UnitVector Object
Description
The UnitVector object. For more information, see the
Transient Geometry overview.
Methods
| AngleTo |
Determines the angle between this vector and the specified vector. |
| AsVector |
Get the vector equivalent of this unit vector. |
| Copy |
Creates a copy of this UnitVector object. The result is entirely independent and can be edited without affecting the original UnitVector object. |
| CrossProduct |
Determine the cross product between this vector and the specified vector. |
| DotProduct |
Determine the dot product of this vector to the specified vector. |
| GetUnitVectorData |
Get the data defining this unit vector. |
| IsEqualTo |
Compare this unit vector for equality to the specified unit vector. |
| IsParallelTo |
Determine if this vector is parallel to the specified vector. |
| IsPerpendicularTo |
Determine if this vector is perpendicular to the specified vector. |
| PutUnitVectorData |
Method that sets the data defining this unit vector. |
| TransformBy |
Transform this vector by the specified matrix. |
Properties
| X |
Specifies the X coordinate of the vector. If not supplied, the X value will default to 0. |
| Y |
Specifies the Y coordinate of the vector. If not supplied, the Y value will default to 0. |
| Z |
Specifies the Z coordinate of the vector. If not supplied, the Z value will default to 1. |
Accessed From
Arc3d.Normal,
Arc3d.ReferenceVector,
AssemblyWorkAxisDef.Axis,
AssemblyWorkAxisDef.GetData,
AssemblyWorkPlaneDef.GetData,
AssemblyWorkPlaneDef.XAxis,
AssemblyWorkPlaneDef.YAxis,
BIMCableTrayConnectorDefinition.Direction,
BIMCableTrayConnectorDefinition.HeightDirection,
BIMCableTrayConnectorDefinition.WidthDirection,
BIMConduitConnectorDefinition.Direction,
BIMConnectorDefinition.Direction,
BIMDuctConnectorDefinition.Direction,
BIMDuctConnectorDefinition.HeightDirection,
BIMDuctConnectorDefinition.WidthDirection,
BIMElectricalConnectorDefinition.Direction,
BIMPipeConnectorDefinition.Direction,
Camera.UpVector,
Circle.Normal,
Cone.AxisVector,
CoreCavityDefinition.PullDirection,
Cylinder.AxisVector,
DWGArc.Normal,
DWGArcProxy.Normal,
DWGEllipticalArc.Normal,
DWGEllipticalArcProxy.Normal,
DWGLine.Direction,
DWGLineProxy.Direction,
EllipseFull.Normal,
EllipticalArc.MajorAxis,
EllipticalArc.MinorAxis,
EllipticalCone.AxisVector,
EllipticalCylinder.AxisVector,
FixedWorkAxisDef.Axis,
FixedWorkAxisDef.GetData,
FixedWorkPlaneDef.GetData,
FixedWorkPlaneDef.XAxis,
FixedWorkPlaneDef.YAxis,
GraphicsNormalSet.Normal,
GroundPlaneSettings.FrontDirection,
GroundPlaneSettings.UpDirection,
Line.Direction,
LineSegment.Direction,
MoldDefinition.PullDirection,
Plane.Normal,
PointCloudPlane.GetPlaneRectangle,
PointCloudPlaneProxy.GetPlaneRectangle,
PresentationTweak.GetRotationData,
SketchEllipse3D.MajorAxisVector,
SketchEllipse3DProxy.MajorAxisVector,
SketchEllipticalArc3D.MajorAxisVector,
SketchEllipticalArc3DProxy.MajorAxisVector,
SketchSplineHandle3D.Tangent,
SketchSplineHandle3DProxy.Tangent,
Torus.AxisVector,
TransientGeometry.CreateUnitVector,
UnitVector.Copy,
UnitVector.CrossProduct,
Vector.AsUnitVector,
WorkPlane.GetPosition,
WorkPlaneProxy.GetPosition
Samples
| Offset a 2D sketch |
This sample demonstrates the creation of offsets in 2d sketches. Two ways of creating the offset are shown - one uses a distance and the other uses the input point. |
| Create curve primitives |
This sample demonstrates the creation of curve primitives (lines, arcs, circles, etc.) using client graphics. |
Version
Introduced in version 4
