Uses of Class
com.opttek.optquest.COptQuestException
Packages that use COptQuestException
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Uses of COptQuestException in com.opttek.optquest
Methods in com.opttek.optquest that throw COptQuestExceptionModifier and TypeMethodDescriptionbooleanOptQuestModel.AddAllSolutions(OptQuestModel src) Copies all solutions from the input OptQuestModel to the the current OptQuestModel.booleanOptQuestModel.AddBinaryVariable(String name) Adds a binary variable with the given name.booleanOptQuestModel.AddConstraint(String name, String expression) Defines a linear or non-linear constraint where the expression may include variables and outputs.booleanOptQuestModel.AddContinuousVariable(String name, double min, double max) Adds a continuous variable with the given name, minimum value and maximum value.booleanOptQuestModel.AddDesignVariable(String name, int num) Design variables are used when the value of the decision variable represents an alternative, and not a quantity.booleanOptQuestModel.AddDiscreteVariable(String name, double min, double max, double step) Adds a discrete variable with the given name, minimum value, maximum value and step size.booleanOptQuestModel.AddEnumerationVariable(String name, double[] items) Enumeration variables define a decision variable that has an enumerated set of values such as 5,7 and 25.booleanOptQuestSolution.AddEvaluated()Used to supply solutions to the engine where the outputs have already been calculated.booleanOptQuestModel.AddEvaluatedSolution(com.opttek.optquest.COptQuestSolution csol) Internal OptTek use only.booleanOptQuestModel.AddGeolocationVariable(String name, double[][] locations) A geolocation variable defines a decision variable whose values are lists of latitude and longitude.booleanOptQuestModel.AddIntegerVariable(String name, double min, double max) Adds an integer variable with the given name, minimum value and maximum value.booleanOptQuestModel.AddOutputVariable(String name) An output variable allows you to set the value of the variable.booleanOptQuestModel.AddPermutationVariable(String group, String[] names) Permutation variables are used to solve sequencing problems.booleanOptQuestSolution.AddSuggested()Used to supply "warm start" solutions to the engine.booleanOptQuestModel.AddSuggestSolution(com.opttek.optquest.COptQuestSolution csol) Internal OptTek use only.booleanOptQuestModel.AddTupleVariable(String name, double[][] tuples) A tuple defines a decision variable whose values are lists of tuples.booleanOptQuestModel.AddVariableExclusiveRange(String name, double min, double max) Defines a range of values that will be excluded as possible solutions for the variable identified by the name.OptQuestModel.CopySolution(OptQuestSolution src) Make a copy of the input OptQuestSolution.OptQuestModel.CreateSolution()Only used for manual optimizations.OptQuestModel.GetAllSolutions()Returns all evaluated solutions.OptQuestModel.GetBestSolutions()If the OptQuestModel has a single objective, this method returns the best solution.OptQuestModel.GetBestSolutions(int limit) If the OptQuestModel has a single objective, this method returns the best n solutions where n is the limit parameter.OptQuestModel.GetEmptySolution()Creates an empty OptQuestSolution.doubleReturns the value associated with the named Variable, Objective, or Constraint.booleanOptQuestModel.Initialize()Internal OptTek use only.booleanOptQuestModel.Optimize(int nsol) Starts the optimization and stops when nsol solutions have been evaluated.booleanOptQuestModel.Optimize(int npar, int nsol) Starts the optimization and stops when nsol solutions have been evaluated.booleanOptQuestModel.Optimize(int npar, int nsol, IOptQuestEvaluator eval) Starts the optimization and stops when nsol solutions have been evaluated.booleanOptQuestModel.Optimize(int npar, int nsol, IOptQuestEvaluator eval, IOptQuestMonitor monitor) Starts the optimization and stops when nsol solutions have been evaluated.booleanOptQuestModel.Optimize(int nsol, IOptQuestEvaluator eval) Starts the optimization and stops when nsol solutions have been evaluated.booleanOptQuestModel.Optimize(int nsol, IOptQuestEvaluator eval, IOptQuestMonitor monitor) Starts the optimization and stops when nsol solutions have been evaluated.booleanOptQuestModel.Optimize(com.opttek.optquest.OptQuestModelChannel ipc, int nsol) booleanOptQuestModel.Optimize(com.opttek.optquest.OptQuestModelChannel ipc, int nsol, IOptQuestEvaluator eval) booleanOptQuestModel.Optimize(com.opttek.optquest.OptQuestModelChannel ipc, int nsol, IOptQuestEvaluator eval, IOptQuestMonitor monitor) voidOptQuestSolution.Print()intOptQuestSolution.Reject()Only used for Manual Optimization loops.com.opttek.optquest.COptQuestSolutionOptQuestModel.RejectSolution(com.opttek.optquest.COptQuestSolution csol) Internal OptTek use only.booleanOptQuestModel.Sample(int nsol) booleanOptQuestModel.Sample(int npar, int nsol) booleanOptQuestModel.Sample(int npar, int nsol, IOptQuestEvaluator eval) booleanOptQuestModel.Sample(int npar, int nsol, IOptQuestEvaluator eval, IOptQuestMonitor monitor) booleanOptQuestModel.Sample(int nsol, IOptQuestEvaluator eval) booleanOptQuestModel.Sample(int nsol, IOptQuestEvaluator eval, IOptQuestMonitor monitor) booleanOptQuestModel.Sample(com.opttek.optquest.OptQuestModelChannel ipc, int nsol) booleanOptQuestModel.Sample(com.opttek.optquest.OptQuestModelChannel ipc, int nsol, IOptQuestEvaluator eval) booleanOptQuestModel.Sample(com.opttek.optquest.OptQuestModelChannel ipc, int nsol, IOptQuestEvaluator eval, IOptQuestMonitor monitor) booleanOptQuestModel.SetObjectiveStatistic(String name, int statistic) Defines the statistic for the replications of an objective.booleanOptQuestModel.SetObjectiveStatistic(String name, int statistic, double statisticValue) Defines the percentile statistic for the replications of an objective.booleanOptQuestModel.SetOutputStatistic(String name, int statistic) Defines the statistic for the replications of an output variable.booleanOptQuestModel.SetOutputStatistic(String name, int statistic, double statisticValue) Defines the percentile statistic for the replications of an output variable.booleanSets the value of a named input or output variable in an OptQuestSolution.intOptQuestSolution.Submit()Only used for Manual Optimization loops.com.opttek.optquest.COptQuestSolutionOptQuestModel.SubmitSolution(com.opttek.optquest.COptQuestSolution csol) Internal OptTek use only. -
Uses of COptQuestException in com.opttek.optquest.heatmap
Methods in com.opttek.optquest.heatmap that throw COptQuestExceptionModifier and TypeMethodDescriptionvoidCOptQuestKrigAggregator.addEvaluator(IKrigEvaluator evaluator) voidKrigSamplingGenerator.evaluateSolution(com.opttek.optquest.Solution solution) voidKrigSamplingGenerator.generateSolutions()abstract COptQuestKrigEvaluatorCOptQuestKrigAggregator.getAggregatedEvaluator()COptQuestKrigAverageAggregator.getAggregatedEvaluator()COptQuestKrigMaxAggregator.getAggregatedEvaluator()COptQuestKrigMinAggregator.getAggregatedEvaluator()doubleKrigPartitionVariogram.getCovariance(double[] v1, double[] v2) double[][]KrigPartitionVariogram.getCurvature(double[] v1, double[] v2) double[]KrigPartitionVariogram.getGradient(double[] v1, double[] v2) COptQuestKrigCoEvaluator.getProjection(int[] dims) COptQuestKrigEvaluator.getProjection(int[] dims) COptQuestKrigFactory.getProjection(int[] dims) com.opttek.optquest.IKrigDistanceCOptQuestKrigMahalanobisDistance.getProjection(int[] dims) com.opttek.optquest.IKrigDistanceCOptQuestKrigMixedDistance.getProjection(int[] dims) com.opttek.optquest.IKrigDistanceCOptQuestKrigNormalizedDistance.getProjection(int[] dims) voidKrigSamplingFactory.initializeFactory()Constructors in com.opttek.optquest.heatmap that throw COptQuestExceptionModifierConstructorDescriptionCOptQuestKrigCoEvaluator(COptQuestKrigFactory krigFactory) COptQuestKrigCoEvaluator(COptQuestKrigFactory krigFactory, boolean enableAsync) COptQuestKrigDifferenceEvaluator(COptQuestKrigFactory krigFactory, COptQuestKrigEvaluator srcEvaluator) COptQuestKrigEvaluator(COptQuestKrigFactory krigFactory) COptQuestKrigEvaluator(COptQuestKrigFactory krigFactory, boolean enableAsync) COptQuestKrigFactory(COptQuestKrigVarInfo varInfo) KrigQuasiRandomTestPointSequence(int nDims) KrigRangeScaledTestPointSequence(IKrigTestPointSequence src, double[] range, double[] offset)