Contains wrappers for all 'UF_VEC2' functions and data types. More...

Inheritance diagram for NXOpen.UF.UFVec2:

Public Member Functions
void	Add (double[] vec1, double[] vec2,[Out] double[] vec_sum)
	Wrapper method for UF_VEC2_add More...

void	AffineComb (double[] vec, double scale, double[] vec_to_scale,[Out] double[] vec_comb)
	Wrapper method for UF_VEC2_affine_comb More...

void	AskPerpendicular (double[] vec1,[Out] double[] vec_perp)
	Wrapper method for UF_VEC2_ask_perpendicular More...

void	Components (double[] vec1, double[] vec2, double[] vec_comb, double tolerance, out double scale1, out double scale2)
	Wrapper method for UF_VEC2_components More...

void	ConvexComb (double parameter, double[] pnt1, double[] pnt2,[Out] double[] pnt_on_seg)
	Wrapper method for UF_VEC2_convex_comb More...

void	Copy (double[] vec_src,[Out] double[] vec_dst)
	Wrapper method for UF_VEC2_copy More...

void	Cross (double[] vec1, double[] vec2, out double cross_product)
	Wrapper method for UF_VEC2_cross More...

void	Distance (double[] pnt1, double[] pnt2, out double distance)
	Wrapper method for UF_VEC2_distance More...

void	Dot (double[] vec1, double[] vec2, out double dot_product)
	Wrapper method for UF_VEC2_dot More...

void	IsEqual (double[] vec1, double[] vec2, double tolerance, out int is_equal)
	Wrapper method for UF_VEC2_is_equal More...

void	IsParallel (double[] vec1, double[] vec2, double tolerance, out int is_parallel)
	Wrapper method for UF_VEC2_is_parallel More...

void	IsPerpendicular (double[] vec1, double[] vec2, double tolerance, out int is_perp)
	Wrapper method for UF_VEC2_is_perpendicular More...

void	IsZero (double[] vec, double tolerance, out int is_zero)
	Wrapper method for UF_VEC2_is_zero More...

void	LinearComb (double scale1, double[] vec1, double scale2, double[] vec2,[Out] double[] vec_comb)
	Wrapper method for UF_VEC2_linear_comb More...

void	Mag (double[] vec, out double magnitude)
	Wrapper method for UF_VEC2_mag More...

void	Midpt (double[] pnt1, double[] pnt2,[Out] double[] mid_pnt)
	Wrapper method for UF_VEC2_midpt More...

void	Negate (double[] vec,[Out] double[] negated_vec)
	Wrapper method for UF_VEC2_negate More...

void	Rotate (double[] vec, double angle,[Out] double[] rotated_vec)
	Wrapper method for UF_VEC2_rotate More...

void	Scale (double scale, double[] vec,[Out] double[] scaled_vec)
	Wrapper method for UF_VEC2_scale More...

void	Sub (double[] vec1, double[] vec2,[Out] double[] vec_diff)
	Wrapper method for UF_VEC2_sub More...

void	Unitize (double[] vec, double tolerance, out double magnitude,[Out] double[] unit_vec)
	Wrapper method for UF_VEC2_unitize More...

void	Vec3 (double[] vec_2D,[Out] double[] vec_3D)
	Wrapper method for UF_VEC2_vec3 More...

Public Member Functions inherited from NXOpen.Utilities.NXRemotableObject
IMessageCtrl	AsyncProcessMessage (IMessage msg, IMessageSink replySink)
	Asynchronously processes the given message. More...

IMessage	SyncProcessMessage (IMessage msg)
	Synchronously processes the given message. More...

Additional Inherited Members
Protected Member Functions inherited from NXOpen.Utilities.NXRemotableObject
void	initialize ()
	<exclude> More...

Properties inherited from NXOpen.Utilities.NXRemotableObject
IMessageSink	NextSink `[get]`
	Gets the next message sink in the sink chain. More...

Detailed Description

Contains wrappers for all 'UF_VEC2' functions and data types.

Member Function Documentation

void NXOpen.UF.UFVec2.Add	(	double[]	vec1,
		double[]	vec2,
		[Out] double[]	vec_sum
	)

inline

Wrapper method for UF_VEC2_add

Refer to UF_VEC2_add for documentation

License requirements:None

void NXOpen.UF.UFVec2.AffineComb	(	double[]	vec,
		double	scale,
		double[]	vec_to_scale,
		[Out] double[]	vec_comb
	)

inline

Wrapper method for UF_VEC2_affine_comb

Refer to UF_VEC2_affine_comb for documentation

License requirements:None

void NXOpen.UF.UFVec2.AskPerpendicular	(	double[]	vec1,
		[Out] double[]	vec_perp
	)

inline

Wrapper method for UF_VEC2_ask_perpendicular

Refer to UF_VEC2_ask_perpendicular for documentation

License requirements:None

void NXOpen.UF.UFVec2.Components	(	double[]	vec1,
		double[]	vec2,
		double[]	vec_comb,
		double	tolerance,
		out double	scale1,
		out double	scale2
	)

inline

Wrapper method for UF_VEC2_components

Refer to UF_VEC2_components for documentation

License requirements:None

void NXOpen.UF.UFVec2.ConvexComb	(	double	parameter,
		double[]	pnt1,
		double[]	pnt2,
		[Out] double[]	pnt_on_seg
	)

inline

Wrapper method for UF_VEC2_convex_comb

Refer to UF_VEC2_convex_comb for documentation

License requirements:None

void NXOpen.UF.UFVec2.Copy	(	double[]	vec_src,
		[Out] double[]	vec_dst
	)

inline

Wrapper method for UF_VEC2_copy

Refer to UF_VEC2_copy for documentation

License requirements:None

void NXOpen.UF.UFVec2.Cross	(	double[]	vec1,
		double[]	vec2,
		out double	cross_product
	)

inline

Wrapper method for UF_VEC2_cross

Refer to UF_VEC2_cross for documentation

License requirements:None

void NXOpen.UF.UFVec2.Distance	(	double[]	pnt1,
		double[]	pnt2,
		out double	distance
	)

inline

Wrapper method for UF_VEC2_distance

Refer to UF_VEC2_distance for documentation

License requirements:None

void NXOpen.UF.UFVec2.Dot	(	double[]	vec1,
		double[]	vec2,
		out double	dot_product
	)

inline

Wrapper method for UF_VEC2_dot

Refer to UF_VEC2_dot for documentation

License requirements:None

void NXOpen.UF.UFVec2.IsEqual	(	double[]	vec1,
		double[]	vec2,
		double	tolerance,
		out int	is_equal
	)

inline

Wrapper method for UF_VEC2_is_equal

Refer to UF_VEC2_is_equal for documentation

License requirements:None

void NXOpen.UF.UFVec2.IsParallel	(	double[]	vec1,
		double[]	vec2,
		double	tolerance,
		out int	is_parallel
	)

inline

Wrapper method for UF_VEC2_is_parallel

Refer to UF_VEC2_is_parallel for documentation

License requirements:None

void NXOpen.UF.UFVec2.IsPerpendicular	(	double[]	vec1,
		double[]	vec2,
		double	tolerance,
		out int	is_perp
	)

inline

Wrapper method for UF_VEC2_is_perpendicular

Refer to UF_VEC2_is_perpendicular for documentation

License requirements:None

void NXOpen.UF.UFVec2.IsZero	(	double[]	vec,
		double	tolerance,
		out int	is_zero
	)

inline

Wrapper method for UF_VEC2_is_zero

Refer to UF_VEC2_is_zero for documentation

License requirements:None

void NXOpen.UF.UFVec2.LinearComb	(	double	scale1,
		double[]	vec1,
		double	scale2,
		double[]	vec2,
		[Out] double[]	vec_comb
	)

inline

Wrapper method for UF_VEC2_linear_comb

Refer to UF_VEC2_linear_comb for documentation

License requirements:None

void NXOpen.UF.UFVec2.Mag	(	double[]	vec,
		out double	magnitude
	)

inline

Wrapper method for UF_VEC2_mag

Refer to UF_VEC2_mag for documentation

License requirements:None

void NXOpen.UF.UFVec2.Midpt	(	double[]	pnt1,
		double[]	pnt2,
		[Out] double[]	mid_pnt
	)

inline

Wrapper method for UF_VEC2_midpt

Refer to UF_VEC2_midpt for documentation

License requirements:None

void NXOpen.UF.UFVec2.Negate	(	double[]	vec,
		[Out] double[]	negated_vec
	)

inline

Wrapper method for UF_VEC2_negate

Refer to UF_VEC2_negate for documentation

License requirements:None

void NXOpen.UF.UFVec2.Rotate	(	double[]	vec,
		double	angle,
		[Out] double[]	rotated_vec
	)

inline

Wrapper method for UF_VEC2_rotate

Refer to UF_VEC2_rotate for documentation

License requirements:None

void NXOpen.UF.UFVec2.Scale	(	double	scale,
		double[]	vec,
		[Out] double[]	scaled_vec
	)

inline

Wrapper method for UF_VEC2_scale

Refer to UF_VEC2_scale for documentation

License requirements:None

void NXOpen.UF.UFVec2.Sub	(	double[]	vec1,
		double[]	vec2,
		[Out] double[]	vec_diff
	)

inline

Wrapper method for UF_VEC2_sub

Refer to UF_VEC2_sub for documentation

License requirements:None

void NXOpen.UF.UFVec2.Unitize	(	double[]	vec,
		double	tolerance,
		out double	magnitude,
		[Out] double[]	unit_vec
	)

inline

Wrapper method for UF_VEC2_unitize

Refer to UF_VEC2_unitize for documentation

License requirements:None

void NXOpen.UF.UFVec2.Vec3	(	double[]	vec_2D,
		[Out] double[]	vec_3D
	)

inline

Wrapper method for UF_VEC2_vec3

Refer to UF_VEC2_vec3 for documentation

License requirements:None

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

UF_VEC2.cs

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation