Gordon66SarcoForceLength.m File Reference

Go to the source code of this file.

Classes
class	models.muscle.functions.Gordon66SarcoForceLength

Namespaces
	models
	models.muscle
	models.muscle.functions

Functions
Speed test *	all (1:3)
*	all (1)
*	fl (l)
*	all (2)
*	polyval (pol, slen)
*	all (3)

Variables
*for	k
*	t = tic
*	sproc = spline(len,proc,slen)
*	l = rand*3

Function Documentation

Speed test* all ( 1:3  )

pure virtual

Referenced by dscomponents.AffLinCoreFun.addMatrix(), data.FileTrajectoryData.addTrajectory(), fem.geometry.BaseGeometry.checkOrientation(), LogPlot.cleverPlot(), cprintf(), data.FileMatrix.eq(), error.TPWLLocalLipEstimator.evalODEPart(), export_fig(), Utils.getDir(), spacereduction.BaseSpaceReducer.getInitialSpace(), data.ModelData.getParams(), data.ModelData.getSampleIndex(), isolate_axes(), testing.LoopTest(), general.AffParamMatrix.minus(), data.FileMatrix.minus(), general.AffParamMatrix.mtimes(), cprintf>processStyleInfo(), exportfig>check_greyscale(), exportfig>crop_background(), exportfig>parse_args(), FunVis2D>FunVis2D_OpeningFcn(), general.functions.AFunGen.plot(), models.pcd.PCDSystem3D.plotState(), error.BaseEstimator.postProcess(), error.TPWLLocalLipEstimator.postProcess(), error.TPWLLocalLipEstimator.prepareForReducedModel(), print2array(), kernels.KernelExpansion.project(), PlotManager.savePlots(), models.muscle.tests.Activation.test_Activation(), fem.BaseFEM.test_BasisFun(), BinTree.test_BinTree(), sampling.RandomSampler.test_DomainSampling(), data.FileMatrix.test_FileMatrix(), data.FileTrajectoryData.test_FileTrajectoryData(), Utils.test_findVec(), MonomialIterator.test_MonomialIterator(), dscomponents.ACoreFun.test_MultiArgEval(), models.muscle.examples.SubElemInhomogMaterial.test_SubElem(), sampling.BaseSampler.test_SubsetSampling(), data.FileMatrix.test_SumPower(), data.FileMatrix.test_Times_MTimes(), Utils.test_Tube(), models.pcd.Tests.tests_PCD_DEIM_2D(), and tricontour().

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* all

(

1

)

* all

(

2

)

* all

(

3

)

* fl

(

l

)

Referenced by general.functions.CubicToLinear.getFunction(), general.functions.QuadToLinear.getFunction(), models.muscle.Model.plotAnisotropicPressure(), models.muscle.Model.plotForceLengthCurve(), and models.muscle.examples.SubElemInhomogMaterial.test_SubElem().

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* polyval	(	pol	,
		slen
	)

Referenced by models.motoneuron.experiments.FrequencyLearning(), models.motorunit.experiments.InitialConditions(), models.motorunit.experiments.MaxForce(), models.motoneuron.experiments.ParamDomainDetection(), models.muscle.functions.Gordon66SarcoForceLength.plot(), models.motorunit.Shorten.plotOutputForceScaling(), models.motoneuron.Dynamics.prepareSimulation(), models.motoneuron.System.prepareSimulation(), models.motorunit.SHSystem.prepareSimulation(), and models.motorunit.experiments.SarcoScaling().

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Variable Documentation

* for k

Initial value:

=1:1000
 *     slen = min(len)*.99 + rand*(max(len)*1.01-min(len)*.99)

Definition at line 114 of file Gordon66SarcoForceLength.m.

Referenced by PrintTable.addMatrix(), testing.Speed.AffParamMatrix(), PrintTable.append(), demos.Basics2_Parametrized(), demos.Basics5_KernelsAndApprox(), fem.geometry.Belly(), testing.Speed.BinaryvsMatSave(), models.beam.DynLinTimoshenkoSystem.buildElementDependentComponents(), approx.algorithms.Componentwise.collectFromExpConfigSplit(), testing.DEIM.computeDEIMErrors(), approx.KernelEI.computeEmpiricalSparsityPattern(), models.muscle.Dynamics.computeSparsityPattern(), kernels.config.RBFConfig.configureInstance(), kernels.config.PolyConfig.configureInstance(), kernels.config.WendlandConfig.configureInstance(), kernels.config.GaussConfig.configureInstance(), Utils.copyPrefGroup(), data.FileMatrix.copyWithNewBlockSize(), ColorMapCreator.create(), create_testdata(), PrintTable.ctranspose(), data.FileMatrix.ctranspose(), data.FileMatrix.delete(), MatUtils.divcdivumat(), error.TPWLLocalLipEstimator.evalODEPart(), dscomponents.ACompEvalCoreFun.evaluateComponentsMulti(), models.pcd.CoreFun3D.evaluateCoreFun(), dscomponents.AffLinCoreFun.evaluateMulti(), kernels.KernelExpansion.exportToDirectory(), fem.geometry.BaseGeometry.faceComputations(), FindInstance(), models.motoneuron.experiments.FrequencyLearning(), kernels.config.GaussConfig.GaussConfig(), testing.Speed.GaussMexSpeedTest1Arg(), testing.Speed.GaussMexSpeedTest2Arg(), MatUtils.generalizedLaplacemat3D(), fem.HexahedronTriquadratic.generateN_dN(), spacereduction.PODGreedy.generateReducedSpaceImpl(), testing.DEIM.getDEIMEstimators_MDEIM_ST(), data.ApproxTrainData.getErrorsFor(), fem.BaseFEM.getFaceArea(), models.muscle.Model.getFaceDofsGlobal(), models.motorunit.Fuglevand.getForces(), general.functions.PiecewiseLinear.getFunction(), models.muscle.functions.SiebertTendonFun.getFunction(), kernels.ParamTimeKernelExpansion.getGlobalLipschitz(), fem.AFEMConfig.getOptionStr(), models.muscle.Model.getResidualForces(), fem.geometry.BaseGeometry.getSubMesh(), models.muscle.examples.MuscleTendonMix.getTendonMuscleRatio(), kernels.config.ExpansionConfig.guessGammaConfigs(), fem.BaseFEM.init(), models.BaseModel.initDefaultParameter(), models.motorunit.experiments.InitialConditions(), demos.VKOGA.IterationPlots(), demos.ResponseSurfaceApprox.iterationPlots(), testing.DEIM.jacobian_tests(), MatUtils.laplacemat3D(), testing.LocalLipGradientEstPlay(), testing.LoopTest(), main(), PlotManager.matchPlotAxes(), mexFunction(), models.burgers.Tests.morepas12_plotDiffMeanReqErrs(), data.FileMatrix.mtimes(), DEIMEstimatorAnalyzer>slK_Callback(), tricontour>mkcon(), models.pcdi.PCDISystem2D.newSysDimension(), demos.BellFunctions.NewtonPenalty(), models.pcdi.BaseCoreFun.nodepos(), models.BaseFullModel.off2_genTrainingData(), models.BaseFullModel.off3_computeReducedSpace(), models.pcdi.PCDISystem2D.PCDISystem2D(), general.functions.CubicToLinear.plot(), fem.geometry.BaseGeometry.plot(), models.pcdi.PCDISystem2D.plotDiffusionCoeff(), models.muscle.MusclePlotter.plotGeometry(), models.BaseModel.plotInputs(), ModelAnalyzer.plotReductionOverview(), models.pcdi.PCDISystem2D.plotState(), data.FileMatrix.power(), error.TPWLLocalLipEstimator.prepareForReducedModel(), kernels.KernelExpansion.project(), data.FileMatrix.recoverFrom(), general.geometry.RectGrid3D.RectGrid3D(), fem.geometry.RegularHex8Grid(), data.ModelData.relocate(), testing.rsPenaltyFunTest(), models.muscle.ExperimentRunner.runExperiments(), demos.BellFunctions.SecantGradientPlots(), data.selection.DefaultSelector.select(), data.selection.LinspaceSelector.select(), general.JacCompEvalWrapper.setPointSet(), models.muscle.examples.Cube12.setPositionDirichletBC(), models.muscle.examples.Long.setPositionDirichletBC(), models.muscle.examples.Belly.setPositionDirichletBC(), demos.RandomModelEstimatorAnalyzer.setup(), PrintTable.sort(), approx.algorithms.VKOGA.startAdaptiveExtension(), data.FileMatrix.sum(), models.muscle.tests.Activation.test_Activation(), fem.BaseFEM.test_BasisFun(), BinTree.test_BinTree(), kernels.CombinationKernel.test_CombinationKernels(), models.muscle.examples.Debug.test_DebugConfigs(), testing.DEIM.test_DEIMNoSpatialDependence(), data.FileDataCollection.test_FileDataCollection(), data.FileMatrix.test_FileMatrix(), models.muscle.functions.MarkertLaw.test_FitToOriginal(), models.motorunit.Fuglevand.test_ForceResponse(), kernels.GaussKernel.test_GaussKernel(), kernels.KernelExpansion.test_getStateJacobian(), kernels.KernelExpansion.test_getStateJacobianInstance(), kernels.GaussKernel.test_InterpolGamma(), dscomponents.ACoreFun.test_Jacobian(), fem.BaseFEM.test_JacobiansDefaultGeo(), general.interpolation.KernelInterpol.test_KernelInterpolation(), LinearSplitOfOne.test_LinearSplitOfOne(), models.muscle.examples.MuscleTendonMix.test_MuscleTendonMix(), models.muscle.tests.NeumannPressure.test_NeumannPressure(), general.Orthonormalizer.test_Orthogonalization(), data.FileMatrix.test_PartialSVD(), kernels.PolyKernel.test_PolyKernel(), models.synth.Rotation.test_Rotation_Simulation(), models.synth.AffParamKernelTest.test_RunAffParamKernelTests(), models.synth.KernelTest.test_RunKernelTests(), models.muscle.examples.SprengerUnitCube8Elem.test_SprengerUnitCube8Elem_ForceComparison(), data.FileMatrix.times(), tricontour(), JKerMorExport.typeSpecificExport(), and models.muscle.MusclePlotter.updatePlotData().

* l = rand*3

Definition at line 120 of file Gordon66SarcoForceLength.m.

Referenced by testing.LogNorm.CompLogNorms(), fem.geometry.BaseGeometry.computeFaces(), solvers.SemiImplicitEuler.customSolve(), solvers.AdaptiveSemiImplicitEuler.customSolve(), BinTree.FindClosest(), FindInstance(), general.functions.CubicToLinear.getFunction(), general.functions.QuadToLinear.getFunction(), models.muscle.functions.SiebertTendonFun.getFunction(), models.beam.StraightBeam.getLocalForceMatrix(), models.beam.StraightBeam.getLocalMassMatrix(), models.beam.StraightBeam.getLocalStiffnessMatrix(), data.MemoryTrajectoryData.getTotalLength(), data.FileTrajectoryData.getTotalLength(), models.beam.StraightBeam.initialize(), demos.VKOGA.IterationPlots(), kermorpp.Util.loadVector(), mexFunction(), models.burgers.Tests.morepas12_plotDiffMeanReqErrs(), exportfig>crop_background(), exportfig>eps_remove_background(), ModelAnalyzer.plotReductionOverview(), print2array(), kermorpp.Wendland.rbf_eval_rsq(), demos.SVR.ScalarEpsSVR_SMO_SingleSteps(), FunVis2DHandler.setInputDim1(), FunVis2DHandler.setInputDim2(), FunVis2DHandler.setOutputDim(), general.JacCompEvalWrapper.setPointSet(), models.BaseModel.solveStatic(), BinTree.test_BinTree(), models.muscle.functions.MarkertLaw.test_FitToOriginal(), and LinearSplitOfOne.test_LinearSplitOfOne().

* sproc = spline(len,proc,slen)

Definition at line 117 of file Gordon66SarcoForceLength.m.

Referenced by models.muscle.functions.Gordon66SarcoForceLength.plot().

* t = tic

Definition at line 116 of file Gordon66SarcoForceLength.m.

Referenced by models.synth.AffParamKernelTestSys.AffParamKernelTestSys(), testing.Speed.AffParamMatrix(), testing.DEIM.analysis_DEIM_approx(), ModelAnalyzer.analyzeError(), approx.KernelEI.approximateSystemFunction(), models.muscle.System.assembleDampingMatrix(), models.muscle.System.assembleMassMatrix(), error.alpha.Base.Base(), models.pcdi.BasePCDISystem.BasePCDISystem(), models.pcd.BasePCDSystem.BasePCDSystem(), demos.Basics1_Linear(), demos.Basics2_Parametrized(), demos.Basics3_Nonlinear(), demos.Basics4_NonlinearKernel(), fem.geometry.Belly(), testing.Speed.BinaryvsMatSave(), models.beam.DynLinTimoshenkoSystem.buildElementDependentComponents(), fem.geometry.BaseGeometry.checkOrientation(), testing.DEIM.compareDEIM_Full_Jacobian(), ModelAnalyzer.compareRedFull(), testing.LogNorm.compareSimTransDEIMJac_FullJac(), testing.LogNorm.compareSimTransJac_FullJac(), testing.LogNorm.CompLogNorms(), EstimatorAnalyzer.compute(), testing.DEIM.computeDEIMErrors(), fem.geometry.BaseGeometry.computeFaces(), data.ApproxTrainData.computeFrom(), models.BaseFirstOrderSystem.computeOutput(), general.POD.computePOD(), models.golf.Model.computeTrajectory(), models.rbmatlab.RBMatlabModel.computeTrajectory(), models.muscle.Model.computeTrajectory(), models.ReducedModel.computeTrajectory(), models.BaseModel.computeTrajectory(), models.BaseFullModel.computeTrajectory(), EstimatorAnalyzer.createStatsTables(), dscomponents.LinearInputConv.ctranspose(), dscomponents.LinearCoreFun.ctranspose(), general.AffParamMatrix.ctranspose(), PrintTable.ctranspose(), data.FileMatrix.ctranspose(), fem.geometry.Cube20Node.Cube20Node(), fem.geometry.Cube27Node.Cube27Node(), fem.geometry.Cube8Node.Cube8Node(), solvers.FullyImplEuler.customSolve(), solvers.SemiImplicitEuler.customSolve(), solvers.Heun.customSolve(), solvers.ExplEuler.customSolve(), solvers.AdaptiveSemiImplicitEuler.customSolve(), models.pcdi.Tests.demo_SpatialDependency(), MatUtils.divcdivumat(), models.beam.DynLinTimoshenkoSystem.DynLinTimoshenkoSystem(), testing.DEIM.effectivityAnalysis(), EstimatorParamSweep(), error.BaseCompLemmaEstimator.evalODEPart(), error.TPWLLocalLipEstimator.evalODEPart(), kernels.LinearKernel.evaluate(), kernels.PolyKernel.evaluate(), kernels.SigmoidKernel.evaluate(), kernels.ParamTimeKernelExpansion.evaluate(), approx.TPWLApprox.evaluate(), kernels.KernelExpansion.evaluate(), dscomponents.ACompEvalCoreFun.evaluateComponentPartialDerivativesMulti(), dscomponents.ACompEvalCoreFun.evaluateComponentsMulti(), dscomponents.ACompEvalCoreFun.evaluateJacobianSetMulti(), dscomponents.AffLinCoreFun.evaluateMulti(), general.JacCompEvalWrapper.evaluateMulti(), models.pcdi.CoreFun2D.evaluateMulti(), dscomponents.ACoreFun.evaluateMulti(), models.wh10.WH10Experiment.Experiment1(), models.wh10.WH10Experiment.Experiment2(), models.wh10.WH10Experiment.Experiment3(), models.wh10.WH10Experiment.Experiment4(), models.beam.DynLinTimoshenkoModel.exportGeometry(), data.FileMatrix.FileMatrix(), FindInstance(), testing.Speed.FindVecInMatrix(), Utils.findVecInMatrix(), fix_lines(), models.motoneuron.experiments.FrequencyLearning(), testing.Speed.GaussMexSpeedTest1Arg(), testing.Speed.GaussMexSpeedTest2Arg(), fem.HexahedronTriquadratic.generateN_dN(), spacereduction.PODGreedy.generateReducedSpaceImpl(), error.alpha.AffineParametric.getAlpha(), error.alpha.Constant.getAlpha(), testing.LogNorm.getApproxLogNormsAtPos(), ModelAnalyzer.getATDError(), error.IterationCompLemmaEstimator.getBeta(), data.ModelData.getCachedTrajectory(), models.muscle.Model.getConfigTable(), KerMor.getDir(), data.ApproxTrainData.getErrorsFor(), MatUtils.getExtendedInverse(), general.functions.CubicToLinear.getFunction(), general.functions.QuadToLinear.getFunction(), general.functions.ConstantUntil.getFunction(), models.muscle.functions.MarkertLawOriginal.getFunction(), general.functions.Ramp.getFunction(), general.functions.Sinus.getFunction(), models.muscle.functions.MarkertLaw.getFunction(), models.ReducedModel.getJacobianInfo(), models.beam.Truss.getLocalForceMatrix(), models.beam.CurvedBeam.getLocalForceMatrix(), models.beam.StraightBeam.getLocalForceMatrix(), models.beam.StraightBeam.getLocalMassMatrix(), models.beam.Truss.getLocalMassMatrix(), models.beam.CurvedBeam.getLocalMassMatrix(), models.beam.Truss.getLocalStiffnessMatrix(), models.beam.CurvedBeam.getLocalStiffnessMatrix(), models.beam.StraightBeam.getLocalStiffnessMatrix(), models.beam.Truss.getLocalTangentials(), models.beam.CurvedBeam.getLocalTangentials(), models.beam.StraightBeam.getLocalTangentials(), testing.DEIM.getMinReqErrorOrdersTable(), kernels.PolyKernel.getNabla(), models.muscle.examples.ThinTendon.getOutputOfInterest(), models.BaseModel.getRandomParam(), models.muscle.Model.getResidualForces(), EstimatorAnalyzer.getResultTable(), models.BaseFullModel.getSimCacheTrajectory(), fem.AFEMConfig.getSpatialExternalForces(), kernels.ParamTimeKernelExpansion.getStateJacobian(), kernels.KernelExpansion.getStateJacobian(), fem.geometry.BaseGeometry.getSubMesh(), data.ABlockedData.getSVD(), models.synth.AffParamKernelTest.getTest10(), models.synth.KernelTest.getTest10(), models.synth.AffParamKernelTest.getTest11(), models.synth.KernelTest.getTest11(), models.synth.AffParamKernelTest.getTest2(), models.synth.KernelTest.getTest2(), models.synth.AffParamKernelTest.getTest5(), models.synth.KernelTest.getTest5(), models.synth.AffParamKernelTest.getTest6(), models.synth.KernelTest.getTest6(), models.synth.AffParamKernelTest.getTest7(), models.synth.KernelTest.getTest7(), models.synth.AffParamKernelTest.getTest8(), models.synth.KernelTest.getTest8(), models.synth.AffParamKernelTest.getTest9(), models.synth.KernelTest.getTest9(), ModelAnalyzer.getTrajApproxError(), testing.DEIM.getTrajApproxErrorDEIMEstimates(), testing.DEIM.getTrajApproxErrorDEIMEstimates_plots(), IClassConfig.getValueRanges(), models.golf.Model.golfcolormap(), models.iciam2011.ICIAMExperiment.ICIAMExperiment(), fem.BaseFEM.init(), models.muscle.System.inita0(), models.motorunit.experiments.InitialConditions(), models.beam.CurvedBeam.initialize(), models.beam.StraightBeam.initialize(), models.muscle.MusclePlotter.initPlotData(), error.alpha.Constant.inputOfflineComputations(), error.alpha.AffineParametric.inputOfflineComputations(), general.interpolation.KernelInterpol.interpolate(), demos.VKOGA.IterationPlots(), demos.ResponseSurfaceApprox.iterationPlots(), testing.DEIM.jacobian_tests(), testing.Speed.KernelExpCustomBaseEval(), MatUtils.laplacemat(), testing.LocalLipGradientEstPlay(), Utils.logNorm(), testing.LoopTest(), data.ApproxTrainData.makeUniqueXi(), models.mathmod2012.MathMODExperiment.MathMODExperiment(), ApproxVisualizer>plotCurrent(), ApproxVisualizer>showErrors(), cprintf>dumpElement(), DEIMEstimatorAnalyzer>btnVisResult_Callback(), DEIMEstimatorAnalyzer>pushbutton5_Callback(), exportfig>add_bookmark(), exportfig>crop_background(), exportfig>downsize(), exportfig>parse_args(), print2eps>swap_fonts(), tricontour>mkcon(), models.pcdi.InhibitCoreFun2D.newSysDimension(), models.pcdi.CoreFun2D.newSysDimension(), models.pcd.CoreFun1D.newSysDimension(), models.pcd.CoreFun2D.newSysDimension(), demos.VKOGA.NewtonBasis_Schaback(), MonomialIterator.nextMonomial(), Norm.normalizeL2(), solvers.MLWrapper.ODEOutputFcn(), models.BaseFullModel.off2_genTrainingData(), models.BaseFullModel.off4_genApproximationTrainData(), models.BaseFullModel.off6_prepareErrorEstimator(), ParamSweep(), ParamSweep2D(), sampling.RandomSampler.performSampling(), models.pcd.PCDSystem1D.plot(), models.muscle.MusclePlotter.plot(), models.golf.Model.plot(), models.beam.CurvedBeam.plot(), models.beam.StraightBeam.plot(), models.beam.DynLinTimoshenkoModel.plot(), models.pcd.BaseCoreFun.plotActivationFun(), models.pcdi.BaseCoreFun.plotActivationFun(), models.muscle.Model.plotForceLengthCurve(), models.muscle.MusclePlotter.plotGeometry(), models.beam.DynLinTimoshenkoModel.plotSingle(), models.pcd.PCDSystem3D.plotState(), approx.algorithms.Componentwise.plotSummary(), approx.algorithms.ABase.plotSummary(), error.lipfun.ImprovedLocalSecantLipschitz.precompMaxSecants(), error.initial.Constant.prepareForReducedModel(), error.initial.AffineParametric.prepareForReducedModel(), error.TPWLLocalLipEstimator.prepareForReducedModel(), error.IterationCompLemmaEstimator.prepareForReducedModel(), error.DEIMEstimator.prepareForReducedModel(), PrintTable.print(), print2array(), dscomponents.LinearInputConv.project(), dscomponents.AffineInitialValue.project(), dscomponents.ConstInitialValue.project(), dscomponents.LinearCoreFun.project(), dscomponents.PointerInitialValue.project(), dscomponents.PointerInputConv.project(), dscomponents.PointerOutputConv.project(), dscomponents.ConstMassMatrix.project(), dscomponents.PointerCoreFun.project(), dscomponents.AffLinInputConv.project(), approx.TPWLApprox.project(), general.AffParamMatrix.project(), kernels.KernelExpansion.project(), models.circ.RCLadder.RCLadder(), models.circ.RCLadderSys.RCLadderSys(), models.pcd.Tests.reductionErrorAnalysis_2D(), general.regression.ScalarEpsSVR.regress(), general.regression.ScalarNuSVR.regress(), general.regression.KernelLS.regress(), fem.geometry.RegularHex8Grid(), models.muscle.ExperimentRunner.runExperiment(), models.muscle.ExperimentRunner.runExperimentConfig(), models.muscle.ExperimentRunner.runExperiments(), Util.saveRealMatrix(), demos.SVR.ScalarEpsSVR_SMO(), demos.SVR.ScalarEpsSVR_SMO_SingleSteps(), data.selection.EpsSelector.select(), models.pcd.BasePCDSystem.setConfig(), models.BaseFirstOrderSystem.setConfig(), general.JacCompEvalWrapper.setPointSet(), dscomponents.ACompEvalCoreFun.setPointSet(), general.MatrixDEIM.setSimilarityTransform(), models.rbmatlab.RBMatlabModel.simulate(), models.BaseModel.simulate(), models.muscle.Model.simulateAndPlot(), solvers.MLWrapper.solve(), solvers.MLode15i.solverCall(), solvers.SolverEventData.SolverEventData(), models.BaseModel.solveStatic(), approx.algorithms.VKOGA.startAdaptiveExtension(), general.regression.ScalarEpsSVR.test2_CustomSVR(), models.muscle.tests.Activation.test_Activation(), approx.BaseApprox.test_ApproxProjections(), models.BaseFullModel.test_BareModel(), models.BaseFullModel.test_BaseModels(), kernels.CombinationKernel.test_CombinationKernels(), dscomponents.ACompEvalCoreFun.test_ComponentEvalMatch(), models.muscle.examples.Debug.test_DebugConfigs(), models.muscle.examples.Debug.test_DebugConfigV4_9(), testing.DEIM.test_DEIMNoSpatialDependence(), MatUtils.test_ExtendedInverseDirect(), MatUtils.test_ExtendedInverseSequential(), data.FileMatrix.test_FileMatrix(), models.motorunit.Fuglevand.test_ForceResponse(), models.golf.Model.test_Golf(), dscomponents.ACoreFun.test_Jacobian(), models.muscle.Model.test_ModelVersions(), models.motoneuron.Model.test_Motoneuron(), models.muscle.tests.NeumannPressure.test_NeumannPressure(), general.Orthonormalizer.test_Orthogonalization(), kernels.config.ParamTimeExpansionConfig.test_ParamTimeExpansionConfig(), models.pcdi.PCDIModel.test_PCDIModel_Simulation(), models.pcd.Tests.test_PCDModels(), dscomponents.PointerCoreFun.test_PointerCoreFun(), fem.HexahedronSerendipity.test_QuadraticBasisFun(), fem.HexahedronTriquadratic.test_QuadraticBasisFun(), models.circ.RCLadder.test_RCLadderModel(), models.synth.Rotation.test_Rotation_Simulation(), models.synth.AffParamKernelTest.test_RunAffParamKernelTests(), models.synth.KernelTest.test_RunKernelTests(), general.regression.ScalarNuSVR.test_ScalarNuSVR(), general.regression.ScalarNuSVR.test_ScalarNuSVR_to_EpsSVR(), models.muscle.examples.Shear.test_Shear(), models.motorunit.Shorten.test_Shorten(), solvers.BaseSolver.test_SolverSpeedTest(), data.FileMatrix.test_SpeedSVDTransp(), models.muscle.examples.SprengerUnitCube8Elem.test_SprengerUnitCube8Elem_ForceComparison(), models.muscle.examples.SubElemInhomogMaterial.test_SubElem(), data.FileMatrix.test_SVD(), models.BaseFullModel.test_TimeDependentOutput(), models.beam.DynLinTimoshenkoModel.test_TimoshenkoModel(), data.FileMatrix.test_transposeTimes(), fem.HexahedronTrilinear.test_TrilinearBasisFun(), models.muscle.System.test_UnassembledEvaluation(), models.burgers.Tests.testBurgers_DEIM_versions(), models.pcd.Tests.tests_PCD_DEIM_2D(), models.pcd.Tests.tests_PCD_DEIM_2D_500s(), testing.testsettings(), fem.geometry.BaseGeometry.toCMGUI(), fem.geometry.Cube8Node.toCube20Node(), fem.geometry.Cube8Node.toCube27Node(), data.FileMatrix.transposedTimes(), tricontour(), testing.Speed.TryCatch(), models.burgers.BurgersSys.updateDimensions(), models.burgers.BurgersSys_A.updateDimensions(), general.DEIM.updateOrderData(), models.muscle.MusclePlotter.updatePlotData(), and demos.VKOGA.VKOGA_1D_nD().