Ref. Geometry  >> Create >> From Inspection

• Ref.Geometry >> Create >> From Inspection command makes Ref.Geometry using property of Inspection (Annotation, GT Result). 

 Step   

Execute Ref.Geometry >> Create >> From Inspection: as follow

1. Select Ref.Geometry >> Create >> From Inspection from the menu or click the icon from the reference toolbar.

2. Pick inspection entity to be Ref.Geometry. Available Ref.Geometry entity list is as below table

Available Entity	Created Ref.Geometry
Annotation	Ref.Point on Scan Point or Design Point
GT-Strraightness	Common :  1 Ref.Point on center point, 1Ref.Point on Measure point, 1 Ref.Vector on axis  2D : 2 Ref.Vectors on silhouette    3D : 1 Ref.Cylinder using circle and axis.
GT-Flatness	2 Ref.Points on 2 Ref.Plane
GT-Circularity	Ref.Point on circle center and 2 Ref.Circles on Min/Max circle
GT-Cylindricity	2 Ref Points on end of axis, Ref.Vector on axis, 2 Red.Cylinders on Min/Max Cylinder
GT-Concentricity	2 Ref.Points on 2 circle center and 2 Ref.Circles on 2 circles
GT-Coaxility	2 Ref.Points on center, 2 Ref.Vectors on 2 axis 2 Ref.Cylinders around 2 axis
GT-Perpendicularity / Parallelism	Common : 3 Ref.Points on 3 angular points.  2D : 2 Ref.Vectors.   3D : 2 Ref.Planes.

For information of inspection entity, refer to Geometric Tolerance and Annotation (see Inspection >> Geometric Tolerance, Inspection >> Annotation).

Result

• Below figure is example of Ref.Geometry creation form Concentricity

Note

• About Straightness, Perpendicularity and Parallelism, Classification of 2D and 3d is due to display. In 2D display mode such as sectional deviation result, RapidForm can't
  visualize 3D object like cylinder that uses 2D objects like Ref.Vector instead of 3D object like Ref.Plane or ETC.