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SideExtendedData Interface

Represents extended geometric data for inclined (non-orthogonal) machining planes in the woodwork automation system. Side extended data provides detailed corner point definitions and spatial parameters necessary for precise calculations on inclined surfaces. It includes the four corner points (P1, P2, P3, P4) that define the plane boundaries, elevation and angle parameters that describe plane orientation, and a shift vector for origin positioning adjustments.

Namespace: Woodwork.Automation
Assembly: WoodworkAutomation (in WoodworkAutomation.dll) Version: 10.1.0+426df26b1ad7b7c97e1fbd6e0980a0fe847fc820
Syntax
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public interface SideExtendedData

The SideExtendedData type exposes the following members.

Properties
 NameDescription
Public propertyAngle Gets the angle in radians defining the inclined plane's rotational orientation. Angle specifies the plane's angular offset from standard orthogonal orientation, determining how the plane is rotated relative to the reference coordinate system axes.
Public propertyElevation Gets the elevation (height) of the inclined plane. Elevation represents the vertical distance or altitude component of the plane's spatial positioning relative to the reference coordinate system origin.
Public propertyP1 Returns the first corner Point (P1) of the inclined plane. P1 is one of four corner points that define the geometric boundaries of the inclined machining surface.
Public propertyP2 Returns the second corner Point (P2) of the inclined plane. P2 is one of four corner points that define the geometric boundaries of the inclined machining surface.
Public propertyP3 Returns the third corner Point (P3) of the inclined plane. P3 is one of four corner points that define the geometric boundaries of the inclined machining surface.
Public propertyP4 Returns the fourth corner Point (P4) of the inclined plane. P4 is one of four corner points that define the geometric boundaries of the inclined machining surface.
Public propertyShift Returns the shift Vector for origin point positioning adjustment on the inclined plane. The shift vector defines the spatial displacement applied to the origin to account for plane inclination and ensure correct geometric positioning for operations on the inclined surface.
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