[SH...] Posted February 1, 2022 Share Posted February 1, 2022 What is the best optimal method for checking this arc centers in calypso.IMG_20220201_233927.jpg Link to comment Share on other sites More sharing options...
[Ja...] Posted February 2, 2022 Share Posted February 2, 2022 I haven't done thins in a long time so I hope I am not leaving anything out, but from the CAD model, I would define space points all over that entire inner surface. Then under Resources, Utilities, select 3D best fit alignment. In that alignment select all the space points and best fit on CAD model. Then when you extract a radius you can change the alignment to the 3D best fit and in evaluation, constrain location for a radius result and constrain radius when checking position. Link to comment Share on other sites More sharing options...
[Ja...] Posted February 2, 2022 Share Posted February 2, 2022 They should have just asked for profile. Those are more like dimensions required to build a part. Link to comment Share on other sites More sharing options...
[Je...] Posted February 2, 2022 Share Posted February 2, 2022 . Shabu, I was given the following strategy from Megan Kelly, Zeiss Application Specialist. I'm not sure you'll be able to apply it to your current situation, but the idea is sound. As Jason alluded to, adding constraint seems to be the best way to measure radii in Calypso. ================= RE: measuring radii ================= Measure two 2-D lines on either side of your radius to be measured. . Then create a tangent construction with the lines as feature 1 and feature 2. Input the DIAMETER of the radius you’re trying to measure and toggle the position until the theoretical circle is showing where you want on the wireframe. . Ex: Tangent filled out correctly w/WRONG location . Toggle buttons to the left of diameter box until it looks right on your CAD. . Then, create a non-theoretical circle feature, using formulas to control the location/diameter based on the tangent. Make sure your angle range is correct in the strategy. . This will help the location be a bit more repeatable for the radius. Hope that helped! Have a good week! Best regards, Megan Kelly Appications Engineer ZEISS Industrial Quality Solutions Zeiss Industrial Metrology, LLC Metrology Services 6250 Sycamore Lane North Maple Grove, MN 55369, USA ----------------- Jeff Frodermann Meier Tool & Engineering Anoka, Minnesota . Link to comment Share on other sites More sharing options...
[SH...] Posted February 2, 2022 Author Share Posted February 2, 2022 Please sign in to view this quote. New idea for me. Thank you for sharing. Link to comment Share on other sites More sharing options...
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