0; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); break; case 5://ga -> a = 5 hirsch_path[old_cor[4]+1] = c+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = -FLT_MAX; hm->b[0].ga = 0.0; hm->b[0].gb = -FLT_MAX; hm->starta = old_cor[0]; hm->enda = old_cor[4]; hm->startb = old_cor[2]; hm->endb = c-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = 0.0; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); break; case 6://gb->gb = 6; //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = -FLT_MAX; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = 0.0; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c; hm->endb = old_cor[3]; hm->f[0].a = -FLT_MAX; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = 0.0; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); break; case 7://gb->a = 7; hirsch_path[old_cor[4]+1] = c+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: hm->f[0].a = input_states[0]; hm->f[0].ga = input_states[1]; hm->f[0].gb = input_states[2]; hm->b[0].a = -FLT_MAX; hm->b[0].ga = -FLT_MAX; hm->b[0].gb = 0.0; hm->starta = old_cor[0]; hm->enda = old_cor[4]-1; hm->startb = old_cor[2]; hm->endb = c; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,hm->starta,hm->enda,hm->startb,hm->endb); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); //backward: hm->starta = old_cor[4]+1; hm->enda = old_cor[1]; hm->startb = c+1; hm->endb = old_cor[3]; hm->f[0].a = 0.0; hm->f[0].ga = -FLT_MAX; hm->f[0].gb = -FLT_MAX; hm->b[0].a = input_states[3]; hm->b[0].ga = input_states[4]; hm->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); hirsch_pp_dyn(prof1,prof2,hm,hirsch_path); break; default: break; } return OK; } int foward_hirsch_pp_dyn(const float* prof1,const float* prof2,struct hirsch_mem* hm) { unsigned int freq[23]; struct states* s = hm->f; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; register int c = 0; register int f = 0; prof1 += (hm->starta) << 6; prof2 += (hm->startb) << 6; s[hm->startb].a = s[0].a; s[hm->startb].ga = s[0].ga; s[hm->startb].gb = s[0].gb; if(hm->startb){ for (j = hm->startb+1; j < hm->endb;j++){ prof2+=64; s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga+prof2[28],s[j-1].a+prof2[27]); s[j].gb = -FLT_MAX; } prof2+=64; }else{ for (j = hm->startb+1; j < hm->endb;j++){ prof2+=64; s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga,s[j-1].a)+prof2[29]; s[j].gb = -FLT_MAX; } prof2+=64; } prof2 -= (hm->endb-hm->startb) << 6; s[hm->endb].a = -FLT_MAX; s[hm->endb].ga = -FLT_MAX; s[hm->endb].gb = -FLT_MAX; for (i = hm->starta;i < hm->enda;i++){ prof1 += 64; //c = 1; f = 0; for (j = 0;j < 23; j++){ if(prof1[j]){ freq[f] = j; f++; } } f--; //freq[0] = c; pa = s[hm->startb].a; pga = s[hm->startb].ga; pgb = s[hm->startb].gb; s[hm->startb].a = -FLT_MAX; s[hm->startb].ga = -FLT_MAX; xa = s[hm->startb].a; xga = s[hm->startb].ga; if(hm->startb){ s[hm->startb].gb = MAX(pgb+prof1[28],pa+prof1[27]); }else{ s[hm->startb].gb = MAX(pgb,pa)+ prof1[29]; } for (j = hm->startb+1; j < hm->endb;j++){ prof2 += 64; ca = s[j].a; pa = MAX3(pa,pga + prof2[-37],pgb + prof1[-37]); prof2 += 32; for (c = f;c >= 0;c--){ //for (c = 0;c < f;c++){ //for (c = 1;c < freq[0];c++){ pa += prof1[freq[c]]*prof2[freq[c]]; } prof2 -= 32; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j-1].ga+prof2[28],s[j-1].a+prof2[27]); s[j].ga = MAX(xga+prof2[28],xa+prof2[27]); pgb = s[j].gb; s[j].gb = MAX(pgb+prof1[28] ,ca+prof1[27]); pa = ca; xa = s[j].a; xga = s[j].ga; } prof2 += 64; ca = s[j].a; pa = MAX3(pa,pga + prof2[-37],pgb + prof1[-37]); prof2 += 32; for (c = f;c >= 0;c--){ //for (c = 0;c < f;c++){ pa += prof1[freq[c]]*prof2[freq[c]]; } prof2 -= 32; s[j].a = pa; s[j].ga = -FLT_MAX; if (hm->endb != hm->len_b){ s[j].gb = MAX(s[j].gb+prof1[28] ,ca+prof1[27]); }else{ s[j].gb = MAX(s[j].gb,ca)+ prof1[29]; } prof2 -= (hm->endb-hm->startb) << 6; } prof1 -= (hm->enda) << 6; return OK; } int backward_hirsch_pp_dyn(const float* prof1,const float* prof2,struct hirsch_mem* hm) { unsigned int freq[23]; struct states* s = hm->b; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; register int c = 0; register int f = 0; prof1 += (hm->enda+1) << 6; prof2 += (hm->endb+1) << 6; s[hm->endb].a = s[0].a; s[hm->endb].ga = s[0].ga; s[hm->endb].gb = s[0].gb; if(hm->endb != hm->len_b){ for(j = hm->endb-1;j > hm->startb;j--){ prof2 -= 64; s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga+prof2[28],s[j+1].a+prof2[27]); s[j].gb = -FLT_MAX; } prof2 -= 64; }else{ for(j = hm->endb-1;j > hm->startb;j--){ prof2 -= 64; s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga,s[j+1].a)+prof2[29]; s[j].gb = -FLT_MAX; } prof2 -= 64; } s[hm->startb].a = -FLT_MAX; s[hm->startb].ga = -FLT_MAX; s[hm->startb].gb = -FLT_MAX; i = hm->enda-hm->starta; while(i--){ prof1 -= 64; //c = 1; f = 0; for (j = 0;j < 23; j++){ if(prof1[j]){ freq[f] = j; f++; } } f--; //freq[0] = c; pa = s[hm->endb].a; pga = s[hm->endb].ga; pgb = s[hm->endb].gb; s[hm->endb].a = -FLT_MAX; s[hm->endb].ga = -FLT_MAX; xa = s[hm->endb].a; xga = s[hm->endb].ga; if(hm->endb != hm->len_b){ s[hm->endb].gb = MAX(pgb+prof1[28] ,pa+prof1[27]); }else{ s[hm->endb].gb = MAX(pgb,pa)+prof1[29]; } prof2 += (hm->endb-hm->startb) << 6; for(j = hm->endb-1;j > hm->startb;j--){ prof2 -= 64; ca = s[j].a; pa = MAX3(pa,pga + prof2[91],pgb + prof1[91]); prof2 += 32; for (c = f;c >= 0;c--){ //for (c = 0;c < f;c++){ //for (c = 1;c < freq[0];c++){ pa += prof1[freq[c]]*prof2[freq[c]]; } prof2 -= 32; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j+1].ga+prof2[28], s[j+1].a+prof2[27]); s[j].ga = MAX(xga+prof2[28], xa+prof2[27]); pgb = s[j].gb; s[j].gb = MAX(pgb+prof1[28], ca+prof1[27]); pa = ca; xa = s[j].a; xga = s[j].ga; } prof2 -= 64; ca = s[j].a; pa = MAX3(pa,pga + prof2[91],pgb + prof1[91]); prof2 += 32; for (c = f;c >= 0;c--){ //for (c = 0;c < f;c++){ pa += prof1[freq[c]]*prof2[freq[c]]; } prof2 -= 32; s[j].a = pa; //pga = s[j].ga; s[j].ga = -FLT_MAX;//MAX(s[j+1].ga+prof2[28], s[j+1].a+prof2[27]); //pgb = s[j].gb; if(hm->startb){ s[j].gb = MAX(s[j].gb+prof1[28], ca+prof1[27]); }else{ s[j].gb = MAX(s[j].gb,ca)+prof1[29]; } //pa = ca; } return OK; } int* mirror_hirsch_path(int* hirsch_path,int len_a,int len_b) { int* np =NULL; int i; MMALLOC(np,sizeof(int)*(len_a+2)); for(i =0; i < len_a+2;i++){ np[i] = -1; } for(i = 1; i <= len_b;i++){ if(hirsch_path[i] != -1){ np[hirsch_path[i]] = i; } } MFREE(hirsch_path); return np; ERROR: return NULL; } int* add_gap_info_to_hirsch_path(int* hirsch_path,int len_a,int len_b) { int i,j; int a = 0; int b = 0; int* np = NULL; MMALLOC(np,sizeof(int)*(len_a+len_b+2)); for(i =0; i < len_a+len_b+2;i++){ np[i] = 0; } j = 1; b = -1; if(hirsch_path[1] == -1){ np[j] = 2; j++; }else{ if(hirsch_path[1] != 1){ for ( a = 0;a < hirsch_path[1] -1;a++){ np[j] = 1; j++; } np[j] = 0; j++; }else{ np[j] = 0; j++; } } b = hirsch_path[1]; /*for ( i= 0;i <= len_a;i++){ fprintf(stderr,"%d,",hirsch_path[i]); } fprintf(stderr,"\n");*/ for(i = 2; i <= len_a;i++){ if(hirsch_path[i] == -1){ np[j] = 2; j++; }else{ if(hirsch_path[i]-1 != b && b != -1){ for ( a = 0;a < hirsch_path[i] - b-1;a++){ np[j] = 1; j++; } np[j] = 0; j++; }else{ np[j] = 0; j++; } } b = hirsch_path[i]; } if(hirsch_path[len_a] < len_b && hirsch_path[len_a] != -1){ // fprintf(stderr,"WARNING:%d %d\n",hirsch_path[len_a],len_b); for ( a = 0;a < len_b - hirsch_path[len_a];a++){ np[j] = 1; j++; } } np[0] = j-1; np[j] = 3; MREALLOC(np,sizeof(int)* (np[0]+2)); //for ( i= 0;i <= np[0];i++){ // fprintf(stderr,"%d,",np[i]); //} //fprintf(stderr,"\n"); MFREE(hirsch_path); //add gap info.. i = 2; while(np[i] != 3){ if ((np[i-1] &3) && !(np[i] & 3)){ if(np[i-1] & 8){ np[i-1] += 8; }else{ np[i-1] |= 16; } }else if (!(np[i-1] & 3) &&(np[i] &3)){ np[i] |= 4; }else if ((np[i-1] & 1) && (np[i] & 1)){ np[i] |= 8; }else if ((np[i-1] & 2) && (np[i] & 2)){ np[i] |= 8; } i++; } //add terminal gap... i = 1; while(np[i] != 0){ np[i] |= 32; i++; } j = i; i = np[0]; while(np[i] != 0){ np[i] |= 32; i--; } //for ( i= 0;i <= np[0];i++){ // fprintf(stderr,"%d,",np[i]); //} //fprintf(stderr,"\n"); return np; ERROR: return NULL; } float* make_profile(struct aln_param* ap,const uint8_t* seq,const int len) { int i,j,c; float** subm = NULL; float* prof = NULL; float gpo,gpe,tgpe; gpo = ap->gpo; gpe = ap->gpe; tgpe = ap->tgpe; subm = ap->subm; MMALLOC(prof,sizeof(float)*(len+2)*64); prof += (64 *(len+1)); for (i = 0;i < 64;i++){ prof[i] = 0; } prof[23+32] = -gpo; prof[24+32] = -gpe; prof[25+32] = -tgpe; i = len; while(i--){ prof -= 64; for (j = 0;j < 64;j++){ prof[j] = 0; } c = seq[i]; prof[c] += 1; prof += 32; for(j = 21;j--;){ prof[j] = subm[c][j]; } prof[23] = -gpo; prof[24] = -gpe; prof[25] = -tgpe; prof -= 32; } prof -= 64; for (i = 0;i < 64;i++){ prof[i] = 0; } prof[23+32] = -gpo; prof[24+32] = -gpe; prof[25+32] = -tgpe; return prof; ERROR: return NULL; } int set_gap_penalties(float* prof,int len,int nsip) { int i; //int j; prof += (64 *(len+1)); prof[27] = prof[55]*nsip;//gap open or close 23 prof[28] = prof[56]*nsip;//gap extention 24 prof[29] = prof[57]*nsip;//gap open or close 25 i = len+1; while(i--){ prof -= 64; prof[27] = prof[55]*nsip;//gap open or close prof[28] = prof[56]*nsip;//gap extention prof[29] = prof[57]*nsip;//gap open or close } return OK; } int update(const float* profa, const float* profb,float* newp, struct aln_param*ap, int* path,int sipa,int sipb) { int i,j,c; for (i = 64; i--;){ newp[i] = profa[i] + profb[i]; } profa += 64; profb += 64; newp += 64; c = 1; while(path[c] != 3){ //Idea: limit the 'virtual' number of residues of one type to x. // i.e. only allow a maximum of 10 alanines to be registered in each column // the penalty for aligning a 'G' to this column will stay stable even when many (>10) alanines are present. // the difference in score between the 'correct' (all alanine) and incorrect (alanines + glycine) will not increase // with the number of sequences. -> see Durbin pp 140 if (!path[c]){ //fprintf(stderr,"Align %d\n",c); for (i = 64; i--;){ newp[i] = profa[i] + profb[i]; } profa += 64; profb += 64; } if (path[c] & 1){ //fprintf(stderr,"Gap_A:%d\n",c); //printf("open:%d ext:%d %d %d\n",si->nsip[a] * gpo,si->nsip[a] * gpe,si->nsip[a] * profb[41],si->nsip[a] * profb[46]); for (i = 64; i--;){ newp[i] = profb[i]; } profb += 64; if(!(path[c] & 20)){ if(path[c] & 32){ newp[25] += sipa;//1; i = ap->tgpe*sipa; }else{ newp[24] += sipa;//1; i = ap->gpe*sipa; } for (j = 32; j < 55;j++){ newp[j] -=i; } }else{ if (path[c] & 16){ // fprintf(stderr,"close_open"); if(path[c] & 32){ newp[25] += sipa;//1; i = ap->tgpe*sipa; newp[23] += sipa;//1; i += ap->gpo*sipa; }else{ newp[23] += sipa;//1; i = ap->gpo*sipa; } for (j = 32; j < 55;j++){ newp[j] -=i; } } if (path[c] & 4){ // fprintf(stderr,"Gap_open"); if(path[c] & 32){ newp[25] += sipa;//1; i = ap->tgpe*sipa; newp[23] += sipa;//1; i += ap->gpo*sipa; }else{ newp[23] += sipa;//1; i = ap->gpo*sipa; } for (j = 32; j < 55;j++){ newp[j] -=i; } } } } if (path[c] & 2){ //fprintf(stderr,"Gap_B:%d\n",c); //printf("open:%d ext:%d %d %d\n",si->nsip[b] * gpo,si->nsip[b] * gpe,profa[26],profa[27]); for (i = 64; i--;){ newp[i] = profa[i]; } profa+=64; if(!(path[c] & 20)){ if(path[c] & 32){ newp[25] += sipb;//1; i = ap->tgpe*sipb; }else{ newp[24] += sipb;//1; i = ap->gpe*sipb; } for (j = 32; j < 55;j++){ newp[j] -=i; } }else{ if (path[c] & 16){ // fprintf(stderr,"close_open"); if(path[c] & 32){ newp[25] += sipb;//1; i = ap->tgpe*sipb; newp[23] += sipb;//1; i += ap->gpo*sipb; }else{ newp[23] += sipb;//1; i = ap->gpo*sipb; } for (j = 32; j < 55;j++){ newp[j] -=i; } } if (path[c] & 4){ // fprintf(stderr,"Gap_open"); if(path[c] & 32){ newp[25] += sipb;//1; i = ap->tgpe*sipb; newp[23] += sipb;//1; i += ap->gpo*sipb; }else{ newp[23] += sipb;//1; i = ap->gpo*sipb; } for (j = 32; j < 55;j++){ newp[j] -=i; } } } } newp += 64; c++; } for (i = 64; i--;){ newp[i] = profa[i] + profb[i]; } newp -= (path[0]+1) *64; return OK; } /*int update(const float* profa, const float* profb,float* newp,const int* path) { int i,c; //float gpo,gpe,tgpe; //gpo = ap->gpo; //gpe = ap->gpe; //tgpe = ap->tgpe; for (i = 64; i--;){ newp[i] = profa[i] + profb[i]; } profa += 64; profb += 64; newp += 64; c = 1; while(path[c] != 3){ //Idea: limit the 'virtual' number of residues of one type to x. // i.e. only allow a maximum of 10 alanines to be registered in each column // the penalty for aligning a 'G' to this column will stay stable even when many (>10) alanines are present. // the difference in score between the 'correct' (all alanine) and incorrect (alanines + glycine) will not increase // with the number of sequences. -> see Durbin pp 140 if (!path[c]){ //fprintf(stderr,"Align %d\n",c); for (i = 64; i--;){ newp[i] = profa[i] + profb[i]; } profa += 64; profb += 64; } if (path[c] & 1){ //fprintf(stderr,"Gap_A:%d\n",c); //printf("open:%d ext:%d %d %d\n",si->nsip[a] * gpo,si->nsip[a] * gpe,si->nsip[a] * profb[41],si->nsip[a] * profb[46]); for (i = 64; i--;){ newp[i] = profb[i]; } profb += 64; } if (path[c] & 2){ //fprintf(stderr,"Gap_B:%d\n",c); //printf("open:%d ext:%d %d %d\n",si->nsip[b] * gpo,si->nsip[b] * gpe,profa[26],profa[27]); for (i = 64; i--;){ newp[i] = profa[i]; } profa+=64; } newp += 64; c++; } for (i = 64; i--;){ newp[i] = profa[i] + profb[i]; } newp -= (path[0]+1) *64; return OK; }*/ int calc_seq_id(const int* path,int* a, int*b,float* dist) { int i,j,c; float id = 0.0f; float len = 0.0f; //float gpo,gpe,tgpe; //gpo = ap->gpo; //gpe = ap->gpe; //tgpe = ap->tgpe; i = 0; j = 0; c = 1; while(path[c] != 3){ //Idea: limit the 'virtual' number of residues of one type to x. // i.e. only allow a maximum of 10 alanines to be registered in each column // the penalty for aligning a 'G' to this column will stay stable even when many (>10) alanines are present. // the difference in score between the 'correct' (all alanine) and incorrect (alanines + glycine) will not increase // with the number of sequences. -> see Durbin pp 140 // //fprintf(stdout,"%d\t%d",a[i],b[j]); if (!path[c]){ if(a[i] == b[j]){ id++; // fprintf(stdout,"\t%f",id); } i++; j++; } if (path[c] & 1){ //fprintf(stderr,"Gap_A:%d\n",c); j++; } if (path[c] & 2){ i++; //fprintf(stderr,"Gap_B:%d\n",c); } len += 1.0f; //fprintf(stdout,"\n"); c++; } *dist = id / len; return OK; } struct hirsch_mem* hirsch_mem_alloc(int x) { struct hirsch_mem* hm = NULL; // a=((typeof(a))(((int)(((void *)malloc(c+15))+15))&-16)). MMALLOC(hm,sizeof(struct hirsch_mem)); hm->starta = 0; hm->startb = 0; hm->enda = 0; hm->endb = 0; hm->size = x+1; hm->len_a = 0; hm->len_b = 0; hm->f = NULL; hm->b = NULL; MMALLOC(hm->f,sizeof(struct states)* (x+1)); MMALLOC(hm->b,sizeof(struct states)* (x+1)); return hm; ERROR: return NULL; } int hirsch_mem_realloc(struct hirsch_mem* hm,int x) { if((x+1) > hm->size){ hm->size = x+1; MREALLOC(hm->f,sizeof(struct states)* (x+1)); MREALLOC(hm->b,sizeof(struct states)* (x+1)); } return OK; ERROR: return FAIL; } void hirsch_mem_free(struct hirsch_mem* hm) { if(hm){ MFREE(hm->f); MFREE(hm->b); MFREE(hm); } } kalign-3.3.1/src/alignment.h000066400000000000000000000017461403616477200157230ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef ALIGNMENT_H #define ALIGNMENT_H #include "global.h" #include "msa.h" #include "alignment_parameters.h" #include extern int** hirschberg_alignment(struct msa* msa, struct aln_param* ap); #endif kalign-3.3.1/src/alignment_parameters.c000066400000000000000000000243311403616477200201340ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "alignment_parameters.h" #include "alphabet.h" int set_subm_gaps(struct aln_param* ap); int set_subm_gaps_DNA(struct aln_param* ap); int set_param_number(struct aln_param* ap,int L, int sel); int new_aln_matrices(struct aln_param* ap); int init_ap(struct aln_param** aln_param, struct parameters* param,int L) { struct aln_param* ap = NULL; int i,j; if(*aln_param){ ap = *aln_param; }else{ MMALLOC(ap, sizeof(struct aln_param)); ap->subm = NULL; ap->chaos = param->chaos; ap->nthreads = param->nthreads; MMALLOC(ap->subm,sizeof (float*) * 23); for (i = 23;i--;){ ap->subm[i] = NULL; MMALLOC(ap->subm[i],sizeof(float) * 23); for (j = 23;j--;){ ap->subm[i][j] = 0.0f; } } } if(L == ALPHA_defDNA){ RUN(set_subm_gaps_DNA(ap)); }else if(L == ALPHA_defPROTEIN){ RUN(set_subm_gaps(ap)); }else if(L == ALPHA_redPROTEIN){ RUN(set_subm_gaps(ap)); }else if(L == ALPHA_ambigiousPROTEIN){ RUN(new_aln_matrices(ap)); } if(param->gpo != FLT_MAX){ ap->gpo = param->gpo; } if(param->gpe != FLT_MAX){ ap->gpe = param->gpe; } if(param->tgpe != FLT_MAX){ ap->tgpe = param->tgpe; } if(param->matadd!= 0.0F){ for(i = 0; i < 23;i++){ for(j = 0; j < 23;j++){ ap->subm[i][j] += param->matadd; } } } *aln_param = ap; return OK; ERROR: free_ap(ap); return FAIL; } void free_ap(struct aln_param* ap) { int i; if(ap){ if(ap->subm){ for (i = 23;i--;){ MFREE(ap->subm[i]); } MFREE(ap->subm); } MFREE(ap); } } /* These are old parameters from kalign 2 */ int set_subm_gaps_DNA(struct aln_param* ap) { int i,j; for(i = 0; i < 5; i++){ for(j =0; j < 5;j++){ ap->subm[i][j] = 283; } } // A 91 -114 -31 -123 0 -43 ap->subm[0][0] += 91; ap->subm[0][1] += -114; ap->subm[0][2] += -31; ap->subm[0][3] += -123; // C -114 100 -125 -31 0 -43 ap->subm[1][0] += -114; ap->subm[1][1] += 100; ap->subm[1][2] += -125; ap->subm[1][3] += -31; // G -31 -125 100 -114 0 -43 ap->subm[2][0] += -31; ap->subm[2][1] += -125; ap->subm[2][2] += 100; ap->subm[2][3] += -114; // T -123 -31 -114 91 0 -43 ap->subm[3][0] += -123; ap->subm[3][1] += -31; ap->subm[3][2] += -114; ap->subm[3][3] += 91; ap->gpo = 217; ap->gpe = 39.4; ap->tgpe = 292.6; //param->secret = 28.3; // A C G T . N /*for(i = 0; i < 5; i++){ for(j =0; j < 5;j++){ if(i == j){ ap->subm[i][j] = 5; }else{ ap->subm[i][j] = -4; } } } ap->gpo = 7; ap->gpe = 4; ap->tgpe = 3;*/ return OK; } int set_subm_gaps(struct aln_param* ap) { int i,j; int m_pos = 0; float *matrix_pointer = 0; float balimt[]={ 24.501946, 5.998169, 115.750240, -2.470710, -31.062287, 47.937530, 0.999786, -29.101076, 28.000000, 36.003891, -22.005890, -7.007568, -44.750011, -38.000458, 71.000000, 6.000000, -19.000000, 2.000000, -7.015625, -51.000000, 66.992218, -9.000000, -12.000000, 4.843778, 4.934356, -0.000031, -13.499763, 60.750057, -7.000855, -10.015595, -37.000214, -26.249912, 10.985351, -44.001923, -21.030732, 40.753445, -3.000214, -27.998062, 6.000000, 12.000229, -32.055085, -10.000061, 6.999969, -20.013794, 32.875029, -11.007813, -14.000000, -39.000000, -27.124605, 20.844236, -43.003876, -18.001831, 29.000000, -20.000458, 40.875059, -6.015106, -8.986221, -29.128878, -19.062470, 16.875029, -34.029297, -12.000946, 25.503868, -13.000000, 29.000000, 43.938384, -2.499519, -17.003632, 22.780331, 10.000000, -30.001923, 4.999786, 12.999542, -27.375036, 9.000000, -31.000000, -21.000000, 38.902403, 3.999908, -30.249973, -6.060548, -4.000000, -37.003662, -15.000000, -10.029297, -25.246525, -5.001801, -22.015595, -23.124971, -8.500008, 77.000000, -1.000214, -23.499855, 9.999786, 17.000473, -25.014832, -9.000092, 12.624781, -18.148531, 15.877928, -15.031189, -9.015595, 7.999786, -1.062470, 27.000473, -5.001923, -21.078096, -2.124971, 5.000000, -31.750011, -9.000000, 7.000000, -23.030274, 27.999542, -21.492195, -16.001923, 3.757809, -8.000000, 15.500023, 47.984375, 11.999054, 1.996338, 5.875120, 3.000000, -27.000000, 4.875029, -1.250919, -17.499977, 2.000000, -20.046876, -13.015564, 9.972198, 4.546899, 2.265614, -1.062013, 22.750027, 6.993225, -4.031220, 1.000000, -0.499977, -21.000214, -10.000000, -2.062013, -5.000946, 1.985351, -12.999985, -5.000000, 6.000000, 1.562402, -0.500481, -1.000519, 15.960937, 25.986114, 0.001923, 0.554681, -28.999985, -18.999557, 1.968780, -32.124025, -19.031220, 32.000000, -16.999985, 18.750027, 16.500053, -21.875227, -17.000458, -14.499519, -19.124971, -9.499886, 0.000015, 34.999512, -35.249973, -9.000031, -51.062959, -42.996109, 36.996124, -39.048310, -7.503426, -17.015595, -34.124971, -7.984436, -9.063233, -35.187503, -49.496101, -26.000214, -15.000092, -32.265599, -34.937026, -25.499977, 143.000000, -21.007782, -4.999985, -27.999985, -26.015595, 51.875029, -39.242649, 22.750027, -6.000458, -20.015595, 0.999969, -1.000000, -13.500008, -30.000000, -16.000458, -17.059052, -18.062470, -18.055146, -10.109377, 41.000107, 78.000961, 0.750973, 0.621088, 1.000000, 0.750027, 0.999786, 0.937530, 0.937560, 0.984405, 0.999054, 0.991241, 1.000000, 0.871580, 0.999786, 0.031235, 1.000000, 0.265614, 0.097642, 0.969726, 0.999054, 1.000000, 0.999908, }; ap->gpo = 55.918190; ap->gpe = 9.335495; ap->tgpe = 5.017874; matrix_pointer = balimt; m_pos = 0; for (i = 0;i < 21;i++){ for (j = 0;j <= i;j++){ ap->subm[i][j] = matrix_pointer[m_pos]; ap->subm[j][i] = matrix_pointer[m_pos]; m_pos++; } } return OK; } int new_aln_matrices(struct aln_param* ap) { int i; int j; //char aacode[20] = "ACDEFGHIKLMNPQRSTVWY"; //char aa_order[23] = "ARNDCQEGHILKMFPSTWYVBZX"; //int num_aa = 23; int CorBLOSUM66_13plus[23][23] = { /*A R N D C Q E G H I L K M F P S T W Y V B Z X*/ {5,-1,-1,-2,-2,-1,-1,0,-2,-1,-1,-1,0,-2,-1,1,0,-2,-2,0,-2,-1,0}, {-1,6,0,-1,-3,1,1,-2,0,-2,-2,3,-1,-3,-1,-1,-1,-1,-1,-2,0,1,-1}, {-1,0,6,2,-3,1,0,0,0,-3,-3,0,-2,-2,-1,1,0,-2,-1,-2,4,0,-1}, {-2,-1,2,7,-3,1,2,-1,-1,-3,-3,0,-3,-3,-1,0,-1,-3,-2,-3,5,2,-1}, {-2,-3,-3,-3,12,-3,-4,-3,-2,-2,-3,-3,-2,-1,-3,-2,-2,-3,-2,-2,-3,-3,-2}, {-1,1,1,1,-3,5,2,-2,0,-2,-2,1,0,-2,-1,0,0,-1,-1,-2,1,3,0}, {-1,1,0,2,-4,2,6,-2,-1,-3,-3,1,-2,-3,0,0,-1,-2,-2,-2,1,4,-1}, {0,-2,0,-1,-3,-2,-2,7,-2,-4,-4,-2,-3,-3,-2,0,-2,-3,-3,-3,-1,-2,-1}, {-2,0,0,-1,-2,0,-1,-2,10,-3,-3,0,-2,-2,-2,-1,-1,-2,1,-3,0,0,-1}, {-1,-2,-3,-3,-2,-2,-3,-4,-3,5,2,-2,2,0,-3,-2,-1,-1,-1,3,-3,-2,-1}, {-1,-2,-3,-3,-3,-2,-3,-4,-3,2,5,-2,3,1,-3,-3,-2,0,-1,1,-3,-2,-1}, {-1,3,0,0,-3,1,1,-2,0,-2,-2,5,-1,-3,-1,0,0,-2,-2,-2,0,1,-1}, {0,-1,-2,-3,-2,0,-2,-3,-2,2,3,-1,6,1,-2,-1,-1,0,-1,1,-2,-1,0}, {-2,-3,-2,-3,-1,-2,-3,-3,-2,0,1,-3,1,7,-3,-2,-2,2,3,0,-3,-3,-1}, {-1,-1,-1,-1,-3,-1,0,-2,-2,-3,-3,-1,-2,-3,9,0,-1,-2,-2,-2,-1,-1,-1}, {1,-1,1,0,-2,0,0,0,-1,-2,-3,0,-1,-2,0,4,2,-2,-2,-1,0,0,0}, {0,-1,0,-1,-2,0,-1,-2,-1,-1,-2,0,-1,-2,-1,2,5,-1,-1,0,0,0,0}, {-2,-1,-2,-3,-3,-1,-2,-3,-2,-1,0,-2,0,2,-2,-2,-1,13,3,-2,-2,-2,-1}, {-2,-1,-1,-2,-2,-1,-2,-3,1,-1,-1,-2,-1,3,-2,-2,-1,3,9,-1,-2,-2,-1}, {0,-2,-2,-3,-2,-2,-2,-3,-3,3,1,-2,1,0,-2,-1,0,-2,-1,4,-3,-2,-1}, {-2,0,4,5,-3,1,1,-1,0,-3,-3,0,-2,-3,-1,0,0,-2,-2,-3,4,1,-1}, {-1,1,0,2,-3,3,4,-2,0,-2,-2,1,-1,-3,-1,0,0,-2,-2,-2,1,4,-1}, {0,-1,-1,-1,-2,0,-1,-1,-1,-1,-1,-1,0,-1,-1,0,0,-1,-1,-1,-1,-1,-1}, }; for(i = 0; i < 23;i++){ for(j = 0; j < 23;j++){ ap->subm[i][j] = (float)(CorBLOSUM66_13plus[i][j]) *2.0F; } } ap->gpo = 5.5F * 2.0F; ap->gpe = 2.0 * 2.0F; ap->tgpe = 1.0F * 2.0F; return OK; } kalign-3.3.1/src/alignment_parameters.h000066400000000000000000000031231403616477200201350ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef ALIGNMENT_PARAMETERS_H #define ALIGNMENT_PARAMETERS_H //#include "global.h" #include "parameters.h" //#include "misc.h" #include struct rng_state; #define ALN_MODE_SCORE_ONLY 2 #define ALN_MODE_FULL 1 struct aln_param{ /* struct rng_state* rng; */ /* run specific settings */ /* const float* prof1; */ /* const float* prof2; */ /* const uint8_t* seq1; */ /* const uint8_t* seq2; */ /* int sip; */ /* int mode; */ int nthreads; int chaos; /* actual parameters */ float** subm; /* int* tree; */ float gpo; float gpe; float tgpe; float score; }; extern int init_ap(struct aln_param** aln_param, struct parameters* param,int L); extern void free_ap(struct aln_param* ap); #endif kalign-3.3.1/src/aln_controller.c000066400000000000000000000534351403616477200167570ustar00rootroot00000000000000#include #include "tldevel.h" #include "alignment_parameters.h" #include "aln_struct.h" /* The dynamic programming modules */ #include "aln_seqseq.h" #include "aln_seqprofile.h" #include "aln_profileprofile.h" #define ALN_CONTROLLER_IMPORT #include "aln_controller.h" //static int aln_continue(struct aln_mem* m,struct aln_param* ap,int* path,int meet,int transition); static int aln_continue(struct aln_mem* m,float input_states[],int old_cor[],int meet,int transition); static int aln_continue_serial(struct aln_mem* m,float input_states[],int old_cor[],int meet,int transition); int aln_runner(struct aln_mem* m) { float input_states[6]; int old_cor[5]; float score; int mid; int meet; int transition; /* switch to serial if too little work. */ if(m->enda - m->starta < 100){ aln_runner_serial(m); } if(m->starta >= m->enda){ return OK;//hirsch_path; } if(m->startb >= m->endb){ return OK;///hirsch_path; } input_states[0] = m->f[0].a; input_states[1] = m->f[0].ga; input_states[2] = m->f[0].gb; input_states[3] = m->b[0].a; input_states[4] = m->b[0].ga; input_states[5] = m->b[0].gb; mid = ((m->enda - m->starta) / 2)+ m->starta; old_cor[0] = m->starta; old_cor[1] = m->enda; old_cor[2] = m->startb; old_cor[3] = m->endb; old_cor[4] = mid; /* fprintf(stderr,"Forward:%d-%d %d-%d\n",m->starta,m->enda,m->startb,m->endb); */ m->enda = mid; m->starta_2 = mid; m->enda_2 = old_cor[1]; /* fprintf(stderr,"Forward:%d-%d %d-%d\n",m->starta,m->enda,m->startb,m->endb); */ #ifdef HAVE_OPENMP #pragma omp parallel num_threads(2) { #pragma omp single nowait { #endif if(m->seq1){ #ifdef HAVE_OPENMP #pragma omp task shared(m) //if(m->enda - m->starta > 10000) #endif aln_seqseq_foward(m); #ifdef HAVE_OPENMP #pragma omp task shared(m) //if(m->enda_2 - m->starta_2 > 10000) #endif aln_seqseq_backward(m); #ifdef HAVE_OPENMP #pragma omp taskwait #endif aln_seqseq_meetup(m,old_cor,&meet,&transition,&score); }else if(m->prof2){ #ifdef HAVE_OPENMP #pragma omp task shared(m)//if(m->enda - m->starta > 10000) #endif aln_profileprofile_foward(m); #ifdef HAVE_OPENMP #pragma omp task shared(m)//if(m->enda_2 - m->starta_2 > 10000) #endif aln_profileprofile_backward(m); #ifdef HAVE_OPENMP #pragma omp taskwait #endif aln_profileprofile_meetup(m,old_cor,&meet,&transition,&score); }else{ #ifdef HAVE_OPENMP #pragma omp task shared(m)//if(m->enda - m->starta > 10000) #endif aln_seqprofile_foward(m); #ifdef HAVE_OPENMP #pragma omp task shared(m)//if(m->enda_2 - m->starta_2 > 10000) #endif aln_seqprofile_backward(m); #ifdef HAVE_OPENMP #pragma omp taskwait #endif aln_seqprofile_meetup(m,old_cor,&meet,&transition,&score); } #ifdef HAVE_OPENMP } } #endif /* CRITICAL */ //m->starta = mid; //m->enda = old_cor[1]; //fprintf(stderr,"Backward:%d-%d %d-%d\n",m->starta,m->enda,m->startb,m->endb); /* if(m->seq1){ */ /* }else if(m->prof2){ */ /* }else{ */ /* } */ if(m->mode == ALN_MODE_SCORE_ONLY){ m->score = score; }else{ aln_continue(m, input_states,old_cor, meet, transition); } return OK; } int aln_runner_serial(struct aln_mem* m) { float input_states[6]; int old_cor[5]; float score; int mid; int meet; int transition; if(m->starta >= m->enda){ return OK;//hirsch_path; } if(m->startb >= m->endb){ return OK;///hirsch_path; } input_states[0] = m->f[0].a; input_states[1] = m->f[0].ga; input_states[2] = m->f[0].gb; input_states[3] = m->b[0].a; input_states[4] = m->b[0].ga; input_states[5] = m->b[0].gb; mid = ((m->enda - m->starta) / 2)+ m->starta; old_cor[0] = m->starta; old_cor[1] = m->enda; old_cor[2] = m->startb; old_cor[3] = m->endb; old_cor[4] = mid; /* fprintf(stderr,"Forward:%d-%d %d-%d\n",m->starta,m->enda,m->startb,m->endb); */ m->enda = mid; m->starta_2 = mid; m->enda_2 = old_cor[1]; if(m->seq1){ aln_seqseq_foward(m); aln_seqseq_backward(m); aln_seqseq_meetup(m,old_cor,&meet,&transition,&score); }else if(m->prof2){ aln_profileprofile_foward(m); aln_profileprofile_backward(m); aln_profileprofile_meetup(m,old_cor,&meet,&transition,&score); }else{ aln_seqprofile_foward(m); aln_seqprofile_backward(m); aln_seqprofile_meetup(m,old_cor,&meet,&transition,&score); } /* CRITICAL */ //m->starta = mid; //m->enda = old_cor[1]; //fprintf(stderr,"Backward:%d-%d %d-%d\n",m->starta,m->enda,m->startb,m->endb); /* if(m->seq1){ */ /* }else if(m->prof2){ */ /* }else{ */ /* } */ if(m->mode == ALN_MODE_SCORE_ONLY){ m->score = score; }else{ aln_continue_serial(m, input_states,old_cor, meet, transition); } return OK; } int aln_continue(struct aln_mem* m,float input_states[],int old_cor[],int meet,int transition) { //fprintf(stderr,"Transition:%d at:%d\n",transition,c); //LOG_MSG("MAX: %f",max); //j = hirsch_path[0]; int* path = m->path; switch(transition){ case 1: //a -> a = 1 path[old_cor[4]] = meet; path[old_cor[4]+1] = meet+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = 0.0F; m->b[0].ga = -FLT_MAX; m->b[0].gb = -FLT_MAX; // fprintf(stderr,"Using this for start:%d %d %d\n",m->f[0].a,m->f[0].ga,m->f[0].gb); m->starta = old_cor[0]; m->enda = old_cor[4]-1; m->startb = old_cor[2]; m->endb = meet-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner(m); //backward: m->starta = old_cor[4]+1; m->enda = old_cor[1]; m->startb = meet+1; m->endb = old_cor[3]; m->f[0].a = 0.0F; m->f[0].ga = -FLT_MAX; m->f[0].gb = -FLT_MAX; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d what:%d-%d %d-%d\n",c+1,m->starta,m->enda,m->startb,m->endb); aln_runner(m); break; case 2:// a -> ga = 2 path[old_cor[4]] = meet; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = 0.0F; m->b[0].ga = -FLT_MAX; m->b[0].gb = -FLT_MAX; m->starta = old_cor[0]; m->enda = old_cor[4]-1; m->startb = old_cor[2]; m->endb = meet-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner(m); //backward: m->starta = old_cor[4]; m->enda = old_cor[1]; m->startb = meet+1; m->endb = old_cor[3]; m->f[0].a = -FLT_MAX; m->f[0].ga = 0.0F; m->f[0].gb = -FLT_MAX; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d what:%d-%d %d-%d\n",c+1,m->starta,m->enda,m->startb,m->endb); aln_runner(m); break; case 3:// a -> gb = 3 path[old_cor[4]] = meet; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = 0.0F; m->b[0].ga = -FLT_MAX; m->b[0].gb = -FLT_MAX; m->starta = old_cor[0]; m->enda = old_cor[4]-1; m->startb = old_cor[2]; m->endb = meet-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner(m); //backward: m->starta = old_cor[4]+1; m->enda = old_cor[1]; m->startb = meet; m->endb = old_cor[3]; m->f[0].a = -FLT_MAX; m->f[0].ga = -FLT_MAX; m->f[0].gb = 0.0; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); aln_runner(m); break; case 5://ga -> a = 5 path[old_cor[4]+1] = meet+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = -FLT_MAX; m->b[0].ga = 0.0F; m->b[0].gb = -FLT_MAX; m->starta = old_cor[0]; m->enda = old_cor[4]; m->startb = old_cor[2]; m->endb = meet-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner(m); //backward: m->starta = old_cor[4]+1; m->enda = old_cor[1]; m->startb = meet+1; m->endb = old_cor[3]; m->f[0].a = 0.0F; m->f[0].ga = -FLT_MAX; m->f[0].gb = -FLT_MAX; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); aln_runner(m); break; case 6://gb->gb = 6; //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = -FLT_MAX; m->b[0].ga = -FLT_MAX; m->b[0].gb = 0.0F; m->starta = old_cor[0]; m->enda = old_cor[4]-1; m->startb = old_cor[2]; m->endb = meet; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner(m); //backward: m->starta = old_cor[4]+1; m->enda = old_cor[1]; m->startb = meet; m->endb = old_cor[3]; m->f[0].a = -FLT_MAX; m->f[0].ga = -FLT_MAX; m->f[0].gb = 0.0F; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+ aln_runner(m); break; case 7://gb->a = 7; path[old_cor[4]+1] = meet+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = -FLT_MAX; m->b[0].ga = -FLT_MAX; m->b[0].gb = 0.0F; m->starta = old_cor[0]; m->enda = old_cor[4]-1; m->startb = old_cor[2]; m->endb = meet; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner(m); //backward: m->starta = old_cor[4]+1; m->enda = old_cor[1]; m->startb = meet+1; m->endb = old_cor[3]; m->f[0].a = 0.0F; m->f[0].ga = -FLT_MAX; m->f[0].gb = -FLT_MAX; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); aln_runner(m); break; default: break; } return OK; } int aln_continue_serial (struct aln_mem* m,float input_states[],int old_cor[],int meet,int transition) { //fprintf(stderr,"Transition:%d at:%d\n",transition,c); //LOG_MSG("MAX: %f",max); //j = hirsch_path[0]; int* path = m->path; switch(transition){ case 1: //a -> a = 1 path[old_cor[4]] = meet; path[old_cor[4]+1] = meet+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = 0.0F; m->b[0].ga = -FLT_MAX; m->b[0].gb = -FLT_MAX; // fprintf(stderr,"Using this for start:%d %d %d\n",m->f[0].a,m->f[0].ga,m->f[0].gb); m->starta = old_cor[0]; m->enda = old_cor[4]-1; m->startb = old_cor[2]; m->endb = meet-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner_serial(m); //backward: m->starta = old_cor[4]+1; m->enda = old_cor[1]; m->startb = meet+1; m->endb = old_cor[3]; m->f[0].a = 0.0F; m->f[0].ga = -FLT_MAX; m->f[0].gb = -FLT_MAX; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d what:%d-%d %d-%d\n",c+1,m->starta,m->enda,m->startb,m->endb); aln_runner_serial(m); break; case 2:// a -> ga = 2 path[old_cor[4]] = meet; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = 0.0F; m->b[0].ga = -FLT_MAX; m->b[0].gb = -FLT_MAX; m->starta = old_cor[0]; m->enda = old_cor[4]-1; m->startb = old_cor[2]; m->endb = meet-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner_serial(m); //backward: m->starta = old_cor[4]; m->enda = old_cor[1]; m->startb = meet+1; m->endb = old_cor[3]; m->f[0].a = -FLT_MAX; m->f[0].ga = 0.0F; m->f[0].gb = -FLT_MAX; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d what:%d-%d %d-%d\n",c+1,m->starta,m->enda,m->startb,m->endb); aln_runner_serial(m); break; case 3:// a -> gb = 3 path[old_cor[4]] = meet; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4],c); //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = 0.0F; m->b[0].ga = -FLT_MAX; m->b[0].gb = -FLT_MAX; m->starta = old_cor[0]; m->enda = old_cor[4]-1; m->startb = old_cor[2]; m->endb = meet-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner_serial(m); //backward: m->starta = old_cor[4]+1; m->enda = old_cor[1]; m->startb = meet; m->endb = old_cor[3]; m->f[0].a = -FLT_MAX; m->f[0].ga = -FLT_MAX; m->f[0].gb = 0.0; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); aln_runner_serial(m); break; case 5://ga -> a = 5 path[old_cor[4]+1] = meet+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = -FLT_MAX; m->b[0].ga = 0.0F; m->b[0].gb = -FLT_MAX; m->starta = old_cor[0]; m->enda = old_cor[4]; m->startb = old_cor[2]; m->endb = meet-1; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner_serial(m); //backward: m->starta = old_cor[4]+1; m->enda = old_cor[1]; m->startb = meet+1; m->endb = old_cor[3]; m->f[0].a = 0.0F; m->f[0].ga = -FLT_MAX; m->f[0].gb = -FLT_MAX; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); aln_runner_serial(m); break; case 6://gb->gb = 6; //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = -FLT_MAX; m->b[0].ga = -FLT_MAX; m->b[0].gb = 0.0F; m->starta = old_cor[0]; m->enda = old_cor[4]-1; m->startb = old_cor[2]; m->endb = meet; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner_serial(m); //backward: m->starta = old_cor[4]+1; m->enda = old_cor[1]; m->startb = meet; m->endb = old_cor[3]; m->f[0].a = -FLT_MAX; m->f[0].ga = -FLT_MAX; m->f[0].gb = 0.0F; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+ aln_runner_serial(m); break; case 7://gb->a = 7; path[old_cor[4]+1] = meet+1; // fprintf(stderr,"Aligning:%d-%d\n",old_cor[4]+1,c+1); //foward: m->f[0].a = input_states[0]; m->f[0].ga = input_states[1]; m->f[0].gb = input_states[2]; m->b[0].a = -FLT_MAX; m->b[0].ga = -FLT_MAX; m->b[0].gb = 0.0F; m->starta = old_cor[0]; m->enda = old_cor[4]-1; m->startb = old_cor[2]; m->endb = meet; //fprintf(stderr,"Following first: %d what:%d-%d %d-%d\n",c-1,m->starta,m->enda,m->startb,m->endb); aln_runner_serial(m); //backward: m->starta = old_cor[4]+1; m->enda = old_cor[1]; m->startb = meet+1; m->endb = old_cor[3]; m->f[0].a = 0.0F; m->f[0].ga = -FLT_MAX; m->f[0].gb = -FLT_MAX; m->b[0].a = input_states[3]; m->b[0].ga = input_states[4]; m->b[0].gb = input_states[5]; //fprintf(stderr,"Following last: %d\n",c+1); aln_runner_serial(m); break; default: break; } return OK; } kalign-3.3.1/src/aln_controller.h000066400000000000000000000005651403616477200167600ustar00rootroot00000000000000#ifndef ALN_CONTROLLER_H #define ALN_CONTROLLER_H #include #ifdef ALN_CONTROLLER_IMPORT #define EXTERN #else #define EXTERN extern #endif /* EXTERN int aln_runner(struct aln_mem* m,struct aln_param* ap,int* path); */ EXTERN int aln_runner(struct aln_mem* m); EXTERN int aln_runner_serial(struct aln_mem* m); #undef ALN_CONTROLLER_IMPORT #undef EXTERN #endif kalign-3.3.1/src/aln_mem.c000066400000000000000000000045461403616477200153510ustar00rootroot00000000000000#include "tldevel.h" #include "aln_struct.h" #define ALN_MEM_IMPORT #include "aln_mem.h" int alloc_aln_mem(struct aln_mem** mem, int x) { struct aln_mem* m = NULL; ASSERT(x>=1, "Given size %d is too small",x); // a=((typeof(a))(((int)(((void *)malloc(c+15))+15))&-16)). MMALLOC(m,sizeof(struct aln_mem)); m->seq1 = NULL; m->seq2 = NULL; m->prof1 = NULL; m->prof2 = NULL; m->sip = 0; m->mode = ALN_MODE_FULL; m->score = 0.0F; m->ap = NULL; m->starta = 0; m->startb = 0; m->enda = 0; m->endb = 0; m->size = x; m->len_a = 0; m->len_b = 0; m->f = NULL; m->b = NULL; m->path = NULL; m->tmp_path = NULL; m->alloc_path_len = x; MMALLOC(m->f,sizeof(struct states)* m->size); MMALLOC(m->b,sizeof(struct states)* m->size); MMALLOC(m->path, sizeof(int) * m->alloc_path_len); MMALLOC(m->tmp_path, sizeof(int) * m->alloc_path_len); *mem = m; return OK; ERROR: free_aln_mem(m); return FAIL; } int resize_aln_mem(struct aln_mem* m) { int g; /* For dynamic programming I only need a slice of the dyn. prog. matrix. To be precise, a slide of the shorter sequence */ g = MACRO_MAX(m->len_a, m->len_b) + 2; if(g > m->size){ while(m->size < g){ m->size = m->size + m->size / 2; } MREALLOC(m->f,sizeof(struct states)* m->size); MREALLOC(m->b,sizeof(struct states)* m->size); } /* For the alignment path I need at most: */ g = m->len_a+ m->len_b + 2; /* memory */ if(g > m->alloc_path_len){ while(m->alloc_path_len < g){ m->alloc_path_len = m->alloc_path_len + m->alloc_path_len / 2; } MREALLOC(m->path, sizeof(int) * m->alloc_path_len); MREALLOC(m->tmp_path, sizeof(int) * m->alloc_path_len); } return OK; ERROR: free_aln_mem(m); return FAIL; } void free_aln_mem(struct aln_mem* m) { if(m){ MFREE(m->tmp_path); MFREE(m->path); MFREE(m->f); MFREE(m->b); MFREE(m); } } kalign-3.3.1/src/aln_mem.h000066400000000000000000000004751403616477200153530ustar00rootroot00000000000000#ifndef ALN_MEM_H #define ALN_MEM_H #ifdef ALN_MEM_IMPORT #define EXTERN #else #define EXTERN extern #endif struct aln_mem; EXTERN int alloc_aln_mem(struct aln_mem** mem, int x); EXTERN int resize_aln_mem(struct aln_mem* m); EXTERN void free_aln_mem(struct aln_mem* m); #undef ALN_MEM_IMPORT #undef EXTERN #endif kalign-3.3.1/src/aln_profileprofile.c000066400000000000000000000322131403616477200176040ustar00rootroot00000000000000#include #include "tldevel.h" #include "alignment_parameters.h" #include "aln_struct.h" #define ALN_PROFILEPROFILE #include "aln_profileprofile.h" #define MAX(a, b) (a > b ? a : b) #define MAX3(a,b,c) MAX(MAX(a,b),c) int aln_profileprofile_foward(struct aln_mem* m) { unsigned int freq[24]; const float* restrict prof1 = m->prof1; const float* restrict prof2 = m->prof2; struct states* restrict s = m->f; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; register int c = 0; register int f = 0; prof1 += (m->starta) << 6; prof2 += (m->startb) << 6; s[m->startb].a = s[0].a; s[m->startb].ga = s[0].ga; s[m->startb].gb = s[0].gb; if(m->startb){ for (j = m->startb+1; j < m->endb;j++){ prof2+=64; s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga+prof2[28],s[j-1].a+prof2[27]); s[j].gb = -FLT_MAX; } prof2+=64; }else{ for (j = m->startb+1; j < m->endb;j++){ prof2+=64; s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga,s[j-1].a)+prof2[29]; s[j].gb = -FLT_MAX; } prof2+=64; } prof2 -= (m->endb-m->startb) << 6; s[m->endb].a = -FLT_MAX; s[m->endb].ga = -FLT_MAX; s[m->endb].gb = -FLT_MAX; for (i = m->starta;i < m->enda;i++){ prof1 += 64; //c = 1; f = 0; for (j = 0;j < 23; j++){ if(prof1[j]){ freq[f] = j; f++; } } f--; //freq[0] = c; pa = s[m->startb].a; pga = s[m->startb].ga; pgb = s[m->startb].gb; s[m->startb].a = -FLT_MAX; s[m->startb].ga = -FLT_MAX; xa = s[m->startb].a; xga = s[m->startb].ga; if(m->startb){ s[m->startb].gb = MAX(pgb+prof1[28],pa+prof1[27]); }else{ s[m->startb].gb = MAX(pgb,pa)+ prof1[29]; } for (j = m->startb+1; j < m->endb;j++){ prof2 += 64; ca = s[j].a; pa = MAX3(pa,pga + prof2[-37],pgb + prof1[-37]); prof2 += 32; for (c = f;c >= 0;c--){ //for (c = 0;c < f;c++){ //for (c = 1;c < freq[0];c++){ pa += prof1[freq[c]]*prof2[freq[c]]; } prof2 -= 32; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j-1].ga+prof2[28],s[j-1].a+prof2[27]); s[j].ga = MAX(xga+prof2[28],xa+prof2[27]); pgb = s[j].gb; s[j].gb = MAX(pgb+prof1[28] ,ca+prof1[27]); pa = ca; xa = s[j].a; xga = s[j].ga; } prof2 += 64; ca = s[j].a; pa = MAX3(pa,pga + prof2[-37],pgb + prof1[-37]); prof2 += 32; for (c = f;c >= 0;c--){ pa += prof1[freq[c]]*prof2[freq[c]]; } prof2 -= 32; s[j].a = pa; s[j].ga = -FLT_MAX; if (m->endb != m->len_b){ s[j].gb = MAX(s[j].gb+prof1[28] ,ca+prof1[27]); }else{ s[j].gb = MAX(s[j].gb,ca)+ prof1[29]; } prof2 -= (m->endb-m->startb) << 6; } //prof1 -= (m->enda) << 6; return OK; } int aln_profileprofile_backward(struct aln_mem* m) { unsigned int freq[24]; struct states* restrict s = m->b; const float* restrict prof1 = m->prof1; const float* restrict prof2 = m->prof2; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; register int c = 0; register int f = 0; prof1 += (m->enda_2 +1) << 6; prof2 += (m->endb+1) << 6; s[m->endb].a = s[0].a; s[m->endb].ga = s[0].ga; s[m->endb].gb = s[0].gb; if(m->endb != m->len_b){ for(j = m->endb-1;j > m->startb;j--){ prof2 -= 64; s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga+prof2[28],s[j+1].a+prof2[27]); s[j].gb = -FLT_MAX; } prof2 -= 64; }else{ for(j = m->endb-1;j > m->startb;j--){ prof2 -= 64; s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga,s[j+1].a)+prof2[29]; s[j].gb = -FLT_MAX; } prof2 -= 64; } s[m->startb].a = -FLT_MAX; s[m->startb].ga = -FLT_MAX; s[m->startb].gb = -FLT_MAX; i = m->enda_2-m->starta_2; while(i--){ prof1 -= 64; f = 0; for (j = 0;j < 23; j++){ if(prof1[j]){ freq[f] = j; f++; } } f--; //freq[0] = c; pa = s[m->endb].a; pga = s[m->endb].ga; pgb = s[m->endb].gb; s[m->endb].a = -FLT_MAX; s[m->endb].ga = -FLT_MAX; xa = s[m->endb].a; xga = s[m->endb].ga; if(m->endb != m->len_b){ s[m->endb].gb = MAX(pgb+prof1[28] ,pa+prof1[27]); }else{ s[m->endb].gb = MAX(pgb,pa)+prof1[29]; } prof2 += (m->endb-m->startb) << 6; for(j = m->endb-1;j > m->startb;j--){ prof2 -= 64; ca = s[j].a; pa = MAX3(pa,pga + prof2[91],pgb + prof1[91]); prof2 += 32; for (c = f;c >= 0;c--){ //for (c = 0;c < f;c++){ //for (c = 1;c < freq[0];c++){ pa += prof1[freq[c]]*prof2[freq[c]]; } prof2 -= 32; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j+1].ga+prof2[28], s[j+1].a+prof2[27]); s[j].ga = MAX(xga+prof2[28], xa+prof2[27]); pgb = s[j].gb; s[j].gb = MAX(pgb+prof1[28], ca+prof1[27]); pa = ca; xa = s[j].a; xga = s[j].ga; } prof2 -= 64; ca = s[j].a; pa = MAX3(pa,pga + prof2[91],pgb + prof1[91]); prof2 += 32; for (c = f;c >= 0;c--){ //for (c = 0;c < f;c++){ pa += prof1[freq[c]]*prof2[freq[c]]; } prof2 -= 32; s[j].a = pa; //pga = s[j].ga; s[j].ga = -FLT_MAX;//MAX(s[j+1].ga+prof2[28], s[j+1].a+prof2[27]); //pgb = s[j].gb; if(m->startb){ s[j].gb = MAX(s[j].gb+prof1[28], ca+prof1[27]); }else{ s[j].gb = MAX(s[j].gb,ca)+prof1[29]; } //pa = ca; } return OK; } int aln_profileprofile_meetup(struct aln_mem* m,int old_cor[], int* meet,int* t,float* score) { struct states* f = m->f; struct states* b = m->b; int i; int c; int transition = -1; const float* prof1 = m->prof1; const float* prof2 = m->prof2; //code: // a -> a = 1 // a -> ga = 2 // a -> gb = 3 // ga ->ga = 4 // ga -> a = 5 //gb->gb = 6; //gb->a = 7; //int max = -FLT_MAX; float max = -FLT_MAX; //float middle = (m->endb - m->startb)/2 + m->startb; float middle = (float) (old_cor[3] - old_cor[2])/2.0F + (float) old_cor[2]; float sub = 0.0F; prof1+= ((old_cor[4]+1) << 6); //prof2 += 64 * (m->startb); //i = m->startb; prof2 += old_cor[2] << 6; c = -1; //for(i = m->startb; i < m->endb;i++){ for(i = old_cor[2]; i < old_cor[3];i++){ sub = fabsf(middle - (float)i); sub /= 1000.0F; prof2 += 64; //fprintf(stderr,"%d %d %d \n",f[i].a,b[i].a,max); if(f[i].a+b[i].a-sub > max){ max = f[i].a+b[i].a-sub; // fprintf(stderr,"aligned->aligned:%d + %d = %d\n",f[i].a,b[i].a,f[i].a+b[i].a); transition = 1; c = i; } if(f[i].a+b[i].ga+prof2[27]-sub > max){ max = f[i].a+b[i].ga+prof2[27]-sub; // fprintf(stderr,"aligned->gap_a:%d + %d +%d = %d\n",f[i].a,b[i].ga,prof1[27],f[i].a+b[i].ga+prof2[27]); transition = 2; c = i; } if(f[i].a+b[i].gb+prof1[27] -sub> max){ max = f[i].a+b[i].gb+prof1[27]-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(f[i].ga+b[i].a+prof2[-37]-sub > max){ max = f[i].ga+b[i].a+prof2[-37]-sub; // fprintf(stderr,"gap_a->aligned:%d + %d + %d(gpo) = %d\n",f[i].ga,b[i].a,prof2[27],f[i].ga+b[i].a+prof2[27]); transition = 5; c = i; } if(m->startb == 0){ if(f[i].gb+b[i].gb+prof1[29]-sub > max){ max = f[i].gb+b[i].gb+prof1[29]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb+prof1[28]-sub > max){ max = f[i].gb+b[i].gb+prof1[28]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } if(f[i].gb+b[i].a+prof1[-37]-sub > max){ max = f[i].gb+b[i].a+prof1[-37]-sub; // fprintf(stderr,"gap_b->aligned:%d + %d + %d(gpo) = %d\n",f[i].gb,b[i].a,prof1[27],f[i].gb+b[i].a+prof1[27]); transition = 7; c = i; } } //i = m->endb; i = old_cor[3]; sub = fabsf(middle - (float)i); sub /= 1000.0F; if(f[i].a+b[i].gb+prof1[27]-sub > max){ max = f[i].a+b[i].gb+prof1[27]-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(m->endb == m->len_b){ if(f[i].gb+b[i].gb+prof1[29]-sub > max){ max = f[i].gb+b[i].gb+prof1[29]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb+prof1[28]-sub > max){ max = f[i].gb+b[i].gb+prof1[28]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } //prof1-= (old_cor[4]+1)<<6; //prof2 -= old_cor[3] << 6; *meet = c; *t = transition; *score = max; return OK; } kalign-3.3.1/src/aln_profileprofile.h000066400000000000000000000006411403616477200176110ustar00rootroot00000000000000#ifndef ALN_PROFILEPROFILE_H #define ALN_PROFILEPROFILE_H #ifdef ALN_PROFILEPROFILE_IMPORT #define EXTERN #else #define EXTERN extern #endif EXTERN int aln_profileprofile_foward(struct aln_mem* m); EXTERN int aln_profileprofile_backward(struct aln_mem* m); EXTERN int aln_profileprofile_meetup(struct aln_mem* m,int old_cor[], int* meet,int* t,float* score); #undef ALN_PROFILEPROFILE_IMPORT #undef EXTERN #endif kalign-3.3.1/src/aln_run.c000066400000000000000000001020101403616477200153600ustar00rootroot00000000000000#include "tldevel.h" #include "tlrng.h" #ifdef HAVE_OPENMP #include #endif #include "msa.h" #include "alignment_parameters.h" #include "aln_task.h" #include "aln_struct.h" #include "aln_mem.h" #include "aln_setup.h" #include "aln_controller.h" #include "weave_alignment.h" #define ALN_RUN_IMPORT #include "aln_run.h" static void recursive_aln_openMP(struct msa* msa, struct aln_tasks*t, struct aln_param* ap, uint8_t* active, int c); static void recursive_aln_serial(struct msa* msa, struct aln_tasks*t, struct aln_param* ap, uint8_t* active, int c); static int do_align(struct msa* msa,struct aln_tasks* t,struct aln_mem* m, int task_id); static int do_align_serial(struct msa* msa,struct aln_tasks* t,struct aln_mem* m, int task_id); static int do_score(struct msa* msa,struct aln_tasks* t,struct aln_mem* m, int task_id); static int SampleWithoutReplacement(struct rng_state* rng, int N, int n,int* samples); static int int_cmp(const void *a, const void *b); int create_msa_openMP(struct msa* msa, struct aln_param* ap,struct aln_tasks* t) { int i,j,g,s; struct aln_mem** m = NULL; #ifdef HAVE_OPENMP int n_threads = omp_get_max_threads(); #else int n_threads = 1; #endif MMALLOC(m, sizeof(struct aln_mem*) * n_threads); for(i = 0; i < n_threads;i++){ m[i] = NULL; RUN(alloc_aln_mem(&m[i], 2048)); m[i]->ap = ap; m[i]->mode = ALN_MODE_FULL; } //LOG_MSG(" Allocated %d threads", n_threads); s = 0; g = t->list[0]->p; RUN(sort_tasks(t, TASK_ORDER_PRIORITY)); for(i = 0; i < t->n_tasks;i++){ if(t->list[i]->p != g){ #ifdef HAVE_OPENMP #pragma omp parallel for shared(msa,t,m,s,i) private(j) #endif for(j = s; j < i;j++){ #ifdef HAVE_OPENMP int tid = omp_get_thread_num(); #else int tid = 1; #endif do_align(msa,t,m[tid],j); } //fprintf(stdout,"\n"); g = t->list[i]->p; s = i; } } for(j = s; j < i;j++){ //fprintf(stdout,"%3d %3d -> %3d (p: %d)\n", t->list[j]->a, t->list[j]->b, t->list[j]->c, t->list[j]->p); do_align(msa,t,m[0],j); } for(i = 0; i < n_threads;i++){ free_aln_mem(m[i]); } MFREE(m); return OK; ERROR: if(m){ for(i = 0; i < n_threads;i++){ free_aln_mem(m[i]); } MFREE(m); } return FAIL; } int create_chaos_msa_openMP(struct msa* msa, struct aln_param* ap,struct aln_tasks* t) { struct aln_mem** m = NULL; struct aln_tasks* t_chaos = NULL; struct rng_state* rng = NULL; int i,j,c,g,f,l; int best; int task_iter; int* active = NULL; int work; float max_score; int old_aln_task = 0; int numseq; #ifdef HAVE_OPENMP int n_threads = omp_get_max_threads(); #else int n_threads = 1; #endif RUNP(rng = init_rng(0)); numseq = msa->numseq; g = numseq / ap->chaos * (ap->chaos * (ap->chaos-1)) / 2 + (ap->chaos*2 * (ap->chaos*2-1)) / 2; RUN(alloc_tasks(&t_chaos, g));// (ap->chaos * (ap->chaos-1)) / 2)); MFREE(t_chaos->profile); t_chaos->profile = t->profile; MMALLOC(m, sizeof(struct aln_mem*) * n_threads); for(i = 0; i < n_threads;i++){ m[i] = NULL; RUN(alloc_aln_mem(&m[i], 2048)); m[i]->ap = ap; m[i]->mode = ALN_MODE_FULL; } g = msa->num_profiles; MMALLOC(active, sizeof(int) * numseq); for(i = 0; i < numseq;i++){ active[i] = i; } qsort(active, numseq, sizeof(int), int_cmp); t->n_tasks = 0; work = msa->numseq; c = msa->numseq; while(work > 1){ /* create blocks to be aligned. */ t_chaos->n_tasks = 0; /* pick one sequence / profile */ for(l = 0; l+ap->chaos*2 < work; l+= ap->chaos){ for(g = 0; g < l+ ap->chaos-1;g++){ for(f = g + 1; f < ap->chaos;f++){ t_chaos->list[t_chaos->n_tasks]->a = active[g+l]; t_chaos->list[t_chaos->n_tasks]->b = active[f+l]; t_chaos->list[t_chaos->n_tasks]->c = g+l; t_chaos->list[t_chaos->n_tasks]->p = f+l; t_chaos->list[t_chaos->n_tasks]->score = 0.0F; t_chaos->n_tasks++; } } } int size = work - l; for(g = 0; g < size-1 ;g++){ for(f = g + 1; f < size;f++){ t_chaos->list[t_chaos->n_tasks]->a = active[g+l]; t_chaos->list[t_chaos->n_tasks]->b = active[f+l]; t_chaos->list[t_chaos->n_tasks]->c = g+l; t_chaos->list[t_chaos->n_tasks]->p = f+l; t_chaos->list[t_chaos->n_tasks]->score = 0.0F; t_chaos->n_tasks++; } } #ifdef HAVE_OPENMP #pragma omp parallel for shared(msa,t_chaos,m) private(j) schedule(dynamic) #endif for(j = 0; j < t_chaos->n_tasks;j++){ #ifdef HAVE_OPENMP int tid = omp_get_thread_num(); #else int tid = 0; #endif do_score(msa, t_chaos, m[tid], j); /* LOG_MSG("%d", tid); */ } task_iter = 0; /* for each block find the best pairwise alignment */ for(l = 0; l+ap->chaos*2 < work; l+= ap->chaos){ max_score = -FLT_MAX; best = -1; for(g = 0; g < l+ ap->chaos-1;g++){ for(f = g + 1; f < ap->chaos;f++){ if(t_chaos->list[task_iter]->score > max_score){ max_score = t_chaos->list[task_iter]->score; best = task_iter; } task_iter++; } } t->list[t->n_tasks]->a = t_chaos->list[best]->a; t->list[t->n_tasks]->b = t_chaos->list[best]->b; t->list[t->n_tasks]->c = c; /* LOG_MSG("Processing: %d %d ->%d",t->list[t->n_tasks]->a,t->list[t->n_tasks]->b,t->list[t->n_tasks]->c); */ t->n_tasks++; active[t_chaos->list[best]->c ] = c; active[t_chaos->list[best]->p ] = -1; c++; /* fprintf(stdout,"\n"); */ } size = work - l; /* for(l = 0; l < numseq-i; l+= ap->chaos){ */ max_score = -FLT_MAX; best = -1; for(g = 0; g < size-1 ;g++){ for(f = g + 1; f < size;f++){ if(t_chaos->list[task_iter]->score > max_score){ max_score = t_chaos->list[task_iter]->score; best = task_iter; } task_iter++; } } t->list[t->n_tasks]->a = t_chaos->list[best]->a; t->list[t->n_tasks]->b = t_chaos->list[best]->b; t->list[t->n_tasks]->c = c; /* LOG_MSG("Processing: %d %d ->%d",t->list[t->n_tasks]->a,t->list[t->n_tasks]->b,t->list[t->n_tasks]->c); */ t->n_tasks++; active[t_chaos->list[best]->c ] = c; active[t_chaos->list[best]->p ] = -1; c++; #ifdef HAVE_OPENMP #pragma omp parallel for shared(msa,t,m) private(j) schedule(dynamic) #endif for(j = old_aln_task;j < t->n_tasks; j++){ #ifdef HAVE_OPENMP int tid = omp_get_thread_num(); #else int tid = 0; #endif do_align(msa,t,m[tid],j); } qsort(active, work, sizeof(int), int_cmp); work -= t->n_tasks- old_aln_task; old_aln_task = t->n_tasks; /* for(i = 0; i < msa->numseq;i++){ */ /* fprintf(stdout,"%3d ",active[i]); */ /* } */ /* fprintf(stdout,"\n"); */ /* LOG_MSG("Work: %d", work); */ } /* exit(0); */ /* max_score = -FLT_MAX; */ /* l = MACRO_MIN(ap->chaos, numseq-i); */ /* SampleWithoutReplacement(rng, numseq-i, l, samples); */ /* t_chaos->n_tasks = 0; */ /* /\* prepare tasks *\/ */ /* for(g = 0;g < l-1;g++){ */ /* for(f = g + 1; f < l;f++){ */ /* t_chaos->list[t_chaos->n_tasks]->a = active[samples[g]]; */ /* t_chaos->list[t_chaos->n_tasks]->b = active[samples[f]]; */ /* /\* HACK! -> used below to update the active array *\/ */ /* t_chaos->list[t_chaos->n_tasks]->c = samples[g]; */ /* t_chaos->list[t_chaos->n_tasks]->p = samples[f]; */ /* t_chaos->list[t_chaos->n_tasks]->score = 0.0F; */ /* t_chaos->n_tasks++; */ /* } */ /* } */ /* LOG_MSG("%d tasks", t_chaos->n_tasks); */ /* /\* Run chaos tasks in parallel *\/ */ /* #ifdef HAVE_OPENMP */ /* #pragma omp parallel for shared(msa,t_chaos,m) private(j) */ /* #endif */ /* for(j = 0; j < t_chaos->n_tasks;j++){ */ /* #ifdef HAVE_OPENMP */ /* int tid = omp_get_thread_num(); */ /* #else */ /* int tid = 0; */ /* #endif */ /* do_score(msa, t_chaos, m[tid], j); */ /* LOG_MSG("%d running %d %d", tid, t_chaos->list[j]->a, t_chaos->list[j]->b); */ /* } */ /* exit(0); */ /* max_score = -FLT_MAX; */ /* best = -1; */ /* for(j = 0; j < t_chaos->n_tasks;j++){ */ /* //fprintf(stdout,"%5d\t%5d -> %f\n", t_chaos->list[j]->a,t_chaos->list[j]->b ,t_chaos->list[j]->score); */ /* if(t_chaos->list[j]->score > max_score){ */ /* max_score = t_chaos->list[j]->score; */ /* best = j; */ /* } */ /* } */ /* //LOG_MSG("samples: %d %d", active[a],active[b]); */ /* t->list[t->n_tasks]->a = t_chaos->list[best]->a; */ /* t->list[t->n_tasks]->b = t_chaos->list[best]->b; */ /* t->list[t->n_tasks]->c = numseq+i; */ /* active[t_chaos->list[best]->c ] = numseq+i; */ /* active[t_chaos->list[best]->p ] = -1; */ /* qsort(active, numseq-i, sizeof(int), int_cmp); */ /* do_align(msa,t,m[0],t->n_tasks); */ /* t->n_tasks++; */ /* //score_aln(m, ap, profile, msa, a, b, numseq, &score); */ /* //fprintf(stdout,"Aligning:%d %d->%d done:%f score:%f\n",a,b,c,((float)(i+1)/(float)numseq)*100,score); */ /* } */ for(i = 0; i < n_threads;i++){ free_aln_mem(m[i]); } MFREE(m); MFREE(active); t_chaos->profile = NULL; free_tasks(t_chaos); return OK; ERROR: if(m){ for(i = 0; i < n_threads;i++){ free_aln_mem(m[i]); } MFREE(m); } return FAIL; } /* #endif */ int create_msa_tree(struct msa* msa, struct aln_param* ap,struct aln_tasks* t, int n_threads) { int i; uint8_t* active = NULL; RUN(sort_tasks(t, TASK_ORDER_TREE)); MMALLOC(active, sizeof(uint8_t)* msa->num_profiles); for(i = 0; i < msa->numseq;i++){ active[i] = 1; } for(i = msa->numseq; i < msa->num_profiles;i++){ active[i] = 0; } #ifdef HAVE_OPENMP if(n_threads == 1){ recursive_aln_serial(msa, t, ap, active, t->n_tasks-1); }else{ recursive_aln_openMP(msa, t, ap, active, t->n_tasks-1); } #else recursive_aln_serial(msa, t, ap, active, t->n_tasks-1); #endif MFREE(active); return OK; ERROR: if(active){ MFREE(active); } return FAIL; } void recursive_aln_openMP(struct msa* msa, struct aln_tasks*t, struct aln_param* ap, uint8_t* active, int c) { struct task* local_t = NULL; /* Follow left and right branch until I arrive at sequences / profiles ready to align. */ int a; int b; local_t = t->list[c]; a = local_t->a - msa->numseq; b = local_t->b - msa->numseq; #ifdef HAVE_OPENMP #pragma omp parallel num_threads(2) { #pragma omp single nowait { #endif if(!active[local_t->a]){ #ifdef HAVE_OPENMP #pragma omp task shared(msa,t,ap,active) firstprivate(a) #endif { recursive_aln_openMP(msa, t, ap, active, a); } } if(!active[local_t->b]){ #ifdef HAVE_OPENMP #pragma omp task shared(msa,t,ap,active) firstprivate(b) #endif { recursive_aln_openMP(msa, t, ap, active,b); } } #ifdef HAVE_OPENMP } } #pragma omp taskwait #endif struct aln_mem* ml = NULL; alloc_aln_mem(&ml, 256); ml->ap = ap; ml->mode = ALN_MODE_FULL; /* if(active[local_t->a] && active[local_t->b]){ */ /* fprintf(stdout,"THREAD: %d %3d %3d -> %3d (p: %d)\n",tid, t->list[c]->a, t->list[c]->b, t->list[c]->c, t->list[c]->p); */ do_align(msa,t,ml,c); active[local_t->b] = 0; free_aln_mem(ml); } void recursive_aln_serial(struct msa* msa, struct aln_tasks*t,struct aln_param* ap, uint8_t* active, int c) { struct task* local_t = NULL; local_t = t->list[c]; /* Follow left and right branch until I arrive at sequences / profiles ready to align. */ /* LOG_MSG("Work: %d", local_t->n); */ if(!active[local_t->a]){ if(local_t->a >= msa->numseq){ /* I have an internal node */ recursive_aln_serial(msa, t, ap, active, local_t->a - msa->numseq); } /* I have a lead node - do nothing */ } if(!active[local_t->b]){ if(local_t->b >= msa->numseq){ /* I have an internal node */ recursive_aln_serial(msa, t, ap, active, local_t->b - msa->numseq); } /* I have a lead node - do nothing */ } /* if(active[local_t->a] && active[local_t->b]){ */ /* fprintf(stdout,"%3d %3d -> %3d (p: %d)\n", t->list[c]->a, t->list[c]->b, t->list[c]->c, t->list[c]->p); */ struct aln_mem* ml = NULL; alloc_aln_mem(&ml, 256); ml->ap = ap; ml->mode = ALN_MODE_FULL; do_align_serial(msa,t,ml,c); active[local_t->c] = 1; free_aln_mem(ml); } int create_msa_serial(struct msa* msa, struct aln_param* ap,struct aln_tasks* t) { int i,j,g,s; struct aln_mem* m = NULL; RUN(sort_tasks(t, TASK_ORDER_PRIORITY)); RUN(alloc_aln_mem(&m, 2048)); m->ap = ap; m->mode = ALN_MODE_FULL; s = 0; g = t->list[0]->p; for(i = 0; i < t->n_tasks;i++){ if(t->list[i]->p != g){ for(j = s; j < i;j++){ fprintf(stdout,"%3d %3d -> %3d (p: %d)\n", t->list[j]->a, t->list[j]->b, t->list[j]->c, t->list[j]->p); do_align(msa,t,m,j); } fprintf(stdout,"\n"); g =t->list[i]->p; s = i; } } for(j = s; j < i;j++){ fprintf(stdout,"%3d %3d -> %3d (p: %d)\n", t->list[j]->a, t->list[j]->b, t->list[j]->c, t->list[j]->p); do_align(msa,t,m,j); } free_aln_mem(m); return OK; ERROR: if(m){ free_aln_mem(m); } return FAIL; } int create_chaos_msa_serial(struct msa* msa, struct aln_param* ap,struct aln_tasks* t) { struct aln_tasks* t_chaos = NULL; struct aln_mem* m = NULL; struct rng_state* rng = NULL; int i,g,f,a,b,l; int best_a, best_b; int* samples = NULL; int* active = NULL; float max_score; int numseq; RUNP(rng = init_rng(0)); numseq = msa->numseq; /* LOG_MSG("Allocating %d",f); */ RUN(alloc_tasks(&t_chaos,2)); MFREE(t_chaos->profile); t_chaos->profile = t->profile; g = msa->num_profiles; RUN(alloc_aln_mem(&m, 2048)); m->ap = ap; m->mode = ALN_MODE_FULL; MMALLOC(samples,sizeof(int) * m->ap->chaos); MMALLOC(active, sizeof(int) * numseq); for(i = 0; i < numseq;i++){ active[i] = i; } qsort(active, numseq, sizeof(int), int_cmp); t->n_tasks = 0; for(i = 0; i < numseq-1;i++){ /* pick one sequence / profile */ max_score = -FLT_MAX; l = MACRO_MIN(ap->chaos, numseq-i); SampleWithoutReplacement(rng, numseq-i, l, samples); for(g = 0;g < l-1;g++){ a = samples[g]; for(f = g + 1; f < l;f++){ b = samples[f]; t_chaos->list[0]->a = active[a]; t_chaos->list[0]->b = active[b]; do_score(msa, t_chaos , m, 0); /* score_aln(m, t->profile, msa, active[a], active[b], numseq, &score); */ //LOG_MSG("TEsting %d %d : %f", a,b, t_chaos->list[0]->score); if(t_chaos->list[0]->score > max_score){ best_a = a; best_b = b; max_score = t_chaos->list[0]->score; } } } //LOG_MSG("samples: %d %d", active[a],active[b]); t->list[t->n_tasks]->a = active[best_a]; t->list[t->n_tasks]->b = active[best_b]; t->list[t->n_tasks]->c = numseq+i; t->list[t->n_tasks]->p = 0; active[best_a] = numseq+i; active[best_b] = -1; qsort(active, numseq-i, sizeof(int), int_cmp); do_align(msa,t,m,t->n_tasks); t->n_tasks++; } MFREE(active); MFREE(samples); t_chaos->profile = NULL; free_tasks(t_chaos); free_aln_mem(m); return OK; ERROR: if(m){ free_aln_mem(m); } if(t_chaos){ t_chaos->profile = NULL; free_tasks(t_chaos); } return FAIL; } int do_align(struct msa* msa,struct aln_tasks* t,struct aln_mem* m, int task_id) { float* tmp = NULL; int a,b,c; int len_a; int len_b; int j,g; a = t->list[task_id]->a; b = t->list[task_id]->b; c = t->list[task_id]->c; if(msa->nsip[a] == 1){ m->len_a = msa->sequences[a]->len;// aln->sl[a]; RUN(make_profile_n(m->ap, msa->sequences[a]->s,m->len_a,&t->profile[a])); }else{ m->len_a = msa->plen[a]; RUN(set_gap_penalties_n(t->profile[a],m->len_a,msa->nsip[b])); } if(msa->nsip[b] == 1){ m->len_b = msa->sequences[b]->len;// aln->sl[b]; RUN(make_profile_n(m->ap, msa->sequences[b]->s,m->len_b,&t->profile[b])); }else{ m->len_b = msa->plen[b]; RUN(set_gap_penalties_n(t->profile[b],m->len_b,msa->nsip[a])); } RUN(init_alnmem(m)); m->mode = ALN_MODE_FULL; if(msa->nsip[a] == 1){ if(msa->nsip[b] == 1){ m->seq1 = msa->sequences[a]->s; m->seq2 = msa->sequences[b]->s; m->prof1 = NULL; m->prof2 = NULL; aln_runner(m); }else{ len_b = m->len_b; len_a = m->len_a; m->enda = len_b; m->endb = len_a; m->len_a = len_b; m->len_b = len_a; m->seq1 = NULL; m->seq2 = msa->sequences[a]->s; m->prof1 = t->profile[b]; m->prof2 = NULL; m->sip = msa->nsip[b]; aln_runner(m); RUN(mirror_path_n(m, len_a,len_b)); m->len_a = len_a; m->len_b = len_b; } }else{ if(msa->nsip[b] == 1){ m->seq1 = NULL; m->seq2 = msa->sequences[b]->s; m->prof1 = t->profile[a]; m->prof2 = NULL; m->sip = msa->nsip[a]; aln_runner(m); }else{ if(m->len_a < m->len_b){ m->seq1 = NULL; m->seq2 = NULL; m->prof1 = t->profile[a]; m->prof2 = t->profile[b]; aln_runner(m); }else{ len_b = m->len_b; len_a = m->len_a; m->enda = len_b; m->endb = len_a; m->len_a = len_b; m->len_b = len_a; m->seq1 = NULL; m->seq2 = NULL; m->prof1 = t->profile[b]; m->prof2 = t->profile[a]; aln_runner(m); RUN(mirror_path_n(m,len_a,len_b)); m->len_a = len_a; m->len_b = len_b; } } } RUN(add_gap_info_to_path_n(m)) ; MMALLOC(tmp,sizeof(float)*64*(m->path[0]+2)); if(task_id != t->n_tasks-1){ update_n(t->profile[a],t->profile[b],tmp,m->ap,m->path,msa->nsip[a],msa->nsip[b]); } MFREE(t->profile[a]); MFREE(t->profile[b]); t->profile[c] = tmp; RUN(make_seq(msa,a,b,m->path)); msa->plen[c] = m->path[0]; msa->nsip[c] = msa->nsip[a] + msa->nsip[b]; MREALLOC(msa->sip[c],sizeof(int)*(msa->nsip[a] + msa->nsip[b])); g = 0; for (j = msa->nsip[a];j--;){ msa->sip[c][g] = msa->sip[a][j]; g++; } for (j = msa->nsip[b];j--;){ msa->sip[c][g] = msa->sip[b][j]; g++; } return OK; ERROR: return FAIL; } int do_align_serial(struct msa* msa,struct aln_tasks* t,struct aln_mem* m, int task_id) { float* tmp = NULL; int a,b,c; int len_a; int len_b; int j,g; a = t->list[task_id]->a; b = t->list[task_id]->b; c = t->list[task_id]->c; if(msa->nsip[a] == 1){ m->len_a = msa->sequences[a]->len;// aln->sl[a]; RUN(make_profile_n(m->ap, msa->sequences[a]->s,m->len_a,&t->profile[a])); }else{ m->len_a = msa->plen[a]; RUN(set_gap_penalties_n(t->profile[a],m->len_a,msa->nsip[b])); } if(msa->nsip[b] == 1){ m->len_b = msa->sequences[b]->len;// aln->sl[b]; RUN(make_profile_n(m->ap, msa->sequences[b]->s,m->len_b,&t->profile[b])); }else{ m->len_b = msa->plen[b]; RUN(set_gap_penalties_n(t->profile[b],m->len_b,msa->nsip[a])); } RUN(init_alnmem(m)); m->mode = ALN_MODE_FULL; if(msa->nsip[a] == 1){ if(msa->nsip[b] == 1){ m->seq1 = msa->sequences[a]->s; m->seq2 = msa->sequences[b]->s; m->prof1 = NULL; m->prof2 = NULL; aln_runner_serial(m); }else{ len_b = m->len_b; len_a = m->len_a; m->enda = len_b; m->endb = len_a; m->len_a = len_b; m->len_b = len_a; m->seq1 = NULL; m->seq2 = msa->sequences[a]->s; m->prof1 = t->profile[b]; m->prof2 = NULL; m->sip = msa->nsip[b]; aln_runner_serial(m); RUN(mirror_path_n(m, len_a,len_b)); m->len_a = len_a; m->len_b = len_b; } }else{ if(msa->nsip[b] == 1){ m->seq1 = NULL; m->seq2 = msa->sequences[b]->s; m->prof1 = t->profile[a]; m->prof2 = NULL; m->sip = msa->nsip[a]; aln_runner_serial(m); }else{ if(m->len_a < m->len_b){ m->seq1 = NULL; m->seq2 = NULL; m->prof1 = t->profile[a]; m->prof2 = t->profile[b]; aln_runner_serial(m); }else{ len_b = m->len_b; len_a = m->len_a; m->enda = len_b; m->endb = len_a; m->len_a = len_b; m->len_b = len_a; m->seq1 = NULL; m->seq2 = NULL; m->prof1 = t->profile[b]; m->prof2 = t->profile[a]; aln_runner_serial(m); RUN(mirror_path_n(m,len_a,len_b)); m->len_a = len_a; m->len_b = len_b; } } } RUN(add_gap_info_to_path_n(m)) ; MMALLOC(tmp,sizeof(float)*64*(m->path[0]+2)); /* LOG_MSG("%d TASK ID", task_id); */ if(task_id != t->n_tasks-1){ update_n(t->profile[a],t->profile[b],tmp,m->ap,m->path,msa->nsip[a],msa->nsip[b]); } MFREE(t->profile[a]); MFREE(t->profile[b]); t->profile[c] = tmp; RUN(make_seq(msa,a,b,m->path)); msa->plen[c] = m->path[0]; msa->nsip[c] = msa->nsip[a] + msa->nsip[b]; MREALLOC(msa->sip[c],sizeof(int)*(msa->nsip[a] + msa->nsip[b])); g = 0; for (j = msa->nsip[a];j--;){ msa->sip[c][g] = msa->sip[a][j]; g++; } for (j = msa->nsip[b];j--;){ msa->sip[c][g] = msa->sip[b][j]; g++; } return OK; ERROR: return FAIL; } int do_score(struct msa* msa,struct aln_tasks* t,struct aln_mem* m, int task_id) /* int score_aln(struct aln_mem* m,float** profile, struct msa* msa, int a,int b,int numseq,float* score) */ { int len_a; int len_b; int a,b; int numseq; numseq = msa->numseq; a = t->list[task_id]->a; b = t->list[task_id]->b; if(a < numseq){ len_a = msa->sequences[a]->len;// aln->sl[a]; }else{ len_a = msa->plen[a]; } if(b < numseq){ len_b = msa->sequences[b]->len;// aln->sl[b]; }else{ len_b = msa->plen[b]; } m->mode = ALN_MODE_SCORE_ONLY; m->len_a = len_a; m->len_b = len_b; /* = (len_a > len_b)? len_a:len_b; */ if (a > numseq){ RUN(set_gap_penalties_n(t->profile[a],len_a,msa->nsip[b])); } if (b > numseq){ RUN(set_gap_penalties_n(t->profile[b],len_b,msa->nsip[a])); } RUN(resize_aln_mem(m)); init_alnmem(m); //fprintf(stderr,"LENA:%d LENB:%d numseq:%d\n",len_a,len_b,numseq); if(a < numseq){ if(b < numseq){ m->seq1 = msa->sequences[a]->s; m->seq2 = msa->sequences[b]->s; m->prof1 = NULL; m->prof2 = NULL; aln_runner(m); }else{ m->enda = len_b; m->endb = len_a; m->len_a = len_b; m->len_b = len_a; m->seq1 = NULL; m->seq2 = msa->sequences[a]->s; m->prof1 = t->profile[b]; m->prof2 = NULL; m->sip = msa->nsip[b]; aln_runner(m); m->score = m->score / (float) msa->nsip[b]; } }else{ if(b < numseq){ m->seq1 = NULL; m->seq2 = msa->sequences[b]->s; m->prof1 = t->profile[a]; m->prof2 = NULL; m->sip = msa->nsip[a]; aln_runner(m); m->score = m->score / (float)msa->nsip[a]; }else{ if(len_a < len_b){ m->seq1 = NULL; m->seq2 = NULL; m->prof1 = t->profile[a]; m->prof2 = t->profile[b]; aln_runner(m); }else{ m->enda = len_b; m->endb = len_a; m->len_a = len_b; m->len_b = len_a; m->seq1 = NULL; m->seq2 = NULL; m->prof1 = t->profile[b]; m->prof2 = t->profile[a]; aln_runner(m); } m->score = m->score / (float)(msa->nsip[a] * msa->nsip[b]); } } t->list[task_id]->score = m->score; return OK; ERROR: return FAIL; } int int_cmp(const void *a, const void *b) { const int *ia = (const int *)a; // casting pointer types const int *ib = (const int *)b; return *ib - *ia; } int SampleWithoutReplacement(struct rng_state* rng, int N, int n,int* samples) { int t = 0; // total input records dealt with int m = 0; // number of items selected so far double u; while (m < n) { u = tl_random_double(rng); //u = GetUniform(); // call a uniform(0,1) random number generator if ( (N - t)*u >= n - m ){ t++; }else{ samples[m] = t; t++; m++; } } return OK; } kalign-3.3.1/src/aln_run.h000066400000000000000000000015011403616477200153700ustar00rootroot00000000000000#ifndef ALN_RUN_H #define ALN_RUN_H #ifdef ALN_RUN_IMPORT #define EXTERN #else #define EXTERN extern #endif struct aln_tasks; /* EXTERN int create_msa(struct msa* msa, struct aln_param* ap,struct aln_tasks* t); */ /* EXTERN int create_msa_serial_tree(struct msa* msa, struct aln_param* ap,struct aln_tasks* t); */ EXTERN int create_msa_tree(struct msa* msa, struct aln_param* ap,struct aln_tasks* t, int n_threads); EXTERN int create_chaos_msa_serial(struct msa* msa, struct aln_param* ap,struct aln_tasks* t); EXTERN int create_msa_serial(struct msa* msa, struct aln_param* ap,struct aln_tasks* t); EXTERN int create_msa_openMP(struct msa* msa, struct aln_param* ap,struct aln_tasks* t); EXTERN int create_chaos_msa_openMP(struct msa* msa, struct aln_param* ap,struct aln_tasks* t); #undef ALN_RUN_IMPORT #undef EXTERN #endif kalign-3.3.1/src/aln_seqprofile.c000066400000000000000000000256251403616477200167450ustar00rootroot00000000000000#include #include "tldevel.h" #include "alignment_parameters.h" #include "aln_struct.h" #define ALN_SEQPROF_IMPORT #include "aln_seqprofile.h" #define MAX(a, b) (a > b ? a : b) #define MAX3(a,b,c) MAX(MAX(a,b),c) int aln_seqprofile_foward(struct aln_mem* m) { struct states* s = m->f; const float* prof1 = m->prof1; const uint8_t* seq2 = m->seq2; const int sip = m->sip; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; const float open = m->ap->gpo * (float)sip; const float ext = m->ap->gpe * (float)sip; const float text = m->ap->tgpe * (float)sip; prof1 += (m->starta)<< 6; s[m->startb].a = s[0].a; s[m->startb].ga = s[0].ga; s[m->startb].gb = s[0].gb; if(m->startb){ for (j = m->startb +1; j < m->endb;j++){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga-ext,s[j-1].a-open); s[j].gb = -FLT_MAX; } }else{ for (j = m->startb+1; j < m->endb;j++){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga,s[j-1].a) - text; s[j].gb = -FLT_MAX; } } s[m->endb].a = -FLT_MAX; s[m->endb].ga = -FLT_MAX; s[m->endb].gb = -FLT_MAX; seq2--; for (i = m->starta;i < m->enda;i++){ prof1 += 64; pa = s[m->startb].a; pga = s[m->startb].ga; pgb = s[m->startb].gb; s[m->startb].a = -FLT_MAX; s[m->startb].ga = -FLT_MAX; xa = s[m->startb].a; xga = s[m->startb].ga; if(m->startb){ s[m->startb].gb = MAX(pgb+prof1[28],pa+prof1[27]); }else{ s[m->startb].gb = MAX(pgb,pa)+prof1[29]; } for (j = m->startb+1; j < m->endb;j++){ ca = s[j].a; pa = MAX3(pa,pga -open,pgb + prof1[-37]); pa += prof1[32 + seq2[j]]; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j-1].ga-ext,s[j-1].a-open); s[j].ga = MAX(xga-ext,xa-open); pgb = s[j].gb; s[j].gb = MAX(pgb+prof1[28],ca+prof1[27]); pa = ca; xa = s[j].a; xga = s[j].ga; } ca = s[j].a; pa = MAX3(pa,pga -open,pgb + prof1[-37]); pa += prof1[32 + seq2[j]]; s[j].a = pa; s[j].ga = -FLT_MAX;//MAX(s[j-1].ga-ext,s[j-1].a-open); if (m->endb != m->len_b){ s[j].gb = MAX(s[j].gb+prof1[28] ,ca+prof1[27]); }else{ s[j].gb = MAX(s[j].gb,ca)+ prof1[29]; } } //prof1 -= m->enda << 6; return OK; } int aln_seqprofile_backward(struct aln_mem* m) { struct states* s = m->b; const float* prof1 = m->prof1; const uint8_t* seq2 = m->seq2; const int sip = m->sip; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; const float open = m->ap->gpo * (float)sip; const float ext = m->ap->gpe * (float)sip; const float text = m->ap->tgpe * (float)sip; prof1 += (m->enda_2 +1) << 6; s[m->endb].a = s[0].a; s[m->endb].ga = s[0].ga; s[m->endb].gb = s[0].gb; if(m->endb != m->len_b){ for(j = m->endb-1;j > m->startb ;j--){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga-ext,s[j+1].a-open); s[j].gb = -FLT_MAX; } }else{ for(j = m->endb-1;j > m->startb;j--){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga,s[j+1].a)-text; s[j].gb = -FLT_MAX; } } s[m->startb].a = -FLT_MAX; s[m->startb].ga = -FLT_MAX; s[m->startb].gb = -FLT_MAX; i = m->enda_2 -m->starta_2; while(i--){ prof1 -= 64; pa = s[m->endb].a; pga = s[m->endb].ga; pgb = s[m->endb].gb; s[m->endb].a = -FLT_MAX; s[m->endb].ga = -FLT_MAX; xa = s[m->endb].a; xga = s[m->endb].ga; if(m->endb != m->len_b){ s[m->endb].gb = MAX(pgb+prof1[28],pa+prof1[27]); }else{ s[m->endb].gb = MAX(pgb,pa) +prof1[29]; } for(j = m->endb-1;j > m->startb;j--){ ca = s[j].a; pa = MAX3(pa,pga - open,pgb +prof1[91]); pa += prof1[32 + seq2[j]]; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j+1].ga-ext,s[j+1].a-open); s[j].ga = MAX(xga-ext,xa-open); pgb = s[j].gb; s[j].gb = MAX(pgb+prof1[28],ca+prof1[27]); pa = ca; xa = s[j].a; xga = s[j].ga; } ca = s[j].a; pa = MAX3(pa,pga - open,pgb +prof1[91]); pa += prof1[32 + seq2[j]]; s[j].a = pa; s[j].ga = -FLT_MAX;//MAX(s[j+1].ga-ext,s[j+1].a-open); if(m->startb){ s[j].gb = MAX(s[j].gb+prof1[28], ca+prof1[27]); }else{ s[j].gb = MAX(s[j].gb,ca)+prof1[29]; } } return OK; } int aln_seqprofile_meetup(struct aln_mem* m,int old_cor[],int* meet,int* t,float* score) { struct states* f = m->f; struct states* b = m->b; const float* prof1 = m->prof1; int sip = m->sip; int i; int c; int transition = -1; const float open = m->ap->gpo * (float)sip; //code: // a -> a = 1 // a -> ga = 2 // a -> gb = 3 // ga ->ga = 4 // ga -> a = 5 //gb->gb = 6; //gb->a = 7; //int max = -FLT_MAX; float max = -FLT_MAX; //float middle = (m->endb - m->startb)/2 + m->startb; float middle = (float)(old_cor[3] - old_cor[2])/2.0F + (float)old_cor[2]; float sub = 0.0F; prof1+= ((old_cor[4]+1)<<6); //i = m->startb; c = -1; //for(i = m->startb; i < m->endb;i++){ for(i = old_cor[2]; i < old_cor[3];i++){ sub = fabsf(middle -i); sub /= 1000.0F; if(f[i].a+b[i].a-sub> max){ max = f[i].a+b[i].a-sub; // fprintf(stderr,"aligned->aligned:%d + %d = %d\n",f[i].a,b[i].a,f[i].a+b[i].a); transition = 1; c = i; } if(f[i].a+b[i].ga-open-sub > max){ max = f[i].a+b[i].ga-open-sub; // fprintf(stderr,"aligned->gap_a:%d + %d +%d = %d\n",f[i].a,b[i].ga,prof1[27],f[i].a+b[i].ga+prof2[27]); transition = 2; c = i; } if(f[i].a+b[i].gb+prof1[27]-sub > max){ max = f[i].a+b[i].gb+prof1[27]-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(f[i].ga+b[i].a-open-sub > max){ max = f[i].ga+b[i].a-open-sub; // fprintf(stderr,"gap_a->aligned:%d + %d + %d(gpo) = %d\n",f[i].ga,b[i].a,prof2[27],f[i].ga+b[i].a+prof2[27]); transition = 5; c = i; } if(m->startb == 0){ if(f[i].gb+b[i].gb+prof1[29]-sub > max){ max = f[i].gb+b[i].gb+prof1[29]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb+prof1[28]-sub > max){ max = f[i].gb+b[i].gb+prof1[28]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } if(f[i].gb+b[i].a+prof1[-37]-sub > max){ max = f[i].gb+b[i].a+prof1[-37]-sub; // fprintf(stderr,"gap_b->aligned:%d + %d + %d(gpo) = %d\n",f[i].gb,b[i].a,prof1[27],f[i].gb+b[i].a+prof1[27]); transition = 7; c = i; } } //i = m->endb; i = old_cor[3]; sub = fabsf(middle -i); sub /= 1000.0F; if(f[i].a+b[i].gb+prof1[27]-sub > max){ max = f[i].a+b[i].gb+prof1[27]-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(m->endb == m->len_b){ if(f[i].gb+b[i].gb+prof1[29]-sub > max){ max = f[i].gb+b[i].gb+prof1[29]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb+prof1[28]-sub > max){ max = f[i].gb+b[i].gb+prof1[28]-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } //prof1-= ((ap->old_cor[4]+1)<<6); *meet = c; *t = transition; *score = max; return OK; } kalign-3.3.1/src/aln_seqprofile.h000066400000000000000000000005661403616477200167470ustar00rootroot00000000000000#ifndef ALN_SEQPROF_H #define ALN_SEQPROF_H #ifdef ALN_SEQPROF_IMPORT #define EXTERN #else #define EXTERN extern #endif EXTERN int aln_seqprofile_foward(struct aln_mem* m); EXTERN int aln_seqprofile_backward(struct aln_mem* m); EXTERN int aln_seqprofile_meetup(struct aln_mem* m,int old_cor[],int* meet,int* t,float* score); #undef ALN_SEQPROF_IMPORT #undef EXTERN #endif kalign-3.3.1/src/aln_seqseq.c000066400000000000000000000253771403616477200161010ustar00rootroot00000000000000#include #include "tldevel.h" #include "alignment_parameters.h" #include "aln_struct.h" #define ALN_SEQSEQ #include "aln_seqseq.h" #define MAX(a, b) (a > b ? a : b) #define MAX3(a,b,c) MAX(MAX(a,b),c) int aln_seqseq_foward(struct aln_mem* m) { struct states* s = m->f; const uint8_t* seq1 = m->seq1; const uint8_t* seq2 = m->seq2; float *subp = 0; const int starta = m->starta; const int enda = m->enda; const int startb =m->startb; const int endb = m->endb; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; const float gpo = m->ap->gpo; const float gpe = m->ap->gpe; const float tgpe = m->ap->tgpe; float** subm = m->ap->subm; s[startb].a = s[0].a; s[startb].ga = s[0].ga; s[startb].gb = s[0].gb; if(startb){ for (j = startb+1; j < endb;j++){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga - gpe,s[j-1].a-gpo); s[j].gb = -FLT_MAX; } }else{ for (j = startb+1; j < endb;j++){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j-1].ga,s[j-1].a)-tgpe; s[j].gb = -FLT_MAX; } } s[endb].a = -FLT_MAX; s[endb].ga = -FLT_MAX; s[endb].gb = -FLT_MAX; seq2--; for (i = starta;i < enda;i++){ subp = subm[seq1[i]]; pa = s[startb].a; pga = s[startb].ga; pgb = s[startb].gb; s[startb].a = -FLT_MAX; s[startb].ga = -FLT_MAX; xa = s[startb].a; xga = s[startb].ga; if(startb){ s[startb].gb = MAX(pgb - gpe,pa - gpo); }else{ s[startb].gb = MAX(pgb,pa) - tgpe; } for (j = startb+1; j < endb;j++){ ca = s[j].a; pa = MAX3(pa,pga-gpo,pgb-gpo); pa += subp[seq2[j]]; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j-1].ga-gpe,s[j-1].a-gpo); s[j].ga = MAX(xga-gpe,xa-gpo); pgb = s[j].gb; s[j].gb = MAX(pgb-gpe ,ca-gpo); pa = ca; xa = s[j].a; xga = s[j].ga; } ca = s[j].a; pa = MAX3(pa,pga-gpo,pgb-gpo); pa += subp[seq2[j]]; s[j].a = pa; s[j].ga = -FLT_MAX;//MAX(s[j-1].ga-gpe,s[j-1].a-gpo); if (endb != m->len_b){ s[j].gb = MAX(s[j].gb-gpe ,ca-gpo); }else{ s[j].gb = MAX(s[j].gb,ca)-tgpe; } } return OK; } int aln_seqseq_backward(struct aln_mem* m) { struct states* s = m->b; const uint8_t* seq1 = m->seq1; const uint8_t* seq2 = m->seq2; float *subp = NULL; const int starta = m->starta_2; const int enda = m->enda_2; const int startb =m->startb; const int endb = m->endb; register float pa = 0; register float pga = 0; register float pgb = 0; register float ca = 0; register float xa = 0; register float xga = 0; register int i = 0; register int j = 0; const float gpo = m->ap->gpo; const float gpe = m->ap->gpe; const float tgpe = m->ap->tgpe; float** subm = m->ap->subm; s[endb].a = s[0].a ; s[endb].ga = s[0].ga; s[endb].gb = s[0].gb; //init of first row; //j = endb-startb; if(endb != m->len_b){ for(j = endb-1;j > startb;j--){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga-gpe,s[j+1].a-gpo); s[j].gb = -FLT_MAX; } }else{ for(j = endb-1;j > startb;j--){ s[j].a = -FLT_MAX; s[j].ga = MAX(s[j+1].ga,s[j+1].a)-tgpe; s[j].gb = -FLT_MAX; } } s[startb].a = -FLT_MAX; s[startb].ga = -FLT_MAX; s[startb].gb = -FLT_MAX; i = enda-starta; seq1+= starta; while(i--){ subp = subm[seq1[i]]; pa = s[endb].a; pga = s[endb].ga; pgb = s[endb].gb; s[endb].a = -FLT_MAX; s[endb].ga = -FLT_MAX; xa = s[endb].a; xga = s[endb].ga; if(endb != m->len_b){ s[endb].gb = MAX(pgb-gpe,pa-gpo); }else{ s[endb].gb = MAX(pgb,pa)-tgpe; } for(j = endb-1;j > startb;j--){ ca = s[j].a; pa = MAX3(pa,pga - gpo,pgb-gpo); pa += subp[seq2[j]]; s[j].a = pa; pga = s[j].ga; //s[j].ga = MAX(s[j+1].ga-gpe,s[j+1].a-gpo); s[j].ga = MAX(xga-gpe,xa-gpo); pgb = s[j].gb; s[j].gb = MAX(pgb-gpe,ca-gpo); pa = ca; xa = s[j].a; xga = s[j].ga; } ca = s[j].a; pa = MAX3(pa,pga - gpo,pgb-gpo); pa += subp[seq2[j]]; s[j].a = pa; s[j].ga = -FLT_MAX;//MAX(s[j+1].ga-gpe,s[j+1].a-gpo); if(startb){ s[j].gb = MAX(s[j].gb-gpe,ca-gpo); }else{ s[j].gb = MAX(s[j].gb,ca)-tgpe; } } return OK; } int aln_seqseq_meetup(struct aln_mem* m,int old_cor[],int* meet,int* t,float* score) { struct states* f = m->f; struct states* b = m->b; const float gpo = m->ap->gpo; const float gpe = m->ap->gpe; const float tgpe = m->ap->tgpe; int i; int c; int transition = -1; //code: // a -> a = 1 // a -> ga = 2 // a -> gb = 3 // ga ->ga = 4 // ga -> a = 5 //gb->gb = 6; //gb->a = 7; //int max = -FLT_MAX; float max = -FLT_MAX; //float middle = (hm->endb - hm->startb)/2 + hm->startb; float middle = (float)(old_cor[3] - old_cor[2])/2.0F + (float)old_cor[2]; float sub = 0.0F; //i = hm->startb; c = -1; //for(i = hm->startb; i < hm->endb;i++){ for(i = old_cor[2]; i < old_cor[3];i++){ sub = fabsf(middle - (float)i); sub /= 1000.0F; // fprintf(stderr,"%d-%d %f\n",hm->startb,hm->endb,sub); if(f[i].a+b[i].a-sub > max){ max = f[i].a+b[i].a-sub; // fprintf(stderr,"aligned->aligned:%d + %d = %d\n",f[i].a,b[i].a,f[i].a+b[i].a); transition = 1; c = i; } if(f[i].a+b[i].ga-gpo-sub > max){ max = f[i].a+b[i].ga-gpo-sub; // fprintf(stderr,"aligned->gap_a:%d + %d +%d = %d\n",f[i].a,b[i].ga,prof1[27],f[i].a+b[i].ga+prof2[27]); transition = 2; c = i; } if(f[i].a+b[i].gb -gpo-sub > max){ max = f[i].a+b[i].gb - gpo-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(f[i].ga+b[i].a - gpo-sub > max){ max = f[i].ga+b[i].a - gpo-sub; // fprintf(stderr,"gap_a->aligned:%d + %d + %d(gpo) = %d\n",f[i].ga,b[i].a,prof2[27],f[i].ga+b[i].a+prof2[27]); transition = 5; c = i; } if(m->startb == 0){ if(f[i].gb+b[i].gb - tgpe-sub > max){ max = f[i].gb+b[i].gb -tgpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb - gpe -sub> max){ max = f[i].gb+b[i].gb - gpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } if(f[i].gb+b[i].a - gpo-sub > max){ max = f[i].gb+b[i].a - gpo-sub; // fprintf(stderr,"gap_b->aligned:%d + %d + %d(gpo) = %d\n",f[i].gb,b[i].a,prof1[27],f[i].gb+b[i].a+prof1[27]); transition = 7; c = i; } } //i = hm->endb; i = old_cor[3]; sub = fabsf(middle - (float)i); sub /= 1000.0F; if(f[i].a+b[i].gb-gpo-sub > max){ max = f[i].a+b[i].gb - gpo-sub; // fprintf(stderr,"aligned->gap_b:%d + %d +%d = %d\n",f[i].a,b[i].gb,prof1[27],f[i].a+b[i].gb+prof1[27]); transition = 3; c = i; } if(m->endb == m->len_b){ if(f[i].gb+b[i].gb -tgpe-sub > max){ max = f[i].gb+b[i].gb - tgpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } }else{ if(f[i].gb+b[i].gb - gpe-sub > max){ max = f[i].gb+b[i].gb - gpe-sub; // fprintf(stderr,"gap_b->gap_b:%d + %d +%d(gpe) =%d \n",f[i].gb, b[i].gb, prof1[28],f[i].gb+b[i].gb+prof1[28]); transition = 6; c = i; } } *meet = c; *t = transition; *score = max; return OK; } kalign-3.3.1/src/aln_seqseq.h000066400000000000000000000005461403616477200160750ustar00rootroot00000000000000#ifndef ALN_SEQSEQ_H #define ALN_SEQSEQ_H #ifdef ALN_SEQSEQ_IMPORT #define EXTERN #else #define EXTERN extern #endif EXTERN int aln_seqseq_foward(struct aln_mem* m); EXTERN int aln_seqseq_backward(struct aln_mem* m); EXTERN int aln_seqseq_meetup(struct aln_mem* m,int old_cor[],int* meet,int* t,float* score); #undef ALN_SEQSEQ_IMPORT #undef EXTERN #endif kalign-3.3.1/src/aln_setup.c000066400000000000000000000322051403616477200157240ustar00rootroot00000000000000#include "tldevel.h" #include #include "aln_struct.h" #include "alignment_parameters.h" #include "aln_mem.h" #define ALN_SETUP_IMPORT #include "aln_setup.h" int init_alnmem(struct aln_mem* m) { int i; int g; m->starta = 0; m->startb = 0; m->enda = m->len_a; m->endb = m->len_b; m->f[0].a = 0.0F; m->f[0].ga = -FLT_MAX; m->f[0].gb = -FLT_MAX; m->b[0].a = 0.0F; m->b[0].ga = -FLT_MAX; m->b[0].gb = -FLT_MAX; RUN(resize_aln_mem(m)); g = MACRO_MAX(m->len_a, m->len_b) + 2; for(i = 0 ;i < g ;i++){ m->path[i] = -1; } return OK; ERROR: return FAIL; } int make_profile_n(struct aln_param* ap,const uint8_t* seq,const int len, float** p) { float** subm = NULL; float* prof = NULL; float gpo; float gpe; float tgpe; int i; int j; int c; gpo = ap->gpo; gpe = ap->gpe; tgpe = ap->tgpe; subm = ap->subm; MMALLOC(prof,sizeof(float)*(len+2)*64); prof += (64 *(len+1)); for (i = 0;i < 64;i++){ prof[i] = 0; } prof[23+32] = -gpo; prof[24+32] = -gpe; prof[25+32] = -tgpe; i = len; while(i--){ prof -= 64; for (j = 0;j < 64;j++){ prof[j] = 0; } c = seq[i]; prof[c] += 1; prof += 32; for(j = 23;j--;){ prof[j] = subm[c][j]; } prof[23] = -gpo; prof[24] = -gpe; prof[25] = -tgpe; prof -= 32; } prof -= 64; for (i = 0;i < 64;i++){ prof[i] = 0; } prof[23+32] = -gpo; prof[24+32] = -gpe; prof[25+32] = -tgpe; *p = prof; return OK; ERROR: return FAIL; } int set_gap_penalties_n(float* prof,int len,int nsip) { int i; prof += (64 *(len+1)); prof[27] = prof[55] * (float)nsip;//gap open or close 23 prof[28] = prof[56] * (float)nsip;//gap extention 24 prof[29] = prof[57] * (float)nsip;//gap open or close 25 i = len+1; while(i--){ prof -= 64; prof[27] = prof[55] * (float)nsip;//gap open or close prof[28] = prof[56] * (float)nsip;//gap extention prof[29] = prof[57] * (float)nsip;//gap open or close } return OK; } int add_gap_info_to_path_n(struct aln_mem* m) { int* path = NULL; int* o_path = NULL; int* tmp_path = NULL; int i,j; int a = 0; int b = 0; int len_a; int len_b; len_a = m->len_a; len_b = m->len_b; path = m->path; o_path = m->tmp_path; for(i = 0; i < len_a+len_b+2;i++){ o_path[i] = 0; } j = 1; b = -1; if(path[1] == -1){ o_path[j] = 2; j++; }else{ if(path[1] != 1){ for ( a = 0;a < path[1] -1;a++){ o_path[j] = 1; j++; } o_path[j] = 0; j++; }else{ o_path[j] = 0; j++; } } b = path[1]; for(i = 2; i <= len_a;i++){ if(path[i] == -1){ o_path[j] = 2; j++; }else{ if(path[i]-1 != b && b != -1){ for ( a = 0;a < path[i] - b-1;a++){ o_path[j] = 1; j++; } o_path[j] = 0; j++; }else{ o_path[j] = 0; j++; } } b = path[i]; } if(path[len_a] < len_b && path[len_a] != -1){ // fprintf(stderr,"WARNING:%d %d\n",path[len_a],len_b); for ( a = 0;a < len_b - path[len_a];a++){ o_path[j] = 1; j++; } } o_path[0] = j-1; o_path[j] = 3; //add gap info.. i = 2; while(o_path[j] != 3){ if ((o_path[i-1] &3) && !(o_path[i] & 3)){ if(o_path[i-1] & 8){ o_path[i-1] += 8; }else{ o_path[i-1] |= 16; } }else if (!(o_path[i-1] & 3) &&(o_path[i] &3)){ o_path[i] |= 4; }else if ((o_path[i-1] & 1) && (o_path[i] & 1)){ o_path[i] |= 8; }else if ((o_path[i-1] & 2) && (o_path[i] & 2)){ o_path[i] |= 8; } i++; } //add terminal gap... i = 1; while(o_path[i] != 0){ o_path[i] |= 32; i++; } /* j = i; */ i = o_path[0]; while(o_path[i] != 0){ o_path[i] |= 32; i--; } tmp_path = m->path; m->path = m->tmp_path; m->tmp_path = tmp_path; return OK; } int update_n(const float* profa, const float* profb,float* newp, struct aln_param*ap, int* path,int sipa,int sipb) { float gp; int i; int j; int c; for (i = 64; i--;){ newp[i] = profa[i] + profb[i]; } profa += 64; profb += 64; newp += 64; c = 1; while(path[c] != 3){ //Idea: limit the 'virtual' number of residues of one type to x. // i.e. only allow a maximum of 10 alanines to be registered in each column // the penalty for aligning a 'G' to this column will stay stable even when many (>10) alanines are present. // the difference in score between the 'correct' (all alanine) and incorrect (alanines + glycine) will not increase // with the number of sequences. -> see Durbin pp 140 if (!path[c]){ //fprintf(stderr,"Align %d\n",c); for (i = 64; i--;){ newp[i] = profa[i] + profb[i]; } profa += 64; profb += 64; } if (path[c] & 1){ //fprintf(stderr,"Gap_A:%d\n",c); //printf("open:%d ext:%d %d %d\n",si->nsip[a] * gpo,si->nsip[a] * gpe,si->nsip[a] * profb[41],si->nsip[a] * profb[46]); for (i = 64; i--;){ newp[i] = profb[i]; } profb += 64; if(!(path[c] & 20)){ if(path[c] & 32){ newp[25] += (float)sipa;//1; gp = ap->tgpe*(float)sipa; }else{ newp[24] += (float)sipa;//1; gp = ap->gpe*(float)sipa; } for (j = 32; j < 55;j++){ newp[j] -= gp; } }else{ if (path[c] & 16){ // fprintf(stderr,"close_open"); if(path[c] & 32){ newp[25] += (float)sipa;//1; gp = ap->tgpe*(float)sipa; newp[23] += (float)sipa;//1; gp += ap->gpo*(float)sipa; }else{ newp[23] += (float)sipa;//1; gp = ap->gpo*(float)sipa; } for (j = 32; j < 55;j++){ newp[j] -= gp; } } if (path[c] & 4){ // fprintf(stderr,"Gap_open"); if(path[c] & 32){ newp[25] += (float)sipa;//1; gp = ap->tgpe*(float)sipa; newp[23] += (float)sipa;//1; gp += ap->gpo*(float)sipa; }else{ newp[23] += (float)sipa;//1; gp = ap->gpo*(float)sipa; } for (j = 32; j < 55;j++){ newp[j] -= gp; } } } } if (path[c] & 2){ //fprintf(stderr,"Gap_B:%d\n",c); //printf("open:%d ext:%d %d %d\n",si->nsip[b] * gpo,si->nsip[b] * gpe,profa[26],profa[27]); for (i = 64; i--;){ newp[i] = profa[i]; } profa+=64; if(!(path[c] & 20)){ if(path[c] & 32){ newp[25] += sipb;//1; gp = ap->tgpe*sipb; }else{ newp[24] += sipb;//1; gp = ap->gpe*sipb; } for (j = 32; j < 55;j++){ newp[j] -= gp; } }else{ if (path[c] & 16){ // fprintf(stderr,"close_open"); if(path[c] & 32){ newp[25] += (float)sipb;//1; gp = ap->tgpe*(float)sipb; newp[23] += (float)sipb;//1; gp += ap->gpo*(float)sipb; }else{ newp[23] += (float)sipb;//1; gp = ap->gpo*(float)sipb; } for (j = 32; j < 55;j++){ newp[j] -= gp; } } if (path[c] & 4){ // fprintf(stderr,"Gap_open"); if(path[c] & 32){ newp[25] += (float)sipb;//1; gp = ap->tgpe*(float)sipb; newp[23] += (float)sipb;//1; gp += ap->gpo*(float)sipb; }else{ newp[23] += (float)sipb;//1; gp = ap->gpo*(float)sipb; } for (j = 32; j < 55;j++){ newp[j] -= gp; } } } } newp += 64; c++; } for (i = 64; i--;){ newp[i] = profa[i] + profb[i]; } //newp -= (path[0]+1) *64; return OK; } int mirror_path_n(struct aln_mem* m,int len_a,int len_b) { int* apath = NULL; int* opath = NULL; int* tmppath = NULL; int i; apath = m->path; opath = m->tmp_path; for(i =0; i < len_a+2;i++){ opath[i] = -1; } for(i = 1; i <= len_b;i++){ if(apath[i] != -1){ opath[apath[i]] = i; } } tmppath = m->path; m->path = m->tmp_path; m->tmp_path = tmppath; return OK; } kalign-3.3.1/src/aln_setup.h000066400000000000000000000011341403616477200157260ustar00rootroot00000000000000#ifndef ALN_SETUP_H #define ALN_SETUP_H #ifdef ALN_SETUP_IMPORT #define EXTERN #else #define EXTERN extern #endif EXTERN int init_alnmem(struct aln_mem* m); EXTERN int make_profile_n(struct aln_param* ap,const uint8_t* seq,const int len, float** p); EXTERN int set_gap_penalties_n(float* prof,int len,int nsip); EXTERN int add_gap_info_to_path_n(struct aln_mem* m); EXTERN int update_n(const float* profa, const float* profb,float* newp, struct aln_param*ap, int* path,int sipa,int sipb); EXTERN int mirror_path_n(struct aln_mem* m,int len_a,int len_b); #undef ALN_SETUP_IMPORT #undef EXTERN #endif kalign-3.3.1/src/aln_struct.h000066400000000000000000000013411403616477200161120ustar00rootroot00000000000000#ifndef ALN_STRUCT_H #define ALN_STRUCT_H #include "stdint.h" #define ALN_MODE_SCORE_ONLY 2 #define ALN_MODE_FULL 1 struct states{ float a; float ga; float gb; // float x; }; struct aln_mem{ const float* prof1; const float* prof2; const uint8_t* seq1; const uint8_t* seq2; struct aln_param* ap; struct states* f; struct states* b; int* path; int* tmp_path; int alloc_path_len; float score; int starta; int starta_2; int startb; int enda; int enda_2; int endb; int size; int len_a; int len_b; int sip; int mode; }; #endif kalign-3.3.1/src/aln_task.c000066400000000000000000000055121403616477200155270ustar00rootroot00000000000000#include "tldevel.h" #define ALN_TASK_IMPORT #include "aln_task.h" static int sort_tasks_by_priority(const void *a, const void *b); static int sort_tasks_by_c(const void *a, const void *b); int sort_tasks(struct aln_tasks* t , int order) { ASSERT(t != NULL, "No tasks"); ASSERT(t->n_tasks != 0, "No tasks"); switch (order) { case TASK_ORDER_PRIORITY: { qsort(t->list, t->n_tasks, sizeof(struct task*), sort_tasks_by_priority); break; } case TASK_ORDER_TREE: { qsort(t->list, t->n_tasks, sizeof(struct task*), sort_tasks_by_c); break; } default: ERROR_MSG("Task ordering %d not recognised."); break; } return OK; ERROR: return FAIL; } int sort_tasks_by_priority(const void *a, const void *b) { struct task* const *one = a; struct task* const *two = b; if((*one)->p >= (*two)->p){ return 1; }else{ return -1; } } int sort_tasks_by_c(const void *a, const void *b) { struct task* const *one = a; struct task* const *two = b; if((*one)->c >= (*two)->c){ return 1; }else{ return -1; } } int alloc_tasks(struct aln_tasks** tasks,int numseq) { struct aln_tasks* t = NULL; int np; int i; MMALLOC(t, sizeof(struct aln_tasks)); t->n_tasks = 0; t->n_alloc_tasks = numseq; t->list = NULL; t->profile = NULL; /* t->map = NULL; */ np = (numseq << 1) - 1; MMALLOC(t->profile,sizeof(float*)*np); /* MMALLOC(t->map,sizeof(int*)*np); */ for(i = 0; i < np;i++){ t->profile[i] = NULL; /* t->map[i] = NULL; */ } MMALLOC(t->list, sizeof(struct task*) * t->n_alloc_tasks); for(i = 0; i < t->n_alloc_tasks;i++){ t->list[i] = NULL; MMALLOC(t->list[i], sizeof(struct task)); } *tasks = t; return OK; ERROR: free_tasks(t); return FAIL; } void free_tasks(struct aln_tasks* t) { if(t){ int i; int np; for(i = 0; i < t->n_alloc_tasks;i++){ MFREE(t->list[i]); } np = t->n_alloc_tasks; np = (np << 1) - 1; /* for(i = 0; i < np;i++){ */ /* if(t->map[i]){ */ /* MFREE(t->map[i]); */ /* } */ /* } */ MFREE(t->list); /* MFREE(t->map); */ if(t->profile){ MFREE(t->profile); } MFREE(t); } } kalign-3.3.1/src/aln_task.h000066400000000000000000000017321403616477200155340ustar00rootroot00000000000000#ifndef ALN_TASK_H #define ALN_TASK_H struct task{ float score; /* score of output alignment */ int a; /* input 1 */ int b; /* input 2 */ int c; /* output */ int p; /* priority */ int n; /* amount of work */ }; struct aln_tasks{ struct task** list; /* list of pairwise alignments and their priority */ float** profile; /* buffer to hold output profiles */ /* int** map; /\* traceback paths *\/ */ int n_tasks; int n_alloc_tasks; }; #ifdef ALN_TASK_IMPORT #define EXTERN #else #define EXTERN extern #endif #define TASK_ORDER_PRIORITY 1 #define TASK_ORDER_TREE 2 EXTERN int sort_tasks(struct aln_tasks* t , int order); EXTERN int alloc_tasks(struct aln_tasks** tasks,int numseq); EXTERN void free_tasks(struct aln_tasks* tasks); #undef ALN_TASK_IMPORT #undef EXTERN #endif kalign-3.3.1/src/alphabet.c000066400000000000000000000211351403616477200155120ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "alphabet.h" int create_default_protein(struct alphabet* a); int create_protein_BZX(struct alphabet* a); int create_default_DNA(struct alphabet* a); int create_reduced_protein(struct alphabet* a); int clean_and_set_to_extern(struct alphabet* a); int merge_codes(struct alphabet*a,const int X, const int Y); #ifdef ITEST_ALPHABET int print_alphabet(struct alphabet* a); int main(void) { struct alphabet* a = NULL; RUNP(a = create_alphabet(ALPHA_defPROTEIN)); print_alphabet(a); MFREE(a); a = NULL; RUNP(a = create_alphabet(ALPHA_redPROTEIN)); print_alphabet(a); MFREE(a); RUNP(a = create_alphabet(ALPHA_defDNA)); print_alphabet(a); MFREE(a); return EXIT_SUCCESS; ERROR: return EXIT_FAILURE; } int print_alphabet(struct alphabet* a) { fprintf(stdout,"LEN: %d\n",a->L); int i; for(i = 64;i < 96;i++){ fprintf(stdout,"%c\t%d\n", (char)i, a->to_internal[i]); } return OK; } #endif struct alphabet* create_alphabet(int type) { struct alphabet* a = NULL; int i; MMALLOC(a, sizeof(struct alphabet)); for(i = 0; i < 128;i++){ a->to_internal[i] = -1; } for(i = 0; i < 32;i++){ a->to_external[i] = -1; } switch (type) { case ALPHA_defPROTEIN : { create_default_protein(a); break; } case ALPHA_ambigiousPROTEIN :{ create_protein_BZX(a); break; } case ALPHA_defDNA : { create_default_DNA(a); break; } case ALPHA_redPROTEIN : { create_reduced_protein(a); break; } default: break; } RUN(clean_and_set_to_extern(a)); return a; ERROR: if(a){ MFREE(a); } return NULL; } int switch_alphabet(struct alphabet* a, int type) { int i; for(i = 0; i < 128;i++){ a->to_internal[i] = -1; } for(i = 0; i < 32;i++){ a->to_external[i] = -1; } switch (type) { case ALPHA_defPROTEIN : { create_default_protein(a); break; } case ALPHA_redPROTEIN : { create_reduced_protein(a); break; } default: break; } RUN(clean_and_set_to_extern(a)); return OK; ERROR: return FAIL; } int create_default_protein(struct alphabet* a) { char aacode[20] = "ACDEFGHIKLMNPQRSTVWY"; int code; int i; code = 0; for(i = 0; i < 20;i++){ //fprintf(stdout,"%c %d CODE: %d\n", aacode[i], (int) aacode[i], code); a->to_internal[(int) aacode[i]] = code; code++; } /* ambiguity codes */ /* BZX */ a->to_internal[(int) 'B'] = code; a->to_internal[(int) 'Z'] = code; a->to_internal[(int) 'X'] = code; /* Some protein sequences contain 'U' - a non-IUPAC code I will treat these as an ambiguous aa e.g: >Q74EN2_GEOSL/108-206 TRELEALVAKGTEEGGYLLIDSRPAGKYNEAHIPTAVSIPFAELEKNPALLTASKDRLLVFYCGGVTUVLSPKSAGLAKKSGYEKVRVYLDGEPEWKKA */ a->to_internal[(int) 'U'] = code; code++; return OK; } int create_protein_BZX(struct alphabet* a) { char aacode[23] = "ARNDCQEGHILKMFPSTWYVBZX"; int code; int i; code = 0; for(i = 0; i < 23;i++){ //fprintf(stdout,"%c %d CODE: %d\n", aacode[i], (int) aacode[i], code); a->to_internal[(int) aacode[i]] = code; code++; } /* ambiguity codes */ /* Some protein sequences contain 'U' - a non-IUPAC code I will treat these as an ambiguous aa e.g: >Q74EN2_GEOSL/108-206 TRELEALVAKGTEEGGYLLIDSRPAGKYNEAHIPTAVSIPFAELEKNPALLTASKDRLLVFYCGGVTUVLSPKSAGLAKKSGYEKVRVYLDGEPEWKKA */ a->to_internal[(int) 'U'] = code-1; //code++; return OK; } int create_default_DNA(struct alphabet* a) { char dnacode[16] = "ACGTUNRYSWKMBDHV"; int code; int i; code = 0; for(i = 0; i < 16;i++){ //fprintf(stdout,"%c %d CODE: %d\n", aacode[i], (int) aacode[i], code); a->to_internal[(int) dnacode[i]] = code; code++; } merge_codes(a,'U','T'); /* R.................A or G */ /* Y.................C or T */ /* S.................G or C */ /* W.................A or T */ /* K.................G or T */ /* M.................A or C */ /* B.................C or G or T */ /* D.................A or G or T */ /* H.................A or C or T */ /* V.................A or C or G */ merge_codes(a,'N','R'); merge_codes(a,'N','Y'); merge_codes(a,'N','S'); merge_codes(a,'N','W'); merge_codes(a,'N','K'); merge_codes(a,'N','M'); merge_codes(a,'N','B'); merge_codes(a,'N','D'); merge_codes(a,'N','H'); merge_codes(a,'N','V'); return OK; } int create_reduced_protein(struct alphabet* a) { char aacode[20] = "ACDEFGHIKLMNPQRSTVWY"; int code; int i; code = 0; for(i = 0; i < 20;i++){ a->to_internal[(int) aacode[i]] = code; code++; } /* ambiguity codes */ /* BZX */ a->to_internal[(int) 'B'] = code; code++; a->to_internal[(int) 'Z'] = code; code++; a->to_internal[(int) 'X'] = code; code++; /* From Clustering huge protein sequence sets in linear time Martin Steinegger 1, 2, 3 and Johannes SÃļding 1 */ /* The default alphabet with A = 13 merges (L,M), (I,V), (K,R), (E, Q), (A,S,T), (N, D) and (F,Y).*/ /* reduced codes */ merge_codes(a,'L','M'); merge_codes(a,'I','V'); merge_codes(a,'K','R'); merge_codes(a,'E','Q'); merge_codes(a,'A','S'); merge_codes(a,'A','T'); merge_codes(a,'S','T'); merge_codes(a,'N','D'); merge_codes(a,'F','Y'); /* merge ambiguity codes */ merge_codes(a,'B','N'); merge_codes(a,'B','D'); merge_codes(a,'Z','E'); merge_codes(a,'Z','Q'); return OK; } int merge_codes(struct alphabet*a,const int X, const int Y) { int min; min = MACRO_MIN(a->to_internal[X],a->to_internal[Y]); ASSERT(min != -1, "code not set!"); a->to_internal[X] = min; a->to_internal[Y] = min; return OK; ERROR: return FAIL; } int clean_and_set_to_extern(struct alphabet* a) { int i; int code = 0; int8_t trans[32]; for(i = 0; i < 32;i++){ trans[i] = -1; } for(i = 64; i < 96;i++){ if(a->to_internal[i] != -1){ trans[a->to_internal[i]] = 1; } } code = 0; for(i = 0; i < 32;i++){ if(trans[i] == 1){ trans[i] = code; code++; } } a->L = code; for(i = 64; i < 96;i++){ if(a->to_internal[i] != -1){ a->to_internal[i] = trans[a->to_internal[i]];//a->to_internal[i]]; a->to_internal[i+32] = a->to_internal[i]; } } for(i = 64;i < 96;i++){ if(a->to_internal[i] != -1){ a->to_external[a->to_internal[i]] = i; } } return OK; } kalign-3.3.1/src/alphabet.h000066400000000000000000000023401403616477200155140ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef ALPHABET_H #define ALPHABET_H #include "global.h" #define ALPHA_defPROTEIN 21 #define ALPHA_ambigiousPROTEIN 23 #define ALPHA_redPROTEIN 13 #define ALPHA_defDNA 5 #define ALPHA_UNKNOWN 255 #define ALPHA_UNDEFINED -1 struct alphabet{ int8_t to_internal[128]; int8_t to_external[32]; int type; int L; }; extern struct alphabet* create_alphabet(int type); extern int switch_alphabet(struct alphabet* a, int type); #endif kalign-3.3.1/src/benchrunner.c000066400000000000000000000527011403616477200162460ustar00rootroot00000000000000#include "global.h" #include "tldevel.h" #include "tlmisc.h" #include "msa.h" #include #include #include #include #include #include #define OPT_TESTALN 1 #define OPT_REFALN 2 #define OPT_PROGRAM 3 #define OPT_TMPDIR 4 #define OPT_OUTPUT 5 #define OPT_GPO 6 #define OPT_GPE 7 #define OPT_TGPE 8 #define OPT_MATADD 9 #define OPT_RUNNAME 10 //#define BUFFER_LEN 512 struct parameters_br{ char* testseq; char* refseq; char* program; char* scratch; char* output; char* run_name; char** options; int uniq; int n_options; }; static int read_clean_alignments(char* ref_filename, char* test_filename, struct msa** ref, struct msa** test); static int sort_msa_by_name(const void *a, const void *b); int print_help_score_and_align(char **argv); int run_and_score(struct parameters_br* param); int main(int argc, char *argv[]) { struct parameters_br* param = NULL; MMALLOC(param, sizeof(struct parameters_br)); param->testseq = NULL; param->refseq = NULL; param->program = NULL; param->scratch = NULL; param->output = NULL; param->run_name = NULL; param->options = NULL; param->uniq = 0; param->n_options = 0; int help = 0; int c; while (1){ static struct option long_options[] ={ {"test", required_argument,0,OPT_TESTALN}, {"ref", required_argument,0,OPT_REFALN}, {"program", required_argument, 0, OPT_PROGRAM}, {"scratch", required_argument, 0, OPT_TMPDIR}, {"runname", required_argument, 0, OPT_RUNNAME }, {"output", required_argument, 0, OPT_OUTPUT}, {"uniq", required_argument, 0, 'u'}, {"help", no_argument,0,'h'}, {"quiet", 0, 0, 'q'}, {0, 0, 0, 0} }; int option_index = 0; c = getopt_long_only (argc, argv,"h",long_options, &option_index); //c = getopt (argc, argv, "hi:o:"); /* Detect the end of the options. */ if (c == -1){ break; } switch(c) { case OPT_TESTALN: param->testseq = optarg; break; case OPT_REFALN: param->refseq = optarg; break; case OPT_PROGRAM: param->program = optarg; break; case OPT_TMPDIR: param->scratch = optarg; break; case OPT_OUTPUT: param->output = optarg; break; case OPT_RUNNAME: param->run_name = optarg; break; case 'u': param->uniq = atoi(optarg); break; case 'h': help = 1; break; case '?': LOG_MSG("Print %c", optopt); help = 1; break; default: abort (); } } if (optind < argc){ param->n_options = argc-optind; if(param->n_options != 1){ while (optind < argc){ fprintf(stdout,"%s",argv[optind++]); } ERROR_MSG("benrunner can only accept one additional argument"); } MMALLOC(param->options, sizeof(char*) * param->n_options); c = 0; while (optind < argc){ param->options[c] = argv[optind++]; c++; } param->n_options = c; } if(help){ RUN(print_help_score_and_align(argv)); } /* check options */ if(!param->testseq){ RUN(print_help_score_and_align(argv)); ERROR_MSG("No test file\n"); }else{ if(!my_file_exists(param->testseq)){ ERROR_MSG("test file: %s does not exist\n",param->testseq); } } if(!param->refseq){ RUN(print_help_score_and_align(argv)); ERROR_MSG("No ref file\n"); }else{ if(!my_file_exists(param->refseq)){ ERROR_MSG("ref file: %s does not exist",param->testseq); } } if(!param->program){ RUN(print_help_score_and_align(argv)); ERROR_MSG("No program specified\n"); } if(!param->output){ RUN(print_help_score_and_align(argv)); ERROR_MSG("No output specified\n"); } if(param->scratch){ struct stat sb; if(stat(param->scratch, &sb) == 0 && S_ISDIR(sb.st_mode)) { LOG_MSG("use tmpdir: %s", param->scratch); }else{ ERROR_MSG("tmpdir %s does not exist.", param->scratch); } } RUN(run_and_score(param)); if(param->options){ MFREE(param->options); } MFREE(param); //RUN(timescore(testseq, refseq, program, scratch,output)); return EXIT_SUCCESS; ERROR: if(param->options){ MFREE(param->options); } MFREE(param); /* RUN(print_help_score_and_align(argv)); */ return EXIT_FAILURE; } int run_and_score(struct parameters_br* param) { FILE* out_ptr = NULL; struct msa* ref_aln = NULL; struct msa* test_aln = NULL; char* basename = NULL; //struct parameters* param = NULL; auto int rc; //char path_buffer[BUFFER_LEN]; char cmd[BUFSIZ*2]; char ret[BUFSIZ]; char progline[BUFSIZ]; char* options = NULL; char* path = NULL; FILE* pipe = NULL; double time; double SP,TC; double average_seq_len = 0.0; struct timeval tv1, tv2; int i,j,l; char *envpaths = getenv("PATH"); path = realpath(param->scratch, NULL); if (path) { LOG_MSG("scratch is: %s", path); } else{ MMALLOC(path, sizeof(char) * 10); rc = snprintf(path, 10, "%s","."); } if(param->n_options){ l = strlen(param->options[0]); MMALLOC(options, sizeof(char) * ( l+1)); for(i = 0; i < l;i++){ if(param->options[0][i] == '@' || param->options[0][i] == ':'){ options[i] = ' '; }else{ options[i] = param->options[0][i]; } } options[l] = 0; }else{ MMALLOC(options, sizeof(char) * 1); options[0] = 0; } if(!strcmp(param->program , "kalign")){ if (system("which kalign")){ ERROR_MSG("kalign is not found in your path:\n%s\n",envpaths); } rc = snprintf(cmd, BUFSIZ, "kalign %s %s -f msf -o %s/test_%d.msf",options, param->testseq,path,param->uniq); }else if(!strcmp(param->program,"kalign2")){ if (system("which kalign2")){ ERROR_MSG("kalign2 is not found in your path:\n%s\n",envpaths); } rc = snprintf(cmd, BUFFER_LEN*2, "kalign2 -i %s -f msf -o %s/test.msf",param->testseq,path); }else if(!strcmp(param->program,"muscle")){ if (system("which muscle3.8.31_i86linux32")){ ERROR_MSG("muscle3.8.31_i86linux32 is not found in your path:\n%s\n",envpaths); } rc = snprintf(cmd, BUFFER_LEN*2, "muscle3.8.31_i86linux32 -maxiters 2 -msf -in %s -out %s/test_%d.msf",param->testseq,path,param->uniq); }else if(!strcmp(param->program,"clustal")){ if (system("which clustalo-1.2.4-Ubuntu-x86_64")){ ERROR_MSG("clustalo-1.2.4-Ubuntu-x86_64 is not found in your path:\n%s\n",envpaths); } rc = snprintf(cmd, BUFFER_LEN*2, "clustalo-1.2.4-Ubuntu-x86_64 --threads=1 --iterations=2 --outfmt=msf --in %s --force --out %s/test.msf --verbose ",param->testseq,path); }else{ ERROR_MSG("Program %s not recognize\n", param->program); } //LOG_MSG("Running: %s", cmd); gettimeofday(&tv1, NULL); RUNP(pipe = popen(cmd,"r")); //if (system("which gnuplot")) while (fgets(ret, BUFFER_LEN, pipe)){ //fprintf(stderr,"%s", ret); } rc = pclose(pipe); if (rc == EXIT_SUCCESS) { // == 0 LOG_MSG("Running:\n%s was a success", cmd); gettimeofday(&tv2, NULL); time = (double) (tv2.tv_usec - tv1.tv_usec) / (double) CLOCKS_PER_SEC + (double) (tv2.tv_sec - tv1.tv_sec); printf ("Total time = %f seconds\n",time); // extract all sequences from the test alignment that are found in the reference... LOG_MSG("read reference alignment"); snprintf( ret, BUFFER_LEN*2, "%s/test_%d.msf",path,param->uniq); RUN(read_clean_alignments(param->refseq, ret, &ref_aln,&test_aln)); average_seq_len = 0.0; for(j = 0; j < test_aln->numseq;j++){ average_seq_len += test_aln->sequences[j]->len;// test_aln->sl[j]; } average_seq_len = average_seq_len / (double) test_aln->numseq; snprintf(ret, BUFSIZ, "%s/refaln_%d.msf",path,param->uniq); write_msa(ref_aln, ret, FORMAT_MSF); snprintf(ret, BUFSIZ, "%s/evalaln_%d.msf",path,param->uniq); write_msa(test_aln, ret, FORMAT_MSF); /* snprintf(cmd,BUFSIZ*2 , "bali_score %s %s", param->refseq, ret); */ snprintf(cmd,BUFSIZ*2 , "mumsa %s/refaln_%d.msf %s/evalaln_%d.msf",path,param->uniq,path,param->uniq); // Setup our pipe for reading and execute our command. RUNP(pipe = popen(cmd,"r")); // Grab data from process execution while (fgets(ret, BUFSIZ, pipe)){ //fprintf(stdout,"%s", ret); } TC = 0.0; sscanf(ret, "%*s %*s %lf", &SP); rc = pclose(pipe); if(rc == EXIT_SUCCESS){ /* construct program name */ l = strlen(options); if(l > 1){ for(i = 0; i < l;i++){ if(options[i] == ' '){ options[i] = '_'; } } snprintf(progline, BUFSIZ, "%s%s", param->program,options); }else{ snprintf(progline, BUFSIZ, "%s", param->program); } if(!strcmp(param->output, "server")){ fprintf(stdout,"%f\n",SP); }else if(!my_file_exists(param->output)){ RUN(tlfilename(param->refseq, &basename)); RUNP(out_ptr = fopen(param->output ,"w")); fprintf(out_ptr,"Runname,Program,Alignment,AVGLEN,NUMSEQ,SP,TC,Time\n"); if(param->run_name){ fprintf(out_ptr,"%s,%s,%s,%f,%d,%f,%f,%f\n", param->run_name, progline, basename, average_seq_len, test_aln->numseq, SP, TC, time); }else{ fprintf(out_ptr,"%s,%s,%s,%f,%d,%f,%f,%f\n", param->program, progline, basename, average_seq_len, test_aln->numseq, SP, TC, time); } fclose(out_ptr); if(basename){ MFREE(basename); } }else{ RUN(tlfilename(param->refseq, &basename)); RUNP(out_ptr = fopen(param->output,"a")); if(param->run_name){ fprintf(out_ptr,"%s,%s,%s,%f,%d,%f,%f,%f\n", param->run_name, progline, basename, average_seq_len, test_aln->numseq, SP, TC, time); }else{ fprintf(out_ptr,"%s,%s,%s,%f,%d,%f,%f,%f\n", param->program, progline, basename, average_seq_len, test_aln->numseq, SP, TC, time); } fclose(out_ptr); if(basename){ MFREE(basename); } } }else{ ERROR_MSG("Running %s failed", cmd); } //LOG_MSG("SP:%f TC:%f", SP,TC); //free_aln(test_aln); //MFREE(param->outfile); //MFREE(param->infile[0]); //free_parameters(param); free_msa(ref_aln); free_msa(test_aln ); } else { // EXIT_FAILURE is not used by all programs, maybe needs some adaptation. ERROR_MSG("Running:\n%s failed.", cmd); /* WARNING_MSG("Error code was: %d", rc); */ } snprintf(ret, BUFFER_LEN, "%s/refaln_%d.msf",path,param->uniq); if(my_file_exists(ret)){ remove(ret); } snprintf(ret, BUFFER_LEN, "%s/evalaln_%d.msf",path,param->uniq); if(my_file_exists(ret)){ remove(ret); } snprintf( ret, BUFFER_LEN*2, "%s/test_%d.msf",path,param->uniq); if(my_file_exists(ret)){ remove(ret); } if(path){ MFREE(path); } MFREE(options); //MFREE(path); return OK; ERROR: WARNING_MSG("Failed"); WARNING_MSG("ref: %s", param->refseq); snprintf(ret, BUFFER_LEN, "%s/refaln_%d.msf",path,param->uniq); if(my_file_exists(ret)){ remove(ret); } snprintf(ret, BUFFER_LEN, "%s/evalaln_%d.msf",path,param->uniq); if(my_file_exists(ret)){ /* remove(ret); */ } snprintf( ret, BUFFER_LEN*2, "%s/test_%d.msf",path,param->uniq); if(my_file_exists(ret)){ /* remove(ret); */ } if(options){ MFREE(options); } if(ref_aln){ free_msa(ref_aln); } if(test_aln){ free_msa(test_aln); } if(path){ MFREE(path); } return FAIL; } int print_help_score_and_align(char **argv) { const char usage[] = " -test -ref -program -o "; char* basename = NULL; RUN(tlfilename(argv[0], &basename)); fprintf(stdout,"\nUsage: %s [-options] %s\n\n",basename ,usage); fprintf(stdout,"NOTE: the program appends results to the output file.\n\n"); fprintf(stdout,"Options:\n\n"); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--scratch","Scratch directory." ,"[NA]" ); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--runname","Name of run." ,"[NA]" ); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--gpo","Gap open ." ,"[NA]" ); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--gpe","Gap extend." ,"[NA]" ); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--tgpe","Gap extend terminal." ,"[NA]" ); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--matadd","Addition to sub matrix." ,"[NA]" ); if(basename){ MFREE(basename); } return OK; ERROR: if(basename){ MFREE(basename); } return FAIL; } int read_clean_alignments(char* ref_filename, char* test_filename, struct msa** ref, struct msa** test) { struct msa* ref_aln; struct msa* tmp_aln; struct msa* test_aln; int i,j,c,n; RUN(read_input( ref_filename, &ref_aln)); RUN(read_input(test_filename, &test_aln));// detect_and_read_sequences(param)); /* sort test and ref alignment */ qsort(test_aln->sequences , test_aln->numseq, sizeof(struct msa_seq *), sort_msa_by_name); qsort(ref_aln->sequences , ref_aln->numseq, sizeof(struct msa_seq *), sort_msa_by_name); /* if test contains more sequences than ref copy ref; free sequences; copy sequences from test over */ /* Case one -> all good */ if(ref_aln->numseq == test_aln->numseq){ *ref = ref_aln; *test = test_aln; }else if(ref_aln->numseq < test_aln->numseq){ /* Case 2 more test then ref */ /* read ref in again */ RUN(read_input( ref_filename, &tmp_aln)); /* free sequences */ for(i = 0; i < tmp_aln->numseq;i++){ struct msa_seq* seq; seq = tmp_aln->sequences[i]; MFREE(seq->name); MFREE(seq->seq); MFREE(seq->s); MFREE(seq->gaps); MFREE(seq); } /* copy test sequences matching ref names over. */ for(i = 0; i < ref_aln->numseq;i++){ c = -1; n = 0; for(j = 0; j < test_aln->numseq;j++){ //if( ref_aln->lsn[i] == test_aln->lsn[j]){ if(!strncmp( ref_aln->sequences[i]->name, test_aln->sequences[j]->name, MSA_NAME_LEN)){ n++; c = j; } } if(c == -1){ ERROR_MSG("Sequence %s not found in test alignment!", ref_aln->sequences[i]->name); }else if( n > 1){ ERROR_MSG("Multiple sequences with name %s found",ref_aln->sequences[i]->name); }else{ tmp_aln->sequences[i] = test_aln->sequences[c]; test_aln->sequences[c] = NULL; } } free_msa(test_aln); *ref = ref_aln; *test = tmp_aln; }else{ /* case 3: more ref than test??? should never happen */ ERROR_MSG("Reference contains more sequences than test aln"); } return OK; ERROR: if(tmp_aln){ free_msa(tmp_aln); } if(test_aln){ free_msa(test_aln); } if(ref_aln){ free_msa(ref_aln); } return FAIL; } int sort_msa_by_name(const void *a, const void *b) { struct msa_seq* const *one = a; struct msa_seq* const *two = b; if(strncmp((*one)->name, (*two)->name, MSA_NAME_LEN) < 0){ return -1; }else{ return 1; } } kalign-3.3.1/src/bisectingKmeans.c000066400000000000000000000503501403616477200170410ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifdef HAVE_OPENMP #include #endif #ifdef HAVE_AVX2 #include #endif #include #include "tlrng.h" #include "msa.h" #include "bisectingKmeans.h" #include "global.h" #include "msa.h" #include "aln_task.h" #include "sequence_distance.h" #include "euclidean_dist.h" /* #include "alignment.h" */ #include "pick_anchor.h" #include "esl_stopwatch.h" struct node{ struct node* left; struct node* right; int id; }; struct kmeans_result{ int* sl; int* sr; int nl; int nr; float score; }; static struct kmeans_result* alloc_kmeans_result(int num_samples); static void free_kmeans_results(struct kmeans_result* k); struct node* upgma(float **dm,int* samples, int numseq); static struct node* alloc_node(void); static int label_internal(struct node*n, int label); static void create_tasks(struct node*n, struct aln_tasks* t); static struct node* bisecting_kmeans_serial(struct msa* msa, struct node* n, float** dm,int* samples,int numseq, int num_anchors,int num_samples); static struct node* bisecting_kmeans_parallel(struct msa* msa, struct node* n, float** dm,int* samples,int numseq, int num_anchors,int num_samples); static int split(float** dm,int* samples, int num_anchors,int num_samples,int seed_pick,struct kmeans_result** ret); int build_tree_kmeans(struct msa* msa, struct aln_param* ap,struct aln_tasks** tasks) { struct aln_tasks* t = NULL; struct node* root = NULL; float** dm = NULL; int* samples = NULL; int* anchors = NULL; int num_anchors; int numseq; int i; ASSERT(msa != NULL, "No alignment."); //ASSERT(param != NULL, "No input parameters."); ASSERT(ap != NULL, "No alignment parameters."); t = *tasks; if(!t){ RUN(alloc_tasks(&t, msa->numseq)); } numseq = msa->numseq; DECLARE_TIMER(timer); /* pick anchors . */ LOG_MSG("Calculating pairwise distances"); START_TIMER(timer); RUNP(anchors = pick_anchor(msa, &num_anchors)); RUNP(dm = d_estimation(msa, anchors, num_anchors,0));//les,int pair) STOP_TIMER(timer); GET_TIMING(timer); //LOG_MSG("Done in %f sec.", GET_TIMING(timer)); MFREE(anchors); MMALLOC(samples, sizeof(int)* numseq); for(i = 0; i < numseq;i++){ samples[i] = i; } LOG_MSG("%d anchors ", num_anchors); //RUNP(root = alloc_node()); START_TIMER(timer); LOG_MSG("Building guide tree."); if(ap->nthreads == 1){ root = bisecting_kmeans_serial(msa,root, dm, samples, numseq, num_anchors, numseq); }else{ root = bisecting_kmeans_parallel(msa,root, dm, samples, numseq, num_anchors, numseq); } STOP_TIMER(timer); GET_TIMING(timer); label_internal(root, numseq); create_tasks(root, t); /*exit(0); ap->tree[0] = 1; ap->tree = readbitree(root, ap->tree); for (i = 0; i < (numseq*3);i++){ tree[i] = tree[i+1]; }*/ MFREE(root); for(i =0 ; i < msa->numseq;i++){ _mm_free(dm[i]); } MFREE(dm); DESTROY_TIMER(timer); return OK; ERROR: return FAIL; } struct node* bisecting_kmeans_parallel(struct msa* msa, struct node* n, float** dm,int* samples,int numseq, int num_anchors,int num_samples) { struct kmeans_result* res_tmp = NULL; struct kmeans_result* best = NULL; struct kmeans_result** res_ptr = NULL; int i,j; int tries = 40; /* int t_iter; */ /* int r; */ int* sl = NULL; int* sr = NULL; int num_l,num_r; if(num_samples < 100){ float** dm = NULL; RUNP(dm = d_estimation(msa, samples, num_samples,1));// anchors, num_anchors,1)); n = upgma(dm,samples, num_samples); gfree(dm); MFREE(samples); return n; }else if(num_samples < 1000){ n = bisecting_kmeans_serial(msa, n, dm, samples, numseq, num_anchors, num_samples); return n; } best = NULL; res_tmp = NULL; MMALLOC(res_ptr, sizeof(struct kmeans_result*) * 4); for(i = 0; i < 4;i++){ res_ptr[i] = NULL; } tries = MACRO_MIN(tries, num_samples); int step = num_samples / tries; int change = 0; for(i = 0;i < tries;i += 4){ change = 0; #ifdef HAVE_OPENMP #pragma omp parallel for num_threads(4) #endif for(j = 0; j < 4;j++){ split(dm,samples,num_anchors, num_samples, (i+ j)*step, &res_ptr[j]); } for(j = 0; j < 4;j++){ if(!best){ change++; best = res_ptr[j]; res_ptr[j] = NULL; }else{ if(best->score > res_ptr[j]->score){ res_tmp = best; best = res_ptr[j]; res_ptr[j] = res_tmp; /* LOG_MSG("Better!!! %f %f", res_tmp->score,best->score); */ change++; } } } if(!change){ break; } } sl = best->sl; sr = best->sr; num_l = best->nl; num_r = best->nr; for(i = 0; i < 4;i++){ free_kmeans_results(res_ptr[i]); } MFREE(res_ptr); MFREE(best); MFREE(samples); n = alloc_node(); #ifdef HAVE_OPENMP #pragma omp parallel num_threads(2) { #pragma omp single nowait { //LOG_MSG("Done"); #pragma omp task shared(msa,n,dm,numseq,num_anchors) #endif { n->left = bisecting_kmeans_parallel(msa,n->left, dm, sl, numseq, num_anchors,num_l); } #ifdef HAVE_OPENMP #pragma omp task shared(msa,n,dm,numseq,num_anchors) #endif { n->right = bisecting_kmeans_parallel(msa,n->right, dm, sr, numseq, num_anchors, num_r); } #ifdef HAVE_OPENMP #pragma omp taskwait } } #endif return n; ERROR: return NULL; } struct node* bisecting_kmeans_serial(struct msa* msa, struct node* n, float** dm,int* samples,int numseq, int num_anchors,int num_samples) { struct kmeans_result* res_tmp = NULL; struct kmeans_result* best = NULL; struct kmeans_result** res_ptr = NULL; int i,j; int tries = 40; /* int t_iter; */ /* int r; */ int* sl = NULL; int* sr = NULL; int num_l,num_r; if(num_samples < 100){ float** dm = NULL; RUNP(dm = d_estimation(msa, samples, num_samples,1));// anchors, num_anchors,1)); n = upgma(dm,samples, num_samples); gfree(dm); MFREE(samples); return n; } best = NULL; res_tmp = NULL; MMALLOC(res_ptr, sizeof(struct kmeans_result*) * 4); for(i = 0; i < 4;i++){ res_ptr[i] = NULL; } tries = MACRO_MIN(tries, num_samples); int step = num_samples / tries; int change = 0; for(i = 0;i < tries;i += 4){ change = 0; for(j = 0; j < 4;j++){ split(dm,samples,num_anchors, num_samples, (i+ j)*step, &res_ptr[j]); } for(j = 0; j < 4;j++){ if(!best){ change++; best = res_ptr[j]; res_ptr[j] = NULL; }else{ if(best->score > res_ptr[j]->score){ res_tmp = best; best = res_ptr[j]; res_ptr[j] = res_tmp; /* LOG_MSG("Better!!! %f %f", res_tmp->score,best->score); */ change++; } } } if(!change){ break; } } sl = best->sl; sr = best->sr; num_l = best->nl; num_r = best->nr; for(i = 0; i < 4;i++){ free_kmeans_results(res_ptr[i]); } MFREE(res_ptr); MFREE(best); MFREE(samples); n = alloc_node(); n->left = bisecting_kmeans_serial(msa,n->left, dm, sl, numseq, num_anchors,num_l); n->right = bisecting_kmeans_serial(msa,n->right, dm, sr, numseq, num_anchors, num_r); return n; ERROR: return NULL; } int split(float** dm,int* samples, int num_anchors,int num_samples,int seed_pick,struct kmeans_result** ret) { struct kmeans_result* res = NULL; int* sl = NULL; int* sr = NULL; int num_l,num_r; float* w = NULL; float* wl = NULL; float* wr = NULL; float* cl = NULL; float* cr = NULL; float dl = 0.0F; float dr = 0.0F; float score; int num_var; int i; int s; int j; int stop = 0; num_var = num_anchors / 8; if( num_anchors%8){ num_var++; } num_var = num_var << 3; wr = _mm_malloc(sizeof(float) * num_var,32); wl = _mm_malloc(sizeof(float) * num_var,32); cr = _mm_malloc(sizeof(float) * num_var,32); cl = _mm_malloc(sizeof(float) * num_var,32); w = _mm_malloc(sizeof(float) * num_var,32); if(*ret){ res = *ret; }else{ RUNP(res = alloc_kmeans_result(num_samples)); } res->score = FLT_MAX; sl = res->sl; sr = res->sr; for(i = 0; i < num_var;i++){ w[i] = 0.0F; wr[i] = 0.0F; wl[i] = 0.0F; cr[i] = 0.0F; cl[i] = 0.0F; } for(i = 0; i < num_samples;i++){ s = samples[i]; for(j = 0; j < num_anchors;j++){ w[j] += dm[s][j]; } } for(j = 0; j < num_anchors;j++){ w[j] /= (float)num_samples; } //r = tl_random_int(rng , num_samples); //r = sel[t_iter]; s = samples[seed_pick]; /* LOG_MSG("Selected %d\n",s); */ for(j = 0; j < num_anchors;j++){ cl[j] = dm[s][j]; } for(j = 0; j < num_anchors;j++){ cr[j] = w[j] - (cl[j] - w[j]); // fprintf(stdout,"%f %f %f\n", cl[j],cr[j],w[j]); } _mm_free(w); /* check if cr == cl - we have identical sequences */ s = 0; for(j = 0; j < num_anchors;j++){ if(fabsf(cl[j]-cr[j]) > 1.0E-6){ s = 1; break; } } if(!s){ score = 0.0F; num_l = 0; num_r = 0; sl[num_l] = samples[0]; num_l++; for(i =1 ; i dl){ w = wl; sl[num_l] = s; num_l++; }else{ if(i & 1){ w = wr; sr[num_r] = s; num_r++; }else{ w = wl; sl[num_l] = s; num_l++; } } for(j = 0; j < num_anchors;j++){ w[j] += dm[s][j]; } } for(j = 0; j < num_anchors;j++){ wl[j] /= (float)num_l; wr[j] /= (float)num_r; } s = 0; for(j = 0; j < num_anchors;j++){ if(wl[j] != cl[j]){ s = 1; break; } if(wr[j] != cr[j]){ s = 1; break; } } if(s){ w = cl; cl = wl; wl = w; w = cr; cr = wr; wr = w; }else{ break; } } } _mm_free(wr); _mm_free(wl); _mm_free(cr); _mm_free(cl); res->nl = num_l; res->nr = num_r; res->score = score; *ret = res; return OK; ERROR: return FAIL; } struct node* upgma(float **dm,int* samples, int numseq) { struct node** tree = NULL; struct node* tmp = NULL; int i,j; int *as = NULL; float max; int node_a = 0; int node_b = 0; int cnode = numseq; int numprofiles; numprofiles = (numseq << 1) - 1; MMALLOC(as,sizeof(int)*numseq); for (i = numseq; i--;){ as[i] = i+1; } MMALLOC(tree,sizeof(struct node*)*numseq); for (i = 0;i < numseq;i++){ tree[i] = NULL; tree[i] = alloc_node(); tree[i]->id = samples[i]; } while (cnode != numprofiles){ max = FLT_MAX; for (i = 0;i < numseq-1; i++){ if (as[i]){ for ( j = i + 1;j < numseq;j++){ if (as[j]){ if (dm[i][j] < max){ max = dm[i][j]; node_a = i; node_b = j; } } } } } tmp = NULL; tmp = alloc_node(); tmp->left = tree[node_a]; tmp->right = tree[node_b]; tree[node_a] = tmp; tree[node_b] = NULL; /*deactivate sequences to be joined*/ as[node_a] = cnode+1; as[node_b] = 0; cnode++; /*calculate new distances*/ for (j = numseq;j--;){ if (j != node_b){ dm[node_a][j] = (dm[node_a][j] + dm[node_b][j])*0.5F + 0.001F; } //fprintf(stdout,"\n"); } dm[node_a][node_a] = 0.0F; for (j = numseq;j--;){ dm[j][node_a] = dm[node_a][j]; } } tmp = tree[node_a]; MFREE(tree); MFREE(as); return tmp; ERROR: return NULL; } struct node* alloc_node(void) { struct node* n = NULL; MMALLOC(n, sizeof(struct node)); n->left = NULL; n->right = NULL; n->id = -1; return n; ERROR: return NULL; } int label_internal(struct node*n, int label) { //n->d = d; if(n->left){ label = label_internal(n->left, label); } if(n->right){ label = label_internal(n->right, label); } if(n->id == -1){ n->id = label; label++; } return label; } void create_tasks(struct node*n, struct aln_tasks* t) { if(n->left && n->right){ struct task* task; task = t->list[t->n_tasks]; task->a = n->left->id; task->b = n->right->id; task->c = n->id; /* task->p = n->d; */ /* task->n = n->n; */ //fprintf(stdout,"Node %d %d depends on %d %d \n", n->id, n->d , n->left->id, n->right->id); t->n_tasks++; } if(n->left){ create_tasks(n->left,t); } if(n->right){ create_tasks(n->right,t); } if(n->left){ if(n->right){ MFREE(n->left); MFREE(n->right); } } } struct kmeans_result* alloc_kmeans_result(int num_samples) { struct kmeans_result* k = NULL; ASSERT(num_samples != 0, "No samples???"); MMALLOC(k, sizeof(struct kmeans_result)); k->nl = 0; k->nr = 0; k->sl = NULL; k->sr = NULL; MMALLOC(k->sl, sizeof(int) * num_samples); MMALLOC(k->sr, sizeof(int) * num_samples); k->score = FLT_MAX; return k; ERROR: free_kmeans_results(k); return NULL; } void free_kmeans_results(struct kmeans_result* k) { if(k){ if(k->sl){ MFREE(k->sl); } if(k->sr){ MFREE(k->sr); } MFREE(k); } } kalign-3.3.1/src/bisectingKmeans.h000066400000000000000000000021441403616477200170440ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef BISECTINGKMEANS_H #define BISECTINGKMEANS_H #include "alignment_parameters.h" struct aln_tasks; int build_tree_kmeans(struct msa* msa, struct aln_param* ap,struct aln_tasks** task_list); //int build_tree_kmeans(struct msa* msa, struct aln_param* ap); //extern int build_tree_kmeans(struct msa* msa, struct aln_param* ap); #endif kalign-3.3.1/src/bpm.c000066400000000000000000000517651403616477200145240ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "bpm.h" #include #include "tlrng.h" #ifdef HAVE_AVX2 #include __m256i BROADCAST_MASK[16]; void bitShiftLeft256ymm (__m256i *data, int count); __m256i bitShiftRight256ymm (__m256i *data, int count); /* taken from Alexander Yee: http://www.numberworld.org/y-cruncher/internals/addition.html#ks_add */ __m256i add256(uint32_t carry, __m256i A, __m256i B); #endif /* Below are test functions */ #ifdef BPM_UTEST #include #include "alphabet.h" #include "esl_stopwatch.h" /* Functions needed for the unit test*/ uint8_t dyn_256(const uint8_t* t,const uint8_t* p,int n,int m); uint8_t dyn_256_print(const uint8_t* t,const uint8_t* p,int n,int m); int mutate_seq(uint8_t* s, int len,int k,int L, struct rng_state* rng); #ifdef HAVE_AVX2 /* For debugging */ void print_256(__m256i X); void print_256_all(__m256i X); #endif /* The actual test. */ int bpm_test(void); int main(void) { /* Important set_broadcast_mask has to be called before using bpm_256!!! */ #ifdef HAVE_AVX2 set_broadcast_mask(); #endif RUN(bpm_test()); return EXIT_SUCCESS; ERROR: return EXIT_FAILURE; } int bpm_test(void) { /* idea: start with identical sequences add errors run bpm */ struct alphabet* alphabet = NULL; struct rng_state* rng; //long int r; int len = 0; int i,j,c; uint8_t* a = NULL; uint8_t* b = NULL; int test_iter = 100; int calc_errors = 0; int total_calc = 0; int dyn_score,bpm_score; RUNP(rng = init_rng(0)); RUNP(alphabet = create_alphabet(ALPHA_redPROTEIN)); char seq[] = "MLLRNSFISQDENDDQLSPTQLGRAAIASSLPPEASLAIFEDLNSASRAIALDTELHMLYLVYFYKNSRAQIIQKIFKIYSIFILKKFKNLEPKFKKKISENITVHITNSIRKKQHFWHVTPINVSVWQECDWHHLFSIFSKLPSDHKRIAKLVGVSEKFILDQLQGRRNDKLLQIHIRFFSALALFDLISEMSIYEVSHKYRIPRGCLQTLQSQSATYAAMIVAFCLRLGWTYLKALLDGFATRLLFGVRSELSELVAIEGIDGQRARILHERGVTCLSHLSACDSSKLAHFLTLAVPYSSSNSNDGLGEWLFGEPRMRVDVAARTLKERARKVLIRRVQELGISVELPKFEENEENIQESCDSGLPDSCEGMEDELEEKENIVKMEEMTKSVTEMSLTDNTISFKSEDDLFKKEIKVEEDEVFIKKEIDEDEEEIVEETVIECLETSLLKLKASTDEVFLRRLSQTFSPIGRSRSILNNSLLEDSFDRPVPRSSIPILNFITPKRESPTPYFEDSFDRPIPGSLPISSSRRKSVLTNIANLDSSRRESINSNASDNNSFDVFVTPPTKSAKEEKRRIAVKHPRVGNIIYSPLTSSPVIKHPKLEINHFYLKDVCHDHNAWNLWTKSSTSTSSCSIRVSDDYTGIAIRTDAGNTFIPLLETFGGENSVPQFFKNISNFYVLKMPLKIFWKQPSPASKYFESFSKCIIPLNTRLEFLKTLAVTVEMYISSMEDAFLIFEKFGIKIFRLKVVRIAAYLNNVIDVEQEENSNFLPILMDRYSILDPEIRKTCSSSLHKAAVEVYSLKPIFEKMCCSGASLQLEMESCQTVLNIFYSGIVFDQALCNSFIYKIRKQIENLEENIWRLAYGKFNIHSSNEVANVLFYRLGLIYPETSGCKPKLRHLPTNKLILEQMNTQHPIVGKILEYRQIQHTLTQCLMPLAKFIGRIHCWFEMCTSTGRILTSVPNLQNVPKRISSDGMSARQLFIANSENLLIGADYKQLELRVLAHLSNDSNLVNLITSDRDLFEELSIQWNFPRDAVKQLCYGLIYGMGAKSLSELTRMSIEDAEKMLKAFFAMFPGVRSYINETKEKVCKEEPISTIIGRRTIIKASGIGEERARIERVAVNYTIQGSASEIFKTAIVDIESKIKEFGAQIVLTIHDEVLVECPEIHVAAASESIENCMQNALSHLLRVPMRVSMKTGRSWADLK"; len = strlen(seq); if(len > 256){ len = 256; } MMALLOC(a , sizeof(uint8_t) * len) ; MMALLOC(b , sizeof(uint8_t) * len) ; for(i = 0;i < len;i++){ a[i] = alphabet->to_internal[(int)seq[i]]; b[i] =a[i]; //fprintf(stdout,"%d %d\n", a[i],b[i]); } //fprintf(stdout,"LEN: %d\n", len); //LOG_MSG("Testing correctness of serial bpm."); // len = 63; calc_errors = 0; total_calc = 0; len =63; //could fix; for(i = 0; i < 10;i++){ for (j =0 ; j < test_iter; j++){ RUN(mutate_seq(b,len,i,alphabet->L,rng)); dyn_score = dyn_256(a,b,len,len); bpm_score = bpm(a,b,len,len); if( abs( dyn_score - bpm_score) != 0){ fprintf(stdout,"Scores differ: %d (dyn) %d (bpm) (%d out of %d)\n", dyn_score,bpm_score, calc_errors , total_calc); calc_errors++; } /* restore sequence b */ for(c = 0;c < len;c++){ b[c] = a[c]; } total_calc++; } } //fprintf(stdout,"%d errors out of %d\n", calc_errors , total_calc); //LOG_MSG("Testing correctness of AVX bpm."); len = strlen(seq); if(len > 255){ len = 255; } // len = 63; calc_errors = 0; total_calc = 0; for(i = 0; i < 10;i++){ for (j =0 ; j < test_iter; j++){ RUN(mutate_seq(b,len,i,alphabet->L,rng)); dyn_score = dyn_256(a,b,len,len); #ifdef HAVE_AVX2 bpm_score = bpm_256(a,b,len,len); #else bpm_score = dyn_score; #endif if( abs( dyn_score - bpm_score) != 0){ fprintf(stdout,"Scores differ: %d (dyn) %d (bpm) (%d out of %d)\n", dyn_score,bpm_score, calc_errors , total_calc); calc_errors++; } /* restore sequence b */ for(c = 0;c < len;c++){ b[c] = a[c]; } total_calc++; } } //fprintf(stdout,"%d errors out of %d\n", calc_errors , total_calc); len = strlen(seq); if(len > 255){ len = 255; } double dyn_timing; double bpm_timing; int timing_iter = 100; //fprintf(stdout,"Dyn\tAVX\tDYN/AVX\n"); DECLARE_TIMER(t); START_TIMER(t); for(i = 0; i < 100;i+=10){ RUN(mutate_seq(b,len,i,alphabet->L,rng)); for(j = 0; j < timing_iter;j++){ dyn_score = dyn_256(a,b,len,len); } //dyn_timing = GET_TIMING(t); } STOP_TIMER(t); GET_TIMING(t); START_TIMER(t); for(i = 0; i < 100;i+=10){ RUN(mutate_seq(b,len,i,alphabet->L,rng)); #ifdef HAVE_AVX2 for(j = 0; j < timing_iter;j++){ bpm_score = bpm_256(a,b,len,len); } #else bpm_score = dyn_score; #endif //ASSERT(dyn_score == bpm_score, "Scores differ: %d %d.",dyn_score, bpm_score); //fprintf(stdout,"%f\t%f\t%f\n",dyn_timing,bpm_timing, dyn_timing / bpm_timing); /* restore seq */ for(j = 0;j < len;j++){ b[j] = a[j]; } } STOP_TIMER(t); GET_TIMING(t); DESTROY_TIMER(t); MFREE(alphabet); MFREE(a); MFREE(b); MFREE(rng); return OK; ERROR: return FAIL; } int mutate_seq(uint8_t* s, int len,int k,int L, struct rng_state* rng) { int i,j; int r; for(i = 0; i < k;i++){ r = tl_random_int(rng,len); j = r; r = tl_random_int(rng,L); s[j] = r; } return OK; } uint8_t dyn_256(const uint8_t* t,const uint8_t* p,int n,int m) { uint8_t* prev = NULL; uint8_t* cur = NULL; uint8_t* tmp = NULL; int i,j,c; MMALLOC(prev, sizeof(uint8_t)* 257); MMALLOC(cur, sizeof(uint8_t)* 257); cur[0] = 0; //fprintf(stdout,"%d ", cur[0]); for(j = 1; j <= m;j++){ cur[j] = cur[j-1] +1; //fprintf(stdout,"%d ", cur[j]); } //fprintf(stdout,"\n"); tmp = cur; cur = prev; prev = tmp; for(i = 1; i <= n;i++){ cur[0] = prev[0]; //fprintf(stdout,"%d ", cur[0]); for(j = 1; j < m;j++){ c = 1; if(t[i-1] == p[j-1]){ c = 0; } cur[j] = prev[j-1] +c ; cur[j] = MACRO_MIN(cur[j], prev[j]+1); cur[j] = MACRO_MIN(cur[j], cur[j-1]+1); } j = m; c = 1; if(t[i-1] == p[j-1]){ c = 0; } cur[j] = prev[j-1] +c ; cur[j] = MACRO_MIN(cur[j], prev[j]); cur[j] = MACRO_MIN(cur[j], cur[j-1]+1); //fprintf(stdout,"\n"); tmp = cur; cur = prev; prev = tmp; } c = prev[m]; MFREE(prev); MFREE(cur); return c; ERROR: return 255; } uint8_t dyn_256_print(const uint8_t* t,const uint8_t* p,int n,int m) { uint8_t* prev = NULL; uint8_t* cur = NULL; uint8_t* tmp = NULL; int i,j,c; MMALLOC(prev, sizeof(uint8_t)* 257); MMALLOC(cur, sizeof(uint8_t)* 257); cur[0] = 0; fprintf(stdout,"%d ", cur[0]); for(j = 1; j <= m;j++){ cur[j] = cur[j-1] +1; fprintf(stdout,"%d ", cur[j]); } fprintf(stdout,"\n"); tmp = cur; cur = prev; prev = tmp; for(i = 1; i <= n;i++){ cur[0] = prev[0]; fprintf(stdout,"%d ", cur[0]); for(j = 1; j < m;j++){ c = 1; if(t[i-1] == p[j-1]){ c = 0; } cur[j] = prev[j-1] +c ; cur[j] = MACRO_MIN(cur[j], prev[j]+1); cur[j] = MACRO_MIN(cur[j], cur[j-1]+1); fprintf(stdout,"%d ", cur[j]); } j =m; c = 1; if(t[i-1] == p[j-1]){ c = 0; } cur[j] = prev[j-1] +c ; cur[j] = MACRO_MIN(cur[j], prev[j]); cur[j] = MACRO_MIN(cur[j], cur[j-1]+1); fprintf(stdout,"%d ", cur[j]); fprintf(stdout,"\n"); tmp = cur; cur = prev; prev = tmp; } c = prev[m]; MFREE(prev); MFREE(cur); return c; ERROR: return 255; } #ifdef HAVE_AVX2 void print_256(__m256i X) { alignas(32) uint64_t debug[4]; _mm256_store_si256( (__m256i*)& debug,X); fprintf(stdout,"%lu ", debug[0]); } void print_256_all(__m256i X) { alignas(32) uint64_t debug[4]; _mm256_store_si256( (__m256i*)& debug,X); int i; for(i = 0; i < 4;i++){ fprintf(stdout,"%lu ", debug[i]); } fprintf(stdout,"\n"); } #endif #endif uint8_t bpm(const uint8_t* t,const uint8_t* p,int n,int m) { register uint64_t VP,VN,D0,HN,HP,X; register uint64_t i;//,c; uint64_t MASK = 0; int64_t diff; uint64_t B[13]; int8_t k; if(m > 63){ m = 63; } diff = m; k = m; for(i = 0; i < 13;i++){ B[i] = 0; } for(i = 0; i < (uint64_t)m;i++){ B[p[i]] |= (1ul << i); } VP = (1ul << (m))-1 ; VN = 0ul; m--; MASK = 1ul << (m); //fprintf(stdout,"BEGINNING\t%lu %lu\n",VN,VP); for(i = 0; i < (uint64_t) n;i++){ // fprintf(stdout,"%lu:\t",i); X = (B[t[i]] | VN); //fprintf(stdout,"%lu ", X); D0 = ((VP+(X&VP)) ^ VP) | X ; //fprintf(stdout,"%lu ", D0); HN = VP & D0; //fprintf(stdout,"%lu ", HN); HP = VN | (~(VP | D0)); //fprintf(stdout,"%lu ", HP); X = HP << 1ul; //fprintf(stdout,"%lu ", X); VN = X & D0; //fprintf(stdout,"%lu ", VN); VP = (HN << 1ul) | (~(X | D0)); //fprintf(stdout,"%lu ", VP); diff += (HP & MASK)? 1 : 0;// >> m; diff -= (HN & MASK)? 1 : 0;// >> m; if(diff < k){ k = diff; } //fprintf(stdout,"%lu ", diff); //fprintf(stdout,"\n"); } return k; } #ifdef HAVE_AVX2 uint8_t bpm_256(const uint8_t* t,const uint8_t* p,int n,int m) { __m256i VP,VN,D0,HN,HP,X,NOTONE; __m256i xmm1,xmm2; __m256i MASK; __m256i B[13]; int i,j, k,diff; alignas(32) uint32_t f[13][8]; //int ALIGNED_(64) f[8]; if(m > 255){ m = 255; } for(i = 0; i < 13;i++){ for(j = 0;j < 8;j++){ f[i][j] =0u; } } for(i = 0; i < m;i++){ f[p[i]][i/32] |= (1 << (i % 32)); } /* for(i = 0; i < 13;i++){ */ /* B[i] = _mm256_load_si256((__m256i const*) &f[i]); */ /* } */ B[0] = _mm256_load_si256((__m256i const*) &f[0]); B[1] = _mm256_load_si256((__m256i const*) &f[1]); B[2] = _mm256_load_si256((__m256i const*) &f[2]); B[3] = _mm256_load_si256((__m256i const*) &f[3]); B[4] = _mm256_load_si256((__m256i const*) &f[4]); B[5] = _mm256_load_si256((__m256i const*) &f[5]); B[6] = _mm256_load_si256((__m256i const*) &f[6]); B[7] = _mm256_load_si256((__m256i const*) &f[7]); B[8] = _mm256_load_si256((__m256i const*) &f[8]); B[9] = _mm256_load_si256((__m256i const*) &f[9]); B[10] = _mm256_load_si256((__m256i const*) &f[10]); B[11] = _mm256_load_si256((__m256i const*) &f[11]); B[12] = _mm256_load_si256((__m256i const*) &f[12]); diff = m; k = m; VP = _mm256_set1_epi64x(0xFFFFFFFFFFFFFFFFul); VN = _mm256_setzero_si256(); NOTONE = _mm256_set1_epi64x(0xFFFFFFFFFFFFFFFFul); MASK = _mm256_set_epi64x (0ul,0ul,0ul,1); m--; i = m / 64; while(i){ bitShiftLeft256ymm(&MASK,64); i--; } bitShiftLeft256ymm(&MASK,m%64); for(i = 0; i < n ;i++){ //X = (B[(int) *t] | VN); X = _mm256_or_si256(B[t[i]], VN); //fprintf(stdout,"%lu ", X); //D0 = ((VP+(X&VP)) ^ VP) | X ; //print_256(X); xmm1 = _mm256_and_si256(X, VP); xmm2 = add256(0, VP, xmm1); //xmm2 = _mm256_add_epi64(VP, xmm1); xmm1 = _mm256_xor_si256(xmm2, VP); D0 = _mm256_or_si256(xmm1, X); //print_256(D0); //HN = VP & D0; HN =_mm256_and_si256(VP, D0); //print_256(HN); //HP = VN | ~(VP | D0); xmm1 = _mm256_or_si256(VP, D0); xmm2 = _mm256_andnot_si256(xmm1, NOTONE); HP = _mm256_or_si256(VN, xmm2); //print_256(HP); //X = HP << 1ul; X = HP; bitShiftLeft256ymm(&X, 1); //print_256(X); //VN = X & D0; VN= _mm256_and_si256(X, D0); //print_256(VN); //VP = (HN << 1ul) | ~(X | D0); xmm1 = HN; bitShiftLeft256ymm(&xmm1, 1); xmm2 = _mm256_or_si256(X, D0); xmm2 = _mm256_andnot_si256(xmm2, NOTONE); //xmm2 = _mm_andnot_si128 (xmm2,NOTONE); VP = _mm256_or_si256(xmm1, xmm2); //print_256(VP); //diff += (HP & MASK) >> m; diff += 1- _mm256_testz_si256(HP, MASK); ///diff -= (HN & MASK) >> m; diff -= 1- _mm256_testz_si256(HN,MASK); //fprintf(stdout,"%d ",diff); //xmm1 = _mm256_cmpgt_epi64(K, diff); k = MACRO_MIN(k, diff); } return k; } /* Must be called before BPM_256 is!!! */ void set_broadcast_mask(void) { BROADCAST_MASK[0] = _mm256_set_epi64x(0x8000000000000000, 0x8000000000000000, 0x8000000000000000, 0x8000000000000000); BROADCAST_MASK[1] = _mm256_set_epi64x(0x8000000000000000, 0x8000000000000000, 0x8000000000000000, 0x8000000000000001); BROADCAST_MASK[2] = _mm256_set_epi64x(0x8000000000000000, 0x8000000000000000, 0x8000000000000001, 0x8000000000000000); BROADCAST_MASK[3] = _mm256_set_epi64x(0x8000000000000000, 0x8000000000000000, 0x8000000000000001, 0x8000000000000001); BROADCAST_MASK[4] = _mm256_set_epi64x(0x8000000000000000, 0x8000000000000001, 0x8000000000000000, 0x8000000000000000); BROADCAST_MASK[5] = _mm256_set_epi64x(0x8000000000000000, 0x8000000000000001, 0x8000000000000000, 0x8000000000000001); BROADCAST_MASK[6] = _mm256_set_epi64x(0x8000000000000000, 0x8000000000000001, 0x8000000000000001, 0x8000000000000000); BROADCAST_MASK[7] = _mm256_set_epi64x(0x8000000000000000, 0x8000000000000001, 0x8000000000000001, 0x8000000000000001); BROADCAST_MASK[8] = _mm256_set_epi64x(0x8000000000000001, 0x8000000000000000, 0x8000000000000000, 0x8000000000000000); BROADCAST_MASK[9] = _mm256_set_epi64x(0x8000000000000001, 0x8000000000000000, 0x8000000000000000, 0x8000000000000001); BROADCAST_MASK[10] = _mm256_set_epi64x(0x8000000000000001, 0x8000000000000000, 0x8000000000000001, 0x8000000000000000); BROADCAST_MASK[11] = _mm256_set_epi64x(0x8000000000000001, 0x8000000000000000, 0x8000000000000001, 0x8000000000000001); BROADCAST_MASK[12] = _mm256_set_epi64x(0x8000000000000001, 0x8000000000000001, 0x8000000000000000, 0x8000000000000000); BROADCAST_MASK[13] = _mm256_set_epi64x(0x8000000000000001, 0x8000000000000001, 0x8000000000000000, 0x8000000000000001); BROADCAST_MASK[14] = _mm256_set_epi64x(0x8000000000000001, 0x8000000000000001, 0x8000000000000001, 0x8000000000000000); BROADCAST_MASK[15] = _mm256_set_epi64x(0x8000000000000001, 0x8000000000000001, 0x8000000000000001, 0x8000000000000001); } __m256i add256(uint32_t carry, __m256i A, __m256i B) { A = _mm256_xor_si256(A, _mm256_set1_epi64x(0x8000000000000000)); __m256i s = _mm256_add_epi64(A, B); __m256i cv = _mm256_cmpgt_epi64(A, s); __m256i mv = _mm256_cmpeq_epi64(s, _mm256_set1_epi64x(0x7fffffffffffffff)); uint32_t c = _mm256_movemask_pd(_mm256_castsi256_pd(cv)); uint32_t m = _mm256_movemask_pd(_mm256_castsi256_pd(mv)); { c = m + 2*c; // lea carry += c; m ^= carry; carry >>= 4; m &= 0x0f; } return _mm256_add_epi64(s, BROADCAST_MASK[m]); } //---------------------------------------------------------------------------- // bit shift left a 256-bit value using ymm registers // __m256i *data - data to shift // int count - number of bits to shift // return: __m256i - carry out bit(s) void bitShiftLeft256ymm (__m256i *data, int count) { __m256i innerCarry, rotate; innerCarry = _mm256_srli_epi64 (*data, 64 - count); // carry outs in bit 0 of each qword rotate = _mm256_permute4x64_epi64 (innerCarry, 0x93); // rotate ymm left 64 bits innerCarry = _mm256_blend_epi32 (_mm256_setzero_si256 (), rotate, 0xFC); // clear lower qword *data = _mm256_slli_epi64 (*data, count); // shift all qwords left *data = _mm256_or_si256 (*data, innerCarry); // propagate carrys from low qwords //carryOut = _mm256_xor_si256 (innerCarry, rotate); // clear all except lower qword //return carryOut; } __m256i bitShiftRight256ymm (__m256i *data, int count) { __m256i innerCarry, carryOut, rotate; innerCarry = _mm256_slli_epi64(*data, 64 - count); rotate = _mm256_permute4x64_epi64 (innerCarry, 0x39); innerCarry = _mm256_blend_epi32 (_mm256_setzero_si256 (), rotate, 0x3F); *data = _mm256_srli_epi64(*data, count); *data = _mm256_or_si256(*data, innerCarry); carryOut = _mm256_xor_si256 (innerCarry, rotate); //FIXME: not sure if this is correct!!! return carryOut; } #endif kalign-3.3.1/src/bpm.h000066400000000000000000000021251403616477200145130ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef BPM_H #define BPM_H #ifdef HAVE_CONFIG_H #include "config.h" #endif #include "tldevel.h" /* Must be called before bpm_256!!!! */ extern void set_broadcast_mask(void); extern uint8_t bpm_256(const uint8_t* t,const uint8_t* p,int n,int m); extern uint8_t bpm(const uint8_t* t,const uint8_t* p,int n,int m); #endif kalign-3.3.1/src/create_run_cmds.c000066400000000000000000000053401403616477200170670ustar00rootroot00000000000000#include "tldevel.h" #include #include #include int main(int argc, char *argv[]) { /* idea here is call find to get input alignment names and produce benchrunner command with varying gpo. gpe. tge */ FILE* pipe = NULL; char cmd[BUFSIZ]; char ret[BUFSIZ]; char out[BUFSIZ]; int rc; float gpo_start = 5.0F; float gpo_step = 0.1F; float gpe_start = 1.5F; float gpe_step = 0.1F; float tgpe_start = 0.5F; float tgpe_step = 0.1F; float matadd_start = 0.0F; float matadd_step = 0.1F; float gpo; float gpe; float tgpe; float matadd; int i,j,c,f; snprintf(cmd, BUFSIZ, "find ~/kalignbenchmark/data/bb3_release -name \"*.msf\""); RUNP(pipe = popen(cmd,"r")); //if (system("which gnuplot")) while (fgets(ret, BUFSIZ, pipe)){ //fprintf(stderr,"%s", ret); ret[strcspn(ret, "\r\n")] = 0; gpo = gpo_start; for(i = 0;i < 15;i++){ gpe = gpe_start; for(j = 0;j < 15;j++){ tgpe = tgpe_start; for(c = 0;c <15;c++){ matadd = matadd_start; for(f = 0; f < 15; f++){ rc = snprintf(out, BUFSIZ, "benchrunner --scratch ~/tmp --gpo %f -gpe %f -tgpe %f -matadd %f -program kalign -test %s -ref %s -o big_run_out.csv -u %d \n", gpo,gpe,tgpe,matadd, ret,ret, i << 12| j << 8 | c << 4 | f); fprintf(stdout,"%s",out); matadd += matadd_step; } tgpe+= tgpe_step; } gpe += gpe_step; } gpo += gpo_step; } } rc = pclose(pipe); if (rc == EXIT_SUCCESS) { // == 0 } /* dat = read.csv("big_run_out.csv",header = T) */ /* dat %>% group_by(Alignment) %>% filter(SP == max(SP)) %>% print(n=500) */ /* dat %>% group_by(Alignment) %>% filter(SP == max(SP)) %>% summarise_at(vars(SP,GPO,GPE,TGPE), c(max,mean)) %>% print(n=500) */ /* summary(dat %>% group_by(Alignment) %>% filter(GPO == 5.5) %>% filter(GPE == 2.0) %>% filter(TGPE == 1.0)) */ /* summary(dat %>% group_by(Alignment) %>% filter(SP == max(SP)) %>% summarise_at(vars(SP,GPO,GPE,TGPE), c(max,mean))) */ return EXIT_SUCCESS; ERROR: return EXIT_FAILURE; } kalign-3.3.1/src/create_run_kalign_diff_cmds.c000066400000000000000000000240501403616477200214030ustar00rootroot00000000000000#include "tldevel.h" #include "tlmisc.h" #include #include #include #include struct parameters{ char* inputdir; char* scratchdir; char* outfile; }; static int help(char * argv[]); int help(char * argv[]) { const char usage[] = " -i -o -s "; fprintf(stdout,"\nUsage: %s %s\n\n",argv[0] ,usage); fprintf(stdout,"Options:\n\n"); fprintf(stdout,"\nTo plot results :\n\n"); fprintf(stdout,"dat = read.csv(\"results_DNA.csv\",header = T)\n"); fprintf(stdout,"l = str_split(dat$Alignment, \"_\")\n"); fprintf(stdout,"c = data.frame(sapply(l, \"[[\", 1))\n"); fprintf(stdout,"colnames(c) = c(\"Case\");\n"); fprintf(stdout,"dat = cbind(dat,c)\n"); fprintf(stdout,"ggplot(dat, aes(Case, SP)) + geom_boxplot(aes(colour = Program)) + scale_color_discrete(name = \"Program\")\n"); return OK; } int main(int argc, char *argv[]) { /* idea here is call find to get input alignment names and produce benchrunner command with varying gpo. gpe. tge */ struct parameters* param = NULL; FILE* pipe = NULL; char cmd[BUFSIZ]; char ret[BUFSIZ]; char out[BUFSIZ]; char filename[512]; char runname[512]; char* hit; int rc; float gpo; float gpe; float tgpe; float matadd; int l; int c; int i,j; int go; MMALLOC(param, sizeof(struct parameters)); param->outfile = NULL; param->inputdir = NULL; param->scratchdir = NULL; while (1){ static struct option long_options[] ={ {"input", required_argument, 0, 'i'}, {"infile", required_argument, 0, 'i'}, {"in", required_argument, 0, 'i'}, {"output", required_argument, 0, 'o'}, {"outfile", required_argument, 0, 'o'}, {"out", required_argument, 0, 'o'}, {"scratch", required_argument, 0, 's'}, {0, 0, 0, 0} }; int option_index = 0; c = getopt_long_only (argc, argv,"i:o:s:",long_options, &option_index); /* Detect the end of the options. */ if (c == -1){ break; } switch(c) { case 'i': param->inputdir = optarg; break; case 's': param->scratchdir = optarg; break; case 'o': param->outfile = optarg; break; case '?': MFREE(param); exit(1); break; default: abort (); } } if(!param->inputdir){ RUN(help(argv)); ERROR_MSG("No input dir! use -i <> "); }else{ if(!my_file_exists(param->inputdir)){ ERROR_MSG("Input dir: %s not found.",param->inputdir); } } if(!param->scratchdir){ RUN(help(argv)); ERROR_MSG("No scratch dir! use -i <> "); }else{ if(!my_file_exists(param->scratchdir)){ ERROR_MSG("Scratch dir: %s not found.",param->scratchdir); } } if(!param->outfile){ RUN(help(argv)); ERROR_MSG("No output file! use -o <> "); }else{ if(my_file_exists(param->outfile)){ WARNING_MSG("output file %s exists - will append results!", param->outfile); } } l = strlen(param->inputdir); j = 0; for(i = 0; i < l;i++){ if(param->inputdir[i] == '/'){ if(i != l-1){ j= 0; }else{ runname[j] = 0; } }else{ runname[j] = param->inputdir[i]; j++; } } runname[j] = 0; snprintf(cmd, BUFSIZ, "find %s -name \"*.fa\"", param->inputdir); //snprintf(cmd, BUFSIZ, "find ~/kalignbenchmark/data/data-set1 ~/kalignbenchmark/data/data-set2 -name \"*.msf\" | grep structural"); RUNP(pipe = popen(cmd,"r")); //if (system("which gnuplot")) c = 1; while (fgets(ret, BUFSIZ, pipe)){ //fprintf(stderr,"%s", ret); ret[strcspn(ret, "\r\n")] = 0; go = 1; snprintf(filename, 512, "%s", ret); l = strlen(filename); filename[l-3] = '.'; filename[l-2] = 'a'; filename[l-1] = 'f'; filename[l] = 'a'; filename[l+1] = 0; //fprintf(stderr,"%s\n", filename); if(!my_file_exists(filename)){ //LOG_MSG("Doesn't exits: %s",filename); filename[l-3] = '.'; filename[l-2] = 'm'; filename[l-1] = 's'; filename[l] = 'f'; filename[l+1] = 0; if(!my_file_exists(filename)){ go = 0; WARNING_MSG("Can't find reference alignment for: %s",ret); } } if(go){ rc = snprintf(out, BUFSIZ, "benchrunner --scratch %s --runname %s -program muscle -test %s -ref %s -o %s -u %d \n", param->scratchdir, runname,ret,filename,param->outfile, c); fprintf(stdout,"%s",out); c++; rc = snprintf(out, BUFSIZ, "benchrunner --scratch %s --runname %s -program kalign -test %s -ref %s -o %s -u %d \n", param->scratchdir, runname,ret, filename,param->outfile, c); fprintf(stdout,"%s",out); c++; rc = snprintf(out, BUFSIZ, "benchrunner --scratch %s @-n:1@ --runname %s -program kalign -test %s -ref %s -o %s -u %d \n", param->scratchdir, runname,ret, filename,param->outfile, c); fprintf(stdout,"%s",out); c++; rc = snprintf(out, BUFSIZ, "benchrunner --scratch %s @-n:4@ --runname %s -program kalign -test %s -ref %s -o %s -u %d \n", param->scratchdir, runname,ret, filename,param->outfile, c); fprintf(stdout,"%s",out); c++; /* rc = snprintf(out, BUFSIZ, "benchrunner --scratch ~/tmp --runname %s -program kalign @--tgpe:0.5@ -test %s -ref %s -o kalign_diff_out.csv -u %d \n",runname, filename,ret,c); */ /* fprintf(stdout,"%s",out); */ /* c++; */ /* rc = snprintf(out, BUFSIZ, "benchrunner --scratch ~/tmp --runname %s -program kalign @--tgpe:1.0@ -test %s -ref %s -o kalign_diff_out.csv -u %d \n",runname, filename,ret,c); */ /* fprintf(stdout,"%s",out); */ /* c++; */ /* rc = snprintf(out, BUFSIZ, "benchrunner --scratch ~/tmp --runname %s -program kalign @--tgpe:1.5@ -test %s -ref %s -o kalign_diff_out.csv -u %d \n",runname, filename,ret,c); */ /* fprintf(stdout,"%s",out); */ /* c++; */ /* rc = snprintf(out, BUFSIZ, "benchrunner --scratch ~/tmp --runname %s -program kalign @-chaos:2@ -test %s -ref %s -o kalign_diff_out.csv -u %d \n",runname, filename,ret,c); */ /* fprintf(stdout,"%s",out); */ /* c++; */ /* rc = snprintf(out, BUFSIZ, "benchrunner --scratch ~/tmp --runname %s -program kalign @-chaos:4@ -test %s -ref %s -o kalign_diff_out.csv -u %d \n",runname, filename,ret,c); */ /* fprintf(stdout,"%s",out); */ /* c++; */ /* rc = snprintf(out, BUFSIZ, "benchrunner --scratch ~/tmp --runname %s -program kalign @-chaos:6@ -test %s -ref %s -o kalign_diff_out.csv -u %d \n",runname, filename,ret,c); */ /* fprintf(stdout,"%s",out); */ /* c++; */ /* rc = snprintf(out, BUFSIZ, "benchrunner --scratch ~/tmp --runname %s -program kalign @-chaos:10@ -test %s -ref %s -o kalign_diff_out.csv -u %d \n",runname, filename,ret,c); */ /* fprintf(stdout,"%s",out); */ /* c++; */ }else{ WARNING_MSG("Can't find reference alignment for: %s",ret); } } rc = pclose(pipe); if (rc != EXIT_SUCCESS) { // == 0 ERROR_MSG("COMMAND FAILED: %s" , cmd); } snprintf(cmd, BUFSIZ, "%s_plotting.R", param->outfile); RUNP(pipe = fopen(cmd, "w")); fprintf(pipe,"library(tidyverse)\n"); fprintf(pipe,"dat = read.csv(\"%s\",header = T)\n",param->outfile); fprintf(pipe,"l = str_split_fixed(dat$Alignment, \"_\",2)\n"); fprintf(pipe,"c = data.frame(matrix(unlist(l), nrow=length(l), byrow=T))\n"); fprintf(pipe,"colnames(l) = c(\"Case\",\"Aln\");\n"); fprintf(pipe,"dat = cbind(dat,l)\n"); fprintf(pipe,"ggplot(dat, aes(Case, SP)) + geom_boxplot(aes(colour = Program)) + scale_color_discrete(name = \"Program\")\n"); snprintf(cmd, BUFSIZ, "%s.pdf", param->outfile); fprintf(pipe,"ggsave(\"%s\",p)\n", cmd); fclose(pipe); if(param){ MFREE(param); } return EXIT_SUCCESS; ERROR: if(param){ MFREE(param); } return EXIT_FAILURE; } kalign-3.3.1/src/esl_stopwatch.c000066400000000000000000000347071403616477200166220ustar00rootroot00000000000000/* Tracking cpu/system/elapsed time used by a process. * * Credits: * - Thanks to Warren Gish for assistance. * - Includes portable high-resolution timer code * (C) 2012 David Robert Nadeau, http://NadeauSoftware.com/ * Creative Commons Attribution 3.0 Unported License * http://creativecommons.org/licenses/by/3.0/deed.en_US */ //#include "esl_config.h" //#include "easel.h" #include "esl_stopwatch.h" #define TRUE 1 static double stopwatch_getRealTime(void); /***************************************************************** * ESL_STOPWATCH object maintenance *****************************************************************/ /* Function: esl_stopwatch_Create() * * Purpose: Creates a new stopwatch. * * Returns: ptr to a new object; caller is * responsible for free'ing it with * . * * Throws: NULL on allocation failure. */ ESL_STOPWATCH * esl_stopwatch_Create(void) { ESL_STOPWATCH *w = NULL; int status; MMALLOC(w, sizeof(ESL_STOPWATCH)); //ESL_ALLOC(w, sizeof(ESL_STOPWATCH)); w->elapsed = 0.; w->user = 0.; w->sys = 0.; return w; ERROR: esl_stopwatch_Destroy(w); return NULL; } /* Function: esl_stopwatch_Destroy() * * Purpose: Frees an . */ void esl_stopwatch_Destroy(ESL_STOPWATCH *w) { if (w){ free(w); } } /* Function: esl_stopwatch_Start() * * Purpose: Start a stopwatch. This sets the base * for elapsed, cpu, and system time difference * calculations by subsequent calls to * . * * Returns: on success. */ int esl_stopwatch_Start(ESL_STOPWATCH *w) { #if defined HAVE_TIMES && defined eslSTOPWATCH_HIGHRES /* System-dependent highest resolution */ times(&(w->cpu0)); w->t0 = stopwatch_getRealTime(); #elif HAVE_TIMES /* ... else fall back to POSIX... */ w->t0 = times(&(w->cpu0)); #else /* ... else fallback to ANSI C */ w->t0 = time(NULL); w->cpu0 = clock(); #endif w->elapsed = 0.; w->user = 0.; w->sys = 0.; return OK; } /* Function: esl_stopwatch_Stop() * * Purpose: Stop a stopwatch. Record and store elapsed, * cpu, and system time difference relative to the * last call to . * * Returns: on success. */ int esl_stopwatch_Stop(ESL_STOPWATCH *w) { #if defined eslSTOPWATCH_HIGHRES && defined HAVE_TIMES double t1; struct tms cpu1; double clk_tck; #elif defined HAVE_TIMES clock_t t1; struct tms cpu1; double clk_tck; #else time_t t1; clock_t cpu1; #endif #if defined eslSTOPWATCH_HIGHRES && defined HAVE_TIMES t1 = stopwatch_getRealTime(); w->elapsed = t1 - w->t0; clk_tck = (double) sysconf(_SC_CLK_TCK); times(&cpu1); w->user = (double) (cpu1.tms_utime + cpu1.tms_cutime - w->cpu0.tms_utime - w->cpu0.tms_cutime) / clk_tck; w->sys = (double) (cpu1.tms_stime + cpu1.tms_cstime - w->cpu0.tms_stime - w->cpu0.tms_cstime) / clk_tck; #elif defined HAVE_TIMES /* POSIX */ t1 = times(&cpu1); clk_tck = (double) sysconf(_SC_CLK_TCK); w->elapsed = (double) (t1 - w->t0) / clk_tck; w->user = (double) (cpu1.tms_utime + cpu1.tms_cutime - w->cpu0.tms_utime - w->cpu0.tms_cutime) / clk_tck; w->sys = (double) (cpu1.tms_stime + cpu1.tms_cstime - w->cpu0.tms_stime - w->cpu0.tms_cstime) / clk_tck; #else /* fallback to ANSI C */ t1 = time(NULL); cpu1 = clock(); w->elapsed = difftime(t1, w->t0); w->user = (double) (cpu1- w->cpu0) / (double) CLOCKS_PER_SEC; w->sys = 0.; /* no way to portably get system time in ANSI C */ #endif return OK; } /* format_time_string() * Date: SRE, Fri Nov 26 15:06:28 1999 [St. Louis] * * Purpose: Given a number of seconds, format into * hh:mm:ss.xx in a provided buffer. * * Args: buf - allocated space (128 is plenty!) * sec - number of seconds * do_frac - TRUE (1) to include hundredths of a sec */ static void format_time_string(char *buf, double sec, int do_frac) { int h, m, s, hs; h = (int) (sec / 3600.); m = (int) (sec / 60.) - h * 60; s = (int) (sec) - h * 3600 - m * 60; if (do_frac) { hs = (int) (sec * 100.) - h * 360000 - m * 6000 - s * 100; sprintf(buf, "%02d:%02d:%02d.%02d", h,m,s,hs); } else { sprintf(buf, "%02d:%02d:%02d", h,m,s); } } /* Function: esl_stopwatch_Display() * * Purpose: Output a usage summary line from a stopped * stopwatch, showing elapsed, cpu, and system time * between the last calls to * and . * * The string will be prepended to the output * line. Use <""> to prepend nothing. If is NULL, * a default <"CPU Time: "> prefix is used. * * For = <"CPU Time: "> an example output line is:\\ * * * Args: fp - output stream * w - stopped stopwatch * prefix - output line prefix ("" for nothing) * * Returns: on success. * * Throws: on any system write error, such as filled disk. */ int esl_stopwatch_Display(FILE *fp, ESL_STOPWATCH *w, char *prefix) { char buf[128]; /* (safely holds up to 10^14 years; I'll be dead by then) */ if (prefix == NULL) { if (fputs("CPU Time: ", fp) < 0){ ERROR_MSG( "stopwatch display write failed"); } }else{ if (fputs(prefix, fp) < 0){ ERROR_MSG( "stopwatch display write failed"); } } format_time_string(buf, w->user+w->sys, TRUE); #ifdef HAVE_TIMES if (fprintf(fp, "%.2fu %.2fs %s ", w->user, w->sys, buf) < 0){ ERROR_MSG( "stopwatch display write failed"); } #else if (fprintf(fp, "%.2fu %s ", w->user, buf) < 0){ ERROR_MSG( "stopwatch display write failed"); } #endif format_time_string(buf, w->elapsed, TRUE); if (fprintf(fp, "Elapsed: %s\n", buf) < 0){ ERROR_MSG( "stopwatch display write failed"); } return OK; ERROR: return FAIL; } int tl_stopwatch_Display(ESL_STOPWATCH *w) { char buf[128]; /* (safely holds up to 10^14 years; even I'll be dead by then) */ char buf2[128]; /* (safely holds up to 10^14 years; even I'll be dead by then) */ format_time_string(buf, w->user+w->sys, TRUE); format_time_string(buf2, w->elapsed, TRUE); #ifdef HAVE_TIMES LOG_MSG("CPU Time: %.2fu %.2fs %s Elapsed: %s", w->user, w->sys, buf,buf2); #else LOG_MSG("CPU Time: %.2fu %s Elapsed: %s", w->user, buf,buf2); #endif return OK; } /* Function: esl_stopwatch_GetElapsed() * Synopsis: Return the elapsed time in seconds * Incept: SRE, Fri Jan 8 10:10:37 2016 * * Purpose: After watch is Stop()'ed, calling * returns the elapsed time * in seconds. * * The resolution is system-dependent. */ double esl_stopwatch_GetElapsed(ESL_STOPWATCH *w) { return w->elapsed; } /* Function: esl_stopwatch_Include() * * Purpose: Merge the cpu and system times from a slave into * a master stopwatch. Both watches must be * stopped, and should not be stopped again unless * You Know What You're Doing. * * Elapsed time is not merged. Master is assumed * to be keeping track of the wall clock (real) time, * and the slave/worker watch is ignored. * * Useful in at least two cases. One is in * PVM, where we merge in the stopwatch(es) from separate * process(es) in a cluster. A second is in * threads, for broken pthreads/times() implementations * that lose track of cpu times used by spawned * threads. * * Args: master - stopwatch that's aggregating times * w - watch to add to the master. * * Returns: on success. */ int esl_stopwatch_Include(ESL_STOPWATCH *master, ESL_STOPWATCH *w) { master->user += w->user; master->sys += w->sys; return OK; } /***************************************************************** * Portable high resolution timing *****************************************************************/ #ifdef eslSTOPWATCH_HIGHRES /* The following code is * (C) 2012 David Robert Nadeau, http://NadeauSoftware.com * Creative Commons Attribution 3.0 Unported License * http://creativecommons.org/licenses/by/3.0/deed.en_US * * Reference: http://nadeausoftware.com/articles/2012/04/c_c_tip_how_measure_elapsed_real_time_benchmarking * * On resolution: * I believe that on Mac OS/X, the high performance timer has a resolution in units * of nanoseconds (at least on some platforms, including my laptop). However, calling * the esl_stopwatch_* functions themselves have overhead. The example driver is * a reasonable test of the minimal resolution, including call overhead; that gives * me about 0.1 microseconds (12 Jan 2016). */ #if defined(_WIN32) #include #elif defined(__unix__) || defined(__unix) || defined(unix) || (defined(__APPLE__) && defined(__MACH__)) #include /* POSIX flags */ #include /* clock_gettime(), time() */ #include /* gethrtime(), gettimeofday() */ #if defined(__MACH__) && defined(__APPLE__) #include #include #endif #else #error "Unable to define getRealTime( ) for an unknown OS." #endif /** * Returns the real time, in seconds, or -1.0 if an error occurred. * * Time is measured since an arbitrary and OS-dependent start time. * The returned real time is only useful for computing an elapsed time * between two calls to this function. */ static double stopwatch_getRealTime(void) { #if defined(_WIN32) FILETIME tm; ULONGLONG t; #if defined(NTDDI_WIN8) && NTDDI_VERSION >= NTDDI_WIN8 /* Windows 8, Windows Server 2012 and later. ---------------- */ GetSystemTimePreciseAsFileTime( &tm ); #else /* Windows 2000 and later. ---------------------------------- */ GetSystemTimeAsFileTime( &tm ); #endif t = ((ULONGLONG)tm.dwHighDateTime << 32) | (ULONGLONG)tm.dwLowDateTime; return (double)t / 10000000.0; #elif (defined(__hpux) || defined(hpux)) || ((defined(__sun__) || defined(__sun) || defined(sun)) && (defined(__SVR4) || defined(__svr4__))) /* HP-UX, Solaris. ------------------------------------------ */ return (double)gethrtime( ) / 1000000000.0; #elif defined(__MACH__) && defined(__APPLE__) /* OSX. ----------------------------------------------------- */ static double timeConvert = 0.0; if ( timeConvert == 0.0 ) { mach_timebase_info_data_t timeBase; (void)mach_timebase_info( &timeBase ); timeConvert = (double)timeBase.numer / (double)timeBase.denom / 1000000000.0; } return (double)mach_absolute_time( ) * timeConvert; #elif defined(_POSIX_VERSION) /* POSIX. --------------------------------------------------- */ #if defined(_POSIX_TIMERS) && (_POSIX_TIMERS > 0) { struct timespec ts; #if defined(CLOCK_MONOTONIC_PRECISE) /* BSD. --------------------------------------------- */ const clockid_t id = CLOCK_MONOTONIC_PRECISE; #elif defined(CLOCK_MONOTONIC_RAW) /* Linux. ------------------------------------------- */ const clockid_t id = CLOCK_MONOTONIC_RAW; #elif defined(CLOCK_HIGHRES) /* Solaris. ----------------------------------------- */ const clockid_t id = CLOCK_HIGHRES; #elif defined(CLOCK_MONOTONIC) /* AIX, BSD, Linux, POSIX, Solaris. ----------------- */ const clockid_t id = CLOCK_MONOTONIC; #elif defined(CLOCK_REALTIME) /* AIX, BSD, HP-UX, Linux, POSIX. ------------------- */ const clockid_t id = CLOCK_REALTIME; #else const clockid_t id = (clockid_t)-1; /* Unknown. */ #endif /* CLOCK_* */ if ( id != (clockid_t)-1 && clock_gettime( id, &ts ) != -1 ) return (double)ts.tv_sec + (double)ts.tv_nsec / 1000000000.0; /* Fall thru. */ } #endif /* _POSIX_TIMERS */ /* AIX, BSD, Cygwin, HP-UX, Linux, OSX, POSIX, Solaris. ----- */ struct timeval tm; gettimeofday( &tm, NULL ); return (double)tm.tv_sec + (double)tm.tv_usec / 1000000.0; #else return -1.0; /* Failed. */ #endif } #endif /*eslSTOPWATCH_HIGHRES*/ /***************************************************************** * Example of using the stopwatch module *****************************************************************/ #ifdef eslSTOPWATCH_EXAMPLE /*::cexcerpt::stopwatch_example::begin::*/ /* compile: gcc -g -Wall -I. -o example -DeslSTOPWATCH_EXAMPLE esl_stopwatch.c easel.c -lm * run: ./example */ #include "easel.h" #include "esl_stopwatch.h" int main(void) { ESL_STOPWATCH *w; double t = 0.; w = esl_stopwatch_Create(); /* This tests the minimum *practical* resolution of the clock, * inclusive of overhead of calling the stopwatch functions. * It gives me ~0.1 usec (12 Jan 2016). */ esl_stopwatch_Start(w); while (t == 0.) { esl_stopwatch_Stop(w); t = esl_stopwatch_GetElapsed(w); } printf("Elapsed time clock has practical resolution of around: %g sec\n", t); esl_stopwatch_Display(stdout, w, "CPU Time: "); esl_stopwatch_Destroy(w); return 0; } /*::cexcerpt::stopwatch_example::end::*/ #endif /*ESL_STOPWATCH_EXAMPLE*/ kalign-3.3.1/src/esl_stopwatch.h000066400000000000000000000041371403616477200166210ustar00rootroot00000000000000/* Tracking cpu/system/elapsed time used by a process. * * SRE, Wed Feb 22 19:30:36 2006 [St. Louis] [moved to Easel] * SRE, Thu Aug 3 08:00:35 2000 [St. Louis] [moved to SQUID] * SRE, Fri Nov 26 14:54:21 1999 [St. Louis] [HMMER] */ #ifndef eslSTOPWATCH_INCLUDED #define eslSTOPWATCH_INCLUDED #include "tldevel.h" //#include "esl_config.h" #include #ifdef HAVE_TIMES #include #endif #ifdef HAVE_UNISTD_H #include /* need for sysconf() */ #endif typedef struct { #ifdef eslSTOPWATCH_HIGHRES double t0; /* baseline wall time from Nadeau routine */ #elif HAVE_TIMES clock_t t0; /* baseline wall time, POSIX times() */ #else time_t t0; /* baseline wall time from ANSI time() */ #endif #ifdef HAVE_TIMES struct tms cpu0; /* baseline CPU/system time, POSIX times() */ #else clock_t cpu0; /* baseline CPU time, fallback to ANSI clock() */ #endif /* elapsed/user/sys are t-t0 results for the last time the * watch was Stop()'ed. */ double elapsed; /* elapsed wall time, seconds */ double user; /* CPU time, seconds */ double sys; /* system time, seconds */ } ESL_STOPWATCH; extern ESL_STOPWATCH *esl_stopwatch_Create(void); extern void esl_stopwatch_Destroy(ESL_STOPWATCH *w); extern int esl_stopwatch_Start(ESL_STOPWATCH *w); extern int esl_stopwatch_Stop(ESL_STOPWATCH *w); extern int esl_stopwatch_Display(FILE *fp, ESL_STOPWATCH *w, char *prefix); extern int tl_stopwatch_Display(ESL_STOPWATCH *w); extern double esl_stopwatch_GetElapsed(ESL_STOPWATCH *w); extern int esl_stopwatch_Include(ESL_STOPWATCH *master, ESL_STOPWATCH *w); #define DECLARE_TIMER(n) ESL_STOPWATCH* timer_##n = esl_stopwatch_Create(); #define START_TIMER(n) esl_stopwatch_Start(timer_##n); #define STOP_TIMER(n) esl_stopwatch_Stop(timer_##n); #define GET_TIMING(n) tl_stopwatch_Display(timer_##n); #define DESTROY_TIMER(n) esl_stopwatch_Destroy(timer_##n); #endif /*eslSTOPWATCH_INCLUDED*/ kalign-3.3.1/src/estimate_aln_param.c000066400000000000000000000171431403616477200175630ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "estimate_aln_param.h" #include "phmm.h" #include "pick_anchor.h" int get_background(struct alignment*aln, struct phmm* phmm); int create_subm(struct aln_param* ap,struct phmm* phmm); int estimate_aln_param(struct alignment*aln, struct aln_param*ap) { struct phmm* phmm = NULL; uint8_t* seqa = NULL; uint8_t* seqb = NULL; int* anchors = NULL; int num_anchor = 0; int len_a,len_b; int i,j; ASSERT(aln != NULL, "No alignment."); ASSERT(ap != NULL, "No parameters."); RUNP(anchors = pick_anchor(aln, &num_anchor)); i = aln->sl[anchors[0]] + 2; RUNP(phmm = alloc_phmm(i)); phmm->L = aln->L; RUN(get_background(aln,phmm)); //RUN(simple_init(phmm)); RUN(add_pseudocounts(phmm, 1)); RUN(re_estimate(phmm)); RUN(phmm_transitions(phmm)); RUN(clear_phmm_e(phmm)); RUN(add_pseudocounts(phmm, 1)); /* set eta */ LOG_MSG("%f eta", scaledprob2prob(phmm->eta)); phmm->eta = 0.0; for(i = 0; i < aln->numseq;i++){ phmm->eta += aln->sl[i]; } phmm->eta = 1.0 - 1.0 / (phmm->eta / aln->numseq); phmm->eta = prob2scaledprob(phmm->eta); LOG_MSG("%f eta", scaledprob2prob(phmm->eta)); //exit(0); //DECLARE_TIMER(t1); for(int iter = 0;iter < 10;iter++){ //START_TIMER(t1); for(i = 0; i < aln->numseq;i++){ seqa = aln->s[i]; len_a = aln->sl[i]; for(j = 0; j < num_anchor;j++){ seqb = aln->s[anchors[j]]; len_b = aln->sl[anchors[j]]; //fprintf(stdout,"%d vs %d\n", i, anchors[j]); RUN(forward_phmm(phmm, seqa, seqb, len_a, len_b)); RUN(backward_phmm(phmm, seqa, seqb, len_a, len_b)); RUN(collect_phmm(phmm, seqa, seqb, len_a, len_b)); } } RUN(re_estimate(phmm)); RUN(add_pseudocounts(phmm, 1));// * aln->numseq * num_anchor)); //STOP_TIMER(t1); //fprintf(stdout,"%d %f sec\n", iter, GET_TIMING(t1)); RUN(phmm_transitions(phmm)); } RUN(phmm_transitions(phmm)); RUN(create_subm(ap, phmm)); //print_phmm(phmm, len_a, len_b); free_phmm(phmm); MFREE(anchors); return OK; ERROR: return FAIL; } int get_background(struct alignment*aln, struct phmm* phmm) { uint8_t* seq = NULL; int len; int i,j; float sum; for(i = 0; i < aln->L;i++){ phmm->emit_background[i] = 0.0f; } /* get background */ for(i =0; i numseq;i++){ seq = aln->s[i]; len = aln->sl[i]; for(j = 0; j < len;j++){ phmm->emit_background[seq[j]]++; } } sum = 0.0; for(i = 0; i < aln->L;i++){ sum+= phmm->emit_background[i]; } for(i = 0; i < aln->L;i++){ phmm->emit_background[i] = prob2scaledprob(phmm->emit_background[i] / sum); } return OK; } int create_subm(struct aln_param* ap,struct phmm* phmm) { float tau = 0.003055; float eta = 0.998702; int i,j; double sum; ASSERT(phmm!= NULL, "No phmm"); ASSERT(ap != NULL, "No param"); sum = prob2scaledprob(0.0); for(i = 0; i < phmm->L;i++){ sum = logsum(sum, phmm->emit_background[i]); } for(i = 0; i < phmm->L;i++){ phmm->emit_background[i] = scaledprob2prob(phmm->emit_background[i] - sum); } sum = prob2scaledprob(0.0f); for(i = 0; i < phmm->L;i++){ for(j = 0; j <= i;j++){ sum = logsum(sum, phmm->emit_M[i][j]); } } for(i = 0; i < phmm->L;i++){ for(j = 0; j <= i;j++){ phmm->emit_M[i][j] = scaledprob2prob(phmm->emit_M[i][j] - sum); phmm->emit_M[j][i] = phmm->emit_M[i][j]; } } sum = phmm->transition[INDEXMM]; sum = logsum(sum,phmm->transition[INDEXGPO]); sum = logsum(sum,phmm->transition[INDEXGPO]); phmm->transition[INDEXMM] = scaledprob2prob(phmm->transition[INDEXMM] - sum); phmm->transition[INDEXGPO] = scaledprob2prob(phmm->transition[INDEXGPO] - sum); /* add in tau */ sum = phmm->transition[INDEXMM]; sum += phmm->transition[INDEXGPO]; sum += phmm->transition[INDEXGPO]; sum += tau; phmm->transition[INDEXMM] = phmm->transition[INDEXMM] / sum; phmm->transition[INDEXGPO] = phmm->transition[INDEXGPO] / sum; sum = phmm->transition[INDEXGPE]; sum = logsum(sum, phmm->transition[INDEXTM]); phmm->transition[INDEXGPE] = scaledprob2prob(phmm->transition[INDEXGPE] - sum); phmm->transition[INDEXTM] = scaledprob2prob(phmm->transition[INDEXTM] - sum); //ap->GPE = ap->GPE / sum; //ap->TM = ap->TM / sum; sum = phmm->transition[INDEXGPE]; sum += phmm->transition[INDEXTM]; sum += tau; phmm->transition[INDEXGPE] = phmm->transition[INDEXGPE] /sum; phmm->transition[INDEXTM] = phmm->transition[INDEXTM] /sum; /* set subm and penalties */ for(i = 0; i < phmm->L;i++){ //fprintf(stdout,"%d",i); for(j = 0; j <= i;j++){ sum = log2(phmm->emit_M[i][j] / ( phmm->emit_background[i] * phmm->emit_background[j])) + log2(phmm->transition[INDEXMM]/((eta)*(eta))); ap->subm[i][j] = sum*2.0f; ap->subm[j][i] = sum*2.0f; //fprintf(stdout," %f,", sum); } //fprintf(stdout,"\n"); } //fprintf(stdout,"\n"); /*fprintf(stdout,"%f\tMM\n", ap->MM); fprintf(stdout,"%f\tGPO\n", ap->GPO); fprintf(stdout,"%f\tGPE\n", ap->GPE); fprintf(stdout,"%f\tTM\n", ap->TM);*/ /* taushould be 1/ average length */ //fprintf(stdout,"%f\ttau\n", tau); //fprintf(stdout,"%f\teta\n", eta); sum = 0.0; sum = -1.0 * log2( (phmm->transition[INDEXGPO] * phmm->transition[INDEXTM]) / ((eta) * phmm->transition[INDEXMM])); //fprintf(stdout,"%f;\n", sum); ap->gpo = sum / 2.0f; sum = -1.0 *log2(phmm->transition[INDEXGPE] /(1.0 - tau)); //fprintf(stdout,"ap->gpe = %f;\n", sum); ap->gpe = sum; //fprintf(stdout,"ap->tgpe = %f;\n", 0.0); // return OK; ERROR: return FAIL; } kalign-3.3.1/src/estimate_aln_param.h000066400000000000000000000017211403616477200175630ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef ESTIMATE_ALN_PARAM_H #define ESTIMATE_ALN_PARAM_H #include "global.h" #include "alignment_parameters.h" extern int estimate_aln_param(struct alignment*aln, struct aln_param*ap); #endif kalign-3.3.1/src/euclidean_dist.c000066400000000000000000000125451403616477200167130ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "euclidean_dist.h" #include "tlrng.h" #ifdef HAVE_AVX2 #include #include #endif #include #include "float.h" #include "esl_stopwatch.h" /* These functions were taken from: */ /* https://stackoverflow.com/questions/6996764/fastest-way-to-do-horizontal-float-vector-sum-on-x86 */ #ifdef HAVE_AVX2 float hsum256_ps_avx(__m256 v); float hsum_ps_sse3(__m128 v); #endif #ifdef ITEST_EDIST int main(void) { struct rng_state* rng; float** mat = NULL; double r; float d1,d2; int i,j,c; int max_iter = 10; int num_element = 128; // mat = galloc(mat,1000,8,0.0); //void* _mm_malloc (size_t size, size_t align) MMALLOC(mat, sizeof(float*)* 100); for(i = 0; i < 100;i++){ mat[i] = _mm_malloc(sizeof(float)*num_element, 32); } RUNP( rng =init_rng(0)); //srand48_r(time(NULL), &randBuffer); for(i =0; i < 100;i++){ for(j = 0; j 10e-6){ ERROR_MSG("DIFFER: %d\t%d\t%f\t%f (%e %e)\n", i,j,d1,d2, fabsf(d1-d2), FLT_EPSILON); } } } #endif DECLARE_TIMER(t); LOG_MSG("Timing serial"); START_TIMER(t); for(c = 0; c < max_iter;c++){ for(i = 0; i < 100;i++){ for(j = 0; j <= i;j++){ edist_serial(mat[i], mat[j], num_element, &d1); } } } STOP_TIMER(t); GET_TIMING(t); //LOG_MSG("%f\tsec.",GET_TIMING(t)); #ifdef HAVE_AVX2 LOG_MSG("Timing AVX"); START_TIMER(t); for(c = 0; c < max_iter; c++){ for(i = 0; i < 100;i++){ for(j = 0; j <= i;j++){ edist_256(mat[i], mat[j], num_element, &d2); } } } STOP_TIMER(t); GET_TIMING(t); //LOG_MSG("%f\tsec.",GET_TIMING(t)); #endif for(i = 0; i < 100;i++){ _mm_free(mat[i]); } MFREE(mat); MFREE(rng); DESTROY_TIMER(t); return EXIT_SUCCESS; ERROR: return EXIT_FAILURE; } #endif int edist_serial(const float* a,const float* b,const int len, float* ret) { int i; float d = 0.0f; float t; for(i = 0; i < len;i++){ t = (a[i] - b[i]); d += t *t; } *ret = sqrtf(d); return OK; } int edist_serial_d(const double* a,const double* b,const int len, double* ret) { int i; double d = 0.0f; double t; for(i = 0; i < len;i++){ t = (a[i] - b[i]); d += t *t; } *ret = sqrt(d); return OK; } #ifdef HAVE_AVX2 int edist_256(const float* a,const float* b, const int len, float* ret) { float d = 0.0f; register int i; __m256 xmm1;// = _mm256_load_ps(a); __m256 xmm2;// = _mm256_load_ps(b); __m256 r = _mm256_set1_ps(0.0f); for(i = 0;i < len;i+=8){ xmm1 = _mm256_load_ps(a); xmm2 = _mm256_load_ps(b); xmm1 = _mm256_sub_ps(xmm1, xmm2); xmm1 = _mm256_mul_ps(xmm1, xmm1); r = _mm256_add_ps(r, xmm1); a+=8; b+=8; } d = hsum256_ps_avx(r); *ret = sqrtf(d); return OK; } float hsum256_ps_avx(__m256 v) { __m128 vlow = _mm256_castps256_ps128(v); __m128 vhigh = _mm256_extractf128_ps(v, 1); // high 128 vlow = _mm_add_ps(vlow, vhigh); // add the low 128 return hsum_ps_sse3(vlow); // and inline the sse3 version, which is optimal for AVX // (no wasted instructions, and all of them are the 4B minimum) } float hsum_ps_sse3(__m128 v) { __m128 shuf = _mm_movehdup_ps(v); // broadcast elements 3,1 to 2,0 __m128 sums = _mm_add_ps(v, shuf); shuf = _mm_movehl_ps(shuf, sums); // high half -> low half sums = _mm_add_ss(sums, shuf); return _mm_cvtss_f32(sums); } #endif kalign-3.3.1/src/euclidean_dist.h000066400000000000000000000021311403616477200167060ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef EUCLIDIAN_DIST_H #define EUCLIDIAN_DIST_H #include "global.h" extern int edist_256(const float* a,const float* b, const int len, float* ret); extern int edist_serial(const float* a,const float* b,const int len, float* ret); extern int edist_serial_d(const double* a,const double* b,const int len, double* ret); #endif kalign-3.3.1/src/global.h000066400000000000000000000024031403616477200151740ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef GLOBAL_H #define GLOBAL_H #ifdef HAVE_CONFIG_H #include "config.h" #endif #ifdef HAVE_OPENMP #include #endif #include #include #include "tldevel.h" #define ALN_STATUS_UNALIGNED 1 /* no gaps sequences may or may not have equal lengths */ #define ALN_STATUS_ALIGNED 2 /* sequences have equal lengths and may or may not contain gaps*/ #define ALN_STATUS_UNKNOWN 3 /* sequences have un-equal length and contain gaps */ #define BUFFER_LEN 128 #endif kalign-3.3.1/src/idata.c000066400000000000000000000041151403616477200150130ustar00rootroot00000000000000#include "tldevel.h" #include "pick_anchor.h" #include "sequence_distance.h" #define IDATA_IMPORT #include "idata.h" int get_internal_data(struct msa* msa, struct aln_param* ap,double** out,int* n_out) { //struct drand48_data rand Buffer; struct node* root = NULL; double* stats = NULL; int* samples = NULL; int* anchors = NULL; int num_anchors; int numseq; float d; int i,j; ASSERT(msa != NULL, "No alignment."); //ASSERT(param != NULL, "No input parameters."); ASSERT(ap != NULL, "No alignment parameters."); MMALLOC(stats, sizeof(double) * 13); for(i= 0; i < 13;i++){ stats[i] = 0.0; } numseq = msa->numseq; RUNP(anchors = pick_anchor(msa, &num_anchors)); for(i = 0; i < numseq;i++){ stats[0]++; stats[1] += msa->sequences[i]->len; stats[2] += msa->sequences[i]->len * msa->sequences[i]->len; for(j = 0;j < num_anchors;j++){ d = calc_distance(msa->sequences[i]->s, msa->sequences[anchors[j]]->s, msa->sequences[i]->len, msa->sequences[anchors[j]]->len, msa->L); //LOG_MSG("%d %d %f", i,j,d); //dm[i][j] = dist; if(d > 200){ d = 199.9F; } stats[3+ (int) ( d / 20.0)]++; } } d = sqrt ( (stats[0] * stats[2] - pow(stats[1], 2.0)) / (stats[0] * ( stats[0] - 1.0))); stats[2] = d; stats[1] = stats[1] /stats[0]; d = 0.0; for(i = 3; i < 13;i++){ d+= stats[i]; } for(i = 3; i < 13;i++){ stats[i] = stats[i] / d * 10.0; } *out = stats; *n_out = 13; return OK; ERROR: return FAIL; } kalign-3.3.1/src/idata.h000066400000000000000000000003541403616477200150210ustar00rootroot00000000000000#ifndef IDATA_H #define IDATA_H #ifdef IDATA_IMPORT #define EXTERN #else #define EXTERN extern #endif struct msa; struct aln_param; EXTERN int get_internal_data(struct msa* msa, struct aln_param* ap,double** out,int* n_out); #endif kalign-3.3.1/src/kchaos.c000066400000000000000000000251021403616477200152000ustar00rootroot00000000000000#include "tldevel.h" #include "queue.h" struct kchaos_tree{ int** t; int* active; int chaos; int numseq; }; /* The two key functions */ static int treeify_samples(struct kchaos_tree** tree,int numseq, int chaos); static void traverse_kctree( struct kchaos_tree* tree, int index); /* Memory allocation */ static int alloc_kchaos_tree(struct kchaos_tree** tree, int numseq, int chaos); static void free_kchaos_tree(struct kchaos_tree* t); struct node{ struct node* l; struct node* r; int id; }; struct topo{ struct node** list; int index; int num_alloc; }; static struct topo* generate_tree_topologies(int n); static void print_topo( struct node* n,int pos); int main(int argc, char *argv[]) { struct kchaos_tree* tree = NULL; int numseq = 10; RUN(treeify_samples(&tree, numseq, 12)); traverse_kctree(tree, numseq*2-2); free_kchaos_tree(tree); struct topo* t = NULL; t = generate_tree_topologies(7); int i; for(i = 0; i < t->index;i++){ LOG_MSG("Tree %d:", i); print_topo(t->list[i], 0); } return OK; ERROR: return FAIL; } /* Number of labelled tree topologies */ /* # A very simple representation for Nodes. Leaves are anything which is not a Node. */ /* class Node(object): */ /* def __init__(self, left, right): */ /* self.left = left */ /* self.right = right */ /* def __repr__(self): */ /* return '(%s %s)' % (self.left, self.right) */ /* # Given a tree and a label, yields every possible augmentation of the tree by */ /* # adding a new node with the label as a child "above" some existing Node or Leaf. */ /* def add_leaf(tree, label): */ /* yield Node(label, tree) */ /* if isinstance(tree, Node): */ /* for left in add_leaf(tree.left, label): */ /* yield Node(left, tree.right) */ /* for right in add_leaf(tree.right, label): */ /* yield Node(tree.left, right) */ /* # Given a list of labels, yield each rooted, unordered full binary tree with */ /* # the specified labels. */ /* def enum_unordered(labels): */ /* if len(labels) == 1: */ /* yield labels[0] */ /* else: */ /* for tree in enum_unordered(labels[1:]): */ /* for new_tree in add_leaf(tree, labels[0]): */ /* yield new_tree */ struct topo* build_forest(struct topo* t, int* lab, int total_n,int index, int d) { /* if(d == 0){ */ /* /\* create *\/ */ /* } */ /* int i; */ /* if(n == 1){ */ /* fprintf(stdout,"%d\n", lab[0]); */ /* }else{ */ /* for(i = 0; i < n;i++){ */ /* res = enum_unordered(lab+1,n-1); */ /* } */ /* } */ } void print_topo( struct node* n,int pos) { if(n == NULL){ for(int i=0;ir){ print_topo(n->r, pos+1); } for(int i=0;iid); if(n->l){ print_topo(n->l, pos+1); } } struct topo* generate_tree_topologies(int n) { struct topo* res = NULL; struct topo* left = NULL; struct topo* right = NULL; struct node* node = NULL; int i,j,c; MMALLOC(res, sizeof(struct topo)); res->list = NULL; res->num_alloc = 16; res->index = 0; MMALLOC(res->list, sizeof(struct node*) * res->num_alloc); res->list[0] = NULL; if( n % 2 == 0){ LOG_MSG("Aborting: n = %d",n); return res; } if(n == 1){ LOG_MSG("N == 1"); MMALLOC(node, sizeof(struct node)); node->l = NULL; node->r = NULL; node->id = 0; res->list[res->index] = node; res->index++; return res; } LOG_MSG("I have %d", n); for (i = 1; i < n; i += 2) { LOG_MSG("Split %d %d",i , n-i-1); left = generate_tree_topologies(i); right = generate_tree_topologies(n - i -1); for(j = 0; j < left->index;j++){ for(c = 0; c < right->index;c++){ node = NULL; MMALLOC(node, sizeof(struct node)); node->l = left->list[j]; node->r = right->list[c]; node->id = 1; res->list[res->index] = node; res->index++; if(res->index == res->num_alloc){ res->num_alloc = res->num_alloc + res->num_alloc / 2; MREALLOC(res->list, sizeof(struct node*) * res->num_alloc); } } } MFREE(left->list); MFREE(left); MFREE(right->list); MFREE(right); } LOG_MSG("res %d", res->index); return res; ERROR: LOG_MSG("Somethign "); exit(-1); /* public List allPossibleFBT(int N) { */ /* List result = new ArrayList<>(); */ /* if (N % 2 == 0) { */ /* return result; */ /* } */ /* if (N == 1) { */ /* result.add(new TreeNode(0)); */ /* return result; */ /* } */ /* for (int i = 1; i < N; i += 2) { */ /* List lefts = allPossibleFBT(i); */ /* List rights = allPossibleFBT(N - i - 1); */ /* for (TreeNode l : lefts) { */ /* for (TreeNode r : rights) { */ /* TreeNode root = new TreeNode(0); */ /* root.left = l; */ /* root.right = r; */ /* result.add(root); */ /* } */ /* } */ /* } */ /* return result; */ /* } */ } /* Function to traverse the chaos-ary tree. 1) check if all child nodes are "active", meaning they are either leaves or have been processed already. 2) if a child in not active call traverse tree recursively 3) continue into all nodes are visited */ void traverse_kctree( struct kchaos_tree* tree, int index) { int** t = NULL; int* a = NULL; int i; int c; a = tree->active; t = tree->t; for(i = 0; i < tree->chaos;i++){ c = t[index][i]; if(!a[c] && c!= -1){ traverse_kctree(tree, c); } } LOG_MSG("Processing: "); for(i = 0; i < tree->chaos;i++){ fprintf(stdout,"%d ", t[index][i]); } fprintf(stdout,"\n"); /* I have processed this node */ tree->active[index] = 1; } int treeify_samples(struct kchaos_tree** tree,int numseq, int chaos) { struct kchaos_tree* t = NULL; int* tmp = NULL; int i,j,c; int work; int cur_node; int bin_index; MMALLOC(tmp, sizeof(int)* chaos * 2); RUN(alloc_kchaos_tree(&t, numseq, chaos)); for(j = 0; j < chaos*2;j++){ tmp[j] = -1; } queue q = q_new(); for(i = 0; i < numseq;i++){ enqueue(q, i+1); } /* print_queue(q); */ work = 1; j= 0; cur_node = 0; bin_index = numseq; while(work != numseq*2 -2 ){ /* print_queue(q); */ if (!dequeue(q, &work)) { break; } tmp[j] = work-1; /* t[cur_node][j] = work-1; */ if(j){ tmp[j-1+chaos] = bin_index; /* t[cur_node][j-1+chaos] = bin_index; */ bin_index++; } j++; if(j == chaos){ /* fprintf(stdout,"Finished: "); */ for(j = 0; j < chaos*2;j++){ t->t[bin_index-1][j] = tmp[j]; /* fprintf(stdout,"%d ", tmp[j]); */ tmp[j] = -1; } /* fprintf(stdout," bin: %d \n", bin_index-1); */ enqueue(q, bin_index); cur_node++; j = 0; } } if(j > 1){ /* We have a half completed node. */ /* fprintf(stdout,"Finished: %d ",j); */ for(j = 0; j < chaos*2;j++){ t->t[bin_index-1][j] = tmp[j]; /* fprintf(stdout,"%d ", tmp[j]); */ } /* fprintf(stdout," bin: %d \n", bin_index); */ } /* for(i = 0; i < numseq*2;i++){ */ /* fprintf(stdout,"%d: ", i); */ /* for(j = 0; j < chaos*2;j++){ */ /* fprintf(stdout,"%d ",t->t[i][j]); */ /* } */ /* fprintf(stdout,"\n"); */ /* } */ /* print_queue(q); */ free_queue(q); MFREE(tmp); *tree = t; return OK; ERROR: free_kchaos_tree(t); return FAIL; } int alloc_kchaos_tree(struct kchaos_tree** tree, int numseq, int chaos) { struct kchaos_tree* t = NULL; int i; int j; MMALLOC(t, sizeof(struct kchaos_tree)); t->numseq = numseq; t->chaos = chaos; t->active = NULL; t->t = NULL; RUN(galloc(&t->t,numseq*2,chaos*2)); RUN(galloc(&t->active,numseq*2)); for(i = 0; i < numseq;i++){ t->active[i] = 1; } for(i = numseq; i < numseq*2;i++){ t->active[i] = 0; } for(i = 0; i < numseq*2;i++){ for(j = 0; j < chaos*2;j++){ t->t[i][j] = 0; } } *tree = t; return OK; ERROR: free_kchaos_tree(t); return FAIL; } void free_kchaos_tree(struct kchaos_tree* t) { if(t){ if(t->t){ gfree(t->t); } if(t->active){ gfree(t->active); } MFREE(t); } } kalign-3.3.1/src/kmeans.c000066400000000000000000000126441403616477200152150ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "kmeans.h" double** kmeans(double** data,int* cluster_assignment, int len_a,int len_b, int k) { double** means = NULL; double** tmp = NULL; double** tmp2 = NULL; double** tmp_ptr = NULL; double best_solution; double score; double old_score; double min; double d; int min_index; int i,j; int num_attempts = 10000; int a_item; struct rng_state* rng; int* sel = NULL; double* n_item = NULL; ASSERT(k > 0,"K needs to be greater than one"); ASSERT(k < len_a,"K larger than number of items"); RUN(rng = init_rng(0)); //srand48_r(time(NULL), &randBuffer); sel = galloc(sel,len_a); for(i = 0; i < len_a;i++){ sel[i] = i; } n_item = galloc(n_item,k); for(i = 0; i < k;i++){ n_item[i] = 0.0; } tmp = galloc(tmp,k,len_b,0.0f); tmp2= galloc(tmp2,k,len_b,0.0f); means= galloc(means,k,len_b,0.0f); best_solution = DBL_MAX; for(a_item = 0; a_item < num_attempts;a_item++){ /* reset tmp */ for(i = 0; i < k;i++){ for(j = 0; j < len_b;j++){ tmp[i][j] = 0.0; } } /* shuffle to select first k means */ shuffle_arr_r(sel, len_a,rng); /* initial selection */ for(i = 0; i < k;i++){ for(j = 0; j < len_b;j++){ tmp[i][j] = data[sel[i]][j]; tmp2[i][j] = 0.0; } } score =1.0; old_score = 0.0; while(score != old_score){ for(i = 0; i < k;i++){ n_item[i] = 0.0; } for(i = 0; i < k;i++){ for(j = 0; j < len_b;j++){ tmp2[i][j] = 0.0; } } score = 0.0; for(i= 0; i < len_a;i++){ min = DBL_MAX; min_index = -1; for(j = 0; j < k;j++){ edist_serial_d(data[i], tmp[j], len_b, &d); if(d < min){ min = d; min_index = j; } } n_item[min_index]++; score += min; for(j = 0; j < len_b;j++){ tmp2[min_index][j] += data[i][j]; } if(cluster_assignment){ cluster_assignment[i] = min_index; } } /* calculate new means */ for(i = 0; i < k;i++){ for(j = 0; j < len_b;j++){ tmp2[i][j] /= n_item[i]; } } /* switch */ tmp_ptr = tmp; tmp= tmp2; tmp2 = tmp_ptr; if(old_score == score){ break; } old_score = score; } if(score < best_solution){ fprintf(stdout,"%f better than %f\n", score,best_solution); best_solution = score; for(i = 0; i < k;i++){ for(j = 0; j < len_b;j++){ means[i][j] = tmp[i][j]; } } } } for(i = 0; i < k;i++){ n_item[i] = 0.0; } for(i= 0; i < len_a;i++){ if(cluster_assignment){ n_item[cluster_assignment[i]]++; } } for(i = 0; i < k;i++){ fprintf(stdout,"%d %f\n",i,n_item[i]); } gfree(tmp); gfree(tmp2); gfree(n_item); gfree(sel); return means; ERROR: return NULL; } kalign-3.3.1/src/kmeans.h000066400000000000000000000017501403616477200152160ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef KMEANS_H #define KMEANS_H #include #include "tldevel.h" #include "misc.h" #include "euclidean_dist.h" double** kmeans(double** data,int* cluster_assignment, int len_a,int len_b, int k); #endif kalign-3.3.1/src/misc.c000066400000000000000000000157621403616477200146760ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "tldevel.h" #include "tlrng.h" #ifdef HAVE_AVX2 #include #endif #include "misc.h" #include #include #include #ifdef ITEST_MISC #include "alphabet.h" int hash_test(void); //int mutate_seq(uint8_t* s, int len,int k,int L, struct rng_state* rng); int main(int argc, char *argv[]) { //int a = 2345; RUN(hash_test()); return EXIT_SUCCESS; ERROR: return EXIT_FAILURE; } int hash_test(void) { struct alphabet* a = NULL; unsigned short hash = 0; unsigned short rolling = 0; int kmer_len = 10; int len = 0; int i; uint8_t* internal = NULL; RUNP(a = create_alphabet(ALPHA_defPROTEIN)); char seq[] = "GKGDPKKPRGKMSSYAFFVQTSREEHKKKHPDASVNFSEFSKKCSERWKTMSAKEKGKFEDMAKADKARYEREMKTYIPPKGE"; len = strlen(seq); MMALLOC(internal , sizeof(uint8_t) * len) ; for(i = 0;i < len;i++){ internal[i] = a->to_internal[(int)seq[i]]; //fprintf(stdout,"%c %d\n", seq[i], internal[i]); } fprintf(stdout,"LEN: %d\n", len); hash = circ_hash(internal , kmer_len); rolling = hash; for(i = 1; i < len - kmer_len;i++){ rolling =circ_hash_next(internal+i, kmer_len, internal[i-1], rolling); hash = circ_hash(internal+i , kmer_len); //fprintf(stdout,"%d %d\n", hash, rolling); } MFREE(a); MFREE(internal); return OK; ERROR: return FAIL; } #endif int byg_count(char* pattern,char*text) { int Tc; int count = 0; int i = 0; int s = 0; int T[256]; for (i = 0;i < 256;i++){ T[i] = 0; } int m = strlen(pattern); int n = strlen (text); int mb = (1 << (m-1)); for (i= 0;i < m;i++){ T[(int)pattern[i]] |= (1 << i); } for (i = 0;i < n;i++){ s <<= 1; s |= 1; Tc = T[(int)text[i]]; s &= Tc; if(s & mb){ count++; } } return count; } int byg_end(char* pattern,char*text) { int Tc; int i = 0; int s = 0; int T[256]; for (i = 0;i < 256;i++){ T[i] = 0; } int m = strlen(pattern); int n = strlen (text); int mb = (1 << (m-1)); for (i= 0;i < m;i++){ T[(int)pattern[i]] |= (1 << i); } for (i = 0;i < n;i++){ s <<= 1; s |= 1; if(!text[i]){ return -1; } Tc = T[(int)text[i]]; s &= Tc; if(s & mb){ return i+1; } } return -1; } int byg_start(char* pattern,char*text) { //LOG_MSG("searching for: %s",pattern); int Tc; int i = 0; int s = 0; int T[256]; for (i = 0;i < 256;i++){ T[i] = 0; } int m = strlen(pattern); int n = strlen(text); int mb = (1 << (m-1)); for (i= 0;i < m;i++){ T[(int)pattern[i]] |= (1 << i); } for (i = 0;i < n;i++){ s <<= 1; s |= 1; Tc = T[(int)text[i]]; s &= Tc; if(s & mb){ return i-m+1; } //fprintf(stdout,"%c %d %d\n", text[i], i, s); if(i == 100){ return -1; } } return -1; } // (c) 2017 Johannes Soeding & Martin Steinegger, Gnu Public License version 3 // Rotate left macro: left circular shift by numbits within 16 bits #define RoL(val, numbits) (val << numbits) ^ (val >> (16 - numbits)) // Transform each letter x[i] to a fixed random number RAND[x[i]] // to ensure instantaneous mixing into the 16 bits // Do XOR with RAND[x[i]] and 5-bit rotate left for each i from 1 to k uint16_t circ_hash(const uint8_t* x, const uint8_t length) { const uint16_t RAND[21] = {0x4567, 0x23c6, 0x9869, 0x4873, 0xdc51, 0x5cff, 0x944a, 0x58ec, 0x1f29, 0x7ccd, 0x58ba, 0xd7ab, 0x41f2, 0x1efb, 0xa9e3, 0xe146, 0x007c, 0x62c2, 0x0854, 0x27f8, 0x231b};// 16 bit random numbers register uint16_t h = 0x0; h = h^ RAND[x[0]];// XOR h and ki for (register uint8_t i = 1; i < length; ++i){ h = RoL(h, 5); h ^= RAND[x[i]];// XOR h and ki } return h; } // Rolling hash variant for previous hash function: // Computes hash value for next key x[0:length-1] from previous hash value // hash( x[-1:length-2] ) and x_first = x[-1] uint16_t circ_hash_next(const uint8_t * x,const uint8_t length,const uint8_t x_first, uint16_t h) { const uint16_t RAND[21] = {0x4567, 0x23c6, 0x9869, 0x4873, 0xdc51, 0x5cff, 0x944a, 0x58ec, 0x1f29, 0x7ccd, 0x58ba, 0xd7ab, 0x41f2, 0x1efb, 0xa9e3, 0xe146, 0x007c, 0x62c2, 0x0854, 0x27f8, 0x231b};// 16 bit random numbers // undo INITIAL_VALUE and first letter x[0] of old key h ^= RoL(RAND[x_first], (5*(length-1)) % 16); // circularly permute all letters x[1:length-1] to 5 positions to left h = RoL(h, 5);// add new, last letter of new key x[1:length] h ^= RAND[x[length-1]]; return h; } int shuffle_arr_r(int* arr,int n, struct rng_state* rng) { int r; int i,j; int tmp; for (i = 0; i < n - 1; i++) { r = tl_random_int(rng,n); //lrand48_r(randBuffer,&r); j = i + r % (n-i); tmp = arr[j]; arr[j] = arr[i]; arr[i] = tmp; } return OK; } char* basename(const char* name) { int i= 0; int c = 0; while(1){ if(name[i] == '/'){ c = i+1; } if(!name[i]){ break; } i++; } return (char*)(name +c); } kalign-3.3.1/src/misc.h000066400000000000000000000034131403616477200146710ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef MISC_H #define MISC_H #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #include struct rng_state; extern int byg_start(char* pattern,char*text); extern int byg_end(char* pattern,char*text); extern int byg_count(char* pattern,char*text); extern int shuffle_arr_r(int* arr,int n, struct rng_state* rng); /* The following two hash functions are taken from the supplementary of: */ /* Steinegger, Martin, and Johannes SÃļding. "Clustering huge protein sequence sets in linear time." Nature communications 9.1 (2018): 2542. */ // (c) 2017 Johannes Soeding & Martin Steinegger, Gnu Public License version 3 //unsigned circ_hash(const int * x, unsigned length); uint16_t circ_hash(const uint8_t* x, const uint8_t length); //unsigned circ_hash_next(const int * x, unsigned length, int x_first, short unsigned h); uint16_t circ_hash_next(const uint8_t * x,const uint8_t length,const uint8_t x_first, uint16_t h); extern char* basename(const char* name); #endif kalign-3.3.1/src/msa.h000066400000000000000000000033071403616477200145200ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef MSA_H #define MSA_H #define MSA_NAME_LEN 128 #define FORMAT_DETECT_FAIL -1 #define FORMAT_FA 1 #define FORMAT_MSF 2 #define FORMAT_CLU 3 #include struct msa_seq{ char* name; char* seq; uint8_t* s; int* gaps; int len; int alloc_len; }; struct msa{ struct msa_seq** sequences; int** sip; int* nsip; int* plen; int numseq; int num_profiles; int alloc_numseq; int aligned; int letter_freq[128]; int L; }; /* dealign */ int dealign_msa(struct msa* msa); /* clean */ int run_extra_checks_on_msa(struct msa* msa); /* convert */ int convert_msa_to_internal(struct msa* msa, int type); /* rw functions */ int read_input(char* infile,struct msa** msa); int write_msa(struct msa* msa, char* outfile, int type); void free_msa(struct msa* msa); extern int merge_msa(struct msa** dest, struct msa* src); #endif kalign-3.3.1/src/old_aln_data.c000066400000000000000000000071361403616477200163400ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "global.h" #include "aln_data.h" struct kalign_sequence* kalign_seq_alloc(void); void kalign_seq_free(struct kalign_sequence* ks); struct kalign_alignmment* kalign_aln_alloc(void) { struct kalign_alignmment* aln = NULL; int i; MMALLOC(aln, sizeof(aln)); aln->alloc_numseq = 256; aln->numseq = 0; aln->s_arr = NULL; MMALLOC(aln->s_arr, sizeof(struct kalign_sequence*) * aln->alloc_numseq); for(i = 0; i < aln->alloc_numseq;i++){ aln->s_arr[i] = NULL; RUNP(aln->s_arr[i] = kalign_seq_alloc()); aln->s_arr[i]->id = i; } return aln; ERROR: return NULL; } int kalign_alignment_resize(struct kalign_alignmment* aln) { int i; int c; ASSERT(aln!= NULL, "No aln."); c = aln->alloc_numseq; aln->alloc_numseq = aln->alloc_numseq << 1; MREALLOC(aln->s_arr, sizeof(struct kalign_sequence*) * aln->alloc_numseq); for(i = c; i < aln->alloc_numseq;i++){ aln->s_arr[i] = NULL; RUNP(aln->s_arr[i] = kalign_seq_alloc()); aln->s_arr[i]->id = i; } return OK; ERROR: return FAIL; } void kalign_alignmment_free(struct kalign_alignmment* aln) { int i; if(aln){ if(aln->s_arr){ for(i = 0; i < aln->alloc_numseq;i++){ kalign_seq_free(aln->s_arr[i]); } MFREE(aln->s_arr); } MFREE(aln); } } struct kalign_sequence* kalign_seq_alloc(void) { struct kalign_sequence* ks = NULL; MMALLOC(ks, sizeof(struct kalign_sequence)); ks->alloc_seq_len = 1024; ks->id = 0; ks->len = 0; ks->s =NULL; ks->seq = NULL; ks->name = NULL; MMALLOC(ks->s, sizeof(int) * ks->alloc_seq_len); MMALLOC(ks->seq, sizeof(char) * ks->alloc_seq_len); MMALLOC(ks->name, sizeof(char) * BUFFER_LEN); return ks; ERROR: kalign_seq_free(ks); return NULL; } int kalign_seq_resize(struct kalign_sequence* ks) { ASSERT(ks != NULL,"No seq."); ks->alloc_seq_len = ks->alloc_seq_len << 1; MREALLOC(ks->s, sizeof(int) * ks->alloc_seq_len); MREALLOC(ks->seq, sizeof(char) * ks->alloc_seq_len); MREALLOC(ks->name, sizeof(char) * BUFFER_LEN); return OK; ERROR: kalign_seq_free(ks); return FAIL; } void kalign_seq_free(struct kalign_sequence* ks) { if(ks){ if(ks->s){ MFREE(ks->s); } if(ks->seq){ MFREE(ks->seq); } if(ks->name){ MFREE(ks->name); } } } kalign-3.3.1/src/old_aln_data.h000066400000000000000000000025251403616477200163420ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef ALN_DATA_H #define ALN_DATA_H #include "tldevel.h" struct kalign_sequence{ int* s; char* seq; int alloc_seq_len; int len; uint8_t* name; int id; }; struct kalign_alignmment{ struct kalign_sequence** s_arr; int numseq; int alloc_numseq; }; extern struct kalign_alignmment* kalign_aln_alloc(void); extern int kalign_alignment_resize(struct kalign_alignmment* aln); extern void kalign_alignmment_free(struct kalign_alignmment* aln); extern int kalign_seq_resize(struct kalign_sequence* ks); #endif kalign-3.3.1/src/parameters.c000066400000000000000000000035261403616477200161010ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "global.h" #include "parameters.h" struct parameters*init_param(void) { struct parameters* param = NULL; MMALLOC(param, sizeof(struct parameters)); param->dist_method = KALIGNDIST_BPM; param->aln_param_file = NULL; param->param_set = -1; param->infile = NULL; param->num_infiles = 0; param->input = NULL; param->outfile = NULL; param->format = NULL; param->reformat = 0; param->rename = 0; param->help_flag = 0; param->dump_internal = 0; param->gpo = FLT_MAX; param->gpe = FLT_MAX; param->tgpe = FLT_MAX; param->matadd = 0.0F; param->chaos = 0; param->nthreads = 4; param->clean = 0; param->unalign = 0; return param; ERROR: free_parameters(param); return NULL; } void free_parameters(struct parameters* param) { if(param){ if(param->num_infiles){ MFREE(param->infile); } MFREE(param); } } kalign-3.3.1/src/parameters.h000066400000000000000000000030511403616477200160770ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef PARAMETERS_H #define PARAMETERS_H #define KALIGNDIST_ALN 0 #define KALIGNDIST_BPM 1 #define KALIGNDIST_WU 2 struct parameters{ char **infile; char *input; char *outfile; char* format; char* aln_param_file; float gpo; float gpe; float tgpe; float matadd; int chaos; int out_format; int param_set; int dist_method; int num_infiles; int reformat; int rename; /* rename sequences - to make bali_score swallow the alignments */ int dump_internal; int nthreads; int clean; int unalign; int help_flag; }; extern struct parameters* init_param(void); extern void free_parameters(struct parameters* param); #endif kalign-3.3.1/src/pick_anchor.c000066400000000000000000000056211403616477200162140ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "pick_anchor.h" struct sort_struct{ int len; int id; }; int sort_by_len(const void *a, const void *b); int* select_seqs(struct msa* msa, int num_anchor); int* pick_anchor(struct msa* msa, int* n) { int* anchors = NULL; int num_anchor = 0; ASSERT(msa != NULL, "No alignment."); /* num_anchor = MACRO_MAX(MACRO_MIN(32, msa->numseq), (int) pow(log2((double) msa->numseq), 2.0)); */ num_anchor = MACRO_MIN(32, msa->numseq); RUNP(anchors = select_seqs(msa, num_anchor)); *n = num_anchor; return anchors; ERROR: return NULL; } int* select_seqs(struct msa* msa, int num_anchor) { struct sort_struct** seq_sort = NULL; int* anchors = NULL; int i,stride; MMALLOC(seq_sort, sizeof(struct sort_struct*) * msa->numseq); for(i = 0; i < msa->numseq;i++){ seq_sort[i] = NULL; MMALLOC(seq_sort[i], sizeof(struct sort_struct)); seq_sort[i]->id = i; seq_sort[i]->len = msa->sequences[i]->len;// aln->sl[i]; } qsort(seq_sort, msa->numseq, sizeof(struct sort_struct*),sort_by_len); //for(i = 0; i < aln->numseq;i++){ //fprintf(stdout,"%d\t%d\n", seq_sort[i]->id,seq_sort[i]->len); //} //fprintf(stdout,"%d\t seeds\n", num_anchor); MMALLOC(anchors, sizeof(int) * num_anchor); stride = msa->numseq / num_anchor; // fprintf(stdout,"%d\tstride\n", stride); //c = 0; for(i = 0; i < num_anchor;i++){ anchors[i] = seq_sort[i*stride]->id; } ASSERT(i == num_anchor,"Cound not select all anchors\tnum_anchor:%d\t numseq:%d",num_anchor,msa->numseq); for(i = 0; i < msa->numseq;i++){ MFREE(seq_sort[i]); } MFREE(seq_sort); return anchors; ERROR: return NULL; } int sort_by_len(const void *a, const void *b) { struct sort_struct* const *one = a; struct sort_struct* const *two = b; if((*one)->len > (*two)->len){ return -1; }else{ return 1; } } kalign-3.3.1/src/pick_anchor.h000066400000000000000000000002571403616477200162210ustar00rootroot00000000000000#ifndef PICK_ANCHOR_H #define PICK_ANCHOR_H #include "global.h" #include "msa.h" #include "alignment_parameters.h" extern int* pick_anchor(struct msa* msa, int* n); #endif kalign-3.3.1/src/queue.c000066400000000000000000000026311403616477200150560ustar00rootroot00000000000000#include "stdio.h" #include "stdlib.h" #define QUEUE_IMPORT #include "queue.h" struct node_t { int val; node prev, next; }; #define HEAD(q) q->prev #define TAIL(q) q->next queue q_new() { node q = malloc(sizeof(node_t)); q->next = q->prev = 0; return q; } int empty(queue q) { return !HEAD(q); } void enqueue(queue q, int n) { node nd = malloc(sizeof(node_t)); nd->val = n; if (!HEAD(q)){ HEAD(q) = nd; } nd->prev = TAIL(q); if (nd->prev){ nd->prev->next = nd; } TAIL(q) = nd; nd->next = 0; } int dequeue(queue q, int *val) { node tmp = HEAD(q); if (!tmp){ return 0; } *val = tmp->val; HEAD(q) = tmp->next; if (TAIL(q) == tmp){ TAIL(q) = 0; } free(tmp); return 1; } void print_queue(queue q) { node tmp = HEAD(q); int n = 0; while(tmp){ fprintf(stdout,"%d ", tmp->val); n++; tmp = tmp->next; } fprintf(stdout,"\t(%d)\n",n); } void free_queue(queue q) { node tmp = HEAD(q); node p = NULL; while(tmp){ /* fprintf(stdout,"%d ", tmp->val); */ p = tmp; tmp = tmp->next; free(p); } free(q); } kalign-3.3.1/src/queue.h000066400000000000000000000005461403616477200150660ustar00rootroot00000000000000#ifndef QUEUE_H #define QUEUE_H #ifdef QUEUE_IMPORT #define EXTERN #else #define EXTERN extern #endif typedef struct node_t node_t, *node, *queue; EXTERN queue q_new(); EXTERN void enqueue(queue q, int n); EXTERN int dequeue(queue q, int *val); EXTERN void print_queue(queue q); EXTERN void free_queue(queue q); #undef QUEUE_IMPORT #undef EXTERN #endif kalign-3.3.1/src/read_from_stdin_test.c000066400000000000000000000011701403616477200201250ustar00rootroot00000000000000#ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include "tldevel.h" #include #include int main(void) { char* line_buffer = NULL; size_t line_len = 0; ssize_t nread; if (isatty(fileno(stdin))){ puts("stdin is connected to a terminal"); }else{ while ((nread = getline(&line_buffer, &line_len, stdin)) != -1){ fprintf(stdout,"%s",line_buffer); } puts("stdin is NOT connected to a terminal"); MFREE(line_buffer); } return 0; } kalign-3.3.1/src/run_get_param.c000066400000000000000000000517551403616477200165700ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "global.h" #include "msa.h" #include //#include "align_io.h" #include "alphabet.h" #include "kmeans.h" struct counts{ double emit[26][26]; double back[26]; double MM; double GPO; double GPE; double TM; double TGPE; double tau; double eta; double num_alignments; double num_seq; double id_threshold; int L; }; struct counts* init_counts(void); int clean_counts(struct counts* ap); int normalize_counts(struct counts*ap); int print_counts(struct counts* ap); int print_counts_to_file(struct counts* ap,char* out); int print_counts_flat(struct counts* ap,double* raw); int fill_counts(struct counts* ap, struct msa* msa); int make_aliged_seq(uint8_t* aligned, uint8_t* unaligned, int* gaps,int len); int pair_fill(struct counts* ap, uint8_t*a,uint8_t*b,int len,double id_threshold); int print_probabilies(struct counts*ap); int main(int argc, char *argv[]) { //struct alignment* aln = NULL; struct msa* msa = NULL; struct counts* ap = NULL; int* assignment = NULL; double** raw = NULL; double id_threshold; int i,j; int num_infiles = 0; char** infile = NULL; char* outfile = NULL; int c = 0; int print_all = 0; //int help = 0; id_threshold = 0.0; while (1){ static struct option long_options[] ={ {"thres", required_argument, 0, 't'}, {"out", required_argument, 0, 'o'}, {"all",0,0,'a'}, {"help",0,0,'h'}, {0, 0, 0, 0} }; int option_index = 0; c = getopt_long_only (argc, argv,"hao:t:",long_options, &option_index); if (c == -1){ break; } switch(c) { case 't': id_threshold = atof(optarg); break; case 'o': outfile = optarg; break; case 'a': print_all = 1; break; case 'h': //help = 1; break; default: ERROR_MSG("not recognized"); break; } } if (optind < argc){ //fprintf(stderr,"EXTRA :%d\n",argc - optind); num_infiles = argc-optind; MMALLOC(infile, sizeof(char*) * num_infiles); c = 0; while (optind < argc){ infile[c] = argv[optind++]; c++; } } RUNP(ap = init_counts()); ap->id_threshold = id_threshold; if(print_all){ /* get L */ RUNP(msa = read_input(infile[0],msa)); //RUNP(aln = read_alignment(infile[0])); RUN(convert_msa_to_internal(msa, defPROTEIN)); //RUN(convert_alignment_to_internal(aln, defPROTEIN)); ap->L = msa->L; int len = (ap->L *( ap->L-1)) / 2 + ap->L + 3; free_msa(msa); MMALLOC(assignment, sizeof(int) * num_infiles); for(i = 0; i < num_infiles;i++){ assignment[i] = 0; } //fprintf(stdout,"LEN:%d\n",ap->L); raw = galloc(raw,num_infiles,len,0.0); for(i = 0; i < num_infiles;i++){ clean_counts(ap); //fprintf(stdout,"%s\n",infile[i]); RUNP(msa = read_input(infile[0],msa)); //RUNP(aln = read_alignment(infile[0])); RUN(convert_msa_to_internal(msa, defPROTEIN)); //RUNP(aln = read_alignment(infile[i])); //RUN(convert_alignment_to_internal(aln, defPROTEIN)); //fprintf(stdout,"%d L \n", aln->L); RUN(fill_counts(ap, msa)); //ap->L = aln->L; normalize_counts(ap); print_counts_flat(ap,raw[i]); free_msa(msa); } /* for(i = 0; i < num_infiles;i++){ for(j = 0; j < len;j++){ fprintf(stdout,"%f,",raw[i][j]); } fprintf(stdout,"\n"); } fprintf(stdout,"\n"); */ double** means = NULL; int k =4; means = kmeans(raw, assignment,num_infiles,len, k); //means = galloc(means,1,len,0.0); for(j = 0; j < k;j++){ clean_counts(ap); for(i = 0; i < num_infiles;i++){ if(assignment[i] == j){ // fprintf(stdout,"%s %d\n",infile[i],assignment[i]); //RUNP(aln = read_alignment(infile[i])); RUNP(msa = read_input(infile[i],msa)); RUN(convert_msa_to_internal(msa, defPROTEIN)); //RUN(convert_alignment_to_internal(aln, defPROTEIN)); //fprintf(stdout,"%d L \n", aln->L); RUN(fill_counts(ap, msa)); //ap->L = aln->L; free_msa(msa); //free_aln(aln); } } normalize_counts(ap); print_counts_flat(ap,means[j]); } fprintf(stdout,"MEANs:\n"); fprintf(stdout,"double defprot_set10[%d][%d] = {",k, len); for(i = 0; i < k;i++){ //means[i][len-2] /= 2.0; fprintf(stdout, "{ %f ", means[i][0]); for(j = 1; j < len;j++){ fprintf(stdout,",%f",means[i][j]); } if(i == k-1){ fprintf(stdout,"}\n"); }else{ fprintf(stdout,"},\n"); } } fprintf(stdout,"};\n"); }else{ for(i = 0; i < num_infiles;i++){ fprintf(stdout,"%s\n",infile[i]); RUNP(msa = read_input(infile[i],msa)); //RUNP(aln = read_alignment(infile[i])); //dealign(aln); RUN(convert_msa_to_internal(msa, defPROTEIN)); //RUN(convert_alignment_to_internal(aln, defPROTEIN)); //fprintf(stdout,"%d L \n", aln->L); RUN(fill_counts(ap, msa)); ap->L = msa->L; free_msa(msa); //free_aln(aln); } normalize_counts(ap); if(outfile){ print_counts_to_file(ap, outfile); } print_counts(ap); print_probabilies(ap); } if(infile){ MFREE(infile); } MFREE(ap); return EXIT_SUCCESS; ERROR: if(infile){ MFREE(infile); } return EXIT_FAILURE; } int fill_counts(struct counts* ap, struct msa* msa) { int i,j; int aln_len; uint8_t* aligned_a = NULL; uint8_t* aligned_b = NULL; aln_len = 0; for(i = 0; i <= msa->sequences[0]->len;i++){ aln_len += msa->sequences[0]->gaps[i];// aln->gaps[0][i]; } aln_len += msa->sequences[0]->len;// aln->sl[0]; LOG_MSG("Aln len: %d.",aln_len); MMALLOC(aligned_a, sizeof(uint8_t) * aln_len); MMALLOC(aligned_b, sizeof(uint8_t) * aln_len); for(i = 0; i < msa->numseq;i++){ ap->num_seq++; ap->eta += msa->sequences[i]->len;// aln->sl[i]; RUN(make_aliged_seq(aligned_a, msa->sequences[i]->s, msa->sequences[i]->gaps, msa->sequences[i]->len)); //RUN(make_aliged_seq(aligned_a, aln->s[i], aln->gaps[i], aln->sl[i])); for(j = i+1; j < msa->numseq;j++){ //ASSERT(aln->sl[i] == aln->sl[j], "Sequences not aligned?"); RUN(make_aliged_seq(aligned_b, msa->sequences[j]->s, msa->sequences[j]->gaps, msa->sequences[j]->len)); //RUN(make_aliged_seq(aligned_b, aln->s[j], aln->gaps[j], aln->sl[j])); RUN(pair_fill(ap, aligned_a, aligned_b, aln_len, ap->id_threshold)); } } MFREE(aligned_a); MFREE(aligned_b); return OK; ERROR: return FAIL; } int pair_fill(struct counts* ap, uint8_t*a,uint8_t*b,int len,double id_threshold) { int i; int state = 1; /* match - 0 is a gap */ int p_aln_len = 0; int begin = 0; int end = 0; int len_a; int len_b; double sim = 1.0; double tmp_tgpe = 0.0; for(i = 0;i < len;i++){ tmp_tgpe += sim; //ap->TGPE += sim; if(a[i] != 255 && b[i] != 255){ begin = i; break; } } for(i = len-1; i>= 0;i--){ tmp_tgpe += sim; //ap->TGPE += sim; if(a[i] != 255 && b[i] != 255){ end = i; break; } } for(i = begin;i < end;i++){ if(a[i] != 255 && b[i] != 255){ if(a[i] == b[i]){ sim += 1.0; } } } len_a = 0; len_b = 0; for(i = 0;i < len;i++){ if(a[i] != 255){ len_a++; } if(b[i] != 255){ len_b++; } } sim = sim / (double) (MACRO_MIN(len_a, len_b)); //sim = sim * sim * sim * sim; //sim = 1.0; fprintf(stdout,"Sim :%f\n", sim); if(sim > id_threshold){ ap->TGPE += tmp_tgpe; sim = 1.0; }else{ return OK; } for(i = begin;i < end;i++){ if(a[i] == 255 && b[i] == 255){ /* two gaps do nothing */ }else if(a[i] != 255 && b[i] != 255){ /* aligned residues */ if(state == 0){ ap->TM += sim; }else{ ap->MM += sim; } if(a[i] == b[i]){ ap->emit[a[i]][b[i]] += sim + sim; }else if(a[i] > b[i]){ ap->emit[a[i]][b[i]] += sim; }else{ ap->emit[b[i]][a[i]] += sim; } ap->back[a[i]] += sim; ap->back[b[i]] += sim; p_aln_len++; state = 1; }else if(a[i] != 255 && b[i] == 255){ if(state == 0){ ap->GPE += sim; }else{ ap->GPO += sim; } ap->back[a[i]]++; p_aln_len++; state = 0; }else if(a[i] == 255 && b[i] != 255){ if(state == 0){ ap->GPE += sim; }else{ ap->GPO += sim; } ap->back[b[i]]+= sim; p_aln_len++; state = 0; } } ap->num_alignments++; ap->tau += p_aln_len; return OK; } struct counts* init_counts(void) { struct counts* ap = NULL; MMALLOC(ap, sizeof(struct counts)); RUN(clean_counts(ap)); return ap; ERROR: return NULL; } int clean_counts(struct counts* ap) { int i,j; double pseudocount = 1.0; for(i = 0; i < 26;i++){ ap->back[i] = pseudocount; for(j = 0; j < 26;j++){ ap->emit[i][j] = pseudocount; } } ap->MM = pseudocount; ap->TM = pseudocount; ap->TGPE = pseudocount; ap->GPE = pseudocount; ap->GPO = pseudocount; ap->tau = 0.0; ap->eta = 0.0; ap->num_seq = 0.0; ap->num_alignments = 0.0; return OK; } int normalize_counts(struct counts*ap) { int i,j; double sum; //double tmp; sum = 0.0; for(i = 0; i < ap->L;i++){ //fprintf(stdout,"BAK:%d %f\n",i,ap->back[i]); sum += ap->back[i]; } for(i = 0; i < ap->L;i++){ ap->back[i] /= sum; //fprintf(stdout,"BAK:%d %f\n",i,ap->back[i]); } sum = 0.0; for(i = 0; i < ap->L;i++){ for(j = 0; j <= i;j++){ sum += ap->emit[i][j]; } } for(i = 0; i < ap->L;i++){ for(j = 0; j <= i;j++){ ap->emit[i][j]/= sum; ap->emit[j][i] = ap->emit[i][j]; } } ap->tau = 1.0 / (ap->tau / ap->num_alignments); sum = ap->TGPE; sum += ap->num_alignments*2.0; /* we need to get in an out of the alignment */ ap->TGPE = ap->TGPE / sum; //tmp = (ap->num_alignments*2.0) / sum; //fprintf(stdout,"%f %f ", ap->TGPE, tmp); //ap->TGPE = -log2 (1.0-ap->TGPE); //fprintf(stdout,"-> %f\n", ap->TGPE); sum = ap->MM; sum += ap->GPO; sum += ap->GPO; ap->MM = ap->MM / sum; ap->GPO = ap->GPO / sum; /* add in tau */ sum = ap->MM; sum += ap->GPO; sum += ap->GPO; sum += ap->tau; ap->MM = ap->MM / sum; ap->GPO = ap->GPO / sum; sum = ap->GPE; sum += ap->TM; ap->GPE = ap->GPE / sum; ap->TM = ap->TM / sum; sum = ap->GPE; sum += ap->TM; sum += ap->tau; ap->GPE = ap->GPE / sum; ap->TM = ap->TM / sum; /* eta */ ap->eta = 1.0 - 1.0 / (ap->eta / ap->num_seq); return OK; } int print_probabilies(struct counts*ap) { int i,j; fprintf(stdout,"float prior_back[%d] = {\n",ap->L); for(i = 0; i < ap->L;i++){ fprintf(stdout,"%f,\n", prob2scaledprob(ap->back[i])); } fprintf(stdout,"%f};\n", prob2scaledprob(ap->back[ap->L])); fprintf(stdout,"float prior_m[%d][%d] = {\n", ap->L,ap->L); for(i = 0; i < ap->L;i++){ j = 0; fprintf(stdout,"{%f", prob2scaledprob(ap->emit[i][j])); for(j = 1; j < ap->L;j++){ fprintf(stdout,",%f", prob2scaledprob(ap->emit[i][j])); } fprintf(stdout,"}"); if(i != ap->L){ fprintf(stdout,","); } fprintf(stdout,"\n"); } fprintf(stdout,"};\n"); fprintf(stdout,"float prior_MM = %f;\n",prob2scaledprob(ap->MM)); fprintf(stdout,"float prior_GPO = %f;\n",prob2scaledprob(ap->GPO)); fprintf(stdout,"float prior_GPE = %f;\n",prob2scaledprob(ap->GPE)); fprintf(stdout,"float prior_TM = %f;\n",prob2scaledprob(ap->TM )); return OK; } int print_counts_flat(struct counts* ap,double* raw) { int i,j; double sum = 0.0; int c = 0; for(i = 0; i < ap->L;i++){ //fprintf(stdout,"%d",i); for(j = 0; j <= i;j++){ //fprintf(stdout,"\n%d %f\n",i,ap->back[i]); sum = log2(ap->emit[i][j] / ( ap->back[i] * ap->back[j])) + log2(ap->MM/((ap->eta)*(ap->eta))); raw[c] = sum; // fprintf(stdout,"%f,",sum); c++; } } sum = -1.0 * log2( (ap->GPO * ap->TM) / ((ap->eta) * ap->MM)); //fprintf(stdout,"%f,", sum); raw[c] = sum /2.0; c++; sum = -1.0 *log2(ap->GPE/(1.0 - ap->tau)); //fprintf(stdout,"%f %d\n", sum,c); raw[c] = sum; c++; sum = -1.0 *log2(ap->TGPE/(1.0 - ap->tau)); raw[c] = sum; c++; return OK; } int print_counts_to_file(struct counts* ap,char* out) { FILE* f_ptr = NULL; int i,j; double sum; LOG_MSG("Open %s",out); RUNP( f_ptr = fopen(out, "w")); for(i = 0; i < ap->L;i++){ //fprintf(stdout,"%d",i); for(j = 0; j <= i;j++){ sum = log2(ap->emit[i][j] / ( ap->back[i] * ap->back[j])) + log2(ap->MM/((ap->eta)*(ap->eta))); fprintf(f_ptr,"%f\n",sum);; } } sum = 0.0; sum = -1.0 * log2( (ap->GPO * ap->TM) / ((ap->eta) * ap->MM)); fprintf(f_ptr,"%f\n", sum/ 2.0); sum = -1.0 *log2(ap->GPE/(1.0 - ap->tau)); fprintf(f_ptr,"%f\n", sum); sum = -1.0 *log2(ap->TGPE/(1.0 - ap->tau)); fprintf(f_ptr,"%f\n", sum); fclose(f_ptr); return OK; ERROR: return FAIL; } int print_counts(struct counts* ap) { int i,j; double sum = 0.0; //ap->eta = 1.0 - 1.0 / (ap->eta / ap->num_seq); /*for(i = 0; i < 26;i++){ fprintf(stdout,"%*d ",3,i); } fprintf(stdout,"\n"); */ /*for(i = 0; i < 26;i++){ fprintf(stdout,"%*.2f ",3, ap->back[i]); } fprintf(stdout,"\n"); fprintf(stdout,"\n"); */ fprintf(stdout,"float balimt[]={\n"); for(i = 0; i < ap->L;i++){ //fprintf(stdout,"%d",i); for(j = 0; j <= i;j++){ sum = log2(ap->emit[i][j] / ( ap->back[i] * ap->back[j])) + log2(ap->MM/((ap->eta)*(ap->eta))); fprintf(stdout," %f,",sum);; } fprintf(stdout,"\n"); } fprintf(stdout,"};\n"); /*fprintf(stdout,"%f\tMM\n", ap->MM); fprintf(stdout,"%f\tGPO\n", ap->GPO); fprintf(stdout,"%f\tGPE\n", ap->GPE); fprintf(stdout,"%f\tTGPE\n", ap->TGPE); fprintf(stdout,"%f\tTM\n", ap->TM);*/ /* taushould be 1/ average length */ //fprintf(stdout,"%f\ttau\n", ap->tau); //fprintf(stdout,"%f\teta\n", ap->eta); sum = 0.0; sum = -1.0 * log2( (ap->GPO * ap->TM) / ((ap->eta) * ap->MM)); fprintf(stdout,"ap->gpo = %f;\n", sum/ 2.0); sum = -1.0 *log2(ap->GPE/(1.0 - ap->tau)); fprintf(stdout,"ap->gpe = %f;\n", sum); sum = -1.0 *log2(ap->TGPE/(1.0 - ap->tau)); fprintf(stdout,"ap->tgpe = %f;\n", sum); //; //sum = ap->MM / ((ap->eta)*(ap->eta)); //fprintf(stdout,"%f\n",sum); return OK; } int make_aliged_seq(uint8_t* aligned, uint8_t* unaligned, int* gaps,int len) { int c; int i; int tmp; c= 0; for(i = 0; i < len;i++){ tmp = gaps[i]; while(tmp){ aligned[c] = 255; tmp--; c++; } aligned[c] = unaligned[i]; c++; } tmp = gaps[len]; while(tmp){ aligned[c] = 255; tmp--; c++; } return OK; } kalign-3.3.1/src/run_kalign.c000066400000000000000000000524001403616477200160620ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019, 2020, 2021 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifdef HAVE_OPENMP #include #endif #include "global.h" #include "tlmisc.h" #include "msa.h" #include "parameters.h" //#include "align_io.h" #include "alignment_parameters.h" #include "bisectingKmeans.h" /* #include "alignment.h" */ #include "weave_alignment.h" #include "esl_stopwatch.h" #include "misc.h" #include #include #include "idata.h" #include "alphabet.h" #include "aln_run.h" #include "aln_task.h" #define OPT_SET 1 #define OPT_ALNPARAM 2 #define OPT_RENAME 3 #define OPT_REFORMAT 4 #define OPT_SHOWW 5 #define OPT_GPO 6 #define OPT_GPE 7 #define OPT_TGPE 8 #define OPT_MATADD 9 #define OPT_DEVTEST 10 #define OPT_CHAOS 11 #define OPT_DUMP_INTERNAL 12 #define OPT_NTHREADS 14 #define OPT_CLEAN 15 #define OPT_UNALIGN 16 static int run_kalign(struct parameters* param); static int check_for_sequences(struct msa* msa); static int print_kalign_header(void); static int print_kalign_help(char * argv[]); static int print_kalign_warranty(void); static int print_AVX_warning(void); int print_kalign_help(char * argv[]) { const char usage[] = " -i -o "; char* basename = NULL; RUN(tlfilename(argv[0], &basename)); fprintf(stdout,"\nUsage: %s %s\n\n",basename ,usage); fprintf(stdout,"Options:\n\n"); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--format","Output format." ,"[Fasta]" ); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--reformat","Reformat existing alignment." ,"[NA]" ); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--gpo","Gap open penalty." ,"[5.5]" ); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--gpe","Gap extension penalty." ,"[2.0]" ); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--tgpe","Terminal gap extension penalty." ,"[1.0]" ); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--version (-V/-v)","Prints version." ,"[NA]" ); fprintf(stdout,"\nExamples:\n\n"); fprintf(stdout,"Passing sequences via stdin:\n\n cat input.fa | kalign -f fasta > out.afa\n\n"); fprintf(stdout,"Combining multiple input files:\n\n kalign seqsA.fa seqsB.fa seqsC.fa -f fasta > combined.afa\n\n"); if(basename){ MFREE(basename); } return OK; ERROR: if(basename){ MFREE(basename); } return FAIL; } int print_kalign_warranty(void) { fprintf(stdout,"Here is the Disclaimer of Warranty section of the GNU General Public License (GPL):\n"); fprintf(stdout,"\n"); fprintf(stdout,"15. Disclaimer of Warranty.\n"); fprintf(stdout,"THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY\n"); fprintf(stdout,"APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT\n"); fprintf(stdout,"HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM \"AS IS\" WITHOUT WARRANTY\n"); fprintf(stdout,"OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO,\n"); fprintf(stdout,"THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR\n"); fprintf(stdout,"PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM\n"); fprintf(stdout,"IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF\n"); fprintf(stdout,"ALL NECESSARY SERVICING, REPAIR OR CORRECTION.\n"); fprintf(stdout,"\n"); fprintf(stdout,"A complete copy of the GPL can be found in the \"COPYING\" file.\n"); return OK; } int print_kalign_header(void) { fprintf(stdout,"\n"); fprintf(stdout,"Kalign (%s)\n", PACKAGE_VERSION); fprintf(stdout,"\n"); fprintf(stdout,"Copyright (C) 2006,2019,2020,2021 Timo Lassmann\n"); fprintf(stdout,"\n"); fprintf(stdout,"This program comes with ABSOLUTELY NO WARRANTY; for details type:\n"); fprintf(stdout,"`kalign -showw'.\n"); fprintf(stdout,"This is free software, and you are welcome to redistribute it\n"); fprintf(stdout,"under certain conditions; consult the COPYING file for details.\n"); fprintf(stdout,"\n"); fprintf(stdout,"Please cite:\n"); /* fprintf(stdout," Kalign 3: multiple sequence alignment of large data sets Timo Lassmann Bioinformatics, btz795, https://doi.org/10.1093/bioinformatics/btz795 */ fprintf(stdout," Lassmann, Timo.\n"); fprintf(stdout," \"Kalign 3: multiple sequence alignment of large data sets.\"\n"); fprintf(stdout," Bioinformatics (2019) \n"); fprintf(stdout," https://doi.org/10.1093/bioinformatics/btz795\n"); fprintf(stdout,"\n"); /*fprintf(stdout," Lassmann, Timo, Oliver Frings, and Erik LL Sonnhammer.\n"); fprintf(stdout," \"Kalign2: high-performance multiple alignment of protein and\n"); fprintf(stdout," nucleotide sequences allowing external features.\"\n"); fprintf(stdout," Nucleic acids research 37.3 (2008): 858-865.\n"); fprintf(stdout,"\n"); fprintf(stdout," Lassmann, Timo, and Erik LL Sonnhammer. \"Kalign–an accurate and\n"); fprintf(stdout," fast multiple sequence alignment algorithm.\"\n BMC bioinformatics 6.1 (2005): 298.\n"); fprintf(stdout,"\n");*/ return OK; } int print_AVX_warning(void) { fprintf(stdout,"\n"); fprintf(stdout,"WARNING: AVX2 instruction set not found!\n"); fprintf(stdout," Kalign will not run optimally.\n"); fprintf(stdout,"\n"); return OK; } int main(int argc, char *argv[]) { int version = 0; int c; int showw = 0; int devtest = 0; struct parameters* param = NULL; char* in = NULL; RUNP(param = init_param()); param->num_infiles = 0; while (1){ static struct option long_options[] ={ {"showw", 0,0,OPT_SHOWW }, {"alnp", required_argument,0,OPT_ALNPARAM}, {"set", required_argument,0,OPT_SET}, {"format", required_argument, 0, 'f'}, {"reformat", required_argument, 0, OPT_REFORMAT}, {"devtest", no_argument, 0, OPT_DEVTEST}, {"dumpinternal",no_argument, 0, OPT_DUMP_INTERNAL}, {"changename", 0, 0, OPT_RENAME}, {"clean", 0, 0, OPT_CLEAN}, {"unalign", 0, 0, OPT_UNALIGN}, {"gpo", required_argument, 0, OPT_GPO}, {"gpe", required_argument, 0, OPT_GPE}, {"tgpe", required_argument, 0, OPT_TGPE}, {"matadd", required_argument, 0, OPT_MATADD}, {"chaos", required_argument, 0, OPT_CHAOS}, {"nthreads", required_argument, 0, 'n'}, {"input", required_argument, 0, 'i'}, {"infile", required_argument, 0, 'i'}, {"in", required_argument, 0, 'i'}, {"output", required_argument, 0, 'o'}, {"outfile", required_argument, 0, 'o'}, {"out", required_argument, 0, 'o'}, {"help", no_argument,0,'h'}, {"version", no_argument,0,'v'}, {"quiet", 0, 0, 'q'}, {0, 0, 0, 0} }; int option_index = 0; c = getopt_long_only (argc, argv,"i:o:f:n:hqvV",long_options, &option_index); /* Detect the end of the options. */ if (c == -1){ break; } switch(c) { case OPT_CLEAN: param->clean = 1; break; case OPT_UNALIGN: param->unalign = 1; break; case OPT_CHAOS: param->chaos = atoi(optarg); break; case OPT_DUMP_INTERNAL: param->dump_internal = 1; break; case OPT_SHOWW: showw = 1; break; case OPT_ALNPARAM: param->aln_param_file = optarg; break; case OPT_SET: param->param_set = atoi(optarg); break; case OPT_RENAME: param->rename = 1; break; case 'f': param->format = optarg; break; case 'n': param->nthreads = atoi(optarg); break; case OPT_REFORMAT: param->format = optarg; param->reformat = 1; break; case OPT_DEVTEST: devtest =1 ; break; case OPT_GPO: param->gpo = atof(optarg); break; case OPT_GPE: param->gpe = atof(optarg); break; case OPT_TGPE : param->tgpe = atof(optarg); break; case OPT_MATADD : param->matadd = atof(optarg); break; case 'h': param->help_flag = 1; break; case 'v': case 'V': version = 1; break; case 'i': in = optarg; break; case 'o': param->outfile = optarg; break; case '?': free_parameters(param); exit(1); break; default: abort (); } } if(version){ fprintf(stdout,"%s %s\n",PACKAGE_NAME, PACKAGE_VERSION); free_parameters(param); return EXIT_SUCCESS; } if(!param->dump_internal){ print_kalign_header(); } #ifndef HAVE_AVX2 RUN(print_AVX_warning()); #endif if(showw){ print_kalign_warranty(); free_parameters(param); return EXIT_SUCCESS; } if(param->help_flag){ RUN(print_kalign_help(argv)); free_parameters(param); return EXIT_SUCCESS; } if(param->nthreads < 1){ RUN(print_kalign_help(argv)); LOG_MSG("Number of threads has to be >= 1."); free_parameters(param); return EXIT_FAILURE; } param->num_infiles = 0; /* Not sure if this is the best way to detect stdin input */ /* I fixed this by attempting to read and checking for valid sequences */ if (!isatty(fileno(stdin))){ param->num_infiles++; } if(in){ param->num_infiles++; } if (optind < argc){ param->num_infiles += argc-optind; } if(param->num_infiles == 0){ RUN(print_kalign_help(argv)); LOG_MSG("No input files"); free_parameters(param); return EXIT_SUCCESS; } //fprintf(stdout,"%d fgiles\n",param->num_infiles); MMALLOC(param->infile, sizeof(char*) * param->num_infiles); c = 0; if (!isatty(fileno(stdin))){ param->infile[c] = NULL; c++; } if(in){ param->infile[c] = in; c++; } if (optind < argc){ while (optind < argc){ param->infile[c] = argv[optind++]; c++; } } /* Just for internal development & testing */ if(devtest){ char* datadir = NULL; char* tmp = NULL; int f; f = 0; for(c = 0; c < param->num_infiles;c++){ param->infile[f] = param->infile[c]; if(param->infile[c] != NULL){ f++; } } param->num_infiles = f; LOG_MSG("Start aln tests."); datadir = getenv("testdatafiledir"); for(c = 0; c < param->num_infiles;c++){ tmp = NULL; MMALLOC(tmp, sizeof(char) * 1024); if(!datadir){ snprintf(tmp,1024, "%s",param->infile[c]); }else{ snprintf(tmp,1024, "%s/%s", datadir, param->infile[c]); } param->infile[c] = tmp; } } if(!param->format){ param->out_format = FORMAT_FA; }else{ if(strstr(param->format,"msf")){ param->out_format = FORMAT_MSF; }else if(strstr(param->format,"clu")){ param->out_format = FORMAT_CLU; }else if(strstr(param->format,"fasta")){ param->out_format = FORMAT_FA; }else if(strstr(param->format,"fa")){ param->out_format = FORMAT_FA; }else{ ERROR_MSG("Format %s not recognized.",param->format); } } if (param->num_infiles == 0){ if (!isatty(fileno(stdin))){ LOG_MSG("Attempting stdin"); param->num_infiles =1; MMALLOC(param->infile, sizeof(char*)); param->infile[0] = NULL; }else{ LOG_MSG("No infiles"); free_parameters(param); return EXIT_SUCCESS; } } if(param->chaos){ if(param->chaos == 1){ ERROR_MSG("Param chaos need to be bigger than 1 (currently %d)", param->chaos); } if(param->chaos > 10){ ERROR_MSG("Param chaos bigger than 10 (currently %d)",param->chaos); } } RUN(run_kalign(param)); if(devtest){ for(c = 0; c < param->num_infiles;c++){ MFREE(param->infile[c]); } } free_parameters(param); return EXIT_SUCCESS; ERROR: free_parameters(param); return EXIT_FAILURE; } int run_kalign(struct parameters* param) { struct msa* msa = NULL; struct msa* tmp_msa = NULL; struct aln_param* ap = NULL; struct aln_tasks* tasks = NULL; int i; #ifdef HAVE_OPENMP omp_set_nested(1); omp_set_num_threads(param->nthreads); #endif if(param->num_infiles == 1){ RUN(read_input(param->infile[0],&msa)); }else{ for(i = 0; i < param->num_infiles;i++){ RUN(read_input(param->infile[i],&tmp_msa)); if(tmp_msa){ RUN(merge_msa(&msa, tmp_msa)); free_msa(tmp_msa); tmp_msa = NULL; } } } /* check if we have sequences */ RUN(check_for_sequences(msa)); /* extra checks for input alignments */ if(param->clean){ RUN(run_extra_checks_on_msa(msa)); } LOG_MSG("Detected: %d sequences.", msa->numseq); /* If we just want to reformat end here */ if(param->reformat){ //LOG_MSG("%s reformat",param->reformat); for (i = 0 ;i < msa->numseq;i++){ msa->nsip[i] = i; } if(param->rename){ for (i = 0 ;i < msa->numseq;i++){ snprintf(msa->sequences[i]->name, 128, "SEQ%d", i+1); } } if(param->unalign){ /* if(param->out_format == FORMAT_FA){ */ RUN(dealign_msa(msa)); } if(param->out_format != FORMAT_FA && msa->aligned != ALN_STATUS_ALIGNED){ ERROR_MSG("Input sequences are not aligned - cannot write to MSA format: %s", param->format); } RUN(write_msa(msa, param->outfile, param->out_format)); free_msa(msa); return OK; } if(msa->aligned != ALN_STATUS_UNALIGNED){ RUN(dealign_msa(msa)); } /* allocate aln parameters */ RUN(init_ap(&ap,param,msa->L )); if(param->dump_internal){ double* s; int s_len; RUN(get_internal_data(msa,ap,&s, &s_len)); for(i = 0; i < s_len;i++){ fprintf(stdout,"%0.2f ", s[i]); } fprintf(stdout,"\n"); MFREE(s); free_msa(msa); return OK; } /* Allocate tasks */ RUN(alloc_tasks(&tasks, msa->numseq)); /* Start bi-secting K-means sequence clustering */ if(!param->chaos){ #ifdef HAVE_OPENMP i = floor(log((double) param->nthreads) / log(2.0)) + 4; i = MACRO_MIN(i, 10); /* LOG_MSG("Set %d level (%d)", i, param->nthreads); */ omp_set_max_active_levels(i); #endif RUN(build_tree_kmeans(msa,ap,&tasks)); } /* by default all protein sequences are converted into a reduced alphabet when read from file. Here we turn them back into the default representation. */ if(msa->L == ALPHA_redPROTEIN){ //RUN(convert_msa_to_internal(msa, defPROTEIN)); RUN(convert_msa_to_internal(msa, ALPHA_ambigiousPROTEIN)); } /* allocate aln parameters */ RUN(init_ap(&ap,param,msa->L )); /* Start alignment stuff */ DECLARE_TIMER(t1); LOG_MSG("Aligning"); START_TIMER(t1); /* testing */ #ifdef HAVE_OPENMP i = floor(log((double) param->nthreads) / log(2.0)) + 2; i = MACRO_MIN(i, 10); /* LOG_MSG("Set %d level (%d)", i, param->nthreads); */ omp_set_max_active_levels(i); #endif if(param->chaos){ RUN(create_chaos_msa_openMP(msa, ap,tasks)); }else{ RUN(create_msa_tree(msa, ap, tasks,param->nthreads)); } /* RUN(create_msa_openMP(msa,ap, tasks)); */ /* if(param->chaos){ */ /* #ifdef HAVE_OPENMP */ /* RUN(create_chaos_msa_openMP(msa, ap,tasks)); */ /* #else */ /* RUN(create_chaos_msa_serial(msa, ap,tasks)); */ /* #endif */ /* }else{ */ /* #ifdef HAVE_OPENMP */ /* RUN(create_msa_openMP(msa,ap, tasks)); */ /* #else */ /* RUN(create_msa_serial(msa,ap, tasks)); */ /* #endif */ /* } */ //RUNP(map = hirschberg_alignment(msa, ap)); STOP_TIMER(t1); GET_TIMING(t1); /* set to aligned */ msa->aligned = ALN_STATUS_ALIGNED; /* clean up map */ free_tasks(tasks); /* We are done. */ RUN(write_msa(msa, param->outfile, param->out_format)); free_msa(msa); free_ap(ap); DESTROY_TIMER(t1); return OK; ERROR: free_msa(tmp_msa); free_msa(msa); return FAIL; } int check_for_sequences(struct msa* msa) { if(!msa){ ERROR_MSG("No sequences were found in the input files or standard input."); } if(msa->numseq < 2){ if(msa->numseq == 0){ ERROR_MSG("No sequences were found in the input files or standard input."); }else if (msa->numseq == 1){ ERROR_MSG("Only 1 sequence was found in the input files or standard input"); } } return OK; ERROR: return FAIL; } kalign-3.3.1/src/rwalign.c000066400000000000000000001625701403616477200154060ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "tlmisc.h" #include "global.h" #include "msa.h" #include "alphabet.h" #include "esl_stopwatch.h" #include #include struct sort_struct_name_chksum{ char** name; int chksum; int action; }; struct in_line{ char* line; int len; }; struct in_buffer{ struct in_line** l; int n_lines; int alloc_lines; }; /* only local; */ struct line_buffer{ struct out_line** lines; int max_line_len; int alloc_num_lines; int num_line; }; struct out_line{ char* line; int block; int seq_id; }; static int aln_unknown_warning_message(struct msa* msa); static int read_fasta(struct in_buffer* b, struct msa** msa); static int read_msf(struct in_buffer* b, struct msa** msa); static int read_clu(struct in_buffer* b, struct msa** msa); static int write_msa_fasta(struct msa* msa,char* outfile); static int write_msa_clustal(struct msa* msa,char* outfile); static int write_msa_msf(struct msa* msa,char* outfile); /* memory functions */ static struct msa* alloc_msa(void); static int resize_msa(struct msa* msa); static struct msa_seq* alloc_msa_seq(void); static int resize_msa_seq(struct msa_seq* seq); static void free_msa_seq(struct msa_seq* seq); static struct line_buffer* alloc_line_buffer(int max_line_len); static int resize_line_buffer(struct line_buffer* lb); static void free_line_buffer(struct line_buffer* lb); static int read_file_stdin(struct in_buffer** buffer,char* infile); static int alloc_in_buffer(struct in_buffer** buffer, int n); static int resize_in_buffer(struct in_buffer* b); static void free_in_buffer(struct in_buffer* b); /* local helper functions */ static int detect_alignment_format(struct in_buffer* b,int* type); static int detect_aligned(struct msa* msa); static int detect_alphabet(struct msa* msa); static int set_sip_nsip(struct msa* msa); static int null_terminate_sequences(struct msa* msa); static int sort_out_lines(const void *a, const void *b); static int make_linear_sequence(struct msa_seq* seq, char* linear_seq); static int GCGMultchecksum(struct msa* msa); /* Taken from squid library by Sean Eddy */ static int GCGchecksum(char *seq, int len); static int sort_by_name(const void *a, const void *b); static int sort_by_chksum(const void *a, const void *b); #ifdef RWALIGN_TEST int print_msa(struct msa* msa); int main(int argc, char *argv[]) { struct msa* msa = NULL; char buffer[BUFFER_LEN]; char* datadir = NULL; LOG_MSG("Start io tests."); datadir = getenv("testdatafiledir"); if(!datadir){ snprintf(buffer,BUFFER_LEN, "%s",argv[1]); }else{ snprintf(buffer,BUFFER_LEN, "%s/%s", datadir, argv[1]); } LOG_MSG("reading: %s", buffer); RUN(read_input(buffer,&msa)); if(msa->aligned == ALN_STATUS_UNKNOWN){ RUN(dealign_msa(msa)); } //LOG_MSG("ALIGNED???%d", msa->aligned); if(msa->aligned == ALN_STATUS_ALIGNED){ LOG_MSG("Writing in Clustal format"); RUN(write_msa_clustal(msa,"rwtest.clu")); LOG_MSG("Writing in aligned fasta format"); RUN(write_msa_fasta(msa, "rwtest.fasta")); LOG_MSG("Writing in MSF format"); RUN(write_msa_msf(msa,"rwtest.msf")); }else if(msa->aligned == ALN_STATUS_UNALIGNED){ LOG_MSG("Writing in aligned fasta format"); RUN(write_msa_fasta(msa, "rwtest.fasta")); }else if(msa->aligned == ALN_STATUS_UNKNOWN){ LOG_MSG("Unknown alignment status"); } free_msa(msa); return EXIT_SUCCESS; ERROR: return EXIT_FAILURE; } int print_msa(struct msa* msa) { int i; int j; int c; LOG_MSG("MSA:"); for(i = 0; i < msa->numseq;i++){ fprintf(stdout,"%s\n", msa->sequences[i]->name); for(j = 0;j < msa->sequences[i]->len;j++){ for(c = 0;c < msa->sequences[i]->gaps[j];c++){ fprintf(stdout,"-"); } fprintf(stdout,"%c", msa->sequences[i]->seq[j]); } for(c = 0;c < msa->sequences[i]->gaps[ msa->sequences[i]->len];c++){ fprintf(stdout,"-"); } fprintf(stdout,"\n"); } return OK; } #endif int read_input(char* infile,struct msa** msa) { struct in_buffer* b = NULL; struct msa* m = NULL; int type; int i,j; //ASSERT(infile != NULL,"No input file"); /* sanity checks */ if(infile){ if(!my_file_exists(infile)){ ERROR_MSG("File: %s does not exist.",infile); } } DECLARE_TIMER(timer); START_TIMER(timer); /* read everything into a in_buffer */ RUN(read_file_stdin(&b,infile)); /* Check if any input was read */ /* Logic: sum length of lines 1.. up to 5 */ //LOG_MSG("%s lines: %d", infile, b->n_lines); j = 0; for(i = 0; i < MACRO_MIN(1, b->n_lines);i++){ j += b->l[i]->len -1; /* exclude '0' at the end of strings */ //fprintf(stdout,"%d %s\n", i, b->l[i]->line); } //LOG_MSG("Len: %d",j); if(j == 0){ DESTROY_TIMER(timer); free_in_buffer(b); *msa = NULL; return OK; } RUN(detect_alignment_format(b, &type)); /* LOG_MSG("FORMAT: %d", type); */ if(type == FORMAT_FA){ //RUNP(msa = read_msf(infile,msa)); //RUNP(msa = read_clu(infile,msa)); RUN(read_fasta(b,&m)); }else if(type == FORMAT_MSF){ RUN(read_msf(b,&m)); }else if(type == FORMAT_CLU){ RUN(read_clu(b,&m)); }else if(type == FORMAT_DETECT_FAIL){ if(infile){ WARNING_MSG("Could not detect input in file: %s", infile); }else{ WARNING_MSG("Could not detect input in standard input"); } /* clean up allocated structures */ free_in_buffer(b); DESTROY_TIMER(timer); *msa = NULL; return OK; } RUN(detect_alphabet(m)); RUN(detect_aligned(m)); RUN(set_sip_nsip(m)); free_in_buffer(b); STOP_TIMER(timer); GET_TIMING(timer); DESTROY_TIMER(timer); *msa = m; return OK; ERROR: free_msa(m); return FAIL; } int write_msa(struct msa* msa, char* outfile, int type) { ASSERT(msa!= NULL, "No alignment"); if(type == FORMAT_FA){ RUN(write_msa_fasta(msa, outfile)); }else if(type == FORMAT_MSF){ RUN(write_msa_msf(msa, outfile)); }else if(type == FORMAT_CLU){ RUN(write_msa_clustal(msa, outfile)); }else{ ERROR_MSG("Output format not recognized."); } return OK; ERROR: return FAIL; } /* detect alignment format */ int detect_alignment_format(struct in_buffer*b,int* type) { //FILE* f_ptr = NULL; char* line = NULL; //size_t b_len = 0; //ssize_t nread; //char line[BUFFER_LEN]; int hints[3]; int line_len; int line_number; int set; int i; ASSERT(b != NULL,"No input file"); /* sanity checks */ //if(!my_file_exists(infile)){ //ERROR_MSG("File: %s does not exist.",infile); //} line_number = 0; for(i = 0; i < 3; i++){ hints[i] =0; } for(i = 0; i < MACRO_MIN(b->n_lines, 100);i++){ line = b->l[i]->line; line_len = b->l[i]->len; //} //RUNP(f_ptr = fopen(infile, "r")); /* scan through first line header */ //while ((nread = getline(&line, &b_len, f_ptr)) != -1){ //while(fgets(line, BUFFER_LEN, f_ptr)){ //line_len = nread;//strnlen(line, BUFFER_LEN); //line[line_len-1] = 0; line_len--; if(line[0] == '>'){ hints[0]++; /* fasta */ } if(strstr(line, "multiple sequence alignment")){ hints[2]++; /* clustal format */ } if(strstr(line, "CLUSTAL W")){ hints[2]++; /* clustal format */ } if(strstr(line, "CLUSTAL O")){ hints[2]++; /* clustal format */ } if(strstr(line, "!!AA_MULTIPLE_ALIGNMENT")){ hints[1]++; } if(strstr(line, "!!NA_MULTIPLE_ALIGNMENT")){ hints[1]++; } if(strstr(line, "MSF:")){ hints[1]++; } line_number++; if(line_number == 100){ break; } } //fclose(f_ptr); //MFREE(line); set = 0; for(i = 0; i < 3;i++){ if(hints[i]){ set++; } } if(set == 0){ *type = FORMAT_DETECT_FAIL; //ERROR_MSG("Input alignment format could not be detected."); } if(set > 1){ *type = FORMAT_DETECT_FAIL; //ERROR_MSG("Input format could not be unambiguously detected"); } if(hints[0]){ *type = FORMAT_FA; } if(hints[1]){ *type = FORMAT_MSF; } if(hints[2]){ *type = FORMAT_CLU; } //fprintf(stdout,"fa: %d msf:%d clu:%d", hints[0],hints[1],hints[2]); return OK; ERROR: return FAIL; } /* detect alphabet */ int detect_alphabet(struct msa* msa) { int i; double DNA[128]; double protein[128]; char DNA_letters[]= "acgtunACGTUN"; char protein_letters[] = "acdefghiklmnpqrstvwyACDEFGHIKLMNPQRSTVWY"; double dna_prob; double prot_prob; ASSERT(msa != NULL, "No alignment"); for(i = 0; i < 128;i++){ DNA[i] = log(0.0001 * 1.0 / 116.0); protein[i] = log(0.0001 * 1.0 / 88.0); } for(i = 0 ; i < (int)strlen(DNA_letters);i++){ DNA[(int) DNA_letters[i]] = log(0.9999 * 1.0 / 12.0); } for(i = 0 ; i < (int)strlen(protein_letters);i++){ protein[(int) protein_letters[i]] = log(0.9999 * 1.0 / 40.0); } /* dna_prob = 0.0; */ /* prot_prob = 0.0; */ /* for(i = 0; i <128;i++){ */ /* dna_prob += exp(DNA[i]); */ /* prot_prob += exp(protein[i]); */ /* } */ /* LOG_MSG("DNA: %f PROT: %f",dna_prob,prot_prob); */ dna_prob = 0.0; prot_prob = 0.0; for(i = 0; i < 128;i++){ if(msa->letter_freq[i]){ dna_prob += DNA[i] * (double) msa->letter_freq[i]; prot_prob += protein[i]* (double) msa->letter_freq[i]; } } /* LOG_MSG("DNA: %f PROT: %f",dna_prob,prot_prob); */ /* exit(0); */ if( dna_prob == prot_prob){ WARNING_MSG("Could not determine whether we have a DNA or Protein alignment"); msa->L = ALPHA_UNKNOWN; }else{ if(dna_prob > prot_prob){ LOG_MSG("Detected DNA sequences."); msa->L = ALPHA_defDNA; RUN(convert_msa_to_internal(msa, ALPHA_defDNA)); }else if(prot_prob > dna_prob){ LOG_MSG("Detected protein sequences."); msa->L = ALPHA_redPROTEIN; RUN(convert_msa_to_internal(msa, ALPHA_redPROTEIN)); }else{ ERROR_MSG("Alphabet not recognized."); } } return OK; ERROR: return FAIL; } int detect_aligned(struct msa* msa) { int min_len; int max_len; int l; int i; int j; int n; int gaps = 0; /* assume that sequences are not aligned */ msa->aligned = 0; /* Improved logic: Lets sum up the number of gaps plus sequence length of the first X sequences. if min == max it is aligned. */ min_len = INT32_MAX; max_len = 0; gaps = 0; /* n = MACRO_MIN(50, msa->numseq); */ n = msa->numseq; for(i = 0; i < n;i++){ l = 0; for (j = 0; j <= msa->sequences[i]->len;j++){ l += msa->sequences[i]->gaps[j]; } gaps += l; l += msa->sequences[i]->len; min_len = MACRO_MIN(min_len, l); max_len = MACRO_MAX(max_len, l); } if(gaps){ if(min_len == max_len){ /* sequences have gaps and total length is identical - clearly aligned */ msa->aligned = ALN_STATUS_ALIGNED; }else{ /* odd there are gaps but total length differs - unknown status */ aln_unknown_warning_message(msa); msa->aligned = ALN_STATUS_UNKNOWN; } }else{ if(min_len == max_len){ /* no gaps and sequences have same length. Can' tell if they are aligned */ aln_unknown_warning_message(msa); msa->aligned = ALN_STATUS_UNKNOWN; }else{ /* No gaps and sequences have different lengths - unaligned */ msa->aligned = ALN_STATUS_UNALIGNED; } } //LOG_MSG("Aligned: %d gaps: %d",msa->aligned,gaps); return OK; } static int aln_unknown_warning_message(struct msa* msa) { int i; WARNING_MSG("--------------------------------------------"); WARNING_MSG("The input sequences contain gap characters: "); for(i = 0; i < 128;i++){ if(msa->letter_freq[i] && ispunct(i)){ WARNING_MSG("\"%c\" : %4d found ", (char)i,msa->letter_freq[i] ); } } WARNING_MSG("BUT the sequences do not seem to be aligned!"); WARNING_MSG(" "); WARNING_MSG("Kalign will remove the gap characters and "); WARNING_MSG("align the sequences. "); WARNING_MSG("--------------------------------------------"); return OK; } /* Checks if sequence names are duplicated */ /* Checks if sequences are duplicated */ int run_extra_checks_on_msa(struct msa* msa) { char* tmp_name = NULL; /* char* tmp_ptr; */ struct sort_struct_name_chksum** a = NULL; int i; /* int j; */ int c; int l; MMALLOC(a, sizeof(struct sort_struct_name_chksum *) * msa->numseq); for(i = 0; i < msa->numseq;i++){ a[i] = NULL; MMALLOC(a[i], sizeof(struct sort_struct_name_chksum)); a[i]->name = &msa->sequences[i]->name; a[i]->chksum = GCGchecksum(msa->sequences[i]->seq, msa->sequences[i]->len); a[i]->action = 0; } qsort(a, msa->numseq, sizeof(struct sort_struct*),sort_by_name); for(i = 1; i < msa->numseq;i++){ if(strncmp(*a[i-1]->name, *a[i]->name,MSA_NAME_LEN) == 0){ /* WARNING_MSG("Name: %s is duplicated", a[i]->name); */ if(a[i-1]->chksum == a[i]->chksum){ LOG_MSG("Found duplicated sequence:\n%s checksum: %d\n%s checksum: %d\n", *a[i-1]->name, a[i-1]->chksum, *a[i]->name, a[i]->chksum); a[i-1]->action = 1; a[i]->action = 1; }else{ WARNING_MSG("Found sequence pair with same name but different sequence:\n%s checksum: %d\n%s checksum: %d\n", *a[i-1]->name, a[i-1]->chksum, *a[i]->name, a[i]->chksum); a[i-1]->action = 1; a[i]->action = 1; WARNING_MSG("This is a problem if we want to compare alignments down the track. Will append \"_X\" to the sequence name."); } } } c = 1; for(i = 0; i < msa->numseq;i++){ if(a[i]->action){ tmp_name = NULL; l = strnlen(*a[i]->name, MSA_NAME_LEN)+ 16; MMALLOC(tmp_name, sizeof(char) * l); snprintf(tmp_name, l, "%s_%d",*a[i]->name,c); MFREE(*a[i]->name); *a[i]->name = tmp_name; c++; } } qsort(a, msa->numseq, sizeof(struct sort_struct*),sort_by_chksum); for(i = 1; i < msa->numseq;i++){ if(a[i-1]->chksum == a[i]->chksum){ WARNING_MSG("Found identical sequences:\n%s checksum: %d\n%s checksum: %d\n", *a[i-1]->name, a[i-1]->chksum, *a[i]->name, a[i]->chksum); } } for(i = 0; i < msa->numseq;i++){ MFREE(a[i]); } MFREE(a); return OK; ERROR: if(a){ for(i = 0; i < msa->numseq;i++){ MFREE(a[i]); } MFREE(a); } return FAIL; } int dealign_msa(struct msa* msa) { struct msa_seq* seq = NULL; int i; int j; for(i = 0; i < msa->numseq;i++){ seq = msa->sequences[i]; for(j = 0; j <= seq->len;j++){ seq->gaps[j] = 0; } } msa->aligned = ALN_STATUS_UNALIGNED; return OK; } int set_sip_nsip(struct msa* msa) { int i; ASSERT(msa!= NULL, "No msa"); if(msa->plen){ for (i = msa->num_profiles;i--;){ if(msa->sip[i]){ MFREE(msa->sip[i]); } } if(msa->plen){ MFREE(msa->plen); } if(msa->sip){ MFREE(msa->sip); } if(msa->nsip){ MFREE(msa->nsip); } msa->plen = NULL; msa->sip = NULL; msa->nsip = NULL; } msa->num_profiles = (msa->numseq << 1 )-1; MMALLOC(msa->sip,sizeof(int*)* msa->num_profiles); MMALLOC(msa->nsip,sizeof(int)* msa->num_profiles); MMALLOC(msa->plen,sizeof(int)* msa->num_profiles); for (i =0;i < msa->num_profiles;i++){ msa->sip[i] = NULL; msa->nsip[i] = 0; } for(i = 0;i < msa->numseq;i++){ MMALLOC(msa->sip[i],sizeof(int)); msa->nsip[i] = 1; msa->sip[i][0] = i; msa->plen[i] = 0; } return OK; ERROR: return FAIL; } int convert_msa_to_internal(struct msa* msa, int type) { struct alphabet* a = NULL; struct msa_seq* seq = NULL; int8_t* t = NULL; int i,j; RUNP(a = create_alphabet(type)); t = a->to_internal; msa->L = a->L; for(i = 0; i < msa->numseq;i++){ seq = msa->sequences[i]; for(j =0 ; j < seq->len;j++){ if(t[(int) seq->seq[j]] == -1){ WARNING_MSG("there should be no character not matching the alphabet"); WARNING_MSG("offending character: >>>%c<<<", seq->seq[j]); /* exit(0); */ }else{ seq->s[j] = t[(int) seq->seq[j]]; } } } MFREE(a); return OK; ERROR: if(a){ MFREE(a); } return FAIL; } /* rw functions; I wand fasta, msf and clustal */ int write_msa_fasta(struct msa* msa,char* outfile) { FILE* f_ptr = NULL; int i,j,c,f; if(!outfile){ f_ptr = stdout; }else{ RUNP(f_ptr = fopen(outfile, "w")); } for(i = 0; i < msa->numseq;i++){ fprintf(f_ptr,">%s\n", msa->sequences[i]->name); f = 0; for(j = 0;j < msa->sequences[i]->len;j++){ for(c = 0;c < msa->sequences[i]->gaps[j];c++){ fprintf(f_ptr,"-"); f++; if(f == 60){ fprintf(f_ptr, "\n"); f = 0; } } fprintf(f_ptr,"%c", msa->sequences[i]->seq[j]); f++; if(f == 60){ fprintf(f_ptr, "\n"); f = 0; } } for(c = 0;c < msa->sequences[i]->gaps[ msa->sequences[i]->len];c++){ fprintf(f_ptr,"-"); f++; if(f == 60){ fprintf(f_ptr, "\n"); f = 0; } } if(f){ fprintf(f_ptr,"\n"); } } if(outfile){ fclose(f_ptr); } return OK; ERROR: return FAIL; } int write_msa_msf(struct msa* msa,char* outfile) { struct line_buffer* lb = NULL; struct out_line* ol= NULL; struct msa_seq* seq = NULL; time_t now; /* current time as a time_t */ struct tm local_time; char date[64]; /* today's date in GCG's format "October 3, 1996 15:57" */ char* linear_seq = NULL; char* ptr; char* basename = NULL; FILE* f_ptr = NULL; int aln_len; int i,j,c,f; int block; int max_name_len = 0; int line_length; int header_index; int written; if(!msa->aligned){ ERROR_MSG("Sequences appear to be unaligned!"); } if(!outfile){ f_ptr = stdout; }else{ RUNP(f_ptr = fopen(outfile, "w")); } for(i = 0; i < msa->numseq;i++){ max_name_len = MACRO_MAX(max_name_len, (int)strnlen( msa->sequences[i]->name,MSA_NAME_LEN)); } aln_len = 0; for (j = 0; j <= msa->sequences[0]->len;j++){ aln_len+= msa->sequences[0]->gaps[j]; } aln_len += msa->sequences[0]->len; MMALLOC(linear_seq, sizeof(char)* (aln_len+1)); /* length of write line buffer should be: max_name_len + 5 + 60 (for sequences) + 1 for newline character + 6 for spaces every 10 letters */ /* BUG: the header lines might be longer!! */ line_length = max_name_len +5 + 60 + 2+6 ; line_length = MACRO_MAX(256, line_length); RUNP(lb = alloc_line_buffer(line_length)); /* print header line here I will use seq index -1 to make sure this ends up on top. */ /* !!AA_MULTIPLE_ALIGNMENT 1.0 stdout MSF: 131 Type: P 16/01/02 CompCheck: 3003 .. Name: IXI_234 Len: 131 Check: 6808 Weight: 1.00 Name: IXI_235 Len: 131 Check: 4032 Weight: 1.00 Name: IXI_236 Len: 131 Check: 2744 Weight: 1.00 Name: IXI_237 Len: 131 Check: 9419 Weight: 1.00 // */ header_index = -1 * (msa->numseq+10); ol = lb->lines[lb->num_line]; //LOG_MSG("Alphabet : %d", msa->L); if(msa->L == ALPHA_defPROTEIN){ snprintf(ol->line, line_length,"!!AA_MULTIPLE_ALIGNMENT 1.0"); }else if(msa->L == ALPHA_redPROTEIN){ snprintf(ol->line, line_length,"!!AA_MULTIPLE_ALIGNMENT 1.0"); }else if(msa->L == ALPHA_defDNA){ snprintf(ol->line, line_length,"!!NA_MULTIPLE_ALIGNMENT 1.0"); }else{ snprintf(ol->line, line_length,"!!NA_MULTIPLE_ALIGNMENT 1.0"); } ol->block = -1; ol->seq_id = header_index; header_index++; lb->num_line++; /* a space */ ol = lb->lines[lb->num_line]; ol->line[0] = 0; ol->block = -1; ol->seq_id = header_index; header_index++; lb->num_line++; /* The msf line*/ now = time(NULL); if((localtime_r(&now,&local_time)) == NULL){ ERROR_MSG("could not get local time"); } if (strftime(date, 64, "%B %d, %Y %H:%M", &local_time) == 0){ ERROR_MSG("time failed???"); } ol = lb->lines[lb->num_line]; if(outfile){ RUN(tlfilename(outfile, &basename)); } written = snprintf(ol->line, line_length," %s MSF: %d Type: %c %s Check: %d ..", outfile == NULL ? "stdout" : basename,aln_len, msa->L == ALPHA_defPROTEIN ? 'P' : 'N', date, GCGMultchecksum(msa)); if(written >= line_length){ MREALLOC(lb->lines[lb->num_line]->line,sizeof(char) * (written+1)); ol = lb->lines[lb->num_line]; written = snprintf(ol->line, written+1," %s MSF: %d Type: %c %s Check: %d ..", outfile == NULL ? "stdout" : basename,aln_len, msa->L == ALPHA_defPROTEIN ? 'P' : 'N', date, GCGMultchecksum(msa)); } if(basename){ MFREE(basename); } ol->block = -1; ol->seq_id = header_index; header_index++; lb->num_line++; /* another space */ ol = lb->lines[lb->num_line]; ol->line[0] = 0; ol->block = -1; ol->seq_id = header_index; header_index++; lb->num_line++; //Name: IXI_234 Len: 131 Check: 6808 Weight: 1.00 for(i = 0; i < msa->numseq;i++){ if(lb->alloc_num_lines == lb->num_line){ resize_line_buffer(lb); } ol = lb->lines[lb->num_line]; written = snprintf(ol->line, line_length," Name: %-*.*s Len: %5d Check: %4d Weight: %.2f", max_name_len,max_name_len, msa->sequences[i]->name , aln_len, GCGchecksum(msa->sequences[i]->seq, msa->sequences[i]->len), 1.0); if(written >= line_length){ MREALLOC(lb->lines[lb->num_line]->line,sizeof(char) * (written+1)); ol = lb->lines[lb->num_line]; written = snprintf(ol->line, written+1," Name: %-*.*s Len: %5d Check: %4d Weight: %.2f", max_name_len,max_name_len, msa->sequences[i]->name , aln_len, GCGchecksum(msa->sequences[i]->seq, msa->sequences[i]->len), 1.0); } ol->block = -1; ol->seq_id = header_index; header_index++; lb->num_line++; } /* another space */ if(lb->alloc_num_lines == lb->num_line){ resize_line_buffer(lb); } ol = lb->lines[lb->num_line]; ol->line[0] = 0; ol->block = -1; ol->seq_id = header_index; header_index++; lb->num_line++; /* header section finished */ if(lb->alloc_num_lines == lb->num_line){ resize_line_buffer(lb); } ol = lb->lines[lb->num_line]; snprintf(ol->line, line_length,"//"); ol->block = -1; ol->seq_id = header_index; header_index++; lb->num_line++; /* another space */ if(lb->alloc_num_lines == lb->num_line){ resize_line_buffer(lb); } ol = lb->lines[lb->num_line]; ol->line[0] = 0; ol->block = -1; ol->seq_id = header_index; header_index++; lb->num_line++; /* now the actual sequence lines */ for(i = 0; i < msa->numseq;i++){ block = 0; seq = msa->sequences[i]; RUN(make_linear_sequence(seq,linear_seq)); f = 0; while(1){ if(lb->alloc_num_lines == lb->num_line){ resize_line_buffer(lb); } ol = lb->lines[lb->num_line]; c = strnlen(seq->name, MSA_NAME_LEN); for(j = 0;j < c;j++){ ol->line[j] = seq->name[j]; } for(j = c;j < max_name_len+5;j++){ ol->line[j] = ' '; } ptr = ol->line + max_name_len+5; for(j = 0;j < 60;j++){ if(f == aln_len){ ptr[j] = 0; break; } ptr[j] = linear_seq[f]; f++; } ptr[j] = 0; ol->block = block; ol->seq_id = i; lb->num_line++; if(i == 0){ if(lb->alloc_num_lines == lb->num_line){ resize_line_buffer(lb); } ol = lb->lines[lb->num_line]; ol->block = block; ol->seq_id = msa->numseq; ol->line[0] = '\n'; ol->line[1] = 0; lb->num_line++; } block++; if(f == aln_len){ break; } } } qsort(lb->lines , lb->num_line, sizeof(struct out_line *), sort_out_lines); for(i = 0; i < lb->num_line;i++){ ol = lb->lines[i]; //fprintf(stdout,"%d %d %s\n",ol->seq_id,ol->block,ol->line); fprintf(f_ptr, "%s\n", ol->line); } if(outfile){ fclose(f_ptr); } free_line_buffer(lb); MFREE(linear_seq); return OK; ERROR: if(linear_seq){ MFREE(linear_seq); } if(basename){ MFREE(basename); } return FAIL; } int write_msa_clustal(struct msa* msa,char* outfile) { struct line_buffer* lb = NULL; struct out_line* ol= NULL; struct msa_seq* seq = NULL; char* linear_seq = NULL; char* ptr; FILE* f_ptr = NULL; int aln_len; int i,j,c,f; int block; int max_name_len = 0; int line_length; if(!msa->aligned){ ERROR_MSG("Sequences appear to be unaligned!"); } if(!outfile){ f_ptr = stdout; }else{ RUNP(f_ptr = fopen(outfile, "w")); } for(i = 0; i < msa->numseq;i++){ max_name_len = MACRO_MAX(max_name_len, (int)strnlen( msa->sequences[i]->name,MSA_NAME_LEN)); } aln_len = 0; for (j = 0; j <= msa->sequences[0]->len;j++){ aln_len += msa->sequences[0]->gaps[j]; } aln_len += msa->sequences[0]->len; MMALLOC(linear_seq, sizeof(char)* (aln_len+1)); /* length of write line buffer should be: max_name_len + 5 + 60 (for sequences) + 1 for newline character */ line_length = max_name_len +5 + 60 + 2; line_length = MACRO_MAX(256, line_length ); RUNP(lb = alloc_line_buffer(line_length)); /* print header line here I will use seq index -1 to make sure this ends up on top. */ ol = lb->lines[lb->num_line]; snprintf(ol->line, line_length,"Kalign (%s) multiple sequence alignment", PACKAGE_VERSION); ol->block = -1; ol->seq_id = -2; lb->num_line++; ol = lb->lines[lb->num_line]; ol->line[0] = 0; ol->block = -1; ol->seq_id = -1; lb->num_line++; /* now the actual sequence lines */ for(i = 0; i < msa->numseq;i++){ block = 0; seq = msa->sequences[i]; RUN(make_linear_sequence(seq,linear_seq)); f = 0; while(1){ if(lb->alloc_num_lines == lb->num_line){ resize_line_buffer(lb); } ol = lb->lines[lb->num_line]; c = (int) strnlen(seq->name, MSA_NAME_LEN); for(j = 0;j < c;j++){ ol->line[j] = seq->name[j]; } for(j = c;j < max_name_len+5;j++){ ol->line[j] = ' '; } ptr = ol->line + max_name_len+5; for(j = 0;j < 60;j++){ if(f == aln_len){ ptr[j] = 0; break; } ptr[j] = linear_seq[f]; f++; } ptr[j] = 0; ol->block = block; ol->seq_id = i; lb->num_line++; if(i == 0){ if(lb->alloc_num_lines == lb->num_line){ resize_line_buffer(lb); } ol = lb->lines[lb->num_line]; ol->block = block; ol->seq_id = msa->numseq; ol->line[0] = '\n'; ol->line[1] = 0; lb->num_line++; } block++; if(f == aln_len){ break; } } } qsort(lb->lines , lb->num_line, sizeof(struct out_line *), sort_out_lines); for(i = 0; i < lb->num_line;i++){ ol = lb->lines[i]; fprintf(f_ptr, "%s\n", ol->line); //fprintf(stdout,"%d %d %s\n",ol->seq_id,ol->block,ol->line); } if(outfile){ fclose(f_ptr); } free_line_buffer(lb); MFREE(linear_seq); return OK; ERROR: return FAIL; } int read_clu(struct in_buffer* b , struct msa** m) { struct msa* msa = NULL; struct msa_seq* seq_ptr = NULL; char* line = NULL; int i,j; char* p; int active_seq = 0; int line_len; int nl,ni; if(msa == NULL){ msa = alloc_msa(); } ni =0; for(nl = 0; nl < b->n_lines;nl++){ line = b->l[nl]->line; line_len = b->l[nl]->len; ni++; break; } active_seq =0; for(nl = ni; nl < b->n_lines;nl++){ line = b->l[nl]->line; line_len = b->l[nl]->len; if(!line_len){ active_seq = 0; }else{ if(!isspace(line[0])){ if(msa->alloc_numseq == active_seq){ RUN(resize_msa(msa)); } seq_ptr = msa->sequences[active_seq]; p = line; j = 0; for(i = 0;i < line_len;i++){ if(isspace((int)p[i])){ j = i; break; } seq_ptr->name[i] = p[i]; } seq_ptr->name[j] =0; for(i = j;i < line_len;i++){ msa->letter_freq[(int)p[i]]++; if(isalpha((int)p[i])){ seq_ptr->seq[seq_ptr->len] = p[i]; seq_ptr->len++; if(seq_ptr->alloc_len == seq_ptr->len){ resize_msa_seq(seq_ptr); } }else if(ispunct((int)p[i])){ seq_ptr->gaps[seq_ptr->len]++; } } active_seq++; msa->numseq = MACRO_MAX(msa->numseq, active_seq); } } } RUN(null_terminate_sequences(msa)); *m = msa; return OK; ERROR: free_msa(msa); return FAIL; } int read_msf(struct in_buffer* b,struct msa** m) { struct msa* msa = NULL; struct msa_seq* seq_ptr = NULL; char* line = NULL; int line_len; int i,j,nl,li; char* p; int active_seq = 0; if(msa == NULL){ msa = alloc_msa(); } li = 0; for(nl = 0; nl < b->n_lines;nl++){ line = b->l[nl]->line; line_len = b->l[nl]->len; li++; /* line_len--; /\* last character is newline *\/ */ //fprintf(stdout,"%d \"%s\"\n",line_len,line); if(strstr(line, "//")){ // LOG_MSG("Header done"); break; } /* look for name */ p = strstr(line,"Name:"); if(p && strstr(line,"Len:")){ if(msa->alloc_numseq == msa->numseq){ RUN(resize_msa(msa)); } p+= 5; /* length of name: */ while( isspace((int)*p)){ p++; } seq_ptr = msa->sequences[active_seq]; for(i = 0;i < line_len;i++){ if(isspace((int)p[i])){ seq_ptr->name[i] = 0; break; } seq_ptr->name[i] = p[i]; } seq_ptr->seq[0] = 0; msa->numseq++; active_seq++; //LOG_MSG("Got a name %s",p); } } active_seq =0; for(nl = li; nl < b->n_lines;nl++){ line = b->l[nl]->line; line_len = b->l[nl]->len; /* line_len--; /\* last character is newline *\/ */ if(!line_len){ active_seq = 0; }else{ if(!isspace(line[0])){ seq_ptr = msa->sequences[active_seq]; //p = strstr(line,seq_ptr->name); //if(p){ //LOG_MSG("Found bitsof seq %s", seq_ptr->name); p = line; j = strnlen(seq_ptr->name, MSA_NAME_LEN); p += j; for(i = 0;i < line_len-j;i++){ msa->letter_freq[(int)p[i]]++; if(isalpha((int)p[i])){ seq_ptr->seq[seq_ptr->len] = p[i]; seq_ptr->len++; if(seq_ptr->alloc_len == seq_ptr->len){ resize_msa_seq(seq_ptr); } }else if(ispunct((int)p[i])){ seq_ptr->gaps[seq_ptr->len]++; } } //} active_seq++; } } //fprintf(stdout,"%d \"%s\"\n",line_len,line); } RUN(null_terminate_sequences(msa)); *m = msa; //fclose(f_ptr); //MFREE(line); return OK; ERROR: free_msa(msa); return FAIL; } int read_fasta( struct in_buffer* b,struct msa** m) { struct msa* msa = NULL; struct msa_seq* seq_ptr = NULL; char* line = NULL; int line_len; int i; int nl; if(msa == NULL){ msa = alloc_msa(); } for(nl = 0; nl < b->n_lines;nl++){ line = b->l[nl]->line; line_len = b->l[nl]->len; if(line[0] == '>'){ /* alloc seq if buffer is full */ if(msa->alloc_numseq == msa->numseq){ RUN(resize_msa(msa)); } /* line[line_len-1] = 0; */ for(i =0 ; i < line_len;i++){ if(isspace(line[i])){ line[i] = 0; } } seq_ptr = msa->sequences[msa->numseq]; snprintf(seq_ptr->name ,MSA_NAME_LEN ,"%s",line+1); msa->numseq++; }else{ for(i = 0;i < line_len;i++){ msa->letter_freq[(int)line[i]]++; if(isalpha((int)line[i])){ if(!seq_ptr){ ERROR_MSG("Encountered a sequence before encountering it's name"); } seq_ptr->seq[seq_ptr->len] = line[i]; seq_ptr->len++; if(seq_ptr->alloc_len == seq_ptr->len){ resize_msa_seq(seq_ptr); } }else if(ispunct((int)line[i])){ seq_ptr->gaps[seq_ptr->len]++; } } } } RUN(null_terminate_sequences(msa)); *m = msa; return OK; ERROR: free_msa(msa); return FAIL; } int merge_msa(struct msa** dest, struct msa* src) { int i; struct msa* d = NULL; d = *dest; if(d == NULL){ d = alloc_msa(); } if(d->L != ALPHA_UNDEFINED){ if(d->L != src->L){ ERROR_MSG("Input alignments have different alphabets"); } } if(d->aligned != 0 && d->aligned != ALN_STATUS_UNKNOWN){ if(d->aligned != src->aligned){ d->aligned = ALN_STATUS_UNKNOWN; } } for(i = 0; i < 128;i++){ d->letter_freq[i] += src->letter_freq[i]; } for(i = 0; i < src->numseq;i++){ free_msa_seq(d->sequences[d->numseq]); d->sequences[d->numseq] = src->sequences[i]; src->sequences[i] = NULL; d->numseq++; if(d->alloc_numseq == d->numseq){ RUN(resize_msa(d)); } } RUN(detect_alphabet(d)); RUN(detect_aligned(d)); RUN(set_sip_nsip(d)); *dest = d; return OK; ERROR: return FAIL; } int null_terminate_sequences(struct msa* msa) { int i; struct msa_seq* seq_ptr = NULL; /* 0 terminate sequences */ for(i = 0; i < msa->numseq;i++){ seq_ptr = msa->sequences[i]; if(seq_ptr->alloc_len == seq_ptr->len){ resize_msa_seq(seq_ptr); } seq_ptr->seq[seq_ptr->len] = 0; } return OK; } int make_linear_sequence(struct msa_seq* seq, char* linear_seq) { int c,j,f; f = 0; for(j = 0;j < seq->len;j++){ //LOG_MSG("%d %d",j,seq->gaps[j]); for(c = 0;c < seq->gaps[j];c++){ linear_seq[f] = '-'; f++; } //LOG_MSG("%d %d %d",j,f,seq->gaps[j]); linear_seq[f] = seq->seq[j]; f++; } for(c = 0;c < seq->gaps[ seq->len];c++){ //LOG_MSG("%d %d",j,seq->gaps[seq->len]); linear_seq[f] = '-'; f++; } linear_seq[f] = 0; ///fprintf(stdout,"LINEAR:%s\n",linear_seq); return OK; } /* memory functions */ struct msa* alloc_msa(void) { struct msa* msa = NULL; int i; MMALLOC(msa, sizeof(struct msa)); msa->sequences = NULL; msa->alloc_numseq = 512; msa->numseq = 0; msa->num_profiles = 0; msa->L = ALPHA_UNDEFINED; msa->aligned = 0; msa->plen = NULL; msa->sip = NULL; msa->nsip = NULL; MMALLOC(msa->sequences, sizeof(struct msa_seq*) * msa->alloc_numseq); for(i = 0; i < msa->alloc_numseq;i++){ msa->sequences[i] = NULL; RUNP(msa->sequences[i] = alloc_msa_seq()); } for(i = 0; i < 128; i++){ msa->letter_freq[i] = 0; } return msa; ERROR: free_msa(msa); return NULL; } int resize_msa(struct msa* msa) { int i; int old_size; old_size = msa->alloc_numseq; msa->alloc_numseq = msa->alloc_numseq + 512; MREALLOC(msa->sequences, sizeof(struct msa_seq*) * msa->alloc_numseq); for(i = old_size; i < msa->alloc_numseq;i++){ msa->sequences[i] = NULL; RUNP(msa->sequences[i] = alloc_msa_seq()); } return OK; ERROR: return FAIL; } void free_msa(struct msa* msa) { int i; if(msa){ for(i = 0; i < msa->alloc_numseq;i++){ free_msa_seq(msa->sequences[i]); } for (i = msa->num_profiles;i--;){ if(msa->sip[i]){ MFREE(msa->sip[i]); } } if(msa->plen){ MFREE(msa->plen); } if(msa->sip){ MFREE(msa->sip); } if(msa->nsip){ MFREE(msa->nsip); } MFREE(msa->sequences); MFREE(msa); } } struct msa_seq* alloc_msa_seq(void) { struct msa_seq* seq = NULL; int i; MMALLOC(seq, sizeof(struct msa_seq)); seq->name = NULL; seq->seq = NULL; seq->s = NULL; seq->gaps = NULL; seq->len = 0; seq->alloc_len = 512; MMALLOC(seq->name, sizeof(char)* MSA_NAME_LEN); MMALLOC(seq->seq, sizeof(char) * seq->alloc_len); MMALLOC(seq->s, sizeof(uint8_t) * seq->alloc_len); MMALLOC(seq->gaps, sizeof(int) * (seq->alloc_len+1)); for(i =0;i < seq->alloc_len+1;i++){ seq->gaps[i] = 0; } return seq; ERROR: free_msa_seq(seq); return NULL; } int resize_msa_seq(struct msa_seq* seq) { int old_len; int i; old_len = seq->alloc_len; seq->alloc_len = seq->alloc_len + 512; MREALLOC(seq->seq, sizeof(char) * seq->alloc_len); MREALLOC(seq->s, sizeof(uint8_t) * seq->alloc_len); MREALLOC(seq->gaps, sizeof(int) * (seq->alloc_len+1)); for(i = old_len+1;i < seq->alloc_len+1;i++){ seq->gaps[i] = 0; } return OK; ERROR: return FAIL; } void free_msa_seq(struct msa_seq* seq) { if(seq){ MFREE(seq->name); MFREE(seq->seq); MFREE(seq->s); MFREE(seq->gaps); MFREE(seq); } } struct line_buffer* alloc_line_buffer(int max_line_len) { struct line_buffer* lb = NULL; int i; ASSERT(max_line_len > 60, "max_line_len:%d too small", max_line_len); MMALLOC(lb, sizeof(struct line_buffer)); lb->alloc_num_lines = 1024; lb->num_line = 0; lb->lines = NULL; lb->max_line_len = max_line_len; MMALLOC(lb->lines, sizeof(struct out_line*) * lb->alloc_num_lines); for(i = 0; i < lb->alloc_num_lines;i++){ lb->lines[i] = NULL; MMALLOC(lb->lines[i], sizeof(struct out_line)); lb->lines[i]->block = 0; lb->lines[i]->seq_id =0; lb->lines[i]->line = NULL; MMALLOC(lb->lines[i]->line,sizeof(char) * lb->max_line_len); } return lb; ERROR: return NULL; } int resize_line_buffer(struct line_buffer* lb) { int old_len = 0; int i; old_len = lb->alloc_num_lines; lb->alloc_num_lines = lb->alloc_num_lines + 1024; MREALLOC(lb->lines, sizeof(struct out_line*) * lb->alloc_num_lines); for(i = old_len; i < lb->alloc_num_lines;i++){ lb->lines[i] = NULL; MMALLOC(lb->lines[i], sizeof(struct out_line)); lb->lines[i]->block = 0; lb->lines[i]->seq_id =0; lb->lines[i]->line = NULL; MMALLOC(lb->lines[i]->line,sizeof(char) * lb->max_line_len); } return OK; ERROR: return FAIL; } void free_line_buffer(struct line_buffer* lb) { int i; if(lb){ for(i = 0; i < lb->alloc_num_lines;i++){ MFREE(lb->lines[i]->line); MFREE(lb->lines[i]); } MFREE(lb->lines); MFREE(lb); } } int sort_out_lines(const void *a, const void *b) { struct out_line* const *one = a; struct out_line* const *two = b; if((*one)->block > (*two)->block){ return 1; }else if((*one)->block == (*two)->block){ if((*one)->seq_id > (*two)->seq_id){ return 1; }else if((*one)->seq_id == (*two)->seq_id){ return 0; }else{ return -1; } }else{ return -1; } } /* alignment checksum */ int GCGMultchecksum(struct msa* msa) { int chk = 0; int idx; for (idx = 0; idx < msa->numseq; idx++){ chk = (chk + GCGchecksum(msa->sequences[idx]->seq, msa->sequences[idx]->len)) % 10000; } return chk; } /* Taken from squid library by Sean Eddy */ int GCGchecksum(char *seq, int len) { int i; /* position in sequence */ int chk = 0; /* calculated checksum */ for (i = 0; i < len; i++){ chk = (chk + (i % 57 + 1) * (toupper((int) seq[i]))) % 10000; } return chk; } int read_file_stdin(struct in_buffer** buffer,char* infile) { struct in_buffer* b = NULL; FILE* f_ptr = NULL; char* line = NULL; char* tmp = NULL; size_t b_len = 0; ssize_t nread; int i; //char line[BUFFER_LEN]; int line_len; b = *buffer; if(!b){ RUN(alloc_in_buffer(&b, 1024)); } if(infile){ if(!my_file_exists(infile)){ ERROR_MSG("File: %s does not exist.",infile); } RUNP(f_ptr = fopen(infile, "r")); }else{ f_ptr = stdin; } b->n_lines = 0; while ((nread = getline(&line, &b_len, f_ptr)) != -1){ //LOG_MSG("Read %d ", nread); //while(fgets(line, BUFFER_LEN, f_ptr)){ line_len = nread; //tmp = b->l[b->n_lines]->line; tmp= NULL; MMALLOC(tmp, sizeof(char) * (line_len+1)); for(i = 0; i < line_len;i++){ if(iscntrl((int) line[i])){ break; } tmp[i] = line[i]; } tmp[i] = 0; //memcpy(tmp, line, line_len); //tmp[line_len-1] = 0; b->l[b->n_lines]->line = tmp; b->l[b->n_lines]->len = i; b->n_lines++; if(b->n_lines == b->alloc_lines){ RUN(resize_in_buffer(b)); } } fclose(f_ptr); MFREE(line); *buffer = b; return OK; ERROR: return FAIL; } int alloc_in_buffer(struct in_buffer** buffer, int n) { struct in_buffer* b = NULL; int i; MMALLOC(b, sizeof(struct in_buffer)); b->alloc_lines = n; b->l = NULL; b->n_lines = 0; MMALLOC(b->l, sizeof(struct in_line*) * b->alloc_lines); for(i = 0; i < b->alloc_lines;i++){ b->l[i] = NULL; MMALLOC(b->l[i], sizeof(struct in_line)); b->l[i]->line = NULL; b->l[i]->len =0; } *buffer = b; return OK; ERROR: return FAIL; } int resize_in_buffer(struct in_buffer* b) { int i,o; o = b->alloc_lines; b->alloc_lines = b->alloc_lines + b->alloc_lines / 2; MREALLOC(b->l, sizeof(struct in_line*) * b->alloc_lines); for(i = o; i < b->alloc_lines;i++){ b->l[i] = NULL; MMALLOC(b->l[i], sizeof(struct in_line)); b->l[i]->line = NULL; b->l[i]->len =0; } return OK; ERROR: return FAIL; } void free_in_buffer(struct in_buffer* b) { int i; if(b){ for(i = 0; i < b->n_lines ;i++){ MFREE(b->l[i]->line); } for(i = 0; i < b->alloc_lines;i++){ MFREE(b->l[i]); } MFREE(b->l); MFREE(b); } } int sort_by_name(const void *a, const void *b) { struct sort_struct_name_chksum* const *one = a; struct sort_struct_name_chksum* const *two = b; if(strncmp(*(*one)->name, *(*two)->name,MSA_NAME_LEN) < 0){ return -1; }else{ return 1; } } int sort_by_chksum(const void *a, const void *b) { struct sort_struct_name_chksum* const *one = a; struct sort_struct_name_chksum* const *two = b; if((*one)->chksum > (*two)->chksum){ return -1; }else{ return 1; } } kalign-3.3.1/src/sequence_distance.c000066400000000000000000000357041403616477200174230ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifdef HAVE_AVX2 #include #endif #include #include "sequence_distance.h" #include "alphabet.h" /* #include "alignment.h" */ #include "align_io.h" #include "misc.h" #include "bpm.h" #define NODESIZE 16 /* small hash implementation */ struct bignode{ struct bignode *next; unsigned int pos[NODESIZE]; unsigned int num; }; struct bignode* big_insert_hash(struct bignode *n,const unsigned int pos); void big_remove_nodes(struct bignode *n); void big_print_nodes(struct bignode *n); float dna_distance_calculation(struct bignode* hash[],const uint8_t * p,const int seqlen,int diagonals,float mode); float protein_wu_distance_calculation(struct bignode* hash[],const uint8_t* seq,const int seqlen,const int diagonals,const float mode); float** d_estimation(struct msa* msa, int* samples, int num_samples,int pair) { float** dm = NULL; uint8_t* seq_a; uint8_t* seq_b; float dist; int len_a; int len_b; int i,j; #if HAVE_AVX2 set_broadcast_mask(); #endif if(pair){ RUN(galloc(&dm,num_samples,num_samples)); for(i = 0; i < num_samples;i++){ seq_a = msa->sequences[samples[i]]->s;// aln->s[samples[i]]; len_a = msa->sequences[samples[i]]->len;//aln->sl[samples[i]]; for(j = 0;j < num_samples;j++){ //fprintf(stdout, "Working on %d %d\n", i,j); seq_b = msa->sequences[samples[j]]->s; //aln->s[ samples[j]]; len_b = msa->sequences[samples[j]]->len;//aln->sl[selection[j]]; /*dm[i][j] = MACRO_MIN(len_a, len_b) - MACRO_MIN( bpm_256(seq_a, seq_b, len_a, len_b), bpm_256(seq_b, seq_a, len_b, len_a) );*/ dist = calc_distance(seq_a, seq_b, len_a, len_b,msa->L); //dist = dist / (float) MACRO_MIN(len_a, len_b); dm[i][j] = dist;// + (float)( i * num_samples + j) / (float) ( num_samples * num_samples); dm[j][i] = dm[i][j]; //fprintf(stdout,"%f ", dm[i][j]); } //fprintf(stdout,"\n"); } }else{ int a; int numseq = msa->numseq; MMALLOC(dm, sizeof(float*)* numseq); //fprintf(stdout,"MASK: %lx\n", mask); a = num_samples / 8; if( num_samples%8){ a++; } a = a << 3; for(i = 0; i < numseq;i++){ dm[i] = NULL; dm[i] = _mm_malloc(sizeof(float) * a,32); for(j = 0; j < a;j++){ dm[i][j] = 0.0F; } } struct msa_seq** s = msa->sequences; #ifdef HAVE_OPENMP #pragma omp parallel for shared(dm, s) private(i, j) collapse(2) schedule(static) #endif for(i = 0; i < numseq;i++){ for(j = 0;j < num_samples;j++){ uint8_t* s1; uint8_t* s2; int l1; int l2; s1 = s[i]->s; l1 = s[i]->len; s2 = s[samples[j]]->s; l2 = s[samples[j]]->len; dm[i][j] = calc_distance(s1, s2, l1, l2, msa->L); //dm[i][j] += (float)MACRO_MIN(l1, l2) / (float)MACRO_MAX(l1, l2); //dm[i][j] = dm[i][j] / (float) MACRO_MIN(l1, l2); //dm[i][j] = dist; } } /* for(i = 0; i < numseq;i++){ */ /* seq_a = msa->sequences[i]->s;// aln->s[i]; */ /* len_a = msa->sequences[i]->len;// aln->sl[i]; */ /* for(j = 0;j < num_samples;j++){ */ /* seq_b = msa->sequences[samples[j]]->s;// aln->s[ seeds[j]]; */ /* len_b = msa->sequences[samples[j]]->len;// aln->sl[seeds[j]]; */ /* dist = calc_distance(seq_a, seq_b, len_a, len_b,msa->L); */ /* dm[i][j] = dist; */ /* } */ /* } */ } return dm; ERROR: return NULL; } float calc_distance(uint8_t* seq_a, uint8_t* seq_b, int len_a,int len_b, int L) { #ifdef HAVE_AVX2 uint8_t dist; if(len_a > len_b){ dist = bpm_256(seq_a, seq_b, len_a, len_b); }else{ dist = bpm_256(seq_b, seq_a, len_b, len_a); } return (float)dist; #else struct bignode* hash[1024]; int i; float dist; unsigned int hv; for (i = 0;i < 1024;i++){ hash[i] = 0; } /* Protein sequence */ if( L > ALPHA_defDNA){ for (i = len_a-2;i--;){ hv = (seq_a[i] << 5) + seq_a[i+1]; hash[hv] = big_insert_hash(hash[hv],i); hv = (seq_a[i] << 5) + seq_a[i+2]; hash[hv] = big_insert_hash(hash[hv],i); } dist = protein_wu_distance_calculation(hash,seq_b,len_b,len_a+len_b,58.9); }else{ for (i = len_a-5;i--;){ hv = ((seq_a[i]&3)<<8) + ((seq_a[i+1]&3)<<6) + ((seq_a[i+2]&3)<<4) + ((seq_a[i+3]&3)<<2) + (seq_a[i+4]&3);//ABCDE hash[hv] = big_insert_hash(hash[hv],i); hv = ((seq_a[i]&3)<<8) + ((seq_a[i+1]&3)<<6) + ((seq_a[i+2]&3)<<4) + ((seq_a[i+3]&3)<<2) + (seq_a[i+5]&3);//ABCDF hash[hv] = big_insert_hash(hash[hv],i); hv = ((seq_a[i]&3)<<8) + ((seq_a[i+1]&3)<<6) + ((seq_a[i+2]&3)<<4) + ((seq_a[i+4]&3)<<2) + (seq_a[i+5]&3);//ABCEF hash[hv] = big_insert_hash(hash[hv],i); hv = ((seq_a[i]&3)<<8) + ((seq_a[i+1]&3)<<6) + ((seq_a[i+3]&3)<<4) + ((seq_a[i+4]&3)<<2) + (seq_a[i+5]&3);//ABDEF hash[hv] = big_insert_hash(hash[hv],i); hv = ((seq_a[i]&3)<<8) + ((seq_a[i+2]&3)<<6) + ((seq_a[i+3]&3)<<4) + ((seq_a[i+4]&3)<<2) + (seq_a[i+5]&3);//ACDEF hash[hv] = big_insert_hash(hash[hv],i); } dist = dna_distance_calculation(hash,seq_b,len_b,len_a+len_b, 61.08); } for (i = 1024;i--;){ if (hash[i]){ big_remove_nodes(hash[i]); hash[i] = 0; } } return dist; #endif } float protein_wu_distance_calculation(struct bignode* hash[],const uint8_t* seq,const int seqlen,const int diagonals,const float mode) { struct bignode* node_p; unsigned int* d = NULL; unsigned int* tmp = NULL; float out = 0.0; register int i,j; register int c; register int num; register unsigned int hv; d = malloc(sizeof(unsigned int)*diagonals); //for (i = diagonals;i--;){ for (i = 0;i < diagonals;i++){ d[i] = 0; } for (i = seqlen-2;i--;){ //for(i = 0; i < seqlen-2;i++){ /*hv = (seq[i+1] << 5) + seq[i+2]; node_p = hash[hv]; while(node_p){ tmp = node_p->pos; for(j = 0;j < node_p->num;j++){ d[tmp[j]]++; } node_p = node_p->next; }*/ hv = (seq[i] << 5) + seq[i+1]; //printf("3:%d\n",hv); node_p = hash[hv]; while(node_p){ tmp = node_p->pos; num = node_p->num; for(j = 0;j < num;j++){ c = tmp[j]; d[c]++; c++; d[c]++; } node_p = node_p->next; } hv = (seq[i] << 5) + seq[i+2]; node_p = hash[hv]; while(node_p){ tmp = node_p->pos; num = node_p->num; for(j = 0;j < num;j++){ c = tmp[j]; d[c]++; } node_p = node_p->next; } d++; } //exit(0); d -= (seqlen-2); //unsigned int max = 0.0; for (i = diagonals;i--;){ // if(d[i] > max){ // max = d[i]; //} //d[i] /= minlen; //fprintf(stderr,"%d ",d[i]); if(d[i] > mode){ out += d[i]; // printf("%f %d\n",d[i]/ minlen,d[i]); } } free(d); //return out; return out; } float dna_distance_calculation(struct bignode* hash[],const uint8_t * p,const int seqlen,int diagonals,float mode) { struct bignode* node_p; float out = 0.0; unsigned int* tmp = NULL; unsigned int* d = NULL; int i,j; unsigned int hv; d = malloc(sizeof(int)*diagonals); for (i = 0;i < diagonals;i++){ d[i] = 0; } for (i = seqlen-5;i--;){ hv = ((p[i]&3)<<8) + ((p[i+1]&3)<<6) + ((p[i+2]&3)<<4) + ((p[i+3]&3)<<2) + (p[i+4]&3);//ABCDE if (hash[hv]){ node_p = hash[hv]; while(node_p){ tmp = node_p->pos; for(j = 0;j < (int) node_p->num;j++){ d[tmp[j]]++; } node_p = node_p->next; } } hv = ((p[i]&3)<<8) + ((p[i+1]&3)<<6) + ((p[i+2]&3)<<4) + ((p[i+3]&3)<<2) + (p[i+5]&3);//ABCDF if (hash[hv]){ node_p = hash[hv]; while(node_p){ tmp = node_p->pos; for(j = 0;j < (int)node_p->num;j++){ d[tmp[j]]++; } node_p = node_p->next; } } hv = ((p[i]&3)<<8) + ((p[i+1]&3)<<6) + ((p[i+2]&3)<<4) + ((p[i+4]&3)<<2) + (p[i+5]&3);//ABCEF if (hash[hv]){ node_p = hash[hv]; while(node_p){ tmp = node_p->pos; for(j = 0;j < (int)node_p->num;j++){ d[tmp[j]]++; } node_p = node_p->next; } } hv = ((p[i]&3)<<8) + ((p[i+1]&3)<<6) + ((p[i+3]&3)<<4) + ((p[i+4]&3)<<2) + (p[i+5]&3);//ABDEF if (hash[hv]){ node_p = hash[hv]; while(node_p){ tmp = node_p->pos; for(j = 0;j < (int)node_p->num;j++){ d[tmp[j]]++; } node_p = node_p->next; } } hv = ((p[i]&3)<<8) + ((p[i+2]&3)<<6) + ((p[i+3]&3)<<4) + ((p[i+4]&3)<<2) + (p[i+5]&3);//ACDEF if (hash[hv]){ node_p = hash[hv]; while(node_p){ tmp = node_p->pos; for(j = 0;j < (int)node_p->num;j++){ d[tmp[j]]++; } node_p = node_p->next; } } d++; } //exit(0); d -= (seqlen-5); for (i = diagonals;i--;){ //d[i] /= minlen; //printf("%d ",d[i]); if(d[i] > mode){ //fprintf(stderr,"%f %d\n",d[i]/ minlen,d[i]); out += d[i]; } } free(d); return out; } struct bignode* big_insert_hash(struct bignode *n,const unsigned int pos) { struct bignode* p = NULL; if(n){ if(n->num < NODESIZE){ n->pos[n->num] = pos; n->num++; return n; }else{ MMALLOC(p, sizeof(struct bignode)); p->pos[0] = pos; p->num = 1; p->next = n; } }else{ MMALLOC(p, sizeof(struct bignode)); p->pos[0] = pos; p->num = 1; p->next = n; } return p; ERROR: return NULL; } void big_remove_nodes(struct bignode *n) { struct bignode* p = NULL; while(n){ p = n; n = n->next; MFREE(p); } } void big_print_nodes(struct bignode *n) { int i; while(n){ for (i = 0; i < (int)n->num;i++){ fprintf(stderr,"%d ",n->pos[i]); } n = n->next; } } kalign-3.3.1/src/sequence_distance.h000066400000000000000000000021041403616477200174140ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef SEQUENCE_DISTANCE_H #define SEQUENCE_DISTANCE_H #include "global.h" #include "msa.h" #include "alignment_parameters.h" extern float** d_estimation(struct msa* msa, int* samples, int num_samples,int pair); extern float calc_distance(uint8_t* seq_a, uint8_t* seq_b, int len_a,int len_b, int L); #endif kalign-3.3.1/src/time_and_score_aln.c000066400000000000000000000314551403616477200175450ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "global.h" #include "tlmisc.h" #include "msa.h" #include #include #include #include #include #include #include "align_io.h" #include "misc.h" #define OPT_TESTALN 1 #define OPT_REFALN 2 #define OPT_PROGRAM 3 #define OPT_TMPDIR 4 #define OPT_OUTPUT 5 int timescore(char* test,char* ref, char* program,char* scratch,char* out_file_name); int print_help_score_and_align(char **argv); int main(int argc, char *argv[]) { char* testseq = NULL; char* refseq = NULL; char* program = NULL; char* scratch = NULL; char* output = NULL; int help = 0; int c; while (1){ static struct option long_options[] ={ {"test", required_argument,0,OPT_TESTALN}, {"ref", required_argument,0,OPT_REFALN}, {"program", required_argument, 0, OPT_PROGRAM}, {"scratch", required_argument, 0, OPT_TMPDIR}, {"output", required_argument, 0, OPT_OUTPUT}, {"help", no_argument,0,'h'}, {"quiet", 0, 0, 'q'}, {0, 0, 0, 0} }; int option_index = 0; c = getopt_long_only (argc, argv,"h",long_options, &option_index); //c = getopt (argc, argv, "hi:o:"); /* Detect the end of the options. */ if (c == -1){ break; } switch(c) { case OPT_TESTALN: testseq = optarg; break; case OPT_REFALN: refseq = optarg; break; case OPT_PROGRAM: program = optarg; break; case OPT_TMPDIR: scratch = optarg; break; case OPT_OUTPUT: output = optarg; break; case 'h': help = 1; break; case '?': help = 1; break; default: abort (); } } if(help){ RUN(print_help_score_and_align(argv)); } /* check options */ if(!testseq){ RUN(print_help_score_and_align(argv)); ERROR_MSG("No test file\n"); }else{ if(!my_file_exists(testseq)){ ERROR_MSG("test file: %s does not exist\n",testseq); } } if(!refseq){ RUN(print_help_score_and_align(argv)); ERROR_MSG("No ref file\n"); }else{ if(!my_file_exists(refseq)){ ERROR_MSG("ref file: %s does not exist",testseq); } } if(!program){ RUN(print_help_score_and_align(argv)); ERROR_MSG("No program specified\n"); } if(!output){ RUN(print_help_score_and_align(argv)); ERROR_MSG("No output specified\n"); } if(scratch){ struct stat sb; if(stat(scratch, &sb) == 0 && S_ISDIR(sb.st_mode)) { LOG_MSG("use tmpdir: %s", scratch); }else{ ERROR_MSG("tmpdir %s does not exist.", scratch); } } RUN(timescore(testseq, refseq, program, scratch,output)); return EXIT_SUCCESS; ERROR: WARNING_MSG("Something went wrong. Use this program like this:\n\n"); RUN(print_help_score_and_align(argv)); return EXIT_FAILURE; } int timescore(char* test,char* ref, char* program,char* scratch,char* out_file_name) { FILE* out_ptr = NULL; struct msa* ref_aln = NULL; struct msa* test_aln = NULL; struct msa_seq* seq_ptr = NULL; struct parameters* param = NULL; auto int rc; //char path_buffer[BUFFER_LEN]; char cmd[BUFFER_LEN*2]; char ret[BUFFER_LEN]; char* path = NULL; FILE* pipe = NULL; double time; double SP,TC; double average_seq_len = 0.0; struct timeval tv1, tv2; int pos_test; int i,j; char *envpaths = getenv("PATH"); path = realpath(scratch, NULL); if (path) { LOG_MSG("scratch is: %s", path); }else{ MMALLOC(path, sizeof(char) * 10); rc = snprintf(path, 10, "%s","."); } if(!strcmp(program , "kalign")){ if (system("which kalign")){ ERROR_MSG("kalign is not found in your path:\n%s\n",envpaths); } rc = snprintf(cmd, BUFFER_LEN*2, "kalign %s -f msf -o %s/test.msf",test,path); }else if(!strcmp(program,"kalign2")){ if (system("which kalign2")){ ERROR_MSG("kalign2 is not found in your path:\n%s\n",envpaths); } rc = snprintf(cmd, BUFFER_LEN*2, "kalign2 -i %s -f msf -o %s/test.msf",test,path); }else if(!strcmp(program,"muscle")){ if (system("which muscle3.8.31_i86linux32")){ ERROR_MSG("muscle3.8.31_i86linux32 is not found in your path:\n%s\n",envpaths); } rc = snprintf(cmd, BUFFER_LEN*2, "muscle3.8.31_i86linux32 -maxiters 2 -msf -in %s -out %s/test.msf",test,path); }else if(!strcmp(program,"clustal")){ if (system("which clustalo-1.2.4-Ubuntu-x86_64")){ ERROR_MSG("clustalo-1.2.4-Ubuntu-x86_64 is not found in your path:\n%s\n",envpaths); } rc = snprintf(cmd, BUFFER_LEN*2, "clustalo-1.2.4-Ubuntu-x86_64 --threads=1 --iterations=2 --outfmt=msf --in %s --force --out %s/test.msf --verbose ",test,path); }else{ ERROR_MSG("Program %s not recognize\n", program); } LOG_MSG("Running: %s", cmd); gettimeofday(&tv1, NULL); /* run program */ RUNP(pipe = popen(cmd,"r")); //if (system("which gnuplot")) while (fgets(ret, BUFFER_LEN, pipe)){ //fprintf(stderr,"%s", ret); } rc = pclose(pipe); if (rc == EXIT_SUCCESS) { // == 0 LOG_MSG("Running:\n%s was a success", cmd); gettimeofday(&tv2, NULL); time = (double) (tv2.tv_usec - tv1.tv_usec) / (double) CLOCKS_PER_SEC + (double) (tv2.tv_sec - tv1.tv_sec); printf ("Total time = %f seconds\n",time); /* extract all sequences from the test alignment that are found in the reference... */ RUNP(param = init_param()); param->infile = NULL; param->num_infiles = 1; MMALLOC(param->infile, sizeof(char*) * param->num_infiles); param->infile[0] = NULL; MMALLOC(param->infile[0], sizeof(char) * BUFFER_LEN*2); snprintf(param->infile[0], BUFFER_LEN*2, "%s",ref); LOG_MSG("read reference alignment"); RUN(read_input(param->infile[0],&ref_aln));// detect_and_read_sequences(param)); snprintf(param->infile[0], BUFFER_LEN*2, "%s/test.msf",path); LOG_MSG("read test alignment"); RUN(read_input(param->infile[0],&test_aln));// detect_and_read_sequences(param)); /* find all reference sequences in the test alignment */ /* delete all other sequences */ /* print out the ref sequences now aligned with the test MSA program */ average_seq_len = 0.0; for(j = 0; j < test_aln->numseq;j++){ average_seq_len += test_aln->sequences[j]->len;// test_aln->sl[j]; } average_seq_len = average_seq_len / (double) test_aln->numseq; pos_test = 0; LOG_MSG("Search for matching sequences "); for(i = 0; i < ref_aln->numseq;i++){ //LOG_MSG("Searching for: %s", ref_aln->sequences[i]->name);// sn[i]); for(j = 0; j < test_aln->numseq;j++){ if(strnlen(ref_aln->sequences[i]->name, MSA_NAME_LEN) == strnlen(test_aln->sequences[j]->name, MSA_NAME_LEN)){ //if( ref_aln->lsn[i] == test_aln->lsn[j]){ if(!strcmp( ref_aln->sequences[i]->name, test_aln->sequences[j]->name)){ /* swap test sequences to beginning. */ //LOG_MSG("Found: %s",ref_aln->sequences[i]->name); seq_ptr = test_aln->sequences[pos_test]; test_aln->sequences[pos_test] = test_aln->sequences[j]; test_aln->sequences[j] = seq_ptr; pos_test++; } } } } int org_len; org_len = test_aln->numseq; test_aln->numseq = pos_test; MMALLOC(param->outfile, sizeof(char) * BUFFER_LEN*2); snprintf(param->outfile, BUFFER_LEN*2, "%s/evalaln.msf",path); param->format = "msf"; for (i = 0; i < test_aln->numseq;i++){ test_aln->nsip[i] = i; } write_msa(test_aln, param->outfile, FORMAT_MSF); //output(test_aln,param); test_aln->numseq = org_len; /* score */ snprintf(cmd, BUFFER_LEN, "bali_score %s %s", ref, param->outfile); // Execute a process listing // Setup our pipe for reading and execute our command. RUNP(pipe = popen(cmd,"r")); // Grab data from process execution while (fgets(ret, BUFFER_LEN, pipe)){ //fprintf(stdout,"%s", ret); } sscanf(ret, "%*s %*s %lf %lf", &SP,&TC); pclose(pipe); if(!my_file_exists(out_file_name)){ RUNP(out_ptr = fopen(out_file_name,"w")); fprintf(out_ptr,"Program,Alignment,AVGLEN,NUMSEQ,SP,TC,Time\n"); }else{ RUNP(out_ptr = fopen(out_file_name,"a")); } fprintf(out_ptr,"%s,%s,%f,%d,%f,%f,%f\n",program,basename(ref), average_seq_len,test_aln->numseq,SP,TC,time); fclose(out_ptr); LOG_MSG("SP:%f TC:%f", SP,TC); free_msa(ref_aln); free_msa(test_aln ); //free_aln(test_aln); MFREE(param->outfile); MFREE(param->infile[0]); free_parameters(param); } else { // EXIT_FAILURE is not used by all programs, maybe needs some adaptation. WARNING_MSG("Running:\n%s failed.", cmd); WARNING_MSG("Error code was: %d", rc); } /*return result; pclose(pipe);*/ MFREE(path); return OK; ERROR: return FAIL; } int print_help_score_and_align(char **argv) { const char usage[] = " -test -ref -program -o "; fprintf(stdout,"\nUsage: %s [-options] %s\n\n",basename(argv[0]) ,usage); fprintf(stdout,"NOTE: the program appends results to the output file.\n\n"); fprintf(stdout,"Options:\n\n"); fprintf(stdout,"%*s%-*s: %s %s\n",3,"",MESSAGE_MARGIN-3,"--scratch","Scratch directory." ,"[NA]" ); return OK; } kalign-3.3.1/src/tldevel.c000066400000000000000000000322741403616477200153770ustar00rootroot00000000000000#include #include #include #define TLDEVEL_IMPORT #include "tldevel.h" #define TYPE_MARGIN 8 static void verror(FILE* f_ptr, const char *location, const char *format, va_list argp); static void vwarning(FILE* f_ptr,const char *location, const char *format, va_list argp); static void vlog(FILE* f_ptr,const char *format, va_list argp); static int get_time(char* time_ptr, int size); typedef struct { int dim1; int dim2; } mem_i; const char* tldevel_version(void) { return TLDEVEL_VERSION; } int galloc_unknown_type_error (void* p, ...) { error(AT, "galloc was called with pointer of unknown type"); return FAIL; } int galloc_too_few_arg_error (void* p) { error(AT,"galloc was called with only one argument"); return FAIL; } /* g memory stuff */ int get_dim1(void* ptr,int* d) { if(ptr){ *d = ((mem_i*)((void*) ((char*)ptr - sizeof(mem_i))))->dim1; return OK; } return FAIL; } int get_dim2(void* ptr,int* d) { if(ptr){ *d = ((mem_i*)((void*) ((char*)ptr - sizeof(mem_i))))->dim2; return OK; } return FAIL; } #define ALLOC_1D_ARRAY(type) \ int alloc_1D_array_size_ ##type (type **array, int dim1) { \ mem_i* h = NULL; \ void* tmp = NULL; \ ASSERT(dim1 >= 1,"DIM1 is too small: %d",dim1); \ if(*array == NULL){ \ MMALLOC(tmp,(dim1 * sizeof **array + sizeof(mem_i))); \ }else{ \ tmp = *array; \ tmp = (void*) ((char*)tmp - sizeof(mem_i)); \ h = (mem_i*)(tmp); \ if(h->dim1 < dim1){ \ MREALLOC(tmp,(dim1 * sizeof **array + sizeof(mem_i))); \ }else{ \ *array = (type*) ((char*)tmp + sizeof(mem_i)); \ return OK; \ } \ } \ h = (mem_i*)(tmp); \ h->dim1 = dim1; \ h->dim2 = 0; \ *array= (type*) ((char*)tmp + sizeof(mem_i)); \ return OK; \ ERROR: \ gfree(*array); \ return FAIL; \ } ALLOC_1D_ARRAY(char) ALLOC_1D_ARRAY(int8_t) ALLOC_1D_ARRAY(uint8_t) ALLOC_1D_ARRAY(int16_t) ALLOC_1D_ARRAY(uint16_t) ALLOC_1D_ARRAY(int32_t) ALLOC_1D_ARRAY(uint32_t) ALLOC_1D_ARRAY(int64_t) ALLOC_1D_ARRAY(uint64_t) ALLOC_1D_ARRAY(float) ALLOC_1D_ARRAY(double) #undef ALLOC_1D_ARRAY #define ALLOC_2D_ARRAY(type) \ int alloc_2D_array_size_ ##type (type ***array, int dim1,int dim2) { \ int i,j,c; \ mem_i* h = NULL; \ type** ptr_t = NULL; \ type* ptr_tt = NULL; \ void* tmp = NULL; \ int max1, max2; \ int o1, o2; \ ASSERT(dim1 >= 1,"DIM1 is too small: %d",dim1); \ ASSERT(dim2 >= 1,"DIM1 is too small: %d",dim2); \ if(*array == NULL){ \ MMALLOC(tmp,(dim1 * sizeof **array+ sizeof(mem_i))); \ MMALLOC(ptr_tt,((dim1 * dim2) * sizeof ***array)); \ h = (mem_i*)tmp; \ h->dim1 = dim1; \ h->dim2 = dim2; \ max1 = dim1; \ max2 = dim2; \ ptr_t =(type**) ((char*)tmp + sizeof(mem_i)); \ for(i = 0;i< dim1;i++){ \ ptr_t[i] = ptr_tt + i * dim2; \ } \ *array = ptr_t; \ }else{ \ ptr_tt = *array[0]; \ tmp = (void*)( (char*)*array -sizeof(mem_i)); \ h = (mem_i*)tmp; \ o1 = h->dim1; \ o2 = h->dim2; \ max1 = MACRO_MAX(dim1,o1); \ max2 = MACRO_MAX(dim2,o2); \ if(dim1 > o1){ \ MREALLOC(tmp,(dim1 * sizeof **array+ sizeof(mem_i))); \ MREALLOC(ptr_tt,((dim1* max2) * sizeof ***array )); \ }else if(dim2 > o2){ \ MREALLOC(ptr_tt,((max1 * dim2) * sizeof ***array )); \ }else{ \ return OK; \ } \ if(dim2 > o2){ \ for(i = o1-1; i >= 0;i-- ){ \ c = i* max2; \ for(j = o2-1;j >=0;j--){ \ *(ptr_tt + c + j) =*(ptr_tt + i*o2 + j); \ } \ } \ } \ h = (mem_i*)tmp; \ h->dim1 = max1; \ h->dim2 = max2; \ ptr_t = (type**) ((char*)tmp + sizeof(mem_i)); \ for(i = 0; i < max1;i++){ \ ptr_t[i] = ptr_tt + i * max2; \ } \ *array = ptr_t; \ } \ return OK; \ ERROR: \ gfree(*array); \ return FAIL; \ } ALLOC_2D_ARRAY(char) ALLOC_2D_ARRAY(int8_t) ALLOC_2D_ARRAY(uint8_t) ALLOC_2D_ARRAY(int16_t) ALLOC_2D_ARRAY(uint16_t) ALLOC_2D_ARRAY(int32_t) ALLOC_2D_ARRAY(uint32_t) ALLOC_2D_ARRAY(int64_t) ALLOC_2D_ARRAY(uint64_t) ALLOC_2D_ARRAY(float) ALLOC_2D_ARRAY(double) #define FREE_VOID(type) \ void gfree_void_ ##type(type *a){\ error(AT, "free was called on wrong type (%p)",(void*)a); \ } FREE_VOID(char) FREE_VOID(int8_t) FREE_VOID(uint8_t) FREE_VOID(int16_t) FREE_VOID(uint16_t) FREE_VOID(int32_t) FREE_VOID(uint32_t) FREE_VOID(int64_t) FREE_VOID(uint64_t) FREE_VOID(float) FREE_VOID(double) #undef FREE_VOID #define FREE_1D_ARRAY(type) \ void free_1d_array_ ##type(type **array){ \ if(*array){ \ void* ptr = (void*)((char*)*array - sizeof(mem_i)); \ MFREE(ptr); \ *array = NULL; \ } \ } FREE_1D_ARRAY(char) FREE_1D_ARRAY(int8_t) FREE_1D_ARRAY(uint8_t) FREE_1D_ARRAY(int16_t) FREE_1D_ARRAY(uint16_t) FREE_1D_ARRAY(int32_t) FREE_1D_ARRAY(uint32_t) FREE_1D_ARRAY(int64_t) FREE_1D_ARRAY(uint64_t) FREE_1D_ARRAY(float) FREE_1D_ARRAY(double) #undef FREE_1D_ARRAY #define FREE_2D_ARRAY(type) \ void free_2d_array_ ##type(type ***array){ \ if(*array){ \ if(*array[0]){ \ MFREE(*array[0]); \ } \ void* ptr = (void*)((char*)*array- sizeof(mem_i)); \ MFREE(ptr); \ *array = NULL; \ } \ } FREE_2D_ARRAY(char) FREE_2D_ARRAY(int8_t) FREE_2D_ARRAY(uint8_t) FREE_2D_ARRAY(int16_t) FREE_2D_ARRAY(uint16_t) FREE_2D_ARRAY(int32_t) FREE_2D_ARRAY(uint32_t) FREE_2D_ARRAY(int64_t) FREE_2D_ARRAY(uint64_t) FREE_2D_ARRAY(float) FREE_2D_ARRAY(double) #undef FREE_2D_ARRAY void error(const char *location, const char *format, ...) { va_list argp; va_start(argp, format); verror(stderr,location,format,argp); va_end(argp); } void warning(const char *location, const char *format, ...) { va_list argp; va_start(argp, format); vwarning(stdout,location, format, argp); va_end(argp); } void log_message( const char *format, ...) { va_list argp; va_start(argp, format); vlog(stdout,format, argp); va_end(argp); } int get_time(char* time_ptr, int size) { //struct tm *ptr; time_t current = time(NULL); struct tm local_time; if((localtime_r(¤t,&local_time)) == NULL){ ERROR_MSG("could not get local time"); } if(!strftime(time_ptr, size, "[%F %H:%M:%S] ", &local_time))ERROR_MSG("write failed"); return OK; ERROR: return FAIL; } void verror(FILE* f_ptr, const char *location, const char *format, va_list argp) { char time_string[200]; if(get_time(time_string, 200) != OK){ fprintf(stderr,"notime"); } fprintf(f_ptr,"%*s: ",MESSAGE_MARGIN,time_string); fprintf(f_ptr,"%*s: ",TYPE_MARGIN,"ERROR "); vfprintf(f_ptr, format, argp); fprintf(f_ptr," (%s)\n",location); fflush(f_ptr); } void vwarning(FILE* f_ptr,const char *location, const char *format, va_list argp) { char time_string[200]; if(get_time(time_string, 200) != OK){ fprintf(stderr,"notime"); } fprintf(f_ptr,"%*s: ",MESSAGE_MARGIN,time_string); fprintf(f_ptr,"%*s: ",TYPE_MARGIN,"WARNING "); vfprintf(f_ptr, format, argp); fprintf(f_ptr," (%s)\n",location); fflush(f_ptr); } void vlog(FILE* f_ptr,const char *format, va_list argp) { char time_string[200]; if(get_time(time_string, 200) != OK){ fprintf(stderr,"notime"); } fprintf(f_ptr,"%*s: ",MESSAGE_MARGIN,time_string); fprintf(f_ptr,"%*s: ",TYPE_MARGIN,"LOG "); vfprintf(f_ptr, format, argp); fprintf(f_ptr,"\n"); fflush(f_ptr); } int nearly_equal_float(float a, float b) { float absa = fabsf(a); float absb = fabsf(b); float d = fabsf(a-b); if(a == b){ return 1; }else if (a == 0.0f || b == 0 || (absa + absb < FLT_MIN)){ return d < (FLT_EPSILON * FLT_MIN); }else{ return d / MACRO_MIN((absa+absb), FLT_MIN) < FLT_EPSILON; } } int nearly_equal_double(double a, double b) { double absa = fabs(a); double absb = fabs(b); double d = fabs(a-b); if(a == b){ return 1; }else if (a == 0.0f || b == 0 || (absa + absb < DBL_MIN)){ return d < (DBL_EPSILON * DBL_MIN); }else{ return d / MACRO_MIN((absa+absb), DBL_MIN) < DBL_EPSILON; } } kalign-3.3.1/src/tldevel.h000066400000000000000000000255071403616477200154050ustar00rootroot00000000000000#ifndef TLDEVEL_H #define TLDEVEL_H #include #include #include #include #include #include #ifdef HAVE_CONFIG_H #include "config.h" #endif #ifdef TLDEVEL_IMPORT #define EXTERN #else #define EXTERN extern #endif #define TLDEVEL_VERSION PACKAGE_VERSION #define OK 0 #define FAIL 1 #define MESSAGE_MARGIN 22 #define MACRO_MIN(a,b) (((a)<(b))?(a):(b)) #define MACRO_MAX(a,b) (((a)>(b))?(a):(b)) #define STRINGIFY(x) #x #define TOSTRING(x) STRINGIFY(x) #define AT __FILE__ " line " TOSTRING(__LINE__) #define ERROR_MSG(...) do { \ error(AT, __VA_ARGS__ ); \ goto ERROR; \ }while (0) #define WARNING_MSG(...) do { \ warning(AT, __VA_ARGS__ ); \ }while (0) #define LOG_MSG(...) do { \ log_message( __VA_ARGS__ ); \ }while (0) #define ASSERT(TEST,...) if(!(TEST)) { \ error(AT,#TEST ); \ error(AT, __VA_ARGS__); \ goto ERROR; \ } #if (DEBUGLEVEL >= 1) #define DASSERT(TEST,...) if(!(TEST)) { \ error(AT,#TEST ); \ error(AT, __VA_ARGS__); \ goto ERROR; \ } #else #define DASSERT(TEST,...) #endif #define ADDFAILED(x) "Function \"" TOSTRING(x) "\" failed." #define RUN(EXP) do { \ if((EXP) != OK){ \ ERROR_MSG(ADDFAILED(EXP)); \ } \ }while (0) #define RUNP(EXP) do { \ if((EXP) == NULL){ \ ERROR_MSG(ADDFAILED(EXP)); \ } \ }while (0) EXTERN int nearly_equal_float(float a, float b); EXTERN int nearly_equal_double(double a, double b); #define TLSAFE_EQ(X,Y) _Generic((X), \ float: nearly_equal_float, \ double: nearly_equal_double \ )(X,Y) /* Functions to declare and use a timer */ /* #define DECLARE_TIMER(n) struct timespec ts1_##n; struct timespec ts2_##n; #define START_TIMER(n) clock_gettime(CLOCK_MONOTONIC_RAW, &ts1_##n); #define STOP_TIMER(n) clock_gettime(CLOCK_MONOTONIC_RAW, &ts2_##n); #define GET_TIMING(n) (double)(ts2_##n.tv_sec - ts1_##n.tv_sec) + ((double) ts2_##n.tv_nsec - ts1_##n.tv_nsec) / 1000000000.0 */ /* Memory functions */ #define MFREE(p) do { \ if(p){ \ free(p); \ p = NULL; \ }else{ \ WARNING_MSG("free on a null pointer"); \ } \ } while (0) #define MMALLOC(p,size) do { \ if (p != NULL){ \ ERROR_MSG( "malloc on a nun-null pointer"); \ goto ERROR; \ } \ if(size == 0){ \ ERROR_MSG("malloc of size %d failed", size); \ goto ERROR; \ } \ if (((p) = malloc(size)) == NULL) { \ ERROR_MSG("malloc of size %d failed", size); \ goto ERROR; \ } \ } while (0) #define MREALLOC(p, size) do { \ void *tmpp; \ if(size == 0){ \ ERROR_MSG("malloc of size %d failed", size); \ goto ERROR; \ } \ if ((p) == NULL) { \ tmpp = malloc(size); \ }else { \ tmpp = realloc((p), (size)); \ } \ if (tmpp != NULL){ \ p = tmpp; \ }else { \ ERROR_MSG("realloc for size %d failed", size); \ goto ERROR; \ }} while (0) /* g memory functions */ EXTERN int get_dim1(void* ptr, int* d); EXTERN int get_dim2(void* ptr, int* d); /* #define VA_NUM_ARGS(...) VA_NUM_ARGS_IMPL(__VA_ARGS__, 5,4,3,2,1) #define VA_NUM_ARGS_IMPL(_1,_2,_3,_4,_5,N,...) N #define macro_dispatcher(func, ...) macro_dispatcher_(func, VA_NUM_ARGS(__VA_ARGS__)) #define macro_dispatcher_(func, nargs) macro_dispatcher__(func, nargs) #define macro_dispatcher__(func, nargs) func ## nargs */ #define FUNC_DEF(type) \ EXTERN int alloc_1D_array_size_ ##type (type **array, int dim1); \ EXTERN int alloc_2D_array_size_ ##type (type ***array, int dim1,int dim2); \ EXTERN void gfree_void_ ##type(type *a); \ EXTERN void free_1d_array_ ##type(type **array); \ EXTERN void free_2d_array_ ##type(type ***array); FUNC_DEF(char) FUNC_DEF(int8_t) FUNC_DEF(uint8_t) FUNC_DEF(int16_t) FUNC_DEF(uint16_t) FUNC_DEF(int32_t) FUNC_DEF(uint32_t) FUNC_DEF(int64_t) FUNC_DEF(uint64_t) FUNC_DEF(float) FUNC_DEF(double) #undef FUNC_DEF EXTERN int galloc_unknown_type_error (void* p, ...); EXTERN int galloc_too_few_arg_error (void* p); #define p1(X) _Generic((X), \ default: galloc_too_few_arg_error \ )(X) #define p2(X,Y) _Generic((X), \ char**: alloc_1D_array_size_char, \ int8_t**: alloc_1D_array_size_int8_t, \ uint8_t**: alloc_1D_array_size_uint8_t, \ int16_t**: alloc_1D_array_size_int16_t, \ uint16_t**: alloc_1D_array_size_uint16_t, \ int32_t**: alloc_1D_array_size_int32_t, \ uint32_t**: alloc_1D_array_size_uint32_t, \ int64_t**: alloc_1D_array_size_int64_t, \ uint64_t**: alloc_1D_array_size_uint64_t, \ float**: alloc_1D_array_size_float, \ double**: alloc_1D_array_size_double, \ default: galloc_unknown_type_error \ )(X,Y) #define p3(X,Y,Z) _Generic((X), \ char***: alloc_2D_array_size_char, \ int8_t***: alloc_2D_array_size_int8_t, \ uint8_t***: alloc_2D_array_size_uint8_t, \ int16_t***: alloc_2D_array_size_int16_t, \ uint16_t***: alloc_2D_array_size_uint16_t, \ int32_t***: alloc_2D_array_size_int32_t, \ uint32_t***: alloc_2D_array_size_uint32_t, \ int64_t***: alloc_2D_array_size_int64_t, \ uint64_t***: alloc_2D_array_size_uint64_t, \ float***: alloc_2D_array_size_float, \ double***: alloc_2D_array_size_double, \ default: galloc_unknown_type_error \ )(X,Y,Z) #define _ARG3(_0, _1, _2, _3, ...) _3 #define NARG3(...) _ARG3(__VA_ARGS__,3, 2, 1, 0) #define _GALLOC_ARGS_1( a) p1(a) #define _GALLOC_ARGS_2( a, b) p2(a,b) #define _GALLOC_ARGS_3( a, b, c ) p3(a,b,c) #define __GALLOC_ARGS( N, ...) _GALLOC_ARGS_ ## N ( __VA_ARGS__) #define _GALLOC_ARGS( N, ...) __GALLOC_ARGS( N, __VA_ARGS__) #define GALLOC_ARGS( ...) _GALLOC_ARGS( NARG3(__VA_ARGS__), __VA_ARGS__) #define galloc(...) GALLOC_ARGS( __VA_ARGS__) #define gfree(X) _Generic((&X), \ char*: gfree_void_char,\ int8_t*: gfree_void_int8_t,\ uint8_t*: gfree_void_uint8_t,\ int16_t*: gfree_void_int16_t,\ uint16_t*: gfree_void_uint16_t,\ int32_t*: gfree_void_int32_t,\ uint32_t*: gfree_void_uint32_t,\ int64_t*: gfree_void_int64_t,\ uint64_t*: gfree_void_uint64_t,\ float*: gfree_void_float,\ double*: gfree_void_double,\ char**: free_1d_array_char,\ int8_t**: free_1d_array_int8_t,\ uint8_t**: free_1d_array_uint8_t,\ int16_t**: free_1d_array_int16_t, \ uint16_t**: free_1d_array_uint16_t, \ int32_t**: free_1d_array_int32_t,\ uint32_t**: free_1d_array_uint32_t,\ int64_t**: free_1d_array_int64_t,\ uint64_t**: free_1d_array_uint64_t,\ float**: free_1d_array_float,\ double**: free_1d_array_double, \ char***: free_2d_array_char, \ int8_t***: free_2d_array_int8_t,\ uint8_t***: free_2d_array_uint8_t,\ int16_t***: free_2d_array_int16_t, \ uint16_t***: free_2d_array_uint16_t, \ int32_t***: free_2d_array_int32_t,\ uint32_t***: free_2d_array_uint32_t,\ int64_t***: free_2d_array_int64_t,\ uint64_t***: free_2d_array_uint64_t,\ float***: free_2d_array_float,\ double***: free_2d_array_double \ )(&X) /* functions */ EXTERN void error(const char *location, const char *format, ...); EXTERN void warning(const char *location, const char *format, ...); EXTERN void log_message( const char *format, ...); EXTERN const char* tldevel_version(void); #undef TLDEVEL_IMPORT #undef EXTERN #endif kalign-3.3.1/src/tlmisc.c000066400000000000000000000073031403616477200152260ustar00rootroot00000000000000 #include #include #define TLMISC_IMPORT #include "tlmisc.h" #include "tldevel.h" #define MAX_CMD_LEN 16384 int my_file_exists(const char* name) { struct stat buf; int ret,local_ret; ret = 0; local_ret= stat ( name, &buf ); /* File found */ if ( local_ret == 0 ) { ret++; } return ret; } /* I don't like that both libgen and string have functions to work with directory / filenames. The functions below copy the input path and alloc a new character array to store the output. Needs to be MFREE'd... */ int tlfilename(char* path, char** out) { char* tmp = NULL; int len; int i; int c; len = 0; len = (int) strlen(path); MMALLOC(tmp, sizeof(char) * (len+1)); c = 0; for(i = 0;i < len;i++){ tmp[c] = path[i]; c++; if(path[i] == '/'){ c = 0; } } tmp[c] = 0; if(c == 0){ ERROR_MSG("No filename found in: %s", path); } *out = tmp; return OK; ERROR: if(tmp){ MFREE(tmp); } return FAIL; } int tldirname(char* path, char** out) { char* tmp = NULL; int len; int i; int c; int e; len = 0; len = (int) strlen(path); MMALLOC(tmp, sizeof(char) * (len+1)); c = 0; e = 0; for(i = 0;i < len;i++){ tmp[c] = path[i]; if(path[i] == '/'){ e = c; } c++; } tmp[e] = 0; if(e == 0){ ERROR_MSG("No dirname found in: %s", path); } *out = tmp; return OK; ERROR: if(tmp){ MFREE(tmp); } return FAIL; } int make_cmd_line(char** command, const int argc,char* const argv[]) { char* cmd = NULL; int i,j,c,g; int alloc_len = 16; int old_len; RUN(galloc(&cmd,alloc_len)); for(i =0 ; i < alloc_len;i++){ cmd[i] = 0; } c = 0; for(i =0 ; i < argc;i++){ //fprintf(stdout,"%s\n", argv[i]); for(j = 0; j < (int) strlen(argv[i]);j++){ if(c == 16384-1){ break; } cmd[c] = argv[i][j]; c++; if(c == alloc_len){ old_len = alloc_len; alloc_len = alloc_len + alloc_len /2; RUN(galloc(&cmd,alloc_len)); for(g = old_len; g < alloc_len;g++){ cmd[g] = 0; } } } if(c >= MAX_CMD_LEN){ ERROR_MSG("Command line too long! Allocated: %d", alloc_len); } if(c == 16384-1){ break; } cmd[c] = ' '; c++; if(c == alloc_len){ old_len = alloc_len; alloc_len = alloc_len + alloc_len /2; RUN(galloc(&cmd,alloc_len)); for(g = old_len; g < alloc_len;g++){ cmd[g] = 0; } } } cmd[c] = 0; *command = cmd; return OK; ERROR: if(cmd){ gfree(cmd); } return FAIL; } kalign-3.3.1/src/tlmisc.h000066400000000000000000000005601403616477200152310ustar00rootroot00000000000000#ifndef TLMISC_H #define TLMISC_H #ifdef TLMISC_IMPORT #define EXTERN #else #define EXTERN extern #endif EXTERN int my_file_exists(const char* name); EXTERN int make_cmd_line(char** command, const int argc,char* const argv[]); EXTERN int tlfilename(char* path, char** out); EXTERN int tldirname(char* path, char** out); #undef TLMISC_IMPORT #undef EXTERN #endif kalign-3.3.1/src/tlrng.c000066400000000000000000000315651403616477200150700ustar00rootroot00000000000000 #include #include #include /* #include */ #define M_PI 3.14159265358979323846 #define M_2PI 2.0*M_PI #include "tldevel.h" #define TLRNG_IMPORT #include "tlrng.h" /* code here was adopted from: */ /* Written in 2018 by David Blackman and Sebastiano Vigna (vigna@acm.org) To the extent possible under law, the author has dedicated all copyright and related and neighboring rights to this software to the public domain worldwide. This software is distributed without any warranty. See . */ /* http://vigna.di.unimi.it/xorshift/xoshiro256starstar.c */ /* http://xoshiro.di.unimi.it/splitmix64.c */ /* written by: */ /* Sebastiano Vigna (vigna@acm.org) */ /* David Blackman */ /* code for sampling from varius distributions was taken from */ /* Copyright 2005 Robert Kern (robert.kern@gmail.com) * * Permission is hereby granted, free of charge, to any person obtaining a * copy of this software and associated documentation files (the * "Software"), to deal in the Software without restriction, including * without limitation the rights to use, copy, modify, merge, publish, * distribute, sublicense, and/or sell copies of the Software, and to * permit persons to whom the Software is furnished to do so, subject to * the following conditions: * * The above copyright notice and this permission notice shall be included * in all copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS * OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. * IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY * CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, * TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE * SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ /* And code bits from */ /* the easel library (by Sean Eddy) */ struct rng_state{ uint64_t s[4]; uint8_t gen; double z1; int has_gauss; /* !=0: gauss contains a gaussian deviate */ double gauss; }; static inline uint64_t rotl(const uint64_t x, int k); static uint64_t next(struct rng_state* s); static void jump(struct rng_state* s); void long_jump(struct rng_state* s); static uint64_t choose_arbitrary_seed(void); static uint32_t jenkins_mix3(uint32_t a, uint32_t b, uint32_t c); static double tl_standard_gamma(struct rng_state* rng, double shape); static double tl_standard_exponential(struct rng_state* rng); static double tl_gauss(struct rng_state* rng); double tl_random_double(struct rng_state* rng) { uint64_t x; double y; do{ x = next(rng); y = ((double) x / 18446744073709551616.0); }while (y == 0.0); return y; } int tl_random_int(struct rng_state* rng,int a) { return (int) (tl_random_double(rng) * a); } /* from: */ //https://en.wikipedia.org/wiki/Box%E2%80%93Muller_transform double tl_random_gaussian(struct rng_state* rng, double mu, double sigma) { rng->gen = !rng->gen; if (!rng->gen){ return rng->z1 * sigma + mu; } double u1, u2; do{ u1 = tl_random_double(rng);// rand() * (1.0 / RAND_MAX); u2 = tl_random_double(rng);//rand() * (1.0 / RAND_MAX); } while (u1 <= DBL_EPSILON); double z0; z0 = sqrt(-2.0 * log(u1)) * cos(M_2PI * u2); rng->z1 = sqrt(-2.0 * log(u1)) * sin(M_2PI * u2); return z0 * sigma + mu; } double tl_random_gamma(struct rng_state* rng, double shape, double scale) { return scale * tl_standard_gamma(rng, shape); } double tl_standard_gamma(struct rng_state* rng, double shape) { double b, c; double U, V, X, Y; if (shape == 1.0) { return tl_standard_exponential(rng); } else if (shape < 1.0) { for (;;) { U = tl_random_double(rng); V = tl_standard_exponential(rng); if (U <= 1.0 - shape) { X = pow(U, 1./shape); if (X <= V) { return X; } } else { Y = -log((1-U)/shape); X = pow(1.0 - shape + shape*Y, 1./shape); if (X <= (V + Y)) { return X; } } } } else { b = shape - 1./3.; c = 1./sqrt(9*b); for (;;) { do { X = tl_gauss(rng); V = 1.0 + c*X; } while (V <= 0.0); V = V*V*V; U = tl_random_double(rng); if (U < 1.0 - 0.0331*(X*X)*(X*X)) return (b*V); if (log(U) < 0.5*X*X + b*(1. - V + log(V))) return (b*V); } } } double tl_standard_exponential(struct rng_state* rng) { /* We use -log(1-U) since U is [0, 1) */ return -log(1.0 - tl_random_double(rng)); } double tl_gauss(struct rng_state* rng) { if (rng->has_gauss) { const double tmp = rng->gauss; rng->gauss = 0; rng->has_gauss = 0; return tmp; } else { double f, x1, x2, r2; do { x1 = 2.0*tl_random_double(rng) - 1.0; x2 = 2.0*tl_random_double(rng) - 1.0; r2 = x1*x1 + x2*x2; } while (r2 >= 1.0 || r2 == 0.0); /* Box-Muller transform */ f = sqrt(-2.0*log(r2)/r2); /* Keep for next call */ rng->gauss = f*x1; rng->has_gauss = 1; return f*x2; } } struct rng_state* init_rng(uint64_t seed) { struct rng_state* s = NULL; uint64_t z; uint64_t sanity; MMALLOC(s, sizeof(struct rng_state)); s->gen = 0; s->z1 = 0.0f; s->gauss = 0.0; s->has_gauss = 0; if(!seed){ seed = choose_arbitrary_seed(); } sanity = 0; while(!sanity){ sanity = 0; z = (seed += 0x9e3779b97f4a7c15); z = (z ^ (z >> 30)) * 0xbf58476d1ce4e5b9; z = (z ^ (z >> 27)) * 0x94d049bb133111eb; s->s[0] = z ^ (z >> 31); if(s->s[0]){ sanity++; } z = (seed += 0x9e3779b97f4a7c15); z = (z ^ (z >> 30)) * 0xbf58476d1ce4e5b9; z = (z ^ (z >> 27)) * 0x94d049bb133111eb; s->s[1] = z ^ (z >> 31); if(s->s[1]){ sanity++; } z = (seed += 0x9e3779b97f4a7c15); z = (z ^ (z >> 30)) * 0xbf58476d1ce4e5b9; z = (z ^ (z >> 27)) * 0x94d049bb133111eb; s->s[2] = z ^ (z >> 31); if(s->s[2]){ sanity++; } z = (seed += 0x9e3779b97f4a7c15); z = (z ^ (z >> 30)) * 0xbf58476d1ce4e5b9; z = (z ^ (z >> 27)) * 0x94d049bb133111eb; s->s[3] = z ^ (z >> 31); if(s->s[3]){ sanity++; } } return s; ERROR: return NULL; } struct rng_state* init_rng_from_rng(struct rng_state* rng) { struct rng_state* s = NULL; int i; MMALLOC(s, sizeof(struct rng_state)); for(i = 0; i < 4;i++){ s->s[i] = rng->s[i]; s->gen = 0; s->z1 = 0.0; s->gauss = rng->gauss; s->has_gauss = rng->has_gauss; } jump(rng); return s; ERROR: return NULL; } void free_rng(struct rng_state* rng) { if(rng){ MFREE(rng); } } /* Taken from easel library (by Sean Eddy) */ static uint64_t choose_arbitrary_seed(void) { uint32_t a = (uint32_t) time ((time_t *) NULL); uint32_t b = 87654321; // we'll use getpid() below, if we can uint32_t c = (uint32_t) clock(); // clock() gives time since process invocation, in msec at least, if not usec uint64_t seed; #ifdef HAVE_GETPID b = (uint32_t) getpid(); // preferable b choice, if we have POSIX getpid() #endif seed = jenkins_mix3(a,b,c); // try to decorrelate closely spaced choices of pid/times return (seed == 0) ? 42 : seed; /* 42 is entirely arbitrary, just to avoid seed==0. */ } /* jenkins_mix3() * * from Bob Jenkins: given a,b,c, generate a number that's distributed * reasonably uniformly on the interval 0..2^32-1 even for closely * spaced choices of a,b,c. */ static uint32_t jenkins_mix3(uint32_t a, uint32_t b, uint32_t c) { a -= b; a -= c; a ^= (c>>13); b -= c; b -= a; b ^= (a<<8); c -= a; c -= b; c ^= (b>>13); a -= b; a -= c; a ^= (c>>12); b -= c; b -= a; b ^= (a<<16); c -= a; c -= b; c ^= (b>>5); a -= b; a -= c; a ^= (c>>3); b -= c; b -= a; b ^= (a<<10); c -= a; c -= b; c ^= (b>>15); return c; } static inline uint64_t rotl(const uint64_t x, int k) { return (x << k) | (x >> (64 - k)); } /* This is xoshiro256** 1.0, one of our all-purpose, rock-solid generators. It has excellent (sub-ns) speed, a state (256 bits) that is large enough for any parallel application, and it passes all tests we are aware of. For generating just floating-point numbers, xoshiro256+ is even faster. The state must be seeded so that it is not everywhere zero. If you have a 64-bit seed, we suggest to seed a splitmix64 generator and use its output to fill s. */ uint64_t next(struct rng_state* s) { const uint64_t result_starstar = rotl(s->s[1] * 5, 7) * 9; const uint64_t t = s->s[1] << 17; s->s[2] ^= s->s[0]; s->s[3] ^= s->s[1]; s->s[1] ^= s->s[2]; s->s[0] ^= s->s[3]; s->s[2] ^= t; s->s[3] = rotl(s->s[3], 45); return result_starstar; } /* This is the jump function for the generator. It is equivalent to 2^128 calls to next(); it can be used to generate 2^128 non-overlapping subsequences for parallel computations. */ void jump(struct rng_state* s) { static const uint64_t JUMP[] = { 0x180ec6d33cfd0aba, 0xd5a61266f0c9392c, 0xa9582618e03fc9aa, 0x39abdc4529b1661c }; uint64_t s0 = 0; uint64_t s1 = 0; uint64_t s2 = 0; uint64_t s3 = 0; for(int i = 0; i < sizeof JUMP / sizeof *JUMP; i++) for(int b = 0; b < 64; b++) { if (JUMP[i] & UINT64_C(1) << b) { s0 ^= s->s[0]; s1 ^= s->s[1]; s2 ^= s->s[2]; s3 ^= s->s[3]; } next(s); } s->s[0] = s0; s->s[1] = s1; s->s[2] = s2; s->s[3] = s3; } /* This is the long-jump function for the generator. It is equivalent to 2^192 calls to next(); it can be used to generate 2^64 starting points, from each of which jump() will generate 2^64 non-overlapping subsequences for parallel distributed computations. */ void long_jump(struct rng_state* s) { static const uint64_t LONG_JUMP[] = { 0x76e15d3efefdcbbf, 0xc5004e441c522fb3, 0x77710069854ee241, 0x39109bb02acbe635 }; uint64_t s0 = 0; uint64_t s1 = 0; uint64_t s2 = 0; uint64_t s3 = 0; for(int i = 0; i < sizeof LONG_JUMP / sizeof *LONG_JUMP; i++) for(int b = 0; b < 64; b++) { if (LONG_JUMP[i] & UINT64_C(1) << b) { s0 ^= s->s[0]; s1 ^= s->s[1]; s2 ^= s->s[2]; s3 ^= s->s[3]; } next(s); } s->s[0] = s0; s->s[1] = s1; s->s[2] = s2; s->s[3] = s3; } kalign-3.3.1/src/tlrng.h000066400000000000000000000012031403616477200150570ustar00rootroot00000000000000#ifndef TLRNG_H #define TLRNG_H #include "stdint.h" #ifdef TLRNG_IMPORT #define EXTERN #else #define EXTERN extern #endif typedef struct rng_state rng_state; EXTERN struct rng_state* init_rng(uint64_t seed); EXTERN struct rng_state* init_rng_from_rng(struct rng_state* rng); EXTERN void free_rng(struct rng_state* rng); EXTERN double tl_random_double(struct rng_state* rng); EXTERN double tl_random_gaussian(struct rng_state* rng, double mu, double sigma); EXTERN double tl_random_gamma(struct rng_state* rng, double shape, double scale); EXTERN int tl_random_int(struct rng_state* rng,int a); #undef TLRNG_IMPORT #undef EXTERN #endif kalign-3.3.1/src/weave_alignment.c000066400000000000000000000072431403616477200171030ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include "weave_alignment.h" //struct alignment* make_seq(struct alignment* aln,int a,int b,int* path); //int update_gaps(int old_len,int*gis,int new_len,int *newgaps); int update_gaps(int old_len,int*gis,int *newgaps); int clean_aln(struct msa* msa) { int i,j; int* p = NULL; for (i = 0; i < msa->numseq;i++){ p = msa->sequences[i]->gaps;// aln->gaps[i]; for (j = 0; j <= msa->sequences[i]->len;j++){ p[j] = 0; } } for(i =0;i < msa->numseq;i++){ msa->nsip[i] = 1; msa->sip[i][0] = i; } for (i = msa->numseq;i < msa->num_profiles ;i++){ if(msa->sip[i]){ MFREE(msa->sip[i]); msa->sip[i] = NULL; } msa->nsip[i] =0; } return OK; } int make_seq(struct msa* msa,int a,int b,int* path) { int* gap_a = NULL; int* gap_b = NULL; int c; int i; int posa = 0; int posb = 0; MMALLOC(gap_a,(path[0]+1)*sizeof(int)); MMALLOC(gap_b,(path[0]+1)*sizeof(int)); for (i = path[0]+1;i--;){ gap_a[i] = 0; gap_b[i] = 0; } c = 1; while(path[c] != 3){ if (!path[c]){ posa++; posb++; }else if (path[c] & 1){ gap_a[posa] += 1; posb++; }else if (path[c] & 2){ gap_b[posb] += 1; posa++; } c++; } for (i = msa->nsip[a];i--;){ RUN(update_gaps(msa->sequences[msa->sip[a][i]]->len, msa->sequences[msa->sip[a][i]]->gaps,gap_a)); //RUN(update_gaps(aln->sl[aln->sip[a][i]],aln->gaps[aln->sip[a][i]],path[0],gap_a)); } for (i = msa->nsip[b];i--;){ RUN(update_gaps(msa->sequences[msa->sip[b][i]]->len,msa->sequences[msa->sip[b][i]]->gaps,gap_b)); //RUN(update_gaps(aln->sl[aln->sip[b][i]],aln->gaps[aln->sip[b][i]],path[0],gap_b)); } MFREE(gap_a); MFREE(gap_b); return OK; ERROR: if(gap_a){ MFREE(gap_a); } if(gap_b){ MFREE(gap_b); } return FAIL; } int update_gaps(int old_len,int*gis,int *newgaps) { int i,j; int add = 0; int rel_pos = 0; for (i = 0; i <= old_len;i++){ add = 0; for (j = rel_pos;j <= rel_pos + gis[i];j++){ if (newgaps[j] != 0){ add += newgaps[j]; } } rel_pos += gis[i]+1; gis[i] += add; } return OK; } kalign-3.3.1/src/weave_alignment.h000066400000000000000000000021231403616477200171000ustar00rootroot00000000000000/* Kalign - a multiple sequence alignment program Copyright 2006, 2019 Timo Lassmann This file is part of kalign. Kalign is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef WEAVE_ALIGNMENT_H #define WEAVE_ALIGNMENT_H #include "global.h" #include "aln_task.h" #include "msa.h" //extern int weave(struct msa* msa, int** map, int* tree); /* extern int weave(struct aln_tasks* t); */ extern int make_seq(struct msa* msa,int a,int b,int* path); extern int clean_aln(struct msa* msa); #endif kalign-3.3.1/version.sh000077500000000000000000000005451403616477200150250ustar00rootroot00000000000000#!/usr/bin/env bash VERSION= inside_git_repo= inside_git_repo="$(git rev-parse --is-inside-work-tree 2>/dev/null)" if [ "$inside_git_repo" ]; then VERSION=`git describe --always` else if [ -f VERSION ]; then if [[ ! $VERSION ]]; then VERSION=`cat VERSION` fi else VERSION="[na]" fi fi echo $VERSION