Provides methods for calculating and displaying the measurement information. More...

Public Types
enum	DeviationReportType { DeviationReportTypeNoDeviation, DeviationReportTypeAllDeviation, DeviationReportTypeMaximumDistance, DeviationReportTypeMinimumDistance, DeviationReportTypeMaximumAngle, DeviationReportTypeMinimumAngle }
	Describes type of the 'Deviation Checking' report. More...

Public Member Functions
void	DisplayAngle (NXOpen::NXObject object1, const NXOpen::Point3d &position1, NXOpen::NXObject object2, const NXOpen::Point3d &position2)
	Calculates and displays 'Angle' between objects.

void	DisplayArcLength (const std::vector< NXOpen::DisplayableObject * > &selectedObjects)
	Calculates and displays 'Total Arc Length' of all the selected objects.

void	DisplayArcLengthBetweenPoints (NXOpen::Point point1, NXOpen::Point point2)
	Calculates and displays the arc length between two points on curves.

void	DisplayDeviationChecking (NXOpen::ICurve curve1, NXOpen::ICurve curve2, int numOfCheckPoints, double distanceTolerance, double angularTolerance, NXOpen::Measurement::DeviationReportType reportType)
	Checks deviations between curves (curve to curve),and displays the report.

void	DisplayDeviationChecking (NXOpen::Curve curve1, NXOpen::Face face2, int numOfCheckPoints, double distanceTolerance, double angularTolerance, NXOpen::Measurement::DeviationReportType reportType)
	Checks deviations between a curve and a face (curve to face), and displays the report.

void	DisplayDeviationChecking (NXOpen::Face face1, NXOpen::Edge edge1, NXOpen::Face *face2, int numOfCheckPoints, double distanceTolerance, double angularTolerance, NXOpen::Measurement::DeviationReportType reportType)
	Checks deviations between a edge and a face (edge to face), and displays the report.

void	DisplayDeviationChecking (NXOpen::Face face1, NXOpen::Face face2, int numOfCheckPointsU, int numOfCheckPointsV, double distanceTolerance, double angularTolerance, NXOpen::Measurement::DeviationReportType reportType)
	Checks deviations between faces (face to face), and displays the report.

void	DisplayDeviationChecking (NXOpen::Face face1, NXOpen::Edge edge1, NXOpen::Face face2, NXOpen::Edge edge2, int numOfCheckPoints, double distanceTolerance, double angularTolerance, NXOpen::Measurement::DeviationReportType reportType)
	Checks deviations between edges (edge to edge), and displays the report.

void	DisplayMinimumDistance (NXOpen::DisplayableObject object1, NXOpen::DisplayableObject object2, NXOpen::Point3d closePoint1, NXOpen::Point3d closePoint2)
	Calculates and displays 'Minimum Distance " between objects.

void	DisplayMinimumDistance (NXOpen::NXObject object1, const NXOpen::Point3d &startPointForObject1, NXOpen::NXObject object2, const NXOpen::Point3d &startPointForObject2, NXOpen::Point3d closePoint1, NXOpen::Point3d closePoint2)
	Calculates and displays 'Minimum Distance' between objects.

void	DisplayMinimumDistance (NXOpen::NXObject object1, const NXOpen::Point3d &startPointForObject1, NXOpen::NXObject object2, NXOpen::Point3d closePoint1, NXOpen::Point3d closePoint2)
	Calculates and displays 'Minimum Distance' between objects.

void	DisplayMinimumDistance (NXOpen::NXObject object1, NXOpen::NXObject object2, const NXOpen::Point3d &startPointForObject2, NXOpen::Point3d closePoint1, NXOpen::Point3d closePoint2)
	Calculates and displays 'Minimum Distance' between objects.

void	DisplayRoutingPathLength (const std::vector< NXOpen::Routing::ISegment * > &selectedObjects, std::vector< NXOpen::Routing::ISegment * > &usedObjects)
	Calculates and displays the Routing path length.

double	GetAngle (NXOpen::NXObject object1, const NXOpen::Point3d &position1, NXOpen::NXObject object2, const NXOpen::Point3d &position2)
	Calculates and returns 'True Angle' between objects.

double	GetArcLength (const std::vector< NXOpen::DisplayableObject * > &selectedObjects)
	Calculates and returns 'Total Arc Length' of all the selected objects.

void	GetArcLengthBetweenPoints (NXOpen::Point point1, NXOpen::Point point2, double length, std::vector< NXOpen::Curve > &curves)
	Calculates and returns the arc length between two points on curves.

double	GetMinimumDistance (NXOpen::NXObject object1, NXOpen::NXObject object2, NXOpen::Point3d closePoint1, NXOpen::Point3d closePoint2, double *accuracy)
	Calculates and returns 'Minimum Distance " between objects.

double	GetMinimumDistance (NXOpen::NXObject object1, const NXOpen::Point3d &startPointForObject1, NXOpen::NXObject object2, const NXOpen::Point3d &startPointForObject2, NXOpen::Point3d closePoint1, NXOpen::Point3d closePoint2, double *accuracy)
	Calculates and returns 'Minimum Distance " between objects.

double	GetMinimumDistance (NXOpen::NXObject object1, const NXOpen::Point3d &startPointForObject1, NXOpen::NXObject object2, NXOpen::Point3d closePoint1, NXOpen::Point3d closePoint2, double *accuracy)
	Calculates and returns 'Minimum Distance " between objects.

double	GetMinimumDistance (NXOpen::NXObject object1, NXOpen::NXObject object2, const NXOpen::Point3d &startPointForObject2, NXOpen::Point3d closePoint1, NXOpen::Point3d closePoint2, double *accuracy)
	Calculates and returns 'Minimum Distance " between objects.

double	GetRoutingPathLength (const std::vector< NXOpen::NXObject * > &selectedObjects, std::vector< NXOpen::NXObject * > &usedObjects, std::vector< double > &individualLengths)
	Calculates and returns the Routing path length.

tag_t	Tag () const
	Returns the tag of this object.

Detailed Description

Provides methods for calculating and displaying the measurement information.

To obtain an instance of this class, refer to Session

Created in NX3.0.0.

Member Enumeration Documentation

enum NXOpen::Measurement::DeviationReportType

Describes type of the 'Deviation Checking' report.

Enumerator:

DeviationReportTypeNoDeviation	No Deviation.
DeviationReportTypeAllDeviation	All Deviation.
DeviationReportTypeMaximumDistance	Maximum Distance.
DeviationReportTypeMinimumDistance	Minimum Distance.
DeviationReportTypeMaximumAngle	Maximum Angle.
DeviationReportTypeMinimumAngle	Minimum Angle.

Member Function Documentation

void NXOpen::Measurement::DisplayAngle	(	NXOpen::NXObject *	object1,
		const NXOpen::Point3d &	position1,
		NXOpen::NXObject *	object2,
		const NXOpen::Point3d &	position2
	)

Calculates and displays 'Angle' between objects.

<br> Type of allowed input objects  are -  Edge, Face, Body, Curve, Direction or Feature etc. <br> 
<br> In Interactive mode, output will be displayed in the listing window <br> 
<br> In Batch mode, output will be displayed to the standard output (stdout) <br>

Created in NX3.0.0.

License requirements : None

Parameters

object1	First object
position1	Point position on first object
object2	Second object
position2	Point position on second object

void NXOpen::Measurement::DisplayArcLength ( const std::vector< NXOpen::DisplayableObject * > & selectedObjects )

Calculates and displays 'Total Arc Length' of all the selected objects.

<br> Type of allowed input objects  are - @link Edge Edge@endlink ,@link Line Line@endlink ,@link Arc Arc@endlink ,@link Spline Spline@endlink ,and @link Curve Curve@endlink   <br> 
<br> In Interactive mode, output will be displayed in the listing window <br> 
<br> In Batch mode, output will be displayed to the standard output (stdout) <br>

Created in NX3.0.0.

License requirements : None

Parameters

selectedObjects Array of objects for which length to be calculated

void NXOpen::Measurement::DisplayArcLengthBetweenPoints	(	NXOpen::Point *	point1,
		NXOpen::Point *	point2
	)

Calculates and displays the arc length between two points on curves.

The points may be on a single curve or a set of connected curves.
Type of allowed input objects is Point

In Interactive mode, output will be displayed in the listing window

In Batch mode, output will be displayed to the standard output (stdout)

Created in NX6.0.0.

License requirements : None

Parameters

point1	First point on curve
point2	Second point on curve

void NXOpen::Measurement::DisplayDeviationChecking	(	NXOpen::ICurve *	curve1,
		NXOpen::ICurve *	curve2,
		int	numOfCheckPoints,
		double	distanceTolerance,
		double	angularTolerance,
		NXOpen::Measurement::DeviationReportType	reportType
	)

Checks deviations between curves (curve to curve),and displays the report.

<br> In Interactive mode, output will be displayed in the listing window <br> 
<br> In Batch mode, output will be displayed to the standard output (stdout) <br>

Created in NX3.0.0.

License requirements : None

Parameters

curve1	Curve used for deviation checking
curve2	Curve used for deviation checking
numOfCheckPoints	Number of equally spaced sample check points
distanceTolerance	Distance Tolerance
angularTolerance	Angle Tolerance
reportType	Type of the report

void NXOpen::Measurement::DisplayDeviationChecking	(	NXOpen::Curve *	curve1,
		NXOpen::Face *	face2,
		int	numOfCheckPoints,
		double	distanceTolerance,
		double	angularTolerance,
		NXOpen::Measurement::DeviationReportType	reportType
	)

Checks deviations between a curve and a face (curve to face), and displays the report.

<br> In Interactive mode, output will be displayed in the listing window <br> 
<br> In Batch mode, output will be displayed to the standard output (stdout) <br>

Created in NX3.0.0.

License requirements : None

Parameters

curve1	Curve used for deviation checking
face2	Face used for deviation checking
numOfCheckPoints	Number of equally spaced sample check points
distanceTolerance	Distance Tolerance
angularTolerance	Angle Tolerance
reportType	Type of the report

void NXOpen::Measurement::DisplayDeviationChecking	(	NXOpen::Face *	face1,
		NXOpen::Edge *	edge1,
		NXOpen::Face *	face2,
		int	numOfCheckPoints,
		double	distanceTolerance,
		double	angularTolerance,
		NXOpen::Measurement::DeviationReportType	reportType
	)

Checks deviations between a edge and a face (edge to face), and displays the report.

<br> In Interactive mode, output will be displayed in the listing window <br> 
<br> In Batch mode, output will be displayed to the standard output (stdout) <br>

Created in NX3.0.0.

License requirements : None

Parameters

face1	Face on which edge1 lies
edge1	Edge used for deviation checking
face2	Face used for deviation checking
numOfCheckPoints	Number of equally spaced sample check points
distanceTolerance	Distance Tolerance
angularTolerance	Angle Tolerance
reportType	Type of the report

void NXOpen::Measurement::DisplayDeviationChecking	(	NXOpen::Face *	face1,
		NXOpen::Face *	face2,
		int	numOfCheckPointsU,
		int	numOfCheckPointsV,
		double	distanceTolerance,
		double	angularTolerance,
		NXOpen::Measurement::DeviationReportType	reportType
	)

Checks deviations between faces (face to face), and displays the report.

<br> In Interactive mode, output will be displayed in the listing window <br> 
<br> In Batch mode, output will be displayed to the standard output (stdout) <br>

Created in NX3.0.0.

License requirements : None

Parameters

face1	First face used for deviation checking
face2	Second face used for deviation checking
numOfCheckPointsU	Number of equally spaced sample check points in u direction
numOfCheckPointsV	Number of equally spaced sample check points in v direction
distanceTolerance	Distance Tolerance
angularTolerance	Angle Tolerance
reportType	Type of the report

void NXOpen::Measurement::DisplayDeviationChecking	(	NXOpen::Face *	face1,
		NXOpen::Edge *	edge1,
		NXOpen::Face *	face2,
		NXOpen::Edge *	edge2,
		int	numOfCheckPoints,
		double	distanceTolerance,
		double	angularTolerance,
		NXOpen::Measurement::DeviationReportType	reportType
	)

Checks deviations between edges (edge to edge), and displays the report.

<br> In Interactive mode, output will be displayed in the listing window <br> 
<br> In Batch mode, output will be displayed to the standard output (stdout) <br>

Created in NX3.0.0.

License requirements : None

Parameters

face1	Face on which edge1 lies
edge1	First edge used for deviation checking
face2	Face on which edge2 lies
edge2	Second edge used for deviation checking
numOfCheckPoints	Number of equally spaced sample check points
distanceTolerance	Distance Tolerance
angularTolerance	Angle Tolerance
reportType	Type of the report

void NXOpen::Measurement::DisplayMinimumDistance	(	NXOpen::DisplayableObject *	object1,
		NXOpen::DisplayableObject *	object2,
		NXOpen::Point3d *	closePoint1,
		NXOpen::Point3d *	closePoint2
	)

Calculates and displays 'Minimum Distance " between objects.

Start points are NOT specified for any of the objects.
Type of allowed input objects are - Curve, Edge, Face, Body, Plane, or Csys etc.

In Interactive mode, output will be displayed in the listing window

In Batch mode, output will be displayed to the standard output (stdout)

Created in NX3.0.0.

License requirements : None

Parameters

object1	First object
object2	Second object
closePoint1	Close point on first object
closePoint2	Close point on second object

void NXOpen::Measurement::DisplayMinimumDistance	(	NXOpen::NXObject *	object1,
		const NXOpen::Point3d &	startPointForObject1,
		NXOpen::NXObject *	object2,
		const NXOpen::Point3d &	startPointForObject2,
		NXOpen::Point3d *	closePoint1,
		NXOpen::Point3d *	closePoint2
	)

Calculates and displays 'Minimum Distance' between objects.

Start points are specified for both the objects. If any of object is Point,Pass NULL to the object and pass a point co-ordinates as a start point.
Type of allowed input objects are - Point, Curve, Edge, Face, Body, Plane, or Csys etc.

In Interactive mode, output will be displayed in the listing window

In Batch mode, output will be displayed to the standard output (stdout)

Created in NX3.0.0.

License requirements : None

Parameters

object1	First object
startPointForObject1	Start point for first object
object2	Second object
startPointForObject2	Start point for second object
closePoint1	Close point on first object
closePoint2	Close point on second object

void NXOpen::Measurement::DisplayMinimumDistance	(	NXOpen::NXObject *	object1,
		const NXOpen::Point3d &	startPointForObject1,
		NXOpen::NXObject *	object2,
		NXOpen::Point3d *	closePoint1,
		NXOpen::Point3d *	closePoint2
	)

Calculates and displays 'Minimum Distance' between objects.

Start points are specified only for object1.If any of object is Point,Pass NULL to the object1 and pass a point co-ordinates as a start_point_for_object_1.
Type of allowed input objects are - Point, Curve, Edge, Face, Body, Plane, or Csys etc.

In Interactive mode, output will be displayed in the listing window

In Batch mode, output will be displayed to the standard output (stdout)

Created in NX3.0.0.

License requirements : None

Parameters

object1	First object
startPointForObject1	Start point for first object
object2	Second object
closePoint1	Close point on first object
closePoint2	Close point on second object

void NXOpen::Measurement::DisplayMinimumDistance	(	NXOpen::NXObject *	object1,
		NXOpen::NXObject *	object2,
		const NXOpen::Point3d &	startPointForObject2,
		NXOpen::Point3d *	closePoint1,
		NXOpen::Point3d *	closePoint2
	)

Calculates and displays 'Minimum Distance' between objects.

Start points are specified only for object2.If any of object is Point,Pass NULL to the object2 and pass a point co-ordinates as a start_point_for_object_2.
Type of allowed input objects are - Point, Curve, Edge, Face, Body, Plane, or Csys etc.

In Interactive mode, output will be displayed in the listing window

In Batch mode, output will be displayed to the standard output (stdout)

Created in NX3.0.0.

License requirements : None

Parameters

object1	First object
object2	Second object
startPointForObject2	Start point for second object
closePoint1	Close point on first object
closePoint2	Close point on second object

void NXOpen::Measurement::DisplayRoutingPathLength	(	const std::vector< NXOpen::Routing::ISegment * > &	selectedObjects,
		std::vector< NXOpen::Routing::ISegment * > &	usedObjects
	)

Calculates and displays the Routing path length.

If the path is disconnected, not all of the Routing::ISegment s can be arranged end to end, the length returned is the sum of the lengths of the segments.
Type of allowed input objects is Routing::ISegment

In Interactive mode, output will be displayed in the listing window

In Batch mode, output will be displayed to the standard output (stdout)

Created in NX6.0.0.

License requirements : None

Parameters

selectedObjects	Array of Routing::ISegment s for which length is calculated
usedObjects	Array of USED Routing::ISegment s for which length is calculated

double NXOpen::Measurement::GetAngle	(	NXOpen::NXObject *	object1,
		const NXOpen::Point3d &	position1,
		NXOpen::NXObject *	object2,
		const NXOpen::Point3d &	position2
	)

Calculates and returns 'True Angle' between objects.

<br> Type of allowed input objects  are -  Edge, Face, Body, Curve, Direction or Feature etc. <br> 
@return  Angle between object1 and object2

Created in NX3.0.0.

License requirements : None

Parameters

object1	First object
position1	Point position on first object
object2	Second object
position2	Point position on second object

double NXOpen::Measurement::GetArcLength ( const std::vector< NXOpen::DisplayableObject * > & selectedObjects )

Calculates and returns 'Total Arc Length' of all the selected objects.

<br> Type of allowed input objects  are - @link Edge Edge@endlink ,@link Line Line@endlink ,@link Arc Arc@endlink ,@link Spline Spline@endlink ,and @link Curve Curve@endlink   <br> 
@return  Total Arc Length

Created in NX3.0.0.

License requirements : None

Parameters

selectedObjects Array of objects for which length to be calculated

void NXOpen::Measurement::GetArcLengthBetweenPoints	(	NXOpen::Point *	point1,
		NXOpen::Point *	point2,
		double *	length,
		std::vector< NXOpen::Curve * > &	curves
	)

Calculates and returns the arc length between two points on curves.

The points may be on a single curve or a set of connected curves. Also returns the curves that is the shortest path between the two points.
Type of allowed input objects is Point

Created in NX6.0.0.

License requirements : None

Parameters

point1	First point on curve
point2	Second point on curve
length	Arc length between the two points
curves	The curves of the shortest path

double NXOpen::Measurement::GetMinimumDistance	(	NXOpen::NXObject *	object1,
		NXOpen::NXObject *	object2,
		NXOpen::Point3d *	closePoint1,
		NXOpen::Point3d *	closePoint2,
		double *	accuracy
	)

Calculates and returns 'Minimum Distance " between objects.

Start points are NOT specified for any of the objects.
Type of allowed input objects are - Curve, Edge, Face, Body, Plane, or Csys etc.

Returns: minimum distance between two objects
Created in NX3.0.0.

License requirements : None

Parameters

object1	First object
object2	Second object
closePoint1	Close point on first object
closePoint2	Close point on second object
accuracy	Accuracy of calculation

double NXOpen::Measurement::GetMinimumDistance	(	NXOpen::NXObject *	object1,
		const NXOpen::Point3d &	startPointForObject1,
		NXOpen::NXObject *	object2,
		const NXOpen::Point3d &	startPointForObject2,
		NXOpen::Point3d *	closePoint1,
		NXOpen::Point3d *	closePoint2,
		double *	accuracy
	)

Calculates and returns 'Minimum Distance " between objects.

Start points are specified for both the objects. If any of object is Point,Pass NULL to the object and pass a point co-ordinates as a start point.
Type of allowed input objects are - Point, Curve, Edge, Face, Body, Plane, or Csys etc.

Returns: minimum distance between two objects
Created in NX3.0.0.

License requirements : None

Parameters

object1	First object
startPointForObject1	Start point for first object
object2	Second object
startPointForObject2	Start point for second object
closePoint1	Close point on first object
closePoint2	Close point on second object
accuracy	Accuracy of calculation

double NXOpen::Measurement::GetMinimumDistance	(	NXOpen::NXObject *	object1,
		const NXOpen::Point3d &	startPointForObject1,
		NXOpen::NXObject *	object2,
		NXOpen::Point3d *	closePoint1,
		NXOpen::Point3d *	closePoint2,
		double *	accuracy
	)

Calculates and returns 'Minimum Distance " between objects.

Start points are specified only for first object. If any of object is Point,Pass NULL to the object1 and pass a point co-ordinates as a start_point_for_object_1.
Type of allowed input objects are - Point, Curve, Edge, Face, Body, Plane, or Csys etc.

Returns: minimum distance between two objects
Created in NX3.0.0.

License requirements : None

Parameters

object1	First object
startPointForObject1	Start point for first object
object2	Second object
closePoint1	Close point on first object
closePoint2	Close point on second object
accuracy	Accuracy of calculation

double NXOpen::Measurement::GetMinimumDistance	(	NXOpen::NXObject *	object1,
		NXOpen::NXObject *	object2,
		const NXOpen::Point3d &	startPointForObject2,
		NXOpen::Point3d *	closePoint1,
		NXOpen::Point3d *	closePoint2,
		double *	accuracy
	)

Calculates and returns 'Minimum Distance " between objects.

Start points are specified only for second object. If any of object is Point,Pass NULL to the object2 and pass a point co-ordinates as a start_point_for_object_2.
Type of allowed input objects are - Point, Curve, Edge, Face, Body, Plane, or Csys etc.

Returns: Minimum distance between two objects
Created in NX3.0.0.

License requirements : None

Parameters

object1	First object
object2	Second object
startPointForObject2	Start point for second object
closePoint1	Close point on first object
closePoint2	Close point on second object
accuracy	Accuracy of calculation

double NXOpen::Measurement::GetRoutingPathLength	(	const std::vector< NXOpen::NXObject * > &	selectedObjects,
		std::vector< NXOpen::NXObject * > &	usedObjects,
		std::vector< double > &	individualLengths
	)

Calculates and returns the Routing path length.

If the path is disconnected, not all of the Routing::ISegment s can be arranged end to end, the length returned is the sum of the lengths of the segments.
Type of allowed input objects is Routing::ISegment

Returns: Sum of the individual lengths
Created in NX6.0.0.

License requirements : None

Parameters

selectedObjects	Array of Routing::ISegment s and Assemblies::Component s for which length is calculated
usedObjects	The routing objects used in the path length computation
individualLengths	individuallengths

tag_t NXOpen::Measurement::Tag ( ) const

Returns the tag of this object.

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

Measurement.hxx

Public Types

Public Member Functions

Detailed Description

Member Enumeration Documentation

Member Function Documentation