Index

_

__distribution_name__ (in module pyHarm._version) __flag_update__() (pyHarm.ABCElement method) (pyHarm.ABCKinematic method) (pyHarm.Elements.ABCElement.ABCElement method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTElement.DLFTElement method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing method) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins method) (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D method) (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap method) (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) __init_data__() (pyHarm.ABCElement method) (pyHarm.ABCKinematic method) (pyHarm.Elements.ABCElement.ABCElement method) (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement method) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) __init_flags__() (pyHarm.ABCElement method) (pyHarm.ABCKinematic method) (pyHarm.Elements.ABCElement.ABCElement method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) __init_harmonic_operators__() (pyHarm.ABCElement method) (pyHarm.ABCKinematic method) (pyHarm.Elements.ABCElement.ABCElement method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) __package_name__ (in module pyHarm) (in module pyHarm._version) __post_init__() (pyHarm.ABCElement method) (pyHarm.ABCKinematic method) (pyHarm.ABCNLSolver method) (pyHarm.ABCReductor method) (pyHarm.Elements.ABCElement.ABCElement method) (pyHarm.Elements.NodeToNodeElements.CosinusForcing.CosinusForcing method) (pyHarm.Elements.NodeToNodeElements.CubicSpring.CubicSpring method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing method) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins method) (pyHarm.Elements.NodeToNodeElements.LinearDamper.LinearDamper method) (pyHarm.Elements.NodeToNodeElements.LinearSpring.LinearSpring method) (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D method) (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap method) (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap method) (pyHarm.Elements.NodeToNodeElements.SinusForcing.SinusForcing method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) (pyHarm.KinematicConditions.AccelImposed.AccelImposed method) (pyHarm.KinematicConditions.BaseProjection.BaseProjection method) (pyHarm.KinematicConditions.DispImposed.DispImposed method) (pyHarm.KinematicConditions.GODisplacement.GODisplacement method) (pyHarm.KinematicConditions.SpeedImposed.SpeedImposed method) (pyHarm.NonLinearSolver.ABCNonLinearSolver.ABCNLSolver method) (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose method) (pyHarm.NonLinearSolver.NewtonRaphson.Solver_NewtonRaphson method) (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot method) (pyHarm.Reductors.ABCReductor.ABCReductor method) (pyHarm.Reductors.AllgowerPreconditioner.AllgowerPreconditioner method) (pyHarm.Reductors.ChainReductor.ChainReductor method) (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) (pyHarm.Reductors.KrackPreconditioner.KrackPreconditioner method) (pyHarm.Reductors.LocalHarmonicReductor.LocalHarmonicReductor method) (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) (pyHarm.Reductors.StaticReductor.StaticReductor method) (pyHarm.Systems.ABCSystem.ABCSystem method) __repr__() (pyHarm.ABCElement method) (pyHarm.ABCKinematic method) (pyHarm.Elements.ABCElement.ABCElement method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) (pyHarm.Substructures.ABCSubstructure.ABCSubstructure method) __str__() (pyHarm.ABCElement method) (pyHarm.ABCKinematic method) (pyHarm.Elements.ABCElement.ABCElement method) (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement method) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) __version__ (in module pyHarm) (in module pyHarm._version) _add_connectors() (pyHarm.Substructures.ABCSubstructure.ABCSubstructure method) (pyHarm.Substructures.OnlyDofs.OnlyDofs method) (pyHarm.Substructures.Substructure.Substructure method)

_add_kinematics() (pyHarm.Substructures.ABCSubstructure.ABCSubstructure method) (pyHarm.Substructures.OnlyDofs.OnlyDofs method) (pyHarm.Substructures.Substructure.Substructure method) _add_omega() (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) _add_omega_vec() (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) _buildElements() (pyHarm.Systems.ABCSystem.ABCSystem method) _complete_expl_dofs() (pyHarm.Systems.ABCSystem.ABCSystem method) _complete_J() (pyHarm.Systems.ABCSystem.ABCSystem method) _complete_R() (pyHarm.Systems.ABCSystem.ABCSystem method) _complete_solution() (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose method) (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot method) _complete_x() (pyHarm.Systems.ABCSystem.ABCSystem method) _display_infos() (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) _evalJaco_ana() (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap method) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins method) (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D method) (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap method) (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap method) _evalJaco_DF() (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTElement.DLFTElement method) (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement method) (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap method) (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap method) _evalJaco_jax() (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap method) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins method) _evalJacobian() (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing method) _evalResidual() (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing method) _expand_q() (pyHarm.Systems.ABCSystem.ABCSystem method) _extract_blocks() (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) _gen_cs_col() (pyHarm.Substructures.ABCSubstructure.ABCSubstructure method) _gen_dofs_col() (pyHarm.Substructures.ABCSubstructure.ABCSubstructure method) _gen_harm_col() (pyHarm.Substructures.ABCSubstructure.ABCSubstructure method) _gen_nodes_col() (pyHarm.Substructures.ABCSubstructure.ABCSubstructure method) _gen_PoM_col() (pyHarm.Substructures.ABCSubstructure.ABCSubstructure method) _gen_sub_col() (pyHarm.Substructures.ABCSubstructure.ABCSubstructure method) _generate_system_dof_DataFrame() (pyHarm.Systems.ABCSystem.ABCSystem method) _generateMatrices() (pyHarm.ABCKinematic method) (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement method) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix method) (pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement.LinearHystMatrix method) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement method) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) _get_AijAiim1() (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) _get_AijAiim1LU() (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) _get_assembled_mass_matrix() (pyHarm.Systems.ABCSystem.ABCSystem method) _get_assembled_stiffness_matrix() (pyHarm.Systems.ABCSystem.ABCSystem method) _get_combinaisons_sub_node_dof() (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) _get_criterion() (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) _get_expl_dofs_into_solver() (pyHarm.Systems.ABCSystem.ABCSystem method) _get_explicit_df() (pyHarm.Substructures.ABCSubstructure.ABCSubstructure method) _get_first_Vk() (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose method) _get_index_block() (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) _get_mshg() (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) _get_mshg_block() (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) _get_output_expl_dofs() (pyHarm.Reductors.AllgowerPreconditioner.AllgowerPreconditioner method) (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) (pyHarm.Reductors.KrackPreconditioner.KrackPreconditioner method) (pyHarm.Reductors.LocalHarmonicReductor.LocalHarmonicReductor method) (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) (pyHarm.Reductors.NoReductor.NoReductor method) (pyHarm.Reductors.StaticReductor.StaticReductor method) _get_uncoupled_jacobian() (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) _get_x0() (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear method) _harmonic_selection() (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) (pyHarm.Reductors.LocalHarmonicReductor.LocalHarmonicReductor method) _init_dofs() (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) _init_flags() (pyHarm.Solver.SystemSolution method) _jacobian() (pyHarm.Systems.ABCSystem.ABCSystem method) _loadingdofs() (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing method) (pyHarm.KinematicConditions.GODisplacement.GODisplacement method) _maincarateristics() (pyHarm.Systems.ABCSystem.ABCSystem method) _max_disp_norm_per_dof() (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) _residual() (pyHarm.Systems.ABCSystem.ABCSystem method) _update_J_add() (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) _update_nh_kept() (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) _update_reductor() (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear method)

A

ABCAnalysis (class in pyHarm.Analysis.ABCAnalysis) ABCCorrector (class in pyHarm) (class in pyHarm.Correctors.ABCCorrector) ABCElement (class in pyHarm) (class in pyHarm.Elements.ABCElement) ABCKinematic (class in pyHarm) (class in pyHarm.KinematicConditions.ABCKinematic) ABCNLSolver (class in pyHarm) (class in pyHarm.NonLinearSolver.ABCNonLinearSolver) ABCPredictor (class in pyHarm) (class in pyHarm.Predictors.ABCPredictor) ABCReader (class in pyHarm) (class in pyHarm.Substructures.SubDataReader.ABCReader) ABCReductor (class in pyHarm) (class in pyHarm.Reductors.ABCReductor) ABCStepSizeRule (class in pyHarm) (class in pyHarm.StepSizeRules.ABCStepSizeRule) ABCStopCriterion (class in pyHarm) (class in pyHarm.StopCriterion.ABCStopCriterion) ABCSubstructure (class in pyHarm.Substructures.ABCSubstructure) ABCSystem (class in pyHarm.Systems.ABCSystem) AccelImposed (class in pyHarm.KinematicConditions.AccelImposed) adaptstep (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] adim (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] adim() (pyHarm.ABCElement method) (pyHarm.ABCKinematic method) (pyHarm.Elements.ABCElement.ABCElement method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTElement.DLFTElement method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing method) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins method) (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D method) (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap method) (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap method) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix method) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) (pyHarm.KinematicConditions.BaseProjection.BaseProjection method) (pyHarm.KinematicConditions.GODisplacement.GODisplacement method)

adim_options (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] AllgowerPreconditioner (class in pyHarm.Reductors.AllgowerPreconditioner) amp (pyHarm.Elements.NodeToNodeElements.CosinusForcing.CosinusForcing attribute) (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing attribute), [1] (pyHarm.Elements.NodeToNodeElements.SinusForcing.SinusForcing attribute) (pyHarm.KinematicConditions.AccelImposed.AccelImposed attribute) (pyHarm.KinematicConditions.DispImposed.DispImposed attribute) (pyHarm.KinematicConditions.GODisplacement.GODisplacement attribute) (pyHarm.KinematicConditions.SpeedImposed.SpeedImposed attribute) analysis_options (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] (pyHarm.Analysis.Linear_Analysis.Linear_Analysis attribute), [1]

B

BaseProjection (class in pyHarm.KinematicConditions.BaseProjection) bifurcation_detect() (pyHarm.ABCPredictor method) (pyHarm.Predictors.ABCPredictor.ABCPredictor method) bound_inf (pyHarm.ABCStopCriterion attribute) (pyHarm.StopCriterion.ABCStopCriterion.ABCStopCriterion attribute)

bound_sup (pyHarm.ABCStopCriterion attribute) (pyHarm.StopCriterion.ABCStopCriterion.ABCStopCriterion attribute) build_phi() (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) (pyHarm.Reductors.LocalHarmonicReductor.LocalHarmonicReductor method)

C

ChainReductor (class in pyHarm.Reductors.ChainReductor) check_residual_tol() (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot method) CheckComplete() (pyHarm.Solver.SystemSolution method) checkOrthonormal() (pyHarm.CoordinateSystem.CoordinateSystem method) ClosureEquation() (pyHarm.ABCCorrector method) (pyHarm.Correctors.ABCCorrector.ABCCorrector method) (pyHarm.Correctors.CorrectorArcLength.Corrector_arc_length method) (pyHarm.Correctors.CorrectorNoContinuation.Corrector_no_continuation method) (pyHarm.Correctors.CorrectorPseudoArcLength.Corrector_pseudo_arc_length method) ClosureJacobian() (pyHarm.ABCCorrector method) (pyHarm.Correctors.ABCCorrector.ABCCorrector method) (pyHarm.Correctors.CorrectorArcLength.Corrector_arc_length method) (pyHarm.Correctors.CorrectorNoContinuation.Corrector_no_continuation method) (pyHarm.Correctors.CorrectorPseudoArcLength.Corrector_pseudo_arc_length method) combinaisons (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor attribute) complete_J() (pyHarm.ABCKinematic method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) (pyHarm.KinematicConditions.BaseProjection.BaseProjection method) (pyHarm.KinematicConditions.GODisplacement.GODisplacement method) complete_R() (pyHarm.ABCKinematic method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) (pyHarm.KinematicConditions.BaseProjection.BaseProjection method) (pyHarm.KinematicConditions.GODisplacement.GODisplacement method) complete_x() (pyHarm.ABCKinematic method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) (pyHarm.KinematicConditions.BaseProjection.BaseProjection method) (pyHarm.KinematicConditions.GODisplacement.GODisplacement method)

CompleteSolution() (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear method) CompleteSystemSolution() (pyHarm.NonLinearSolver.NewtonRaphson.Solver_NewtonRaphson method) compute_DFT() (in module pyHarm.DynamicOperator) compute_linear_FRF() (pyHarm.Analysis.Linear_Analysis.Linear_Analysis method) connectors (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute), [1] (pyHarm.Substructures.OnlyDofs.OnlyDofs attribute) (pyHarm.Substructures.Substructure.Substructure attribute) consecutive_accept (pyHarm.StepSizeRules.StepSizeAcceptance.StepSizeAcceptance attribute), [1] ConstructorPslavemaster() (in module pyHarm.Elements.ABCElement) (in module pyHarm.Elements.NodeToNodeElements.NodeToNodeElement) (in module pyHarm.KinematicConditions.ABCKinematic) convertJacobian() (pyHarm.Solver.SystemSolution method) CoordinateSystem (class in pyHarm.CoordinateSystem) corrector (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] Corrector_arc_length (class in pyHarm.Correctors.CorrectorArcLength) Corrector_dico (in module pyHarm) (in module pyHarm.Correctors.FactoryCorrector), [1] corrector_init (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] Corrector_no_continuation (class in pyHarm.Correctors.CorrectorNoContinuation) Corrector_pseudo_arc_length (class in pyHarm.Correctors.CorrectorPseudoArcLength) CosinusForcing (class in pyHarm.Elements.NodeToNodeElements.CosinusForcing) CubicSpring (class in pyHarm.Elements.NodeToNodeElements.CubicSpring)

D

D (pyHarm.ABCElement attribute) (pyHarm.ABCKinematic attribute) (pyHarm.Elements.ABCElement.ABCElement attribute) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement.LinearHystMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute) data (pyHarm.ABCReductor attribute) (pyHarm.Reductors.ABCReductor.ABCReductor attribute) data_complete() (pyHarm.ABCReader method) (pyHarm.Substructures.SubDataReader.ABCReader.ABCReader method) (pyHarm.Substructures.SubDataReader.GenericReader.GenericReader method) default (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute) (pyHarm.Analysis.Linear_Analysis.Linear_Analysis attribute) (pyHarm.KinematicConditions.AccelImposed.AccelImposed attribute) (pyHarm.KinematicConditions.BaseProjection.BaseProjection attribute), [1] (pyHarm.KinematicConditions.DispImposed.DispImposed attribute) (pyHarm.KinematicConditions.GODisplacement.GODisplacement attribute) (pyHarm.KinematicConditions.SpeedImposed.SpeedImposed attribute) (pyHarm.Maestro attribute) (pyHarm.Maestro.Maestro attribute) (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose attribute) (pyHarm.NonLinearSolver.NewtonRaphson.Solver_NewtonRaphson attribute) (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot attribute) (pyHarm.Reductors.AllgowerPreconditioner.AllgowerPreconditioner attribute) (pyHarm.Reductors.ChainReductor.ChainReductor attribute) (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor attribute) (pyHarm.Reductors.KrackPreconditioner.KrackPreconditioner attribute) (pyHarm.Reductors.NLdofsReductor.NLdofsReductor attribute) (pyHarm.StopCriterion.StopCriterionBoundsOrSolNumber.StopCriterionBoundsOrSolNumber attribute) (pyHarm.Systems.ABCSystem.ABCSystem attribute) default_data (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute) default_GOMatrix (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute)

default_options (pyHarm.ABCPredictor attribute) (pyHarm.Predictors.ABCPredictor.ABCPredictor attribute) (pyHarm.StepSizeRules.StepSizeAcceptance.StepSizeAcceptance attribute), [1] Dico_ABCClass_factory_keyword (in module pyHarm) (in module pyHarm.BaseUtilFuncs), [1] dirs (pyHarm.CoordinateSystem.CoordinateSystem attribute) (pyHarm.CoordinateSystem.GlobalCoordinateSystem attribute) DispImposed (class in pyHarm.KinematicConditions.DispImposed) DLFT3D (class in pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D) DLFTElement (class in pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTElement) DLFTFriction (class in pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction) DLFTFrictionJacobian() (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction) DLFTFrictionJacobianCorLoop() (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction) DLFTFrictionResidual() (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction) DLFTFrictionResidual_jax() (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction) DLFTFrictionResidualCorLoop() (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction) DLFTFrictionResidualCorLoop_jax() (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction) DLFTUniGap (class in pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap) DLFTUniGapJacobian() (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap) DLFTUniGapResidual() (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap) DLFTUniGapResidual_jax() (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap) dofs_matching (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute) ds (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] (pyHarm.Solver.SystemSolution attribute), [1] ds_max (pyHarm.ABCStepSizeRule attribute), [1] (pyHarm.StepSizeRules.ABCStepSizeRule.ABCStepSizeRule attribute), [1] ds_min (pyHarm.ABCStepSizeRule attribute), [1] (pyHarm.ABCStopCriterion attribute) (pyHarm.StepSizeRules.ABCStepSizeRule.ABCStepSizeRule attribute), [1] (pyHarm.StopCriterion.ABCStopCriterion.ABCStopCriterion attribute) dto (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement attribute) (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing attribute) (pyHarm.KinematicConditions.GODisplacement.GODisplacement attribute) dxbdxom() (pyHarm.KinematicConditions.GODisplacement.GODisplacement method)

E

edf (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute), [1] (pyHarm.Substructures.OnlyDofs.OnlyDofs attribute) (pyHarm.Substructures.Substructure.Substructure attribute) eigensol (pyHarm.Analysis.Linear_Analysis.Linear_Analysis attribute), [1] ElementDictionary (in module pyHarm) (in module pyHarm.Elements.FactoryElements), [1] end_status_accepted (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot attribute) eps (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D attribute), [1] (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction attribute), [1] (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap attribute), [1] epsilon_bounds (pyHarm.ABCStopCriterion attribute) (pyHarm.StopCriterion.ABCStopCriterion.ABCStopCriterion attribute) evalJacobian() (pyHarm.ABCElement method) (pyHarm.Elements.ABCElement.ABCElement method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing method) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins method) (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D method) (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap method) (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap method) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix method) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure method) evalResidual() (pyHarm.ABCElement method) (pyHarm.Elements.ABCElement.ABCElement method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction method) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement method) (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing method) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins method) (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D method) (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap method) (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap method) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix method) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure method)

evalResidual_jax() (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D) (in module pyHarm.Elements.NodeToNodeElements.Penalty3D) expand() (pyHarm.ABCReductor method) (pyHarm.Reductors.ABCReductor.ABCReductor method) (pyHarm.Reductors.AllgowerPreconditioner.AllgowerPreconditioner method) (pyHarm.Reductors.ChainReductor.ChainReductor method) (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) (pyHarm.Reductors.KrackPreconditioner.KrackPreconditioner method) (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) (pyHarm.Reductors.NoReductor.NoReductor method) (pyHarm.Reductors.StaticReductor.StaticReductor method) expl_dofs (pyHarm.ABCReductor attribute), [1] (pyHarm.Reductors.ABCReductor.ABCReductor attribute), [1] (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] extcall (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose attribute) (pyHarm.NonLinearSolver.NewtonRaphson.Solver_NewtonRaphson attribute) (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot attribute)

F

factory_keyword (pyHarm.ABCCorrector property) (pyHarm.ABCElement property) (pyHarm.ABCKinematic property) (pyHarm.ABCNLSolver property) (pyHarm.ABCPredictor property) (pyHarm.ABCReader property) (pyHarm.ABCReductor property) (pyHarm.ABCStepSizeRule property) (pyHarm.ABCStopCriterion property) (pyHarm.Analysis.ABCAnalysis.ABCAnalysis property) (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute) (pyHarm.Analysis.Linear_Analysis.Linear_Analysis attribute) (pyHarm.Correctors.ABCCorrector.ABCCorrector property) (pyHarm.Correctors.CorrectorArcLength.Corrector_arc_length attribute) (pyHarm.Correctors.CorrectorNoContinuation.Corrector_no_continuation attribute) (pyHarm.Correctors.CorrectorPseudoArcLength.Corrector_pseudo_arc_length attribute) (pyHarm.Elements.ABCElement.ABCElement property) (pyHarm.Elements.NodeToNodeElements.CosinusForcing.CosinusForcing attribute) (pyHarm.Elements.NodeToNodeElements.CubicSpring.CubicSpring attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTElement.DLFTElement attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap attribute) (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement attribute) (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing attribute) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins attribute) (pyHarm.Elements.NodeToNodeElements.LinearDamper.LinearDamper attribute) (pyHarm.Elements.NodeToNodeElements.LinearSpring.LinearSpring attribute) (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D attribute) (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap attribute) (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap attribute) (pyHarm.Elements.NodeToNodeElements.SinusForcing.SinusForcing attribute) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement.LinearHystMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic property) (pyHarm.KinematicConditions.AccelImposed.AccelImposed attribute) (pyHarm.KinematicConditions.BaseProjection.BaseProjection attribute), [1] (pyHarm.KinematicConditions.DispImposed.DispImposed attribute) (pyHarm.KinematicConditions.GODisplacement.GODisplacement attribute) (pyHarm.KinematicConditions.SpeedImposed.SpeedImposed attribute) (pyHarm.NonLinearSolver.ABCNonLinearSolver.ABCNLSolver property) (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose attribute), [1] (pyHarm.NonLinearSolver.NewtonRaphson.Solver_NewtonRaphson attribute), [1] (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot attribute), [1] (pyHarm.Predictors.ABCPredictor.ABCPredictor property) (pyHarm.Predictors.PredictorPreviousSolution.PredictorPreviousSolution attribute) (pyHarm.Predictors.PredictorSecant.PredictorSecant attribute) (pyHarm.Predictors.PredictorTangent.PredictorTangent attribute) (pyHarm.Reductors.ABCReductor.ABCReductor property) (pyHarm.Reductors.AllgowerPreconditioner.AllgowerPreconditioner attribute) (pyHarm.Reductors.ChainReductor.ChainReductor attribute) (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor attribute) (pyHarm.Reductors.KrackPreconditioner.KrackPreconditioner attribute) (pyHarm.Reductors.LocalHarmonicReductor.LocalHarmonicReductor attribute) (pyHarm.Reductors.NLdofsReductor.NLdofsReductor attribute) (pyHarm.Reductors.NoReductor.NoReductor attribute) (pyHarm.Reductors.StaticReductor.StaticReductor attribute) (pyHarm.StepSizeRules.ABCStepSizeRule.ABCStepSizeRule property) (pyHarm.StepSizeRules.StepSizeAcceptance.StepSizeAcceptance attribute) (pyHarm.StepSizeRules.StepSizeConstant.StepSizeConstant attribute) (pyHarm.StopCriterion.ABCStopCriterion.ABCStopCriterion property) (pyHarm.StopCriterion.StopCriterionBounds.StopCriterionBounds attribute) (pyHarm.StopCriterion.StopCriterionBoundsOrSolNumber.StopCriterionBoundsOrSolNumber attribute) (pyHarm.Substructures.ABCSubstructure.ABCSubstructure property) (pyHarm.Substructures.OnlyDofs.OnlyDofs attribute) (pyHarm.Substructures.SubDataReader.ABCReader.ABCReader property) (pyHarm.Substructures.SubDataReader.GenericReader.GenericReader attribute), [1] (pyHarm.Substructures.Substructure.Substructure attribute) (pyHarm.Systems.ABCSystem.ABCSystem property) (pyHarm.Systems.System.System attribute)

FirstSolution (class in pyHarm.Solver) flag_accepted (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot attribute) (pyHarm.Solver.SystemSolution attribute) flag_adim (pyHarm.ABCElement attribute) (pyHarm.Elements.ABCElement.ABCElement attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap attribute) (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement attribute) (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing attribute) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins attribute) (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D attribute) (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap attribute) (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap attribute) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute), [1] (pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement.LinearHystMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute), [1] flag_AFT (pyHarm.ABCElement attribute) (pyHarm.Elements.ABCElement.ABCElement attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTElement.DLFTElement attribute) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement.LinearHystMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) flag_bifurcation (pyHarm.Solver.SystemSolution attribute) flag_DLFT (pyHarm.ABCElement attribute) (pyHarm.Elements.ABCElement.ABCElement attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTElement.DLFTElement attribute) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement.LinearHystMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) flag_extforcing (pyHarm.ABCElement attribute) (pyHarm.Elements.ABCElement.ABCElement attribute) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement.LinearHystMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) flag_intosolver (pyHarm.Solver.SystemSolution attribute) flag_J (pyHarm.Solver.SystemSolution attribute) flag_J_f (pyHarm.Solver.SystemSolution attribute) flag_J_lu (pyHarm.Solver.SystemSolution attribute) flag_J_qr (pyHarm.Solver.SystemSolution attribute) flag_nonlinear (pyHarm.ABCElement attribute) (pyHarm.Elements.ABCElement.ABCElement attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTElement.DLFTElement attribute) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement.LinearHystMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) flag_print (pyHarm.ABCPredictor attribute), [1] (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] (pyHarm.Analysis.Linear_Analysis.Linear_Analysis attribute), [1] (pyHarm.Predictors.ABCPredictor.ABCPredictor attribute), [1] flag_purge (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] flag_R (pyHarm.Solver.SystemSolution attribute) flag_restart (pyHarm.Solver.SystemSolution attribute) flag_solved (pyHarm.Solver.SystemSolution attribute) flag_substructure (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute) FRF_NonLinear (class in pyHarm.Analysis.FRF_NonLinear)

G

g (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D attribute), [1] (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap attribute), [1] (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D attribute), [1] (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap attribute), [1] (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap attribute), [1] GeneralOrderElement (class in pyHarm.Elements.NodeToNodeElements.GeneralOrderElement) GeneralOrderForcing (class in pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing) generate_subreader() (in module pyHarm.Substructures.SubDataReader.FactoryReader) generate_substructure() (in module pyHarm.Substructures.FactorySubstructure) generateChainReductor() (in module pyHarm.Reductors.FactoryChainedReductors) generateCoordinateSystem() (in module pyHarm.CoordinateSystem) generateCorrector() (in module pyHarm.Correctors.FactoryCorrector) generateElement() (in module pyHarm.Elements.FactoryElements) generateIndices() (pyHarm.ABCElement method) (pyHarm.ABCKinematic method) (pyHarm.Elements.ABCElement.ABCElement method) (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement method) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement method) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic method) (pyHarm.KinematicConditions.BaseProjection.BaseProjection method) generateKinematic() (in module pyHarm.KinematicConditions.FactoryKinematic) generateNonLinearAnalysis() (in module pyHarm.Analysis.FactoryNonLinearStudy) generateNonLinearSolver() (in module pyHarm.NonLinearSolver.FactoryNonLinearSolver) generatePredictor() (in module pyHarm.Predictors.FactoryPredictor) generateReductor() (in module pyHarm.Reductors.FactoryReductors) generateStepSizeRule() (in module pyHarm.StepSizeRules.FactoryStepSize) generateStopCriterion() (in module pyHarm.StopCriterion.FactoryStopCriterion) generateSystem() (in module pyHarm.Systems.FactorySystem) GenericReader (class in pyHarm.Substructures.SubDataReader.GenericReader) get_full_disp() (pyHarm.Systems.ABCSystem.ABCSystem method) get_Mass() (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure method) get_Rigidity() (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure method) getCustomOptionDictionary() (in module pyHarm) (in module pyHarm.BaseUtilFuncs)

getIndex() (pyHarm.Maestro method) (pyHarm.Maestro.Maestro method) getIndexfromExpldofs() (in module pyHarm) (in module pyHarm.BaseUtilFuncs) getJacobian() (pyHarm.Solver.SystemSolution method) getPointerToSolution() (pyHarm.ABCPredictor method) (pyHarm.Predictors.ABCPredictor.ABCPredictor method) getStepSize() (pyHarm.ABCStepSizeRule method) (pyHarm.StepSizeRules.ABCStepSizeRule.ABCStepSizeRule method) (pyHarm.StepSizeRules.StepSizeAcceptance.StepSizeAcceptance method) (pyHarm.StepSizeRules.StepSizeConstant.StepSizeConstant method) getStopCriterionStatus() (pyHarm.ABCStopCriterion method) (pyHarm.StopCriterion.ABCStopCriterion.ABCStopCriterion method) (pyHarm.StopCriterion.StopCriterionBounds.StopCriterionBounds method) (pyHarm.StopCriterion.StopCriterionBoundsOrSolNumber.StopCriterionBoundsOrSolNumber method) getTM() (pyHarm.CoordinateSystem.CoordinateSystem method) GlobalCoordinateSystem (class in pyHarm.CoordinateSystem) GlobalHarmonicReductor (class in pyHarm.Reductors.GlobalHarmonicReductor) globalJacobian() (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear method) globalJacobianwRed() (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear method) globalResidual() (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear method) globalResidualwRed() (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear method) GODisplacement (class in pyHarm.KinematicConditions.GODisplacement) GOEJacobian_AFT() (in module pyHarm.Elements.NodeToNodeElements.GeneralOrderElement) GOEJacobian_noAFT() (in module pyHarm.Elements.NodeToNodeElements.GeneralOrderElement) GOEResidual_AFT() (in module pyHarm.Elements.NodeToNodeElements.GeneralOrderElement) GOEResidual_noAFT() (in module pyHarm.Elements.NodeToNodeElements.GeneralOrderElement) GOFJacobian() (in module pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing) GOFResidual() (in module pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing) GOMatrix (class in pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement) GOMatrixJacobian() (in module pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement) GOMatrixResidual() (in module pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement)

H

harmonic_index() (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method)

ho (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing attribute) (pyHarm.KinematicConditions.GODisplacement.GODisplacement attribute)

I

index_insolve (pyHarm.Solver.SystemSolution attribute), [1] indices (pyHarm.ABCKinematic attribute), [1] (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement attribute), [1] (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement attribute) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute), [1] (pyHarm.KinematicConditions.BaseProjection.BaseProjection attribute)

init_dofs (pyHarm.Reductors.NLdofsReductor.NLdofsReductor attribute) initialise() (pyHarm.Analysis.ABCAnalysis.ABCAnalysis method) (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear method) (pyHarm.Analysis.Linear_Analysis.Linear_Analysis method) inputData (pyHarm.Maestro attribute) (pyHarm.Maestro.Maestro attribute)

J

J_add (pyHarm.Reductors.NLdofsReductor.NLdofsReductor attribute) J_f (pyHarm.Solver.SystemSolution attribute), [1] J_lu (pyHarm.Solver.SystemSolution attribute), [1] J_qr (pyHarm.Solver.SystemSolution attribute), [1] jac (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap attribute) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins attribute) (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D attribute) (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap attribute) (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap attribute) jacobian (pyHarm.ABCNLSolver attribute) (pyHarm.NonLinearSolver.ABCNonLinearSolver.ABCNLSolver attribute) (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose attribute) (pyHarm.NonLinearSolver.NewtonRaphson.Solver_NewtonRaphson attribute) (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot attribute)

Jacobian() (pyHarm.Systems.ABCSystem.ABCSystem method) (pyHarm.Systems.System.System method) jaxf (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D), [1] (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction), [1] (in module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap), [1] (in module pyHarm.Elements.NodeToNodeElements.Jenkins), [1] (in module pyHarm.Elements.NodeToNodeElements.Penalty3D), [1] Jenkins (class in pyHarm.Elements.NodeToNodeElements.Jenkins) JenkinsCorLoop() (in module pyHarm.Elements.NodeToNodeElements.Jenkins) JenkinsCorLoop_jax() (in module pyHarm.Elements.NodeToNodeElements.Jenkins) JenkinsJacobian() (in module pyHarm.Elements.NodeToNodeElements.Jenkins) JenkinsResidual() (in module pyHarm.Elements.NodeToNodeElements.Jenkins) JenkinsResidual_jax() (in module pyHarm.Elements.NodeToNodeElements.Jenkins)

K

k (pyHarm.Elements.NodeToNodeElements.CubicSpring.CubicSpring attribute) (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement attribute), [1] (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins attribute), [1] (pyHarm.Elements.NodeToNodeElements.LinearDamper.LinearDamper attribute) (pyHarm.Elements.NodeToNodeElements.LinearSpring.LinearSpring attribute) (pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap.PenaltyBilateralGap attribute), [1] (pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap.PenaltyUnilateralGap attribute), [1] k_n (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D attribute), [1], [2] k_t (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D attribute) Kinematic_dico (in module pyHarm) (in module pyHarm.KinematicConditions.FactoryKinematic), [1]

kinematics (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute), [1] (pyHarm.Substructures.OnlyDofs.OnlyDofs attribute) (pyHarm.Substructures.Substructure.Substructure attribute) KrackPreconditioner (class in pyHarm.Reductors.KrackPreconditioner) kronC (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) kronG (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) kronK (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) kronM (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute)

L

L_Elem (in module pyHarm.Elements.FactoryElements), [1] LC (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] lc (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] LE (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] LE_extforcing (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] LE_linear (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] LE_nonlinear_dlft (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] LE_nonlinear_nodlft (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1]

Linear_Analysis (class in pyHarm.Analysis.Linear_Analysis) LinearDamper (class in pyHarm.Elements.NodeToNodeElements.LinearDamper) LinearHystMatrix (class in pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement) LinearSpring (class in pyHarm.Elements.NodeToNodeElements.LinearSpring) linSysdeltak() (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose method) (pyHarm.NonLinearSolver.NewtonRaphson.Solver_NewtonRaphson method) linSysTk() (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose method) LocalHarmonicReductor (class in pyHarm.Reductors.LocalHarmonicReductor)

M

Maestro (class in pyHarm) (class in pyHarm.Maestro) makeStep() (pyHarm.Analysis.ABCAnalysis.ABCAnalysis method) (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear method) (pyHarm.Analysis.Linear_Analysis.Linear_Analysis method) MatrixElement (class in pyHarm.Elements.SubstructureMatrixElements.MatrixElement) max_solsaved (pyHarm.StopCriterion.StopCriterionBoundsOrSolNumber.StopCriterionBoundsOrSolNumber attribute) modal_analysis() (pyHarm.Analysis.Linear_Analysis.Linear_Analysis method) module pyHarm pyHarm._version pyHarm.Analysis pyHarm.Analysis.ABCAnalysis pyHarm.Analysis.FactoryNonLinearStudy pyHarm.Analysis.FRF_NonLinear pyHarm.Analysis.Linear_Analysis pyHarm.BaseUtilFuncs pyHarm.CoordinateSystem pyHarm.Correctors pyHarm.Correctors.ABCCorrector pyHarm.Correctors.CorrectorArcLength pyHarm.Correctors.CorrectorNoContinuation pyHarm.Correctors.CorrectorPseudoArcLength pyHarm.Correctors.FactoryCorrector pyHarm.DynamicOperator pyHarm.Elements pyHarm.Elements.ABCElement pyHarm.Elements.FactoryElements pyHarm.Elements.NodeToNodeElements pyHarm.Elements.NodeToNodeElements.CosinusForcing pyHarm.Elements.NodeToNodeElements.CubicSpring pyHarm.Elements.NodeToNodeElements.DLFTElements pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTElement pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap pyHarm.Elements.NodeToNodeElements.GeneralOrderElement pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing pyHarm.Elements.NodeToNodeElements.Jenkins pyHarm.Elements.NodeToNodeElements.LinearDamper pyHarm.Elements.NodeToNodeElements.LinearSpring pyHarm.Elements.NodeToNodeElements.NodeToNodeElement pyHarm.Elements.NodeToNodeElements.Penalty3D pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap pyHarm.Elements.NodeToNodeElements.SinusForcing pyHarm.Elements.NodeToNodeElements.WRElements pyHarm.Elements.SubstructureMatrixElements pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement pyHarm.Elements.SubstructureMatrixElements.MatrixElement pyHarm.Elements.SubstructureMatrixElements.Substructure pyHarm.KinematicConditions pyHarm.KinematicConditions.ABCKinematic pyHarm.KinematicConditions.AccelImposed pyHarm.KinematicConditions.BaseProjection pyHarm.KinematicConditions.DispImposed pyHarm.KinematicConditions.FactoryKinematic pyHarm.KinematicConditions.GODisplacement pyHarm.KinematicConditions.SpeedImposed pyHarm.Maestro pyHarm.NonLinearSolver pyHarm.NonLinearSolver.ABCNonLinearSolver pyHarm.NonLinearSolver.FactoryNonLinearSolver pyHarm.NonLinearSolver.MoorePenrose pyHarm.NonLinearSolver.NewtonRaphson pyHarm.NonLinearSolver.ScipyRoot pyHarm.Predictors pyHarm.Predictors.ABCPredictor pyHarm.Predictors.FactoryPredictor pyHarm.Predictors.PredictorPreviousSolution pyHarm.Predictors.PredictorSecant pyHarm.Predictors.PredictorTangent pyHarm.Reductors pyHarm.Reductors.ABCReductor pyHarm.Reductors.AllgowerPreconditioner pyHarm.Reductors.ChainReductor pyHarm.Reductors.FactoryChainedReductors pyHarm.Reductors.FactoryReductors pyHarm.Reductors.GlobalHarmonicReductor pyHarm.Reductors.KrackPreconditioner pyHarm.Reductors.LocalHarmonicReductor pyHarm.Reductors.NLdofsReductor pyHarm.Reductors.NoReductor pyHarm.Reductors.StaticReductor pyHarm.Solver pyHarm.StepSizeRules pyHarm.StepSizeRules.ABCStepSizeRule pyHarm.StepSizeRules.FactoryStepSize pyHarm.StepSizeRules.StepSizeAcceptance pyHarm.StepSizeRules.StepSizeConstant pyHarm.StopCriterion pyHarm.StopCriterion.ABCStopCriterion pyHarm.StopCriterion.FactoryStopCriterion pyHarm.StopCriterion.StopCriterionBounds pyHarm.StopCriterion.StopCriterionBoundsOrSolNumber pyHarm.Substructures pyHarm.Substructures.ABCSubstructure pyHarm.Substructures.FactorySubstructure pyHarm.Substructures.OnlyDofs pyHarm.Substructures.SubDataReader pyHarm.Substructures.SubDataReader.ABCReader pyHarm.Substructures.SubDataReader.FactoryReader pyHarm.Substructures.SubDataReader.GenericReader pyHarm.Substructures.Substructure pyHarm.Systems pyHarm.Systems.ABCSystem pyHarm.Systems.FactorySystem pyHarm.Systems.System

mu (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction attribute) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins attribute) (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D attribute)

N

N0 (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D.DLFT3D attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction.DLFTFriction attribute) (pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap.DLFTUniGap attribute) (pyHarm.Elements.NodeToNodeElements.Jenkins.Jenkins attribute) (pyHarm.Elements.NodeToNodeElements.Penalty3D.Penalty3D attribute) n_component (pyHarm.CoordinateSystem.CoordinateSystem attribute) (pyHarm.CoordinateSystem.GlobalCoordinateSystem attribute) n_dirs (pyHarm.CoordinateSystem.CoordinateSystem attribute) (pyHarm.CoordinateSystem.GlobalCoordinateSystem attribute) nabla (pyHarm.ABCElement attribute) (pyHarm.ABCKinematic attribute) (pyHarm.Elements.ABCElement.ABCElement attribute) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement.LinearHystMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute) nabla() (in module pyHarm.DynamicOperator) name (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute) (pyHarm.Analysis.Linear_Analysis.Linear_Analysis attribute) (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot attribute) (pyHarm.StepSizeRules.StepSizeAcceptance.StepSizeAcceptance attribute) (pyHarm.StepSizeRules.StepSizeConstant.StepSizeConstant attribute) (pyHarm.StopCriterion.StopCriterionBounds.StopCriterionBounds attribute) (pyHarm.StopCriterion.StopCriterionBoundsOrSolNumber.StopCriterionBoundsOrSolNumber attribute) (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute), [1] (pyHarm.Substructures.OnlyDofs.OnlyDofs attribute) (pyHarm.Substructures.Substructure.Substructure attribute) nbdofi (pyHarm.ABCKinematic attribute) (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement attribute), [1] (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute) nbSub (pyHarm.ABCKinematic attribute) (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement attribute), [1] (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute) ndofs (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute), [1] (pyHarm.Substructures.OnlyDofs.OnlyDofs attribute) (pyHarm.Substructures.Substructure.Substructure attribute) (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1]

ndofs_solve (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] nh (pyHarm.ABCElement attribute) (pyHarm.ABCKinematic attribute) (pyHarm.Elements.ABCElement.ABCElement attribute) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement.LinearHystMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute) (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute), [1] (pyHarm.Substructures.OnlyDofs.OnlyDofs attribute) (pyHarm.Substructures.Substructure.Substructure attribute) (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] NLdofsReductor (class in pyHarm.Reductors.NLdofsReductor) nls (pyHarm.Maestro attribute) (pyHarm.Maestro.Maestro attribute) nmodes (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute), [1] (pyHarm.Substructures.OnlyDofs.OnlyDofs attribute) (pyHarm.Substructures.Substructure.Substructure attribute) nnodes (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute), [1] (pyHarm.Substructures.OnlyDofs.OnlyDofs attribute) (pyHarm.Substructures.Substructure.Substructure attribute) nodes (pyHarm.ABCKinematic attribute) (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement attribute), [1] (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute) NodeToNodeElement (class in pyHarm.Elements.NodeToNodeElements.NodeToNodeElement) NonLinearStudy_kind (in module pyHarm.Analysis.FactoryNonLinearStudy), [1] NoReductor (class in pyHarm.Reductors.NoReductor) norm_dir() (pyHarm.ABCPredictor method) (pyHarm.Predictors.ABCPredictor.ABCPredictor method) nti (pyHarm.ABCElement attribute) (pyHarm.ABCKinematic attribute) (pyHarm.Elements.ABCElement.ABCElement attribute) (pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement.GOMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement.LinearHystMatrix attribute) (pyHarm.Elements.SubstructureMatrixElements.MatrixElement.MatrixElement attribute) (pyHarm.Elements.SubstructureMatrixElements.Substructure.Substructure attribute) (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute) (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1]

O

OnlyDofs (class in pyHarm.Substructures.OnlyDofs) operate() (pyHarm.Maestro method) (pyHarm.Maestro.Maestro method)

output_expl_dofs() (pyHarm.ABCReductor method) (pyHarm.Reductors.ABCReductor.ABCReductor method)

P

Pdir (pyHarm.ABCKinematic attribute), [1] (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement attribute), [1] (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute), [1] (pyHarm.KinematicConditions.BaseProjection.BaseProjection attribute) PenalGapJacobian() (in module pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap) (in module pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap) PenalGapResidual() (in module pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap) (in module pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap) PenalGapResidual_jax() (in module pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap) Penalty3D (class in pyHarm.Elements.NodeToNodeElements.Penalty3D) PenaltyBilateralGap (class in pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap) PenaltyUnilateralGap (class in pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap) phi (pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing.GeneralOrderForcing attribute) (pyHarm.KinematicConditions.BaseProjection.BaseProjection attribute) (pyHarm.KinematicConditions.GODisplacement.GODisplacement attribute) (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor attribute), [1] (pyHarm.Reductors.LocalHarmonicReductor.LocalHarmonicReductor attribute), [1] phi_inv (pyHarm.KinematicConditions.BaseProjection.BaseProjection attribute) phi_reduce (pyHarm.Reductors.NLdofsReductor.NLdofsReductor attribute) Pmaster (pyHarm.ABCKinematic attribute), [1] (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement attribute), [1] (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute), [1] (pyHarm.KinematicConditions.BaseProjection.BaseProjection attribute) precedent_solution (pyHarm.Solver.SystemSolution attribute), [1] predict() (pyHarm.ABCPredictor method) (pyHarm.Predictors.ABCPredictor.ABCPredictor method) (pyHarm.Predictors.PredictorPreviousSolution.PredictorPreviousSolution method) (pyHarm.Predictors.PredictorSecant.PredictorSecant method) (pyHarm.Predictors.PredictorTangent.PredictorTangent method) predict_usingtan() (pyHarm.Predictors.PredictorSecant.PredictorSecant method) predictor (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] Predictor_dico (in module pyHarm) (in module pyHarm.Predictors.FactoryPredictor), [1] predictor_name (pyHarm.Predictors.PredictorPreviousSolution.PredictorPreviousSolution attribute) (pyHarm.Predictors.PredictorSecant.PredictorSecant attribute) (pyHarm.Predictors.PredictorTangent.PredictorTangent attribute) predictor_options (pyHarm.ABCPredictor attribute), [1] (pyHarm.Predictors.ABCPredictor.ABCPredictor attribute), [1] PredictorPreviousSolution (class in pyHarm.Predictors.PredictorPreviousSolution) PredictorSecant (class in pyHarm.Predictors.PredictorSecant) PredictorTangent (class in pyHarm.Predictors.PredictorTangent) ProjectInBounds() (pyHarm.ABCStepSizeRule method) (pyHarm.StepSizeRules.ABCStepSizeRule.ABCStepSizeRule method) Pslave (pyHarm.ABCKinematic attribute), [1] (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement attribute), [1] (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute), [1] (pyHarm.KinematicConditions.BaseProjection.BaseProjection attribute) puls_inf (pyHarm.ABCStopCriterion attribute) (pyHarm.StopCriterion.ABCStopCriterion.ABCStopCriterion attribute) puls_sup (pyHarm.ABCStopCriterion attribute) (pyHarm.StopCriterion.ABCStopCriterion.ABCStopCriterion attribute) purge_jacobians() (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear method) pyHarm module pyHarm._version module pyHarm.Analysis module pyHarm.Analysis.ABCAnalysis module pyHarm.Analysis.FactoryNonLinearStudy module pyHarm.Analysis.FRF_NonLinear module pyHarm.Analysis.Linear_Analysis module pyHarm.BaseUtilFuncs module pyHarm.CoordinateSystem module pyHarm.Correctors module pyHarm.Correctors.ABCCorrector module pyHarm.Correctors.CorrectorArcLength module pyHarm.Correctors.CorrectorNoContinuation module pyHarm.Correctors.CorrectorPseudoArcLength module pyHarm.Correctors.FactoryCorrector module pyHarm.DynamicOperator module pyHarm.Elements module pyHarm.Elements.ABCElement module pyHarm.Elements.FactoryElements module pyHarm.Elements.NodeToNodeElements module pyHarm.Elements.NodeToNodeElements.CosinusForcing module pyHarm.Elements.NodeToNodeElements.CubicSpring module pyHarm.Elements.NodeToNodeElements.DLFTElements module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFT3D module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTElement module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTFriction module pyHarm.Elements.NodeToNodeElements.DLFTElements.DLFTUniGap module pyHarm.Elements.NodeToNodeElements.GeneralOrderElement module pyHarm.Elements.NodeToNodeElements.GeneralOrderForcing module pyHarm.Elements.NodeToNodeElements.Jenkins module pyHarm.Elements.NodeToNodeElements.LinearDamper module pyHarm.Elements.NodeToNodeElements.LinearSpring module pyHarm.Elements.NodeToNodeElements.NodeToNodeElement module pyHarm.Elements.NodeToNodeElements.Penalty3D module pyHarm.Elements.NodeToNodeElements.PenaltyBilateralGap module pyHarm.Elements.NodeToNodeElements.PenaltyUnilateralGap module pyHarm.Elements.NodeToNodeElements.SinusForcing module pyHarm.Elements.NodeToNodeElements.WRElements module

pyHarm.Elements.SubstructureMatrixElements module pyHarm.Elements.SubstructureMatrixElements.GeneralOrderMatrixElement module pyHarm.Elements.SubstructureMatrixElements.LinearHystMatrixElement module pyHarm.Elements.SubstructureMatrixElements.MatrixElement module pyHarm.Elements.SubstructureMatrixElements.Substructure module pyHarm.KinematicConditions module pyHarm.KinematicConditions.ABCKinematic module pyHarm.KinematicConditions.AccelImposed module pyHarm.KinematicConditions.BaseProjection module pyHarm.KinematicConditions.DispImposed module pyHarm.KinematicConditions.FactoryKinematic module pyHarm.KinematicConditions.GODisplacement module pyHarm.KinematicConditions.SpeedImposed module pyHarm.Maestro module pyHarm.NonLinearSolver module pyHarm.NonLinearSolver.ABCNonLinearSolver module pyHarm.NonLinearSolver.FactoryNonLinearSolver module pyHarm.NonLinearSolver.MoorePenrose module pyHarm.NonLinearSolver.NewtonRaphson module pyHarm.NonLinearSolver.ScipyRoot module pyHarm.Predictors module pyHarm.Predictors.ABCPredictor module pyHarm.Predictors.FactoryPredictor module pyHarm.Predictors.PredictorPreviousSolution module pyHarm.Predictors.PredictorSecant module pyHarm.Predictors.PredictorTangent module pyHarm.Reductors module pyHarm.Reductors.ABCReductor module pyHarm.Reductors.AllgowerPreconditioner module pyHarm.Reductors.ChainReductor module pyHarm.Reductors.FactoryChainedReductors module pyHarm.Reductors.FactoryReductors module pyHarm.Reductors.GlobalHarmonicReductor module pyHarm.Reductors.KrackPreconditioner module pyHarm.Reductors.LocalHarmonicReductor module pyHarm.Reductors.NLdofsReductor module pyHarm.Reductors.NoReductor module pyHarm.Reductors.StaticReductor module pyHarm.Solver module pyHarm.StepSizeRules module pyHarm.StepSizeRules.ABCStepSizeRule module pyHarm.StepSizeRules.FactoryStepSize module pyHarm.StepSizeRules.StepSizeAcceptance module pyHarm.StepSizeRules.StepSizeConstant module pyHarm.StopCriterion module pyHarm.StopCriterion.ABCStopCriterion module pyHarm.StopCriterion.FactoryStopCriterion module pyHarm.StopCriterion.StopCriterionBounds module pyHarm.StopCriterion.StopCriterionBoundsOrSolNumber module pyHarm.Substructures module pyHarm.Substructures.ABCSubstructure module pyHarm.Substructures.FactorySubstructure module pyHarm.Substructures.OnlyDofs module pyHarm.Substructures.SubDataReader module pyHarm.Substructures.SubDataReader.ABCReader module pyHarm.Substructures.SubDataReader.FactoryReader module pyHarm.Substructures.SubDataReader.GenericReader module pyHarm.Substructures.Substructure module pyHarm.Systems module pyHarm.Systems.ABCSystem module pyHarm.Systems.FactorySystem module pyHarm.Systems.System module pyHarm_plugin() (in module pyHarm) (in module pyHarm.BaseUtilFuncs)

R

R (pyHarm.Solver.SystemSolution attribute), [1] read_and_complete_matrix() (pyHarm.Substructures.SubDataReader.GenericReader.GenericReader method) read_h5_files() (pyHarm.Substructures.SubDataReader.GenericReader.GenericReader method) read_mat_files() (pyHarm.Substructures.SubDataReader.GenericReader.GenericReader method) reduce_matrix() (pyHarm.ABCReductor method) (pyHarm.Reductors.ABCReductor.ABCReductor method) (pyHarm.Reductors.AllgowerPreconditioner.AllgowerPreconditioner method) (pyHarm.Reductors.ChainReductor.ChainReductor method) (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) (pyHarm.Reductors.KrackPreconditioner.KrackPreconditioner method) (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) (pyHarm.Reductors.NoReductor.NoReductor method) (pyHarm.Reductors.StaticReductor.StaticReductor method) reduce_vector() (pyHarm.ABCReductor method) (pyHarm.Reductors.ABCReductor.ABCReductor method) (pyHarm.Reductors.AllgowerPreconditioner.AllgowerPreconditioner method) (pyHarm.Reductors.ChainReductor.ChainReductor method) (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) (pyHarm.Reductors.KrackPreconditioner.KrackPreconditioner method) (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) (pyHarm.Reductors.NoReductor.NoReductor method) (pyHarm.Reductors.StaticReductor.StaticReductor method)

reduce_vector_x() (pyHarm.Reductors.AllgowerPreconditioner.AllgowerPreconditioner method) (pyHarm.Reductors.KrackPreconditioner.KrackPreconditioner method) (pyHarm.Reductors.StaticReductor.StaticReductor method) reduce_vectorx() (pyHarm.ABCReductor method) (pyHarm.Reductors.ABCReductor.ABCReductor method) (pyHarm.Reductors.ChainReductor.ChainReductor method) reductor (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] Reductor_dico (in module pyHarm) (in module pyHarm.Reductors.FactoryReductors), [1] residual (pyHarm.ABCNLSolver attribute) (pyHarm.NonLinearSolver.ABCNonLinearSolver.ABCNLSolver attribute) (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose attribute) (pyHarm.NonLinearSolver.NewtonRaphson.Solver_NewtonRaphson attribute) (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot attribute) Residual() (pyHarm.Systems.ABCSystem.ABCSystem method) (pyHarm.Systems.System.System method)

S

SaveSolution() (pyHarm.Solver.SystemSolution method) sign_ds (pyHarm.ABCPredictor attribute), [1] (pyHarm.Predictors.ABCPredictor.ABCPredictor attribute), [1] (pyHarm.Solver.SystemSolution attribute), [1] sign_ds_init (pyHarm.ABCPredictor attribute) (pyHarm.Predictors.ABCPredictor.ABCPredictor attribute) SinusForcing (class in pyHarm.Elements.NodeToNodeElements.SinusForcing) SolList (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] (pyHarm.Analysis.Linear_Analysis.Linear_Analysis attribute), [1] solution_accepted() (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot method) Solve() (pyHarm.ABCNLSolver method) (pyHarm.Analysis.ABCAnalysis.ABCAnalysis method) (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear method) (pyHarm.Analysis.Linear_Analysis.Linear_Analysis method) (pyHarm.NonLinearSolver.ABCNonLinearSolver.ABCNLSolver method) (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose method) (pyHarm.NonLinearSolver.NewtonRaphson.Solver_NewtonRaphson method) (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot method) solver (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] Solver_dico (in module pyHarm) (in module pyHarm.NonLinearSolver.FactoryNonLinearSolver), [1] Solver_MoorePenrose (class in pyHarm.NonLinearSolver.MoorePenrose) Solver_NewtonRaphson (class in pyHarm.NonLinearSolver.NewtonRaphson) solver_options (pyHarm.ABCNLSolver attribute) (pyHarm.NonLinearSolver.ABCNonLinearSolver.ABCNLSolver attribute) (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose attribute) (pyHarm.NonLinearSolver.NewtonRaphson.Solver_NewtonRaphson attribute) (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot attribute) solver_options_root (pyHarm.NonLinearSolver.MoorePenrose.Solver_MoorePenrose attribute) (pyHarm.NonLinearSolver.NewtonRaphson.Solver_NewtonRaphson attribute) (pyHarm.NonLinearSolver.ScipyRoot.Solver_ScipyRoot attribute) Solver_ScipyRoot (class in pyHarm.NonLinearSolver.ScipyRoot) SpeedImposed (class in pyHarm.KinematicConditions.SpeedImposed)

StaticReductor (class in pyHarm.Reductors.StaticReductor) stepsize_options (pyHarm.StepSizeRules.StepSizeAcceptance.StepSizeAcceptance attribute) StepSizeAcceptance (class in pyHarm.StepSizeRules.StepSizeAcceptance) StepSizeConstant (class in pyHarm.StepSizeRules.StepSizeConstant) StepSizer_dico (in module pyHarm) (in module pyHarm.StepSizeRules.FactoryStepSize), [1] StopCriterionBounds (class in pyHarm.StopCriterion.StopCriterionBounds) StopCriterionBoundsOrSolNumber (class in pyHarm.StopCriterion.StopCriterionBoundsOrSolNumber) stopper (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] Stopper_dico (in module pyHarm) (in module pyHarm.StopCriterion.FactoryStopCriterion), [1] stopper_options (pyHarm.StopCriterion.StopCriterionBoundsOrSolNumber.StopCriterionBoundsOrSolNumber attribute) subs (pyHarm.ABCKinematic attribute) (pyHarm.Elements.NodeToNodeElements.NodeToNodeElement.NodeToNodeElement attribute), [1] (pyHarm.KinematicConditions.ABCKinematic.ABCKinematic attribute) Substructure (class in pyHarm.Elements.SubstructureMatrixElements.Substructure) (class in pyHarm.Substructures.Substructure) substructure_reader (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute) SubstructureDico (in module pyHarm) (in module pyHarm.Substructures.FactorySubstructure) SubstructureJacobian() (in module pyHarm.Elements.SubstructureMatrixElements.Substructure) SubstructureReaderDictionary (in module pyHarm) (in module pyHarm.Substructures.SubDataReader.FactoryReader), [1] SubstructureResidual() (in module pyHarm.Elements.SubstructureMatrixElements.Substructure) System (class in pyHarm.Systems.System) system (pyHarm.Analysis.FRF_NonLinear.FRF_NonLinear attribute), [1] (pyHarm.Analysis.Linear_Analysis.Linear_Analysis attribute), [1] (pyHarm.Maestro attribute) (pyHarm.Maestro.Maestro attribute) System_dico (in module pyHarm) (in module pyHarm.Systems.FactorySystem), [1] system_options (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1] SystemSolution (class in pyHarm.Solver)

T

total_dofs (pyHarm.Substructures.ABCSubstructure.ABCSubstructure attribute)

U

update_reductor() (pyHarm.ABCReductor method) (pyHarm.Reductors.ABCReductor.ABCReductor method) (pyHarm.Reductors.AllgowerPreconditioner.AllgowerPreconditioner method) (pyHarm.Reductors.ChainReductor.ChainReductor method) (pyHarm.Reductors.GlobalHarmonicReductor.GlobalHarmonicReductor method) (pyHarm.Reductors.KrackPreconditioner.KrackPreconditioner method) (pyHarm.Reductors.LocalHarmonicReductor.LocalHarmonicReductor method) (pyHarm.Reductors.NLdofsReductor.NLdofsReductor method) (pyHarm.Reductors.NoReductor.NoReductor method) (pyHarm.Reductors.StaticReductor.StaticReductor method)

W

wc (pyHarm.Systems.ABCSystem.ABCSystem attribute), [1]

X

x (pyHarm.Solver.FirstSolution attribute) (pyHarm.Solver.SystemSolution attribute), [1] x_pred (pyHarm.Solver.FirstSolution attribute) (pyHarm.Solver.SystemSolution attribute), [1]

x_start (pyHarm.Solver.SystemSolution attribute), [1] xo (pyHarm.Elements.NodeToNodeElements.GeneralOrderElement.GeneralOrderElement attribute)