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	<projectBasics>

		<projectName>  SYMPHONY</projectName>

		<projectDescription> SYMPHONY is an open-source generic MILP
		            solver, callable library, and extensible framework
		            for implementing customized solvers for
		            mixed-integer linear programs (MILPs). SYMPHONY
		            can be built in various sequential and parallel
		            configurations for either distributed or shared
		            memory architectures and can be used "out of the
		            box" as a solver for generic mixed-integer linear
		            programs or customized through a wide variety of
		            user callback functions and control parameters.
		            SYMPHONY has a number of advanced capabilities
		            stemming from the research projects discussed
		            above, including the ability to solve
		            multi-objective MILPs, the ability to warm start
		            its solution procedure, and the ability to perform
		            basic sensitivity analyses. SYMPHONY has has been
		            deployed in a variety of application areas,
		            including computational biology, wireless
		            telecommunications, supply chain management,
		            transportation services, and air
		            transportation.
		</projectDescription>
		<projectShortDescription>
		  A callable library for solving mixed-integer linear programs.
		</projectShortDescription>

		<projectManager>Ted Ralphs, ted at lehigh dot edu </projectManager>

		<projectHomePage> https://projects.coin-or.org/SYMPHONY</projectHomePage>

		<projectLicense>Eclipse Public License 1.0</projectLicense>
		<projectLicenseURL>http://www.opensource.org/licenses/eclipse-1.0</projectLicenseURL>

		<coinLinkedProjects>  
		     <coinProject>
		           <repoName>BuildTools</repoName>
		     </coinProject>
		     <coinProject>
		           <repoName>CoinUtils</repoName>
		     </coinProject>
		     <coinProject>
		           <repoName>Cgl</repoName>
		     </coinProject>
                     <coinProject>
		           <repoName>Osi</repoName>
		     </coinProject>
                     <coinProject>
		           <repoName>Clp</repoName>
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		<otherLinkedPackages>
		
		     <otherPackage>
		          <packageName>Glpk</packageName>
			  <packageURL>http://www.gnu.org/software/glpk/</packageURL>
			  <requiredOrOptional>Optional</requiredOrOptional>
		     </otherPackage>
                     <otherPackage>
		          <packageName>GNU Readline</packageName>
                          <packageURL/>
                          <requiredOrOptional>Optional</requiredOrOptional>
                     </otherPackage>
                     <otherPackage>
		          <packageName>GNU History</packageName>
                          <packageURL/>
                          <requiredOrOptional>Optional</requiredOrOptional>
                     </otherPackage>
		      <otherPackage>
			      <packageName>BLAS
			      </packageName>
			      <packageURL>
			      http://www.netlib.org/blas
			      </packageURL>
			      <requiredOrOptional>Required (any implementation)
			      </requiredOrOptional>
		      </otherPackage>
		      <otherPackage>
			      <packageName>Lapack
			      </packageName>
			      <packageURL>
			      http://www.netlib.org/lapack
			      </packageURL>
			      <requiredOrOptional>Optional (any implementation)
			      </requiredOrOptional>
		      </otherPackage>
		</otherLinkedPackages>

		<projectLanguage>C</projectLanguage>

		<developmentStatus>

			<activityStatus>Active</activityStatus>

			<maturityLevel>5</maturityLevel>
			<!-- DO NOT USE stableVersionNumber or releaseNumber unless
			     you need to override the automated version tracking
			     system.

			<stableVersionNumber>5.2</stableVersionNumber>

			<releaseNumber>5.2.1</releaseNumber>
		        -->

		</developmentStatus>

		<testedPlatforms>

                     <platform>
                           <operatingSystem>Microsoft Windows</operatingSystem>
			   <compiler>MSVC++/cl</compiler>
                     </platform>
                     <platform>
                           <operatingSystem>Microsoft Windows</operatingSystem>
                           <compiler>CYGWIN/cl</compiler>
                     </platform>
		     <platform>
                           <operatingSystem>Microsoft Windows</operatingSystem>
			   <compiler>CYGWIN/gcc</compiler>
                     </platform>
                     <platform>
                           <operatingSystem>Microsoft Windows</operatingSystem>
			   <compiler>MSys/gcc</compiler>
		     </platform>
                     <platform>
                           <operatingSystem>Linux</operatingSystem>
			   <compiler>gcc</compiler>
		     </platform>
		     <platform>
                          <operatingSystem>OSX</operatingSystem>
			  <compiler>gcc</compiler>
                     </platform>
		     <platform>
		          <operatingSystem>Solarix X86</operatingSystem>
			  <compiler>gcc</compiler>
		     </platform>
		     <platform>
		          <operatingSystem>Solarix X86</operatingSystem>
			  <compiler>sunpro</compiler>
                      </platform>

		</testedPlatforms>

		<projectCategories>

		      <category>
		           Optimization deterministic linear discrete
		      </category>
		</projectCategories>

	</projectBasics>

	<leftMenuLinks>  
	        <documentation>http://www.coin-or.org/SYMPHONY/man-5.1</documentation>
		<sourceCodeDownload>http://www.coin-or.org/download/source/SYMPHONY</sourceCodeDownload>
		<binaryDownload>http://www.coin-or.org/download/binary/SYMPHONY</binaryDownload>
		<mailingList>http://list.coin-or.org/mailman/listinfo/coin-symphony</mailingList>
	</leftMenuLinks>

    </projectData>
