Here is a list of all documented functions with links to the class documentation for each member:

- s -

• s() : umontreal.ssj.util.PrintfFormat
• sameSignature() : umontreal.ssj.util.Introspection
• saveImports() : umontreal.ssj.util.ClassFinder
• scalarProduct() : umontreal.ssj.util.BitVector
• scale() : umontreal.ssj.discrepancy.DiscrepancyContainer
• ScaledHistogram() : umontreal.ssj.stat.ScaledHistogram
• scan() : umontreal.ssj.gof.FBar, umontreal.ssj.gof.FDist, umontreal.ssj.gof.GofStat
• ScatterChart() : umontreal.ssj.charts.ScatterChart
• schedule() : umontreal.ssj.simevents.Event
• scheduleAfter() : umontreal.ssj.simevents.Event
• scheduleBefore() : umontreal.ssj.simevents.Event
• scheduleNext() : umontreal.ssj.simevents.Event
• Search() : umontreal.ssj.latnetbuilder.Search
• search() : umontreal.ssj.latnetbuilder.DigitalNetSearch, umontreal.ssj.latnetbuilder.OrdinaryLatticeSearch, umontreal.ssj.latnetbuilder.Search
• Searcher() : umontreal.ssj.discrepancy.Searcher
• SearcherCBC() : umontreal.ssj.discrepancy.SearcherCBC
• SearcherKorobov() : umontreal.ssj.discrepancy.SearcherKorobov
• selectCoordinates() : umontreal.ssj.hups.SubsetOfPointSet
• selectCoordinatesRange() : umontreal.ssj.hups.SubsetOfPointSet
• selectEuler() : umontreal.ssj.simevents.Continuous, umontreal.ssj.simevents.ContinuousState
• selectPoints() : umontreal.ssj.hups.SubsetOfPointSet
• selectPointsRange() : umontreal.ssj.hups.SubsetOfPointSet
• selectRungeKutta2() : umontreal.ssj.simevents.Continuous, umontreal.ssj.simevents.ContinuousState
• selectRungeKutta4() : umontreal.ssj.simevents.Continuous, umontreal.ssj.simevents.ContinuousState
• selfAnd() : umontreal.ssj.util.BitVector
• selfNot() : umontreal.ssj.util.BitVector
• selfOr() : umontreal.ssj.util.BitVector
• selfShift() : umontreal.ssj.util.BitVector
• selfXor() : umontreal.ssj.util.BitVector
• sensitivityIndex() : umontreal.ssj.mcqmctools.anova.PartialVariance
• set() : umontreal.ssj.charts.MultipleDatasetChart, umontreal.ssj.stat.matrix.MatrixOfStatProbes< E extends StatProbe >, umontreal.ssj.util.DMatrix
• setAntithetic() : umontreal.ssj.hups.PointSet.DefaultPointSetIterator
• setAutoRange() : umontreal.ssj.charts.CategoryChart, umontreal.ssj.charts.HistogramChart, umontreal.ssj.charts.MultipleDatasetChart, umontreal.ssj.charts.XYChart
• setAutoRange00() : umontreal.ssj.charts.XYChart
• setBandwidth() : umontreal.ssj.randvar.KernelDensityGen, umontreal.ssj.randvar.KernelDensityVarCorrectGen
• setBase() : umontreal.ssj.mcqmctools.RQMCExperimentSeries
• setBaseWeight() : umontreal.ssj.latnetbuilder.weights.GeometricWeights
• setBatchAggregation() : umontreal.ssj.simexp.BatchMeansSim
• setBatchExponents() : umontreal.ssj.util.multidimsort.BatchSort< T extends MultiDimComparable<? super T > >
• setBatchLengthsKeeping() : umontreal.ssj.simexp.BatchMeansSim
• setBatchNumbers() : umontreal.ssj.util.multidimsort.BatchSort< T extends MultiDimComparable<? super T > >, umontreal.ssj.util.multidimsort.BatchSortPow2< T extends MultiDimComparable<? super T > >
• setBatchSize() : umontreal.ssj.simexp.BatchMeansSim
• setBeta() : umontreal.ssj.discrepancy.Palpha, umontreal.ssj.stat.list.lincv.FunctionOfMultipleMeansTallyWithCV, umontreal.ssj.stat.list.lincv.ListOfTalliesWithCV< E extends Tally >
• setBins() : umontreal.ssj.charts.CustomHistogramDataset, umontreal.ssj.charts.HistogramSeriesCollection
• setBool() : umontreal.ssj.util.BitMatrix, umontreal.ssj.util.BitVector
• setBroadcasting() : umontreal.ssj.stat.list.ListOfStatProbes< E extends StatProbe >, umontreal.ssj.stat.matrix.MatrixOfStatProbes< E extends StatProbe >, umontreal.ssj.stat.StatProbe
• setBrownianMotionPCA() : umontreal.ssj.stochprocess.InverseGaussianProcessPCA
• setC() : umontreal.ssj.latnetbuilder.weights.GeometricWeights
• setCachedGen() : umontreal.ssj.randvar.RandomVariateGenWithCache
• setCachedStream() : umontreal.ssj.rng.RandomStreamWithCache
• setCachedValues() : umontreal.ssj.randvar.RandomVariateGenWithCache, umontreal.ssj.rng.RandomStreamWithCache
• setCacheIndex() : umontreal.ssj.randvar.RandomVariateGenWithCache, umontreal.ssj.rng.RandomStreamWithCache
• setCaching() : umontreal.ssj.randvar.RandomVariateGenWithCache, umontreal.ssj.rng.RandomStreamWithCache
• setChartMargin() : umontreal.ssj.charts.XYChart
• setChiSquareGen() : umontreal.ssj.randvar.FNoncentralGen, umontreal.ssj.randvar.StudentNoncentralGen
• setChiSquareNoncentralGen() : umontreal.ssj.randvar.FNoncentralGen
• setCoefficients() : umontreal.ssj.functions.Polynomial
• setCollecting() : umontreal.ssj.stat.list.ListOfStatProbes< E extends StatProbe >, umontreal.ssj.stat.matrix.MatrixOfStatProbes< E extends StatProbe >, umontreal.ssj.stat.StatProbe
• setColor() : umontreal.ssj.charts.SSJCategorySeriesCollection, umontreal.ssj.charts.SSJXYSeriesCollection
• setColumns() : umontreal.ssj.stat.matrix.MatrixOfStatProbes< E extends StatProbe >
• setColumnSeparator() : umontreal.ssj.util.io.TextDataWriter
• setCombiner() : umontreal.ssj.latnetbuilder.Search
• setConfidenceIntervalDelta() : umontreal.ssj.stat.FunctionOfMultipleMeansTally
• setConfidenceIntervalNone() : umontreal.ssj.stat.FunctionOfMultipleMeansTally, umontreal.ssj.stat.Tally
• setConfidenceIntervalNormal() : umontreal.ssj.stat.Tally
• setConfidenceIntervalStudent() : umontreal.ssj.stat.Tally
• setConfidenceLevel() : umontreal.ssj.stat.FunctionOfMultipleMeansTally, umontreal.ssj.stat.Tally
• setConstruction() : umontreal.ssj.latnetbuilder.DigitalNetSearch, umontreal.ssj.latnetbuilder.PolynomialLatticeSearch
• setCoordinates() : umontreal.ssj.mcqmctools.anova.AnovaVarianceEstimator
• setCoordinateSets() : umontreal.ssj.mcqmctools.anova.PartialVarianceEstimator
• setCurCoordIndex() : umontreal.ssj.hups.ContainerPointSet.ContainerPointSetIterator, umontreal.ssj.hups.CycleBasedPointSet.CycleBasedPointSetIterator, umontreal.ssj.hups.PointSet.DefaultPointSetIterator, umontreal.ssj.hups.PointSetIterator
• setCurPointIndex() : umontreal.ssj.hups.ContainerPointSet.ContainerPointSetIterator, umontreal.ssj.hups.CycleBasedPointSet.CycleBasedPointSetIterator, umontreal.ssj.hups.DigitalNet.DigitalNetIterator, umontreal.ssj.hups.DigitalNet.DigitalNetIteratorNoGray, umontreal.ssj.hups.DigitalNetBase2.DigitalNetBase2Iterator, umontreal.ssj.hups.DigitalNetBase2.DigitalNetBase2IteratorNoGray, umontreal.ssj.hups.DigitalSequence.DigitalNetIteratorShiftGenerators, umontreal.ssj.hups.DigitalSequence.DigitalNetIteratorShiftNoGray, umontreal.ssj.hups.DigitalSequenceBase2.DigitalNetBase2IteratorShiftGenerators, umontreal.ssj.hups.DigitalSequenceBase2.DigitalNetBase2IteratorShiftNoGray, umontreal.ssj.hups.PointSet.DefaultPointSetIterator, umontreal.ssj.hups.PointSetIterator
• setDashPattern() : umontreal.ssj.charts.EmpiricalSeriesCollection
• setData() : umontreal.ssj.stat.density.ConditionalDensityEstimator, umontreal.ssj.stat.density.DEHistogram, umontreal.ssj.stat.density.DEKernelDensity, umontreal.ssj.stat.density.DensityDerivativeEstimator, umontreal.ssj.stat.density.DensityEstimator, umontreal.ssj.stat.density.DensityEstimatorDoubleArray
• setDefaultWeight() : umontreal.ssj.latnetbuilder.weights.Weights< T >
• setDimension() : umontreal.ssj.latnetbuilder.Search, umontreal.ssj.randvarmulti.IIDMultivariateGen
• setEps() : umontreal.ssj.stat.density.DEKernelDensity
• setExecutionDisplay() : umontreal.ssj.mcqmctools.RQMCExperimentSeries
• setExpectedValue() : umontreal.ssj.stat.list.lincv.FunctionOfMultipleMeansTallyWithCV, umontreal.ssj.stat.list.lincv.ListOfTalliesWithCV< E extends Tally >
• setExpectedValues() : umontreal.ssj.stat.list.lincv.FunctionOfMultipleMeansTallyWithCV, umontreal.ssj.stat.list.lincv.ListOfTalliesWithCV< E extends Tally >
• setExplorationMethod() : umontreal.ssj.latnetbuilder.Search
• setFigureOfMerit() : umontreal.ssj.latnetbuilder.Search
• setFileDir() : umontreal.ssj.latnetbuilder.weights.OrderDependentWeights, umontreal.ssj.latnetbuilder.weights.ProjectionDependentWeights
• setFileName() : umontreal.ssj.latnetbuilder.weights.OrderDependentWeights, umontreal.ssj.latnetbuilder.weights.ProjectionDependentWeights
• setFillBox() : umontreal.ssj.charts.BoxChart
• setFilled() : umontreal.ssj.charts.HistogramSeriesCollection
• setFilters() : umontreal.ssj.latnetbuilder.Search
• setFloatFormatString() : umontreal.ssj.util.io.TextDataWriter
• setFormat() : umontreal.ssj.util.io.TextDataWriter
• setGamma() : umontreal.ssj.discrepancy.Discrepancy
• setGen1() : umontreal.ssj.randvarmulti.IIDMultivariateGen
• setH() : umontreal.ssj.stat.density.DEHistogram, umontreal.ssj.stat.density.DEKernelDensity, umontreal.ssj.stat.density.DensityDerivativeEstimator
• setHeaderPrefix() : umontreal.ssj.util.io.TextDataWriter
• setIndex() : umontreal.ssj.latnetbuilder.weights.SingletonWeight< T >
• setInnerIntegrator() : umontreal.ssj.mcqmctools.anova.Anova
• setIntegrator() : umontreal.ssj.mcqmctools.anova.AnovaVarianceEstimator
• setInterlacing() : umontreal.ssj.hups.DigitalNet, umontreal.ssj.latnetbuilder.DigitalNetSearch
• setKernel() : umontreal.ssj.stat.density.DEKernelDensity
• setLabel() : umontreal.ssj.charts.Axis, umontreal.ssj.hups.RQMCPointSet
• setLabels() : umontreal.ssj.charts.Axis
• setLabelsAuto() : umontreal.ssj.charts.Axis
• setLabelWidth() : umontreal.ssj.mcqmctools.anova.Report
• setLambda() : umontreal.ssj.probdist.ExponentialDist, umontreal.ssj.probdist.HypoExponentialDist, umontreal.ssj.probdist.HypoExponentialDistQuick, umontreal.ssj.probdist.PoissonDist, umontreal.ssj.randvar.HypoExponentialGen
• setLatexDocFlag() : umontreal.ssj.charts.CategoryChart, umontreal.ssj.charts.MultipleDatasetChart, umontreal.ssj.charts.XYChart
• setManualRange() : umontreal.ssj.charts.MultipleDatasetChart, umontreal.ssj.charts.XYChart
• setManualRange00() : umontreal.ssj.charts.XYChart
• setMargin() : umontreal.ssj.charts.HistogramSeriesCollection
• setMarksType() : umontreal.ssj.charts.EmpiricalSeriesCollection
• setMaxBatches() : umontreal.ssj.simexp.BatchMeansSim
• setMaxCoordinate() : umontreal.ssj.mcqmctools.anova.Anova
• setMaxOrder() : umontreal.ssj.mcqmctools.anova.Anova
• setMaxReplications() : umontreal.ssj.simexp.RepSim
• setMean() : umontreal.ssj.probdist.ExponentialDistFromMean
• setMinBatches() : umontreal.ssj.simexp.BatchMeansSim
• setMinReplications() : umontreal.ssj.simexp.RepSim
• setModel() : umontreal.ssj.mcqmctools.anova.PartialVarianceEstimator
• setMu() : umontreal.ssj.randvarmulti.MultinormalGen
• setMuGeom() : umontreal.ssj.stochprocess.GeometricLevyProcess
• setMultilevel() : umontreal.ssj.latnetbuilder.Search
• setN() : umontreal.ssj.probdist.AndersonDarlingDist, umontreal.ssj.probdist.ChiSquareDist, umontreal.ssj.probdist.CramerVonMisesDist, umontreal.ssj.probdist.KolmogorovSmirnovDist, umontreal.ssj.probdist.KolmogorovSmirnovPlusDist, umontreal.ssj.probdist.StudentDist, umontreal.ssj.probdist.WatsonGDist, umontreal.ssj.probdist.WatsonUDist
• setName() : umontreal.ssj.stat.FunctionOfMultipleMeansTally, umontreal.ssj.stat.list.ListOfStatProbes< E extends StatProbe >, umontreal.ssj.stat.matrix.MatrixOfStatProbes< E extends StatProbe >, umontreal.ssj.stat.StatProbe, umontreal.ssj.stat.Tally
• setNormalGen() : umontreal.ssj.randvar.StudentNoncentralGen, umontreal.ssj.stochprocess.InverseGaussianProcessMSH
• setNormType() : umontreal.ssj.latnetbuilder.Search
• setNu() : umontreal.ssj.probdist.ChiDist
• setNumBits() : umontreal.ssj.hups.NestedUniformScrambling
• setNumControlVariables() : umontreal.ssj.stat.list.lincv.ListOfTalliesWithCV< E extends Tally >
• setNumPoints() : umontreal.ssj.hups.KorobovLattice, umontreal.ssj.hups.Rank1Lattice
• setNumSamples() : umontreal.ssj.mcqmctools.anova.MonteCarloSampler
• setObservationTimes() : umontreal.ssj.stochprocess.BrownianMotionPCAEqualSteps, umontreal.ssj.stochprocess.GammaProcessPCA, umontreal.ssj.stochprocess.GammaProcessPCABridge, umontreal.ssj.stochprocess.GeometricBrownianMotion, umontreal.ssj.stochprocess.GeometricLevyProcess, umontreal.ssj.stochprocess.InverseGaussianProcessPCA, umontreal.ssj.stochprocess.MultivariateGeometricBrownianMotion, umontreal.ssj.stochprocess.MultivariateStochasticProcess, umontreal.ssj.stochprocess.NormalInverseGaussianProcess, umontreal.ssj.stochprocess.StochasticProcess, umontreal.ssj.stochprocess.VarianceGammaProcess, umontreal.ssj.stochprocess.VarianceGammaProcessDiff
• setOrder() : umontreal.ssj.stat.density.DensityDerivativeEstimator
• setOrderDependentWeights() : umontreal.ssj.latnetbuilder.weights.PODWeights, umontreal.ssj.latnetbuilder.weights.ProjectionDependentWeights
• setOtherStream() : umontreal.ssj.stochprocess.InverseGaussianProcessMSH
• setOuterIntegrator() : umontreal.ssj.mcqmctools.anova.Anova
• setOutlineWidth() : umontreal.ssj.charts.HistogramSeriesCollection
• setP() : umontreal.ssj.probdist.GeometricDist
• setPackageSeed() : umontreal.ssj.rng.LFSR113, umontreal.ssj.rng.LFSR258, umontreal.ssj.rng.MRG31k3p, umontreal.ssj.rng.MRG32k3a, umontreal.ssj.rng.MRG32k3aL, umontreal.ssj.rng.WELL512
• setParam() : umontreal.ssj.charts.ContinuousDistChart, umontreal.ssj.charts.DiscreteDistIntChart, umontreal.ssj.discrepancy.DiscrepancyContainer, umontreal.ssj.probdist.InverseGammaDist, umontreal.ssj.probdist.Pearson5Dist, umontreal.ssj.probdist.Pearson6Dist
• setParams() : umontreal.ssj.probdist.BernoulliDist, umontreal.ssj.probdist.BetaDist, umontreal.ssj.probdist.BinomialDist, umontreal.ssj.probdist.CauchyDist, umontreal.ssj.probdist.ChiSquareNoncentralDist, umontreal.ssj.probdist.ErlangDist, umontreal.ssj.probdist.ExtremeValueDist, umontreal.ssj.probdist.FatigueLifeDist, umontreal.ssj.probdist.FisherFDist, umontreal.ssj.probdist.FoldedNormalDist, umontreal.ssj.probdist.FrechetDist, umontreal.ssj.probdist.GumbelDist, umontreal.ssj.probdist.HalfNormalDist, umontreal.ssj.probdist.HyperbolicSecantDist, umontreal.ssj.probdist.HypergeometricDist, umontreal.ssj.probdist.InverseGaussianDist, umontreal.ssj.probdist.JohnsonSBDist, umontreal.ssj.probdist.JohnsonSLDist, umontreal.ssj.probdist.JohnsonSUDist, umontreal.ssj.probdist.LogisticDist, umontreal.ssj.probdist.LoglogisticDist, umontreal.ssj.probdist.LognormalDist, umontreal.ssj.probdist.NakagamiDist, umontreal.ssj.probdist.NegativeBinomialDist, umontreal.ssj.probdist.NormalDist, umontreal.ssj.probdist.NormalInverseGaussianDist, umontreal.ssj.probdist.ParetoDist, umontreal.ssj.probdist.PascalDist, umontreal.ssj.probdist.PowerDist, umontreal.ssj.probdist.RayleighDist, umontreal.ssj.probdist.TriangularDist, umontreal.ssj.probdist.TruncatedDist, umontreal.ssj.probdist.UniformDist, umontreal.ssj.probdist.UniformIntDist, umontreal.ssj.probdist.WeibullDist, umontreal.ssj.probdistmulti.BiNormalDist, umontreal.ssj.probdistmulti.BiStudentDist, umontreal.ssj.probdistmulti.DirichletDist, umontreal.ssj.probdistmulti.MultinomialDist, umontreal.ssj.probdistmulti.MultiNormalDist, umontreal.ssj.probdistmulti.NegativeMultinomialDist, umontreal.ssj.randvar.BernoulliGen, umontreal.ssj.randvar.BinomialGen, umontreal.ssj.randvar.ChiSquareNoncentralGen, umontreal.ssj.randvar.ErlangGen, umontreal.ssj.randvar.ExponentialGen, umontreal.ssj.randvar.ExtremeValueGen, umontreal.ssj.randvar.FatigueLifeGen, umontreal.ssj.randvar.FisherFGen, umontreal.ssj.randvar.FrechetGen, umontreal.ssj.randvar.GammaGen, umontreal.ssj.randvar.GeometricGen, umontreal.ssj.randvar.GumbelGen, umontreal.ssj.randvar.HyperbolicSecantGen, umontreal.ssj.randvar.HypergeometricGen, umontreal.ssj.randvar.InverseGaussianGen, umontreal.ssj.randvar.JohnsonSystemG, umontreal.ssj.randvar.LaplaceGen, umontreal.ssj.randvar.LogisticGen, umontreal.ssj.randvar.LognormalGen, umontreal.ssj.randvar.NegativeBinomialGen, umontreal.ssj.randvar.NormalGen, umontreal.ssj.randvar.NormalInverseGaussianGen, umontreal.ssj.randvar.PascalGen, umontreal.ssj.randvar.Pearson6Gen, umontreal.ssj.randvar.PoissonGen, umontreal.ssj.randvar.PowerGen, umontreal.ssj.randvar.RayleighGen, umontreal.ssj.randvar.WeibullGen, umontreal.ssj.stochprocess.BrownianMotion, umontreal.ssj.stochprocess.BrownianMotionPCA, umontreal.ssj.stochprocess.CIRProcess, umontreal.ssj.stochprocess.CIRProcessEuler, umontreal.ssj.stochprocess.GammaProcess, umontreal.ssj.stochprocess.GammaProcessPCA, umontreal.ssj.stochprocess.GammaProcessPCABridge, umontreal.ssj.stochprocess.GeometricBrownianMotion, umontreal.ssj.stochprocess.GeometricVarianceGammaProcess, umontreal.ssj.stochprocess.InverseGaussianProcess, umontreal.ssj.stochprocess.MultivariateBrownianMotion, umontreal.ssj.stochprocess.MultivariateBrownianMotionPCA, umontreal.ssj.stochprocess.MultivariateBrownianMotionPCABigSigma, umontreal.ssj.stochprocess.MultivariateGeometricBrownianMotion, umontreal.ssj.stochprocess.NormalInverseGaussianProcess, umontreal.ssj.stochprocess.OrnsteinUhlenbeckProcess, umontreal.ssj.stochprocess.VarianceGammaProcess
• setParams0() : umontreal.ssj.probdist.JohnsonSystem
• setPathToLatNetBuilder() : umontreal.ssj.latnetbuilder.Search
• setPathToOutputFolder() : umontreal.ssj.latnetbuilder.Search
• setPoints() : umontreal.ssj.discrepancy.Discrepancy
• setPositiveReflection() : umontreal.ssj.randvar.KernelDensityGen
• setPriority() : umontreal.ssj.simevents.Event
• setprobFlag() : umontreal.ssj.charts.XYChart
• setProductWeights() : umontreal.ssj.latnetbuilder.weights.PODWeights
• setRandomization() : umontreal.ssj.markovchainrqmc.ArrayOfComparableChains< T extends MarkovChainComparable >
• setRandomizeParent() : umontreal.ssj.hups.CachedPointSet
• setRandomStreamClass() : umontreal.ssj.rng.BasicRandomStreamFactory
• setRenderer() : umontreal.ssj.charts.SSJCategorySeriesCollection, umontreal.ssj.charts.SSJXYSeriesCollection
• setRows() : umontreal.ssj.stat.matrix.MatrixOfStatProbes< E extends StatProbe >
• setSeed() : umontreal.ssj.rng.LFSR113, umontreal.ssj.rng.LFSR258, umontreal.ssj.rng.MRG31k3p, umontreal.ssj.rng.MRG32k3a, umontreal.ssj.rng.MRG32k3aL, umontreal.ssj.rng.WELL512
• setSeriesCollection() : umontreal.ssj.charts.BoxChart, umontreal.ssj.charts.EmpiricalChart, umontreal.ssj.charts.HistogramChart, umontreal.ssj.charts.ScatterChart, umontreal.ssj.charts.XYLineChart
• setShowNumberObs() : umontreal.ssj.stat.FunctionOfMultipleMeansTally, umontreal.ssj.stat.Tally
• setSigma() : umontreal.ssj.randvarmulti.MultinormalCholeskyGen, umontreal.ssj.randvarmulti.MultinormalPCAGen
• setSimulator() : umontreal.ssj.simevents.Accumulate, umontreal.ssj.simevents.Continuous, umontreal.ssj.simevents.Event, umontreal.ssj.simevents.ListWithStat< E >, umontreal.ssj.simexp.SimExp
• setSizeParameter() : umontreal.ssj.latnetbuilder.Search
• setSort() : umontreal.ssj.markovchainrqmc.ArrayOfComparableChains< T extends MarkovChainComparable >
• setStart() : umontreal.ssj.hups.HaltonSequence
• setStatCollecting() : umontreal.ssj.simevents.ListWithStat< E >
• setStatesDouble() : umontreal.ssj.markovchainrqmc.ArrayOfDoubleChains
• setStream() : umontreal.ssj.hups.EmptyRandomization, umontreal.ssj.hups.NestedUniformScrambling, umontreal.ssj.hups.PointSetRandomization, umontreal.ssj.hups.RandomShift, umontreal.ssj.hups.RandomStart, umontreal.ssj.mcqmctools.anova.MonteCarloSampler, umontreal.ssj.mcqmctools.anova.RandomIntegrator, umontreal.ssj.mcqmctools.anova.RandomSampler, umontreal.ssj.mcqmctools.anova.Replicator, umontreal.ssj.mcqmctools.anova.RQMCSampler, umontreal.ssj.randvar.RandomVariateGen, umontreal.ssj.randvarmulti.RandomMultivariateGen, umontreal.ssj.stochprocess.BrownianMotion, umontreal.ssj.stochprocess.CIRProcess, umontreal.ssj.stochprocess.CIRProcessEuler, umontreal.ssj.stochprocess.GammaProcess, umontreal.ssj.stochprocess.GammaProcessBridge, umontreal.ssj.stochprocess.GammaProcessPCA, umontreal.ssj.stochprocess.GeometricBrownianMotion, umontreal.ssj.stochprocess.GeometricLevyProcess, umontreal.ssj.stochprocess.GeometricVarianceGammaProcess, umontreal.ssj.stochprocess.InverseGaussianProcess, umontreal.ssj.stochprocess.InverseGaussianProcessBridge, umontreal.ssj.stochprocess.InverseGaussianProcessMSH, umontreal.ssj.stochprocess.InverseGaussianProcessPCA, umontreal.ssj.stochprocess.MultivariateBrownianMotion, umontreal.ssj.stochprocess.MultivariateGeometricBrownianMotion, umontreal.ssj.stochprocess.NormalInverseGaussianProcess, umontreal.ssj.stochprocess.OrnsteinUhlenbeckProcess, umontreal.ssj.stochprocess.StochasticProcess, umontreal.ssj.stochprocess.VarianceGammaProcess, umontreal.ssj.stochprocess.VarianceGammaProcessDiff
• setTargetBatches() : umontreal.ssj.simexp.BatchMeansSim
• setTargetReplications() : umontreal.ssj.simexp.RepSim
• setTheta() : umontreal.ssj.probdist.LogarithmicDist
• setTicksSynchro() : umontreal.ssj.charts.EmpiricalChart, umontreal.ssj.charts.HistogramChart, umontreal.ssj.charts.ScatterChart, umontreal.ssj.charts.XYChart, umontreal.ssj.charts.XYLineChart
• setTime() : umontreal.ssj.simevents.Event
• setTitle() : umontreal.ssj.charts.CategoryChart, umontreal.ssj.charts.MultipleDatasetChart, umontreal.ssj.charts.XYChart
• setTruncationLevel() : umontreal.ssj.latnetbuilder.weights.GeometricWeights
• setTwinAxisPosition() : umontreal.ssj.charts.Axis
• setType() : umontreal.ssj.charts.CustomHistogramDataset
• setUnmodifiable() : umontreal.ssj.stat.list.ListOfStatProbes< E extends StatProbe >
• setValues() : umontreal.ssj.charts.CustomHistogramDataset, umontreal.ssj.charts.HistogramSeriesCollection
• setValueWidth() : umontreal.ssj.mcqmctools.anova.Report
• setWarmupTime() : umontreal.ssj.simexp.BatchMeansSim
• setWeight() : umontreal.ssj.latnetbuilder.weights.SingletonWeight< T >
• setWeights() : umontreal.ssj.latnetbuilder.Search, umontreal.ssj.latnetbuilder.weights.GeometricWeights
• setX0() : umontreal.ssj.stochprocess.StochasticProcess
• setXinf() : umontreal.ssj.probdist.ContinuousDistribution
• setXsup() : umontreal.ssj.probdist.ContinuousDistribution
• setZeroOverZeroValue() : umontreal.ssj.util.RatioFunction
• shift() : umontreal.ssj.util.BitVector
• ShiftedMathFunction() : umontreal.ssj.functions.ShiftedMathFunction
• shortReport() : umontreal.ssj.simevents.Accumulate, umontreal.ssj.stat.FunctionOfMultipleMeansTally, umontreal.ssj.stat.HistogramOnly, umontreal.ssj.stat.StatProbe, umontreal.ssj.stat.Tally
• shortReportHeader() : umontreal.ssj.simevents.Accumulate, umontreal.ssj.stat.FunctionOfMultipleMeansTally, umontreal.ssj.stat.HistogramOnly, umontreal.ssj.stat.StatProbe, umontreal.ssj.stat.Tally
• shuffle() : umontreal.ssj.rng.RandomPermutation
• SimExp() : umontreal.ssj.simexp.SimExp
• simpsonIntegral() : umontreal.ssj.functions.MathFunctionUtil
• simulArrayRQMC() : umontreal.ssj.markovchainrqmc.ArrayOfComparableChains< T extends MarkovChainComparable >, umontreal.ssj.markovchainrqmc.ArrayOfDoubleChains
• simulate() : tutorial.AsianGBM2, tutorial.San13Dist, tutorial.TestAsianRQMCSeries, umontreal.ssj.mcqmctools.anova.AnovaVarianceEstimator, umontreal.ssj.mcqmctools.anova.PartialVarianceEstimator, umontreal.ssj.mcqmctools.MonteCarloModel< E >, umontreal.ssj.mcqmctools.MonteCarloModelDouble, umontreal.ssj.mcqmctools.MonteCarloModelDoubleArray, umontreal.ssj.simexp.BatchMeansSim, umontreal.ssj.simexp.RepSim, umontreal.ssj.simexp.SimExp
• simulateBatch() : umontreal.ssj.simexp.BatchMeansSim
• simulateBatches() : umontreal.ssj.simexp.BatchMeansSim
• simulateRuns() : umontreal.ssj.mcqmctools.anova.MonteCarloSampler, umontreal.ssj.mcqmctools.anova.QMCSampler, umontreal.ssj.mcqmctools.anova.RQMCSampler, umontreal.ssj.mcqmctools.anova.Sampler, umontreal.ssj.mcqmctools.MonteCarloExperiment
• simulateRunsCV() : umontreal.ssj.mcqmctools.MonteCarloExperiment
• simulateRunsDefaultReportCV() : umontreal.ssj.mcqmctools.MonteCarloExperiment
• simulateRunsDefaultReportStudent() : umontreal.ssj.mcqmctools.MonteCarloExperiment
• Simulator() : umontreal.ssj.simevents.Simulator
• simulator() : umontreal.ssj.simevents.Accumulate, umontreal.ssj.simevents.Continuous, umontreal.ssj.simevents.Event, umontreal.ssj.simevents.ListWithStat< E >, umontreal.ssj.simexp.SimExp
• simulFDReplicatesCRN() : umontreal.ssj.mcqmctools.MonteCarloExperiment
• simulFDReplicatesIRN() : umontreal.ssj.mcqmctools.MonteCarloExperiment
• simulFDReplicatesRQMC() : umontreal.ssj.mcqmctools.RQMCExperiment
• simulMC() : umontreal.ssj.markovchainrqmc.MarkovChain
• simulOneStepArrayRQMC() : umontreal.ssj.markovchainrqmc.ArrayOfComparableChains< T extends MarkovChainComparable >, umontreal.ssj.markovchainrqmc.ArrayOfDoubleChains
• simulReplicatesArrayRQMC() : umontreal.ssj.markovchainrqmc.ArrayOfComparableChains< T extends MarkovChainComparable >
• simulReplicatesArrayRQMCFormat() : umontreal.ssj.markovchainrqmc.ArrayOfComparableChains< T extends MarkovChainComparable >
• simulReplicatesRQMC() : umontreal.ssj.mcqmctools.RQMCExperiment
• simulReplicatesRQMCCV() : umontreal.ssj.mcqmctools.RQMCExperiment
• simulReplicatesRQMCDefaultReport() : umontreal.ssj.mcqmctools.RQMCExperiment
• simulReplicatesRQMCDefaultReportCompare() : umontreal.ssj.mcqmctools.RQMCExperiment
• simulRepMC() : umontreal.ssj.markovchainrqmc.MarkovChain
• simulRQMC() : umontreal.ssj.markovchainrqmc.MarkovChain
• simulRQMCFormat() : umontreal.ssj.markovchainrqmc.MarkovChain
• simulRuns() : umontreal.ssj.markovchainrqmc.MarkovChain
• simulRunsFormat() : umontreal.ssj.markovchainrqmc.MarkovChain
• simulRunsWithSubstreams() : umontreal.ssj.markovchainrqmc.MarkovChain, umontreal.ssj.markovchainrqmc.MarkovChainDouble
• simulRunsWithSubstreamsFormat() : umontreal.ssj.markovchainrqmc.MarkovChain
• simulSteps() : umontreal.ssj.markovchainrqmc.MarkovChain
• simulStepsDouble() : umontreal.ssj.markovchainrqmc.MarkovChainDouble
• SingletonWeight() : umontreal.ssj.latnetbuilder.weights.SingletonWeight< T >
• SingletonWeightComparable() : umontreal.ssj.latnetbuilder.weights.SingletonWeightComparable< T extends Comparable< T > >
• size() : umontreal.ssj.util.BitVector
• sizeWithoutCV() : umontreal.ssj.stat.list.lincv.ListOfTalliesWithCV< E extends Tally >
• SmoothingCubicSpline() : umontreal.ssj.functionfit.SmoothingCubicSpline
• SMScrambleShift() : umontreal.ssj.hups.SMScrambleShift
• SobolSequence() : umontreal.ssj.hups.SobolSequence
• solveLU() : umontreal.ssj.util.DMatrix
• solveTriangular() : umontreal.ssj.util.DMatrix
• sort() : umontreal.ssj.discrepancy.Discrepancy, umontreal.ssj.hups.CachedPointSet, umontreal.ssj.latnetbuilder.weights.WeightsComparable< T extends Comparable< T > >, umontreal.ssj.mcqmctools.anova.AnovaVarianceCollector, umontreal.ssj.util.multidimsort.BatchSort< T extends MultiDimComparable<? super T > >, umontreal.ssj.util.multidimsort.HilbertCurveBatchSort< T extends MultiDimComparable<? super T > >, umontreal.ssj.util.multidimsort.HilbertCurveSort, umontreal.ssj.util.multidimsort.MultiDimSort< T >
• sortByCoordinate() : umontreal.ssj.hups.CachedPointSet
• sortChains() : umontreal.ssj.markovchainrqmc.ArrayOfComparableChains< T extends MarkovChainComparable >, umontreal.ssj.markovchainrqmc.ArrayOfDoubleChains
• SortedAndCutPointSet() : umontreal.ssj.hups.SortedAndCutPointSet
• sortIndexOfLong2() : umontreal.ssj.util.multidimsort.HilbertCurveSort
• sortNotStoppedChains() : umontreal.ssj.markovchainrqmc.ArrayOfComparableChains< T extends MarkovChainComparable >
• SplitSort() : umontreal.ssj.util.multidimsort.SplitSort< T extends MultiDimComparable<? super T > >
• SplitStream() : umontreal.ssj.mcqmctools.anova.SplitStream
• SqrtMathFunction() : umontreal.ssj.functions.SqrtMathFunction
• square() : umontreal.ssj.discrepancy.DiscrepancyContainer
• SquareMathFunction() : umontreal.ssj.functions.SquareMathFunction
• standardDeviation() : umontreal.ssj.stat.FunctionOfMultipleMeansTally, umontreal.ssj.stat.list.ListOfFunctionOfMultipleMeansTallies< E extends FunctionOfMultipleMeansTally >, umontreal.ssj.stat.list.ListOfTallies< E extends Tally >, umontreal.ssj.stat.matrix.MatrixOfFunctionOfMultipleMeansTallies< E extends FunctionOfMultipleMeansTally >, umontreal.ssj.stat.matrix.MatrixOfTallies< E extends Tally >, umontreal.ssj.stat.Tally
• standardDeviationWithCV() : umontreal.ssj.stat.list.lincv.ListOfTalliesWithCV< E extends Tally >
• start() : umontreal.ssj.simevents.Sim, umontreal.ssj.simevents.Simulator
• startInteg() : umontreal.ssj.simevents.Continuous, umontreal.ssj.simevents.ContinuousState
• statSize() : umontreal.ssj.simevents.ListWithStat< E >
• statSojourn() : umontreal.ssj.simevents.ListWithStat< E >
• stop() : umontreal.ssj.simevents.Sim, umontreal.ssj.simevents.Simulator
• stopInteg() : umontreal.ssj.simevents.Continuous, umontreal.ssj.simevents.ContinuousState
• StratifiedUnitCube() : umontreal.ssj.hups.StratifiedUnitCube
• StratifiedUnitCubeAnti() : umontreal.ssj.hups.StratifiedUnitCubeAnti
• stripCoordinates() : umontreal.ssj.hups.CachedPointSet
• stripedMatrixScramble() : umontreal.ssj.hups.DigitalNet, umontreal.ssj.hups.DigitalNetBase2
• stripedMatrixScrambleFaurePermutAll() : umontreal.ssj.hups.DigitalNet, umontreal.ssj.hups.DigitalNetBase2
• StudentDist() : umontreal.ssj.probdist.StudentDist
• StudentDistQuick() : umontreal.ssj.probdist.StudentDistQuick
• StudentGen() : umontreal.ssj.randvar.StudentGen
• StudentNoncentralGen() : umontreal.ssj.randvar.StudentNoncentralGen
• StudentPolarGen() : umontreal.ssj.randvar.StudentPolarGen
• SubsetOfPointSet() : umontreal.ssj.hups.SubsetOfPointSet
• subsets() : umontreal.ssj.mcqmctools.anova.CoordinateSet, umontreal.ssj.mcqmctools.anova.CoordinateSetLong
• subsetsNotEmpty() : umontreal.ssj.mcqmctools.anova.CoordinateSet
• successful() : umontreal.ssj.latnetbuilder.Search
• sum() : umontreal.ssj.simevents.Accumulate, umontreal.ssj.stat.FunctionOfMultipleMeansTally, umontreal.ssj.stat.HistogramOnly, umontreal.ssj.stat.list.ListOfStatProbes< E extends StatProbe >, umontreal.ssj.stat.matrix.MatrixOfStatProbes< E extends StatProbe >, umontreal.ssj.stat.StatProbe, umontreal.ssj.stat.Tally
• sumKahan() : umontreal.ssj.util.Num