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OptaPlanner solves planning problems.
This lightweight, embeddable planning engine implements powerful and scalable algorithms
to optimize business resource scheduling and planning.
This module contains the examples which demonstrate how to use it in a normal Java application.
<?xml version="1.0" encoding="UTF-8"?>
<plannerBenchmark xmlns="https://www.optaplanner.org/xsd/benchmark" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="https://www.optaplanner.org/xsd/benchmark https://www.optaplanner.org/xsd/benchmark/benchmark.xsd">
<benchmarkDirectory>local/data/cloudbalancing</benchmarkDirectory>
<parallelBenchmarkCount>AUTO</parallelBenchmarkCount>
<inheritedSolverBenchmark>
<solver>
<solutionClass>org.optaplanner.examples.cloudbalancing.domain.CloudBalance</solutionClass>
<entityClass>org.optaplanner.examples.cloudbalancing.domain.CloudProcess</entityClass>
<scoreDirectorFactory>
<constraintProviderClass>org.optaplanner.examples.cloudbalancing.score.CloudBalancingConstraintProvider</constraintProviderClass>
<initializingScoreTrend>ONLY_DOWN/ONLY_DOWN</initializingScoreTrend>
</scoreDirectorFactory>
<termination>
<minutesSpentLimit>5</minutesSpentLimit>
</termination>
</solver>
<problemBenchmarks>
<solutionFileIOClass>org.optaplanner.examples.cloudbalancing.persistence.CloudBalanceSolutionFileIO</solutionFileIOClass>
<!--<inputSolutionFile>data/cloudbalancing/unsolved/2computers-6processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/3computers-9processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/4computers-12processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/5computers-15processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/6computers-18processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/7computers-21processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/8computers-24processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/9computers-27processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/10computers-30processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/11computers-33processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/12computers-36processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/13computers-39processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/14computers-42processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/15computers-45processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/16computers-48processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/17computers-51processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/18computers-54processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/19computers-57processes.json</inputSolutionFile>-->
<!--<inputSolutionFile>data/cloudbalancing/unsolved/20computers-60processes..json</inputSolutionFile>-->
<inputSolutionFile>data/cloudbalancing/unsolved/100computers-300processes.json</inputSolutionFile>
<inputSolutionFile>data/cloudbalancing/unsolved/200computers-600processes.json</inputSolutionFile>
<inputSolutionFile>data/cloudbalancing/unsolved/400computers-1200processes.json</inputSolutionFile>
<inputSolutionFile>data/cloudbalancing/unsolved/800computers-2400processes.json</inputSolutionFile>
<inputSolutionFile>data/cloudbalancing/unsolved/1600computers-4800processes.json</inputSolutionFile>
<!--<problemStatisticType>BEST_SCORE</problemStatisticType>-->
<!--<problemStatisticType>STEP_SCORE</problemStatisticType>-->
<!--<problemStatisticType>SCORE_CALCULATION_SPEED</problemStatisticType>-->
<!--<problemStatisticType>BEST_SOLUTION_MUTATION</problemStatisticType>-->
<!--<problemStatisticType>MOVE_COUNT_PER_STEP</problemStatisticType>-->
<!--<problemStatisticType>MEMORY_USE</problemStatisticType>-->
<!--<singleStatisticType>CONSTRAINT_MATCH_TOTAL_BEST_SCORE</singleStatisticType>-->
<!--<singleStatisticType>CONSTRAINT_MATCH_TOTAL_STEP_SCORE</singleStatisticType>-->
<!--<singleStatisticType>PICKED_MOVE_TYPE_BEST_SCORE_DIFF</singleStatisticType>-->
<!--<singleStatisticType>PICKED_MOVE_TYPE_STEP_SCORE_DIFF</singleStatisticType>-->
</problemBenchmarks>
</inheritedSolverBenchmark>
<solverBenchmarkBluePrint>
<solverBenchmarkBluePrintType>EVERY_LOCAL_SEARCH_TYPE</solverBenchmarkBluePrintType>
</solverBenchmarkBluePrint>
<!--<solverBenchmark>-->
<!--<name>First Fit</name>-->
<!--<solver>-->
<!--<constructionHeuristic>-->
<!--<constructionHeuristicType>FIRST_FIT</constructionHeuristicType>-->
<!--</constructionHeuristic>-->
<!--</solver>-->
<!--</solverBenchmark>-->
<!--<solverBenchmark>-->
<!--<name>First Fit Decreasing</name>-->
<!--<solver>-->
<!--<constructionHeuristic>-->
<!--<constructionHeuristicType>FIRST_FIT_DECREASING</constructionHeuristicType>-->
<!--</constructionHeuristic>-->
<!--</solver>-->
<!--</solverBenchmark>-->
<!--<solverBenchmark>-->
<!--<name>Tabu Search</name>-->
<!--<solver>-->
<!--<constructionHeuristic>-->
<!--<constructionHeuristicType>FIRST_FIT_DECREASING</constructionHeuristicType>-->
<!--</constructionHeuristic>-->
<!--<localSearch>-->
<!--<unionMoveSelector>-->
<!--<changeMoveSelector/>-->
<!--<swapMoveSelector/>-->
<!--<pillarChangeMoveSelector/>-->
<!--<pillarSwapMoveSelector/>-->
<!--</unionMoveSelector>-->
<!--<acceptor>-->
<!--<entityTabuSize>7</entityTabuSize>-->
<!--</acceptor>-->
<!--<forager>-->
<!--<acceptedCountLimit>1000</acceptedCountLimit>-->
<!--</forager>-->
<!--</localSearch>-->
<!--</solver>-->
<!--</solverBenchmark>-->
<!--<solverBenchmark>-->
<!--<name>Simulated Annealing</name>-->
<!--<solver>-->
<!--<constructionHeuristic>-->
<!--<constructionHeuristicType>FIRST_FIT_DECREASING</constructionHeuristicType>-->
<!--</constructionHeuristic>-->
<!--<localSearch>-->
<!--<unionMoveSelector>-->
<!--<changeMoveSelector/>-->
<!--<swapMoveSelector/>-->
<!--<pillarChangeMoveSelector/>-->
<!--<pillarSwapMoveSelector/>-->
<!--</unionMoveSelector>-->
<!--<acceptor>-->
<!--<simulatedAnnealingStartingTemperature>0hard/400soft</simulatedAnnealingStartingTemperature>-->
<!--</acceptor>-->
<!--<forager>-->
<!--<acceptedCountLimit>4</acceptedCountLimit>-->
<!--</forager>-->
<!--</localSearch>-->
<!--</solver>-->
<!--</solverBenchmark>-->
<!--<solverBenchmark>-->
<!--<name>Late Acceptance</name>-->
<!--<solver>-->
<!--<constructionHeuristic>-->
<!--<constructionHeuristicType>FIRST_FIT_DECREASING</constructionHeuristicType>-->
<!--</constructionHeuristic>-->
<!--<localSearch>-->
<!--<unionMoveSelector>-->
<!--<changeMoveSelector/>-->
<!--<swapMoveSelector/>-->
<!--<pillarChangeMoveSelector/>-->
<!--<pillarSwapMoveSelector/>-->
<!--</unionMoveSelector>-->
<!--<acceptor>-->
<!--<lateAcceptanceSize>400</lateAcceptanceSize>-->
<!--</acceptor>-->
<!--<forager>-->
<!--<acceptedCountLimit>4</acceptedCountLimit>-->
<!--</forager>-->
<!--</localSearch>-->
<!--</solver>-->
<!--</solverBenchmark>-->
<!--<solverBenchmark>-->
<!--<name>BRANCH_AND_BOUND</name>-->
<!--<solver>-->
<!--<exhaustiveSearch>-->
<!--<exhaustiveSearchType>BRANCH_AND_BOUND</exhaustiveSearchType>-->
<!--</exhaustiveSearch>-->
<!--</solver>-->
<!--</solverBenchmark>-->
</plannerBenchmark>