Class CylindricalMisalignmentCalculator

Inheritance

System.Object

System.MarshalByRefObject

SMT.MastaAPIUtility.MarshalByRefObjectPermanent

APIBase

CylindricalMisalignmentCalculator

Implements

System.IEquatable<APIBase>

Inherited Members

APIBase.DisconnectFromMASTA()

APIBase.GetProperty<T>(String)

APIBase.SetProperty(String, Object)

APIBase.cacheRpds

APIBase.clearCachedRpds()

APIBase.getNamedObjectList<TElementType>(String)

APIBase.getExpandableProperty<TReturnType>(String)

APIBase.callPartialMethod(String, (T1, T2)<Type, Object>[])

APIBase.callPartialMethod<T>(String, T)

APIBase.callPartialMethod<T>(String, (T1, T2)<Type, Object>, T)

APIBase.callPartialMethod<T>(String, (T1, T2)<Type, Object>, (T1, T2)<Type, Object>, T)

APIBase.callPartialMethod<T>(String, (T1, T2)<Type, Object>, (T1, T2)<Type, Object>, (T1, T2)<Type, Object>, T)

APIBase.callPartialMethod<T1, T2>(String, (T1, T2)<Type, Object>, T1, T2)

APIBase.getPartialProperty(String)

APIBase.setPartialProperty(String, Object)

APIBase.IsValid(String)

APIBase.IsReadOnly(String)

APIBase.isInvalid

APIBase.DocumentationUrl()

APIBase.ToString()

APIBase.RunPython<T>(String, String, Object)

APIBase.RunPythonCode<T>(String, String, Object)

APIBase.RunPythonCode<T>(String)

APIBase.RunPython<T>(String, String)

APIBase.CreateObjRef(Type)

APIBase.RunPython(String, String, Object)

APIBase.createWrappedRange(Double, Double)

APIBase.createWrappedVector2D(Double, Double)

APIBase.createWrappedPosition3D(Double, Double, Double)

APIBase.Equals(APIBase)

APIBase.GetHashCode()

APIBase.Equals(Object)

SMT.MastaAPIUtility.MarshalByRefObjectPermanent.InitializeLifetimeService()

Namespace: SMT.MastaAPI.NodalAnalysis

Assembly: SMT.MastaAPI.13.0.dll

Syntax

public class CylindricalMisalignmentCalculator : APIBase, IEquatable<APIBase>

Fields

_parent

Declaration

protected readonly APIBase _parent

Field Value

Type	Description
APIBase

Properties

GearAEquivalentMisalignmentForRating

Misalignment of the mesh due to bending and twisting of the gears, used in the gear rating.

Measurement: VeryShortLength

Declaration

public double GearAEquivalentMisalignmentForRating { get; }

Property Value

Type	Description
System.Double

GearALineFitMisalignment

Calculated by fitting a straight line through the transverse gear mesh node deflections.

Measurement: VeryShortLength

Declaration

public double GearALineFitMisalignment { get; }

Property Value

Type	Description
System.Double

GearALineFitMisalignmentAngle

Calculated by fitting a straight line through the transverse gear mesh node deflections. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearALineFitMisalignmentAngle { get; }

Property Value

Type	Description
System.Double

GearARadialAngularComponentOfRigidBodyMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearARadialAngularComponentOfRigidBodyMisalignment { get; }

Property Value

Type	Description
System.Double

GearARigidBodyMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear.

Measurement: VeryShortLength

Declaration

public double GearARigidBodyMisalignment { get; }

Property Value

Type	Description
System.Double

GearARigidBodyMisalignmentAngle

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearARigidBodyMisalignmentAngle { get; }

Property Value

Type	Description
System.Double

GearARigidBodyOutOfPlaneMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear.

Measurement: VeryShortLength

Declaration

public double GearARigidBodyOutOfPlaneMisalignment { get; }

Property Value

Type	Description
System.Double

GearARigidBodyOutOfPlaneMisalignmentAngle

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearARigidBodyOutOfPlaneMisalignmentAngle { get; }

Property Value

Type	Description
System.Double

GearASingleNodeMisalignmentAngleDueToTilt

Calculated directly using the deflection of the single mesh node. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearASingleNodeMisalignmentAngleDueToTilt { get; }

Property Value

Type	Description
System.Double

GearASingleNodeMisalignmentDueToTilt

Calculated directly using the deflection of the single mesh node.

Measurement: VeryShortLength

Declaration

public double GearASingleNodeMisalignmentDueToTilt { get; }

Property Value

Type	Description
System.Double

GearASingleNodeMisalignmentDueToTwist

Calculated directly using the deflection of the single mesh node.

Measurement: VeryShortLength

Declaration

public double GearASingleNodeMisalignmentDueToTwist { get; }

Property Value

Type	Description
System.Double

GearATangentialAngularComponentOfRigidBodyMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearATangentialAngularComponentOfRigidBodyMisalignment { get; }

Property Value

Type	Description
System.Double

GearATransverseSeparations

Measurement: VeryShortLength

Declaration

public List<double> GearATransverseSeparations { get; }

Property Value

Type	Description
System.Collections.Generic.List<System.Double>

GearBEquivalentMisalignmentForRating

Misalignment of the mesh due to bending and twisting of the gears, used in the gear rating.

Measurement: VeryShortLength

Declaration

public double GearBEquivalentMisalignmentForRating { get; }

Property Value

Type	Description
System.Double

GearBLineFitMisalignment

Calculated by fitting a straight line through the transverse gear mesh node deflections.

Measurement: VeryShortLength

Declaration

public double GearBLineFitMisalignment { get; }

Property Value

Type	Description
System.Double

GearBLineFitMisalignmentAngle

Calculated by fitting a straight line through the transverse gear mesh node deflections. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearBLineFitMisalignmentAngle { get; }

Property Value

Type	Description
System.Double

GearBRadialAngularComponentOfRigidBodyMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearBRadialAngularComponentOfRigidBodyMisalignment { get; }

Property Value

Type	Description
System.Double

GearBRigidBodyMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear.

Measurement: VeryShortLength

Declaration

public double GearBRigidBodyMisalignment { get; }

Property Value

Type	Description
System.Double

GearBRigidBodyMisalignmentAngle

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearBRigidBodyMisalignmentAngle { get; }

Property Value

Type	Description
System.Double

GearBRigidBodyOutOfPlaneMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear.

Measurement: VeryShortLength

Declaration

public double GearBRigidBodyOutOfPlaneMisalignment { get; }

Property Value

Type	Description
System.Double

GearBRigidBodyOutOfPlaneMisalignmentAngle

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearBRigidBodyOutOfPlaneMisalignmentAngle { get; }

Property Value

Type	Description
System.Double

GearBSingleNodeMisalignmentAngleDueToTilt

Calculated directly using the deflection of the single mesh node. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearBSingleNodeMisalignmentAngleDueToTilt { get; }

Property Value

Type	Description
System.Double

GearBSingleNodeMisalignmentDueToTilt

Calculated directly using the deflection of the single mesh node.

Measurement: VeryShortLength

Declaration

public double GearBSingleNodeMisalignmentDueToTilt { get; }

Property Value

Type	Description
System.Double

GearBSingleNodeMisalignmentDueToTwist

Calculated directly using the deflection of the single mesh node.

Measurement: VeryShortLength

Declaration

public double GearBSingleNodeMisalignmentDueToTwist { get; }

Property Value

Type	Description
System.Double

GearBTangentialAngularComponentOfRigidBodyMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double GearBTangentialAngularComponentOfRigidBodyMisalignment { get; }

Property Value

Type	Description
System.Double

GearBTransverseSeparations

Measurement: VeryShortLength

Declaration

public List<double> GearBTransverseSeparations { get; }

Property Value

Type	Description
System.Collections.Generic.List<System.Double>

RigidBodyCoordinateSystemXAxis

Calculated from the radial and tangential twists of the gear relative to a fixed gear.

Declaration

public Vector3D RigidBodyCoordinateSystemXAxis { get; }

Property Value

Type	Description
Vector3D

RigidBodyCoordinateSystemYAxis

Calculated from the radial and tangential twists of the gear relative to a fixed gear.

Declaration

public Vector3D RigidBodyCoordinateSystemYAxis { get; }

Property Value

Type	Description
Vector3D

TotalEquivalentMisalignmentForRating

Misalignment of the mesh due to bending and twisting of the gears, used in the gear rating. This is not the same as Gear A misalignment minus Gear B misalignment, due to how it is defined in the rating.

Measurement: VeryShortLength

Declaration

public double TotalEquivalentMisalignmentForRating { get; }

Property Value

Type	Description
System.Double

TotalLineFitMisalignment

Calculated by fitting a straight line through the transverse gear mesh node deflections. Total is the gear A value minus the gear B value.

Measurement: VeryShortLength

Declaration

public double TotalLineFitMisalignment { get; }

Property Value

Type	Description
System.Double

TotalLineFitMisalignmentAngle

Calculated by fitting a straight line through the transverse gear mesh node deflections. Total is the gear A value minus the gear B value. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double TotalLineFitMisalignmentAngle { get; }

Property Value

Type	Description
System.Double

TotalRadialAngularComponentOfRigidBodyMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double TotalRadialAngularComponentOfRigidBodyMisalignment { get; }

Property Value

Type	Description
System.Double

TotalRigidBodyMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Total is the gear A value minus the gear B value.

Measurement: VeryShortLength

Declaration

public double TotalRigidBodyMisalignment { get; }

Property Value

Type	Description
System.Double

TotalRigidBodyMisalignmentAngle

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Total is the gear A value minus the gear B value. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double TotalRigidBodyMisalignmentAngle { get; }

Property Value

Type	Description
System.Double

TotalRigidBodyOutOfPlaneMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Total is the gear A value minus the gear B value.

Measurement: VeryShortLength

Declaration

public double TotalRigidBodyOutOfPlaneMisalignment { get; }

Property Value

Type	Description
System.Double

TotalRigidBodyOutOfPlaneMisalignmentAngle

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Total is the gear A value minus the gear B value. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double TotalRigidBodyOutOfPlaneMisalignmentAngle { get; }

Property Value

Type	Description
System.Double

TotalSingleNodeMisalignment

Calculated directly using the deflection of the single mesh node. Total is the gear A value minus the gear B value.

Measurement: VeryShortLength

Declaration

public double TotalSingleNodeMisalignment { get; }

Property Value

Type	Description
System.Double

TotalSingleNodeMisalignmentAngleDueToTilt

Calculated directly using the deflection of the single mesh node. Total is the gear A value minus the gear B value. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double TotalSingleNodeMisalignmentAngleDueToTilt { get; }

Property Value

Type	Description
System.Double

TotalSingleNodeMisalignmentDueToTilt

Calculated directly using the deflection of the single mesh node. Total is the gear A value minus the gear B value.

Measurement: VeryShortLength

Declaration

public double TotalSingleNodeMisalignmentDueToTilt { get; }

Property Value

Type	Description
System.Double

TotalSingleNodeMisalignmentDueToTwist

Calculated directly using the deflection of the single mesh node. Total is the gear A value minus the gear B value.

Measurement: VeryShortLength

Declaration

public double TotalSingleNodeMisalignmentDueToTwist { get; }

Property Value

Type	Description
System.Double

TotalTangentialAngularComponentOfRigidBodyMisalignment

Calculated from the radial and tangential twists of the gear relative to a fixed gear. Angular misalignment is about an axis perpendicular to the plane of action. A positive angular misalignment corresponds to a gap at the positive z end in the gear local coordinate system.

Measurement: SmallAngle

Declaration

public double TotalTangentialAngularComponentOfRigidBodyMisalignment { get; }

Property Value

Type	Description
System.Double

Implements

System.IEquatable<T>

Extension Methods

UtilityMethods.IsReadOnly<T>(T, Expression<Func<T, Object>>)

UtilityMethods.IsValid<T>(T, Expression<Func<T, Object>>)

UtilityMethods.IsMethodValid<T>(T, Expression<Func<T, Action>>)

UtilityMethods.IsMethodReadOnly<T>(T, Expression<Func<T, Action>>)