Represents a joint define object
Created in NX5.0.0. More...

Inheritance diagram for NXOpen::Motion::JointDefine:

Public Types
enum	OrientationType { OrientationTypeVector, OrientationTypeCsys }
	Defines the orientation type of joint. More...

enum	Type { TypeRevolute, TypeSlider, TypeCylindrical, TypeScrew, TypeUniversal, TypeSpherical, TypePlanar, TypeFixed, TypeConstantvelocity, TypeAtpoint, TypeInline, TypeInplane, TypeOrientation, TypeParallel, TypePerpendicular }
	Joint define type. More...

Public Member Functions
double	DisplayScale ()
	Returns the display scale Created in NX5.0.0. More...

NXOpen::CoordinateSystem *	FirstCsys ()
	Returns the csys of first link Created in NX5.0.0. More...

NXOpen::Motion::Link *	FirstLink ()
	Returns the first link object Created in NX5.0.0. More...

NXOpen::NXMatrix *	FirstMatrix ()
	Returns the matrix of first link Created in NX5.0.0. More...

NXOpen::Motion::JointDefine::OrientationType	FirstOrientationType ()
	Returns the first orientation type of joint Created in NX8.0.0. More...

NXOpen::Point *	FirstOrigin ()
	Returns the origin of first link Created in NX5.0.0. More...

NXOpen::Direction *	FirstVector ()
	Returns the direction of first link Created in NX5.0.0. More...

NXOpen::Motion::JointDefine::Type	JointType ()
	Returns the joint type Created in NX5.0.0. More...

bool	LimitsDefined ()
	Returns the option of defining limits for joint Created in NX5.0.0. More...

double	LowerLimit ()
	Returns the lower limit. More...

NXOpen::Expression *	LowerLimitAngleExpression ()
	Returns the lower limit angular expression. More...

NXOpen::Expression *	LowerLimitExpression ()
	Returns the lower limit expression. More...

NXString	Name ()
	Returns the joint name Created in NX5.0.0. More...

double	ScrewRatio ()
	Returns the screw ratio. More...

NXOpen::Expression *	ScrewRatioExpression ()
	Returns the screw ratio expression. More...

NXOpen::CoordinateSystem *	SecondCsys ()
	Returns the csys of second link Created in NX5.0.0. More...

NXOpen::Motion::Link *	SecondLink ()
	Returns the second link Created in NX5.0.0. More...

NXOpen::NXMatrix *	SecondMatrix ()
	Returns the matrix of second link Created in NX5.0.0. More...

NXOpen::Motion::JointDefine::OrientationType	SecondOrientationType ()
	Returns the second orientation type of joint Created in NX8.0.0. More...

NXOpen::Point *	SecondOrigin ()
	Returns the origin of second link Created in NX5.0.0. More...

NXOpen::Direction *	SecondVector ()
	Returns the direction of second link Created in NX5.0.0. More...

void	SetDisplayScale (double displayScale)
	Sets the display scale Created in NX5.0.0. More...

void	SetFirstCsys (NXOpen::CoordinateSystem *csys1)
	Sets the csys of first link Created in NX5.0.0. More...

void	SetFirstLink (NXOpen::Motion::Link *link1)
	Sets the first link object Created in NX5.0.0. More...

void	SetFirstMatrix (NXOpen::NXMatrix *matrix1)
	Sets the matrix of first link Created in NX5.0.0. More...

void	SetFirstOrientationType (NXOpen::Motion::JointDefine::OrientationType orientationType)
	Sets the first orientation type of joint Created in NX8.0.0. More...

void	SetFirstOrigin (NXOpen::Point *origin1)
	Sets the origin of first link Created in NX5.0.0. More...

void	SetFirstVector (NXOpen::Direction *vector1)
	Sets the direction of first link Created in NX5.0.0. More...

void	SetJointType (NXOpen::Motion::JointDefine::Type jointType)
	Sets the joint type Created in NX5.0.0. More...

void	SetLimitsDefined (bool limitsDefined)
	Sets the option of defining limits for joint Created in NX5.0.0. More...

void	SetLowerLimit (double lowerLimit)
	Sets the lower limit. More...

void	SetName (const NXString &jointName)
	Sets the joint name Created in NX5.0.0. More...

void	SetName (const char *jointName)
	Sets the joint name Created in NX5.0.0. More...

void	SetScrewRatio (double screwRatio)
	Sets the screw ratio. More...

void	SetSecondCsys (NXOpen::CoordinateSystem *csys2)
	Sets the csys of second link Created in NX5.0.0. More...

void	SetSecondLink (NXOpen::Motion::Link *link2)
	Sets the second link Created in NX5.0.0. More...

void	SetSecondMatrix (NXOpen::NXMatrix *matrix2)
	Sets the matrix of second link Created in NX5.0.0. More...

void	SetSecondOrientationType (NXOpen::Motion::JointDefine::OrientationType orientationType)
	Sets the second orientation type of joint Created in NX8.0.0. More...

void	SetSecondOrigin (NXOpen::Point *origin2)
	Sets the origin of second link Created in NX5.0.0. More...

void	SetSecondVector (NXOpen::Direction *vector2)
	Sets the direction of second link Created in NX5.0.0. More...

void	SetSnapLinks (bool snapLinks)
	Sets the option of snap links Created in NX5.0.0. More...

void	SetUpperLimit (double upperLimit)
	Sets the upper limit. More...

bool	SnapLinks ()
	Returns the option of snap links Created in NX5.0.0. More...

double	UpperLimit ()
	Returns the upper limit. More...

NXOpen::Expression *	UpperLimitAngleExpression ()
	Returns the upper limit angular expression. More...

NXOpen::Expression *	UpperLimitExpression ()
	Returns the upper limit expression. More...

Public Member Functions inherited from NXOpen::TaggedObject
tag_t	Tag () const
	Returns the tag of this object. More...

Detailed Description

Represents a joint define object
Created in NX5.0.0.

Member Enumeration Documentation

enum NXOpen::Motion::JointDefine::OrientationType

Defines the orientation type of joint.

Enumerator
OrientationTypeVector	Vector orientation type.
OrientationTypeCsys	CSYS orientation type.

enum NXOpen::Motion::JointDefine::Type

Joint define type.

Enumerator
TypeRevolute	This joint type is a single axis rotation. This joint removes 5 degrees of freedom. The origins of csys_1 and csys_2 are identical and the z axes of csys_1 and csys_2 are colinear and codirected.
TypeSlider	This joint type is a single translation. This joint removes 5 degrees of freedom. The orientations of csys_1 and csys_2 are identical and the z axes are colinear and codirected.
TypeCylindrical	This joint type is a single rotation and a single translation. This joint removes 4 degrees of freedom. The z axes of csys_1 and csys_2 are colinear and codirected
TypeScrew	This joint type is used to couple the rotation and translation of a cylindrical joint to remove one degree of freedom. It should be created on the same pair of links as the cylindrical joint. If the screw joint needs to be driven, it may be coupled with a revolution joint and a slider joint instead.
TypeUniversal	This joint type allows two rotations. It removes 4 degrees of freedom. The origins of csys_1 and csys_2 are identical. The rotations about the x axis of csys_2 are equal and opposite to the rotations about the x axis of csys_1.
TypeSpherical	This joint type allows three rotations. It removes 3 degrees of freedom. The origins of csys_1 and csys_2 are identical
TypePlanar	This joint type allows a single rotation and two translations. It removes three degrees of freedom. The z axes of csys_1 and csys_2 are parallel and codirected. The origins of csys_1 and csys_2 are in a common x-y plane.
TypeFixed	This Joint fixes a link or weld two links, It removes 6 degrees of freedom.
TypeConstantvelocity	This joint type allows 2 rotation DOFs, rotation about both z axes of the joint markers, Rotation about the second marker's z-axis is equal and opposite to the first marker's rotation. A constant velocity joint is similar to a universal joint, but the exit angle of a constant velocity joint is equal to the entry angle.The origins of csys_1 and csys_2 are identical.
TypeAtpoint	This joint type allows 3 DOF: Markers are always coincident, and only rotational motion is allowed.
TypeInline	This joint type indicates a four-degree-of-freedom (3R + 1T DOF) primitive that allows one translational and three rotational motions of one part with respect to another.One part so that it can only move along a straight line defined on a second part. The location of the inline joint on the first part must remain on the z-axis of the second part.
TypeInplane	One part so that it can only move in a plane of a second part. The origin of the inplane joint on the first part must remain in the xy plane of the second part.Indicates a five-degree-of-freedom (3R + 2T DOF) primitive that allows both translational and rotational motion of one part with respect to another.For an inplane primitive, ADAMS/Solver imposes one translational constraint, which confines the translational motion of the I marker to the x-y plane of the J marker.
TypeOrientation	The coordinate system of one part so that it cannot rotate with respect to a second part. The axes of the coordinate systems must maintain the same orientation. The location of the origins of the coordinate systems does not matter.Indicates a three-degree-of-freedom (3T DOF) primitive that allows only translational motion of one part with respect to another . For an orientation primitive, Solver imposes three rotational constraints to keep the orientation of the I marker identical to the orientation of the J marker.
TypeParallel	This joint type indicates a four-degree-of-freedom(1R + 3T DOF) primitive that allows both translational and rotational motion of one part with respect to another . For a parallel axes primitive, Solver imposes two rotational constraints so that the z-axis of the I marker stays parallel to the z-axis of the J marker. This primitive permits relative rotation about the common z-axis of I and J and permits all relative displacements.
TypePerpendicular	This joint type indicates a five-degree-of-freedom (2R +3T DOF) primitive that allows both translational and rotational motion of one part with respect to Another. For a perpendicular primitive, Solver imposes a single rotational constraint on the I and the J markers so that their z-axes remain perpendicular. This allows relative rotations about either z-axis, but does not allow any relative rotation in the direction perpendicular to both z-axes.

Member Function Documentation

double NXOpen::Motion::JointDefine::DisplayScale ( )

Returns the display scale
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::CoordinateSystem* NXOpen::Motion::JointDefine::FirstCsys ( )

Returns the csys of first link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Motion::Link* NXOpen::Motion::JointDefine::FirstLink ( )

Returns the first link object
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::NXMatrix* NXOpen::Motion::JointDefine::FirstMatrix ( )

Returns the matrix of first link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Motion::JointDefine::OrientationType NXOpen::Motion::JointDefine::FirstOrientationType ( )

Returns the first orientation type of joint
Created in NX8.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Point* NXOpen::Motion::JointDefine::FirstOrigin ( )

Returns the origin of first link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Direction* NXOpen::Motion::JointDefine::FirstVector ( )

Returns the direction of first link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Motion::JointDefine::Type NXOpen::Motion::JointDefine::JointType ( )

Returns the joint type
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

bool NXOpen::Motion::JointDefine::LimitsDefined ( )

Returns the option of defining limits for joint
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

double NXOpen::Motion::JointDefine::LowerLimit ( )

Returns the lower limit.

Only used when limits option is TRUE

Deprecated:: Deprecated in NX8.0.0. Obtain the expression using Motion::JointDefine::LowerLimitExpression or Motion::JointDefine::LowerLimitAngleExpression to query or edit it.

Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Expression* NXOpen::Motion::JointDefine::LowerLimitAngleExpression ( )

Returns the lower limit angular expression.

Only used when limits option is TRUE
Created in NX8.0.0.

License requirements : None

NXOpen::Expression* NXOpen::Motion::JointDefine::LowerLimitExpression ( )

Returns the lower limit expression.

Only used when limits option is TRUE
Created in NX8.0.0.

License requirements : None

NXString NXOpen::Motion::JointDefine::Name ( )

Returns the joint name
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

double NXOpen::Motion::JointDefine::ScrewRatio ( )

Returns the screw ratio.

Used only when joint subtype is Motion::JointDefine::TypeScrew , which is the pitch of a screw's thread

Deprecated:: Deprecated in NX8.0.0. Obtain the expression using Motion::JointDefine::ScrewRatioExpression to query or edit it.

Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Expression* NXOpen::Motion::JointDefine::ScrewRatioExpression ( )

Returns the screw ratio expression.

Used only when joint subtype is Motion::JointDefine::TypeScrew , which is the pitch of a screw's thread
Created in NX8.0.0.

License requirements : None

NXOpen::CoordinateSystem* NXOpen::Motion::JointDefine::SecondCsys ( )

Returns the csys of second link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Motion::Link* NXOpen::Motion::JointDefine::SecondLink ( )

Returns the second link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::NXMatrix* NXOpen::Motion::JointDefine::SecondMatrix ( )

Returns the matrix of second link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Motion::JointDefine::OrientationType NXOpen::Motion::JointDefine::SecondOrientationType ( )

Returns the second orientation type of joint
Created in NX8.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Point* NXOpen::Motion::JointDefine::SecondOrigin ( )

Returns the origin of second link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Direction* NXOpen::Motion::JointDefine::SecondVector ( )

Returns the direction of second link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

void NXOpen::Motion::JointDefine::SetDisplayScale ( double displayScale )

Sets the display scale
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

displayScale display scale

void NXOpen::Motion::JointDefine::SetFirstCsys ( NXOpen::CoordinateSystem * csys1 )

Sets the csys of first link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

csys1 csys1

void NXOpen::Motion::JointDefine::SetFirstLink ( NXOpen::Motion::Link * link1 )

Sets the first link object
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

link1 link1

void NXOpen::Motion::JointDefine::SetFirstMatrix ( NXOpen::NXMatrix * matrix1 )

Sets the matrix of first link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

matrix1 matrix1

void NXOpen::Motion::JointDefine::SetFirstOrientationType ( NXOpen::Motion::JointDefine::OrientationType orientationType )

Sets the first orientation type of joint
Created in NX8.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

orientationType orientationtype

void NXOpen::Motion::JointDefine::SetFirstOrigin ( NXOpen::Point * origin1 )

Sets the origin of first link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

origin1 origin1

void NXOpen::Motion::JointDefine::SetFirstVector ( NXOpen::Direction * vector1 )

Sets the direction of first link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

vector1 vector1

void NXOpen::Motion::JointDefine::SetJointType ( NXOpen::Motion::JointDefine::Type jointType )

Sets the joint type
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

jointType joint type

void NXOpen::Motion::JointDefine::SetLimitsDefined ( bool limitsDefined )

Sets the option of defining limits for joint
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

limitsDefined limits defined

void NXOpen::Motion::JointDefine::SetLowerLimit ( double lowerLimit )

Sets the lower limit.

Only used when limits option is TRUE

Deprecated:: Deprecated in NX8.0.0. Obtain the expression using Motion::JointDefine::LowerLimitExpression or Motion::JointDefine::LowerLimitAngleExpression to query or edit it.

Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

lowerLimit lower limit

void NXOpen::Motion::JointDefine::SetName ( const NXString & jointName )

Sets the joint name
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

jointName joint name

void NXOpen::Motion::JointDefine::SetName ( const char * jointName )

Sets the joint name
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

jointName joint name

void NXOpen::Motion::JointDefine::SetScrewRatio ( double screwRatio )

Sets the screw ratio.

Used only when joint subtype is Motion::JointDefine::TypeScrew , which is the pitch of a screw's thread

Deprecated:: Deprecated in NX8.0.0. Obtain the expression using Motion::JointDefine::ScrewRatioExpression to query or edit it.

Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

screwRatio screw ratio

void NXOpen::Motion::JointDefine::SetSecondCsys ( NXOpen::CoordinateSystem * csys2 )

Sets the csys of second link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

csys2 csys2

void NXOpen::Motion::JointDefine::SetSecondLink ( NXOpen::Motion::Link * link2 )

Sets the second link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

link2 link2

void NXOpen::Motion::JointDefine::SetSecondMatrix ( NXOpen::NXMatrix * matrix2 )

Sets the matrix of second link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

matrix2 matrix2

void NXOpen::Motion::JointDefine::SetSecondOrientationType ( NXOpen::Motion::JointDefine::OrientationType orientationType )

Sets the second orientation type of joint
Created in NX8.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

orientationType orientationtype

void NXOpen::Motion::JointDefine::SetSecondOrigin ( NXOpen::Point * origin2 )

Sets the origin of second link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

origin2 origin2

void NXOpen::Motion::JointDefine::SetSecondVector ( NXOpen::Direction * vector2 )

Sets the direction of second link
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

vector2 vector2

void NXOpen::Motion::JointDefine::SetSnapLinks ( bool snapLinks )

Sets the option of snap links
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

snapLinks snap links

void NXOpen::Motion::JointDefine::SetUpperLimit ( double upperLimit )

Sets the upper limit.

Only used when limits option is TRUE

Deprecated:: Deprecated in NX8.0.0. Obtain the expression using Motion::JointDefine::UpperLimitExpression or Motion::JointDefine::UpperLimitAngleExpression to query or edit it.

Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

Parameters

upperLimit upper limit

bool NXOpen::Motion::JointDefine::SnapLinks ( )

Returns the option of snap links
Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

double NXOpen::Motion::JointDefine::UpperLimit ( )

Returns the upper limit.

Only used when limits option is TRUE

Deprecated:: Deprecated in NX8.0.0. Obtain the expression using Motion::JointDefine::UpperLimitExpression or Motion::JointDefine::UpperLimitAngleExpression to query or edit it.

Created in NX5.0.0.

License requirements : mechanisms ("MECHANISMS")

NXOpen::Expression* NXOpen::Motion::JointDefine::UpperLimitAngleExpression ( )

Returns the upper limit angular expression.

Only used when limits option is TRUE
Created in NX8.0.0.

License requirements : None

NXOpen::Expression* NXOpen::Motion::JointDefine::UpperLimitExpression ( )

Returns the upper limit expression.

Only used when limits option is TRUE
Created in NX8.0.0.

License requirements : None

The documentation for this class was generated from the following file:

Motion_JointDefine.hxx

Public Types

Public Member Functions

Detailed Description

Member Enumeration Documentation

Member Function Documentation