Class UFVec3

Inheritance
object
MarshalByRefObject
NXRemotableObject
UFVec3
Implements
IMessageSink
Inherited Members
Namespace: NXOpen.UF
Assembly: NXOpen.UF.dll
Syntax
public class UFVec3 : NXRemotableObject, IMessageSink

Methods

Add(double[], double[], double[])

Declaration
public void Add(double[] vec1, double[] vec2, double[] vec_sum)
Parameters
Type Name Description
double[] vec1
double[] vec2
double[] vec_sum

AffineComb(double[], double, double[], double[])

Declaration
public void AffineComb(double[] vec, double scale, double[] vec_to_scale, double[] vec_comb)
Parameters
Type Name Description
double[] vec
double scale
double[] vec_to_scale
double[] vec_comb

AngleBetween(double[], double[], double[], out double)

Declaration
public void AngleBetween(double[] vec_from, double[] vec_to, double[] vec_ccw, out double angle)
Parameters
Type Name Description
double[] vec_from
double[] vec_to
double[] vec_ccw
double angle

AskPerpendicular(double[], double[])

Declaration
public void AskPerpendicular(double[] vec1, double[] vec_perp)
Parameters
Type Name Description
double[] vec1
double[] vec_perp

ConvexComb(double, double[], double[], double[])

Declaration
public void ConvexComb(double parameter, double[] pnt1, double[] pnt2, double[] pnt_on_seg)
Parameters
Type Name Description
double parameter
double[] pnt1
double[] pnt2
double[] pnt_on_seg

Copy(double[], double[])

Declaration
public void Copy(double[] vec_src, double[] vec_dst)
Parameters
Type Name Description
double[] vec_src
double[] vec_dst

Cross(double[], double[], double[])

Declaration
public void Cross(double[] vec1, double[] vec2, double[] cross_product)
Parameters
Type Name Description
double[] vec1
double[] vec2
double[] cross_product

Distance(double[], double[], out double)

Declaration
public void Distance(double[] pnt1, double[] pnt2, out double distance)
Parameters
Type Name Description
double[] pnt1
double[] pnt2
double distance

DistanceToPlane(double[], double[], double[], double, out double)

Declaration
public void DistanceToPlane(double[] pnt1, double[] pnt_on_plane, double[] plane_normal, double tolerance, out double distance)
Parameters
Type Name Description
double[] pnt1
double[] pnt_on_plane
double[] plane_normal
double tolerance
double distance

Dot(double[], double[], out double)

Declaration
public void Dot(double[] vec1, double[] vec2, out double dot_product)
Parameters
Type Name Description
double[] vec1
double[] vec2
double dot_product

IsEqual(double[], double[], double, out int)

Declaration
public void IsEqual(double[] vec1, double[] vec2, double tolerance, out int is_equal)
Parameters
Type Name Description
double[] vec1
double[] vec2
double tolerance
int is_equal

IsParallel(double[], double[], double, out int)

Declaration
public void IsParallel(double[] vec1, double[] vec2, double tolerance, out int is_parallel)
Parameters
Type Name Description
double[] vec1
double[] vec2
double tolerance
int is_parallel

IsPerpendicular(double[], double[], double, out int)

Declaration
public void IsPerpendicular(double[] vec1, double[] vec2, double tolerance, out int is_perp)
Parameters
Type Name Description
double[] vec1
double[] vec2
double tolerance
int is_perp

IsZero(double[], double, out int)

Declaration
public void IsZero(double[] vec, double tolerance, out int is_zero)
Parameters
Type Name Description
double[] vec
double tolerance
int is_zero

LinearComb(double, double[], double, double[], double[])

Declaration
public void LinearComb(double scale1, double[] vec1, double scale2, double[] vec2, double[] vec_comb)
Parameters
Type Name Description
double scale1
double[] vec1
double scale2
double[] vec2
double[] vec_comb

Mag(double[], out double)

Declaration
public void Mag(double[] vec, out double magnitude)
Parameters
Type Name Description
double[] vec
double magnitude

Midpt(double[], double[], double[])

Declaration
public void Midpt(double[] pnt1, double[] pnt2, double[] mid_pnt)
Parameters
Type Name Description
double[] pnt1
double[] pnt2
double[] mid_pnt

Negate(double[], double[])

Declaration
public void Negate(double[] vec, double[] negated_vec)
Parameters
Type Name Description
double[] vec
double[] negated_vec

Scale(double, double[], double[])

Declaration
public void Scale(double scale, double[] vec, double[] scaled_vec)
Parameters
Type Name Description
double scale
double[] vec
double[] scaled_vec

Sub(double[], double[], double[])

Declaration
public void Sub(double[] vec1, double[] vec2, double[] vec_diff)
Parameters
Type Name Description
double[] vec1
double[] vec2
double[] vec_diff

Triple(double[], double[], double[], out double)

Declaration
public void Triple(double[] vec1, double[] vec2, double[] vec3, out double triple_product)
Parameters
Type Name Description
double[] vec1
double[] vec2
double[] vec3
double triple_product

Unitize(double[], double, out double, double[])

Declaration
public void Unitize(double[] vec, double tolerance, out double magnitude, double[] unit_vec)
Parameters
Type Name Description
double[] vec
double tolerance
double magnitude
double[] unit_vec

Vec2(double[], double[])

Declaration
public void Vec2(double[] vec_3D, double[] vec_2D)
Parameters
Type Name Description
double[] vec_3D
double[] vec_2D

Vec4(double[], double[])

Declaration
public void Vec4(double[] vec_3D, double[] vec_4D)
Parameters
Type Name Description
double[] vec_3D
double[] vec_4D

Vec4Homogen(double[], double, double[])

Declaration
public void Vec4Homogen(double[] vec_3D, double weight, double[] vec_4D)
Parameters
Type Name Description
double[] vec_3D
double weight
double[] vec_4D

Implements

System.Runtime.Remoting.Messaging.IMessageSink