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Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 12]
oNMBSim
|\CBodyFlexible1s01TorsionTorsional axis with polynomial ansatz of order $n$
\NMBSimFlexibleBody
 oCContactKinematicsCircleNode
 oCContactKinematicsCircleNodeInterpolation
 oCContactKinematicsCircleFlexibleBandPairing solid cirlce to flexible band, planar only
 oCContactKinematicsCircleNurbsDisk2sContact kinematics for contact between circle and nurbsdisk2s
 oCContactKinematicsCircleHollowCylinderFlexiblePairing CircleHollow to CylinderFlexible
 oCContactKinematicsPointCylinderFlexiblePairing point to cylinder flexible
 oCContactKinematicsPointNurbsDisk2sPairing point to nurbs disk
 oCContour1sBasic class for contours described by one contour parameter $s$
 oCContour1sFlexibleNumerical description of contours with one contour parameter
 oCContour2sBasic contour described by two contour parameters $\vs$
 oCContour2sFlexibleNumerical description of contours with two contour parameter
 oCContour1sNeutralFactory
 oCContour2sNeutralFactory
 oCContourContinuumBasic class for contours described by a parametrisation
 oCCylinderFlexibleFlexible cylinder for one dimensional flexible bodies
 oCFlexibleBand
 oCContour1sNeutralCosserat
 oCContour1sNeutralLinearExternalFFR
 oCContour1sNeutralFlexibleBody1SReferenceCurveClass that sets up the neutral contour for the body FlexibleBody1SReferenceCurve Not that as interface the lagrange coordinate "s" is used
 oCContour2sNeutralLinearExternalFFR
 oCNeutralNurbs1s
 oCNeutralNurbs2s
 oCNeutralNurbsAngle1s
 oCNeutralNurbsDotangle1s
 oCNeutralNurbsLocalPosition1s
 oCNeutralNurbsLocalPosition2s
 oCNeutralNurbsPosition1s
 oCNeutralNurbsPosition2s
 oCNeutralNurbsVelocity1s
 oCNeutralNurbsVelocity2s
 oCNurbsCurve1sContour 1s flexible with NURBS parametrization
 oCNurbsDisk2s2s flexible
 oCDiscretizationInterfaceDiscretization interface for flexible systems
 oCFiniteElement1s21ANCFFinite element for planar beam using Absolute Nodal Coordinate Formulation (ANCF)
 oCFiniteElement1s21CosseratRotationFinite element for planar beam using Cosserat model : rotation element for bending and torsion
 oCFiniteElement1s21CosseratTranslationFinite translation element for planar beam using Cosserat model
 oCFiniteElement1s21RCMFinite element for planar beam using Redundant Coordinate Method (RCM)
 oCFiniteElement1s23BTAFinite element for bending torsional axis
 oCFiniteElement1s33ANCFFinite element for spatial beam using Absolute Nodal Coordinate Formulation (ANCF)
 oCFiniteElement1s33CosseratRotationFinite element for spatial beam using Cosserat model : rotation element for bending and torsion
 oCFiniteElement1s33CosseratTranslationFinite element for spatial beam using Cosserat model
 oCPositionFunction
 oCPositionJacobianComputation of FiniteElement1s33RCM position JACOBIAN (cp-angles and bending)
 oCTrafo33RCMTransformation of coordinates for FiniteElement1s33RCM
 oCWeight33RCMIntegrals of bending parametrisation for FiniteElement1s33RCM
 oCFiniteElement1s33RCMFinite element for spatial beam using Redundant Coordinate Method (RCM)
 oCFlexibleBody1SReferenceCurveFEFinite-Element class for the body FlexibleBody1SReferenceCurve
 oCfuncPTP
 oCfuncPTdPdxi
 oCfuncPTdPdt
 oCfuncPTdPdqk
 oCfuncForWgammaThis function returns basically three values. As these share some values it makes sense to not compute them all the time again..
 oCfuncForWn
 oCfuncForWb
 oCFiniteElement2s13DiskFE for Reissner-Mindlin Plate using MFR
 oCFiniteElement2s13MFRMindlinFE for Reissner-Mindlin Plate using MFR
 oCFiniteElementLinearExternalLumpedNode
 oCSuperElementLinearExternalSuperelement for linear models from external preprocessing
 oCFlexibleBody1sTbd
 oCFlexibleBody1s21ANCFAbsolute Nodal Coordinate Formulation for flexible planar beams
 oCFlexibleBody1s21CosseratFlexible body for planar beam using Cosserat model
 oCFlexibleBody1s21RCMModel for planar beams with large deflection using Redundant Coordinate Method (RCM)
 oCFlexibleBody1s23BTABending torsional axis
 oCFlexibleBody1s33ANCFAbsolute Nodal Coordinate Formulation for flexible spatial beams
 oCFlexibleBody1s33CosseratFinite element for spatial beam using Cosserat model
 oCFlexibleBody1s33RCMSpatial beam using Redundant Coordinate Method (RCM)
 oCFlexibleBody1sCosserat
 oCReferenceCurveThis is a interface definition for possible implementations of the reference curve used in the FlexibleBody1SReferenceCurve
 oCFlexibleBody1SReferenceCurveClass that implements an one dimensional nonlinear beam that uses a reference curve for the nonlinearity together with overlaid deformations. Also the Eulerian coordinates ("S" not "s") are used to project the movement of the nodes back to their original position..
 oCgethFunc
 oCFlexibleBody2sTbd
 oCFlexibleBody2s13Plate according to Reissner-Mindlin with moving frame of reference
 oCFlexibleBody2s13DiskPlate according to Reissner-Mindlin with axial moving frame of reference
 oCFlexibleBody2s13MFRMindlinPlate according to Reissner-Mindlin with moving frame of reference and small tilting assumption
 oCFlexibleBodyFFRFlexible body using a floating frame of reference formulation
 oCFlexibleBodyLinearExternalLinear models from external preprocessing, e.g. Finite Element model
 oCFlexibleBodyLinearExternalFFRFlexible body model based on floating frame reference using the system information external linear FEM code
 oCFlexibleBodyUpmost class for flexible body implementation
 oCFlexibleBodyContinuumFlexible body entirely described within MBSim holding all informations about continuum approximations
 oCFixedNodalFrameFixed nodal frame on flexible bodies
 oCFloatingRelativeFlexibleContourFrameTbd
 oCFrame1s
 oCFrame2s
 oCNodeFrameCartesian frame on nodes of flexible bodies
 oCFuncPairCircleNurbsDisk2sRoot function for pairing Circle and NurbsDisk2s
 oCAnglesNode class for angle parametrisation
 oCCardanCardan parametrisation
 oCOpenMBVDynamicIndexedFaceSet
 \CRevCardanReversed kardan parametrisation

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