[Lu...] Posted 6 hours ago Share Posted 6 hours ago Hello, I would like to know the best way to measure multiple parallel flats as a circle in order to get the runout from this to an outer diameter. The parallel lines rotate randomly per part around the center of the circle, so i cant just pick up each line and then recall into a circle. I am thinking of doing a slow circle path, and then using maximum inscribed, but am worried about how the filters would adjust the sizes, and i don't know how accurate it would be without any filters enabled. See attached photo for a easier understanding of my question. Thank you! Link to comment Share on other sites More sharing options...
[Ke...] Posted 6 hours ago Share Posted 6 hours ago I would try to scan around with a couple of Curves, and use that in an Alignment from Several Curves; and then reference that with a 6 point diameter. Without Curve, I would scan the flats and try to use a Geometry Best Fit Alignment Link to comment Share on other sites More sharing options...
[Jö...] Posted 6 hours ago Share Posted 6 hours ago Hallo Luke, gehe bei deiner Ebene auf Strategie, und dann siehst du oben in der Menüleiste ein Kreissymbol mit drei Punkten . Das öffnest du mit einem Doppelklick. Da drin kannst du dann ganz unten deine Kreismittelpunkt einstellen. Link to comment Share on other sites More sharing options...
[Jo...] Posted 6 hours ago Share Posted 6 hours ago (edited) Go to Features > Circle Enter in XYZ Nominal Values where you want it to be measured. (Assuming X=0.0 Y=0.0 Z=0.100?) Nominal Diameter will be the 2x Radius distance to one of the flats. Create a strategy with 6 single points starting at 30° Edited 6 hours ago Link to comment Share on other sites More sharing options...
[Ma...] Posted 5 hours ago Share Posted 5 hours ago I would avoid curves - mostly due unkown position and rotation - would falsely report crash. I would try to measure a circle with 6 points to obtain center - if it's not a problem to get close enough center, then use cirle, go to bigger probe radius, relatively fast scan speed hight density of points. Link to comment Share on other sites More sharing options...
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