Want backwards compatibility with Xact measure for GD&T. I have hundreds of programs that would need to be reviewed. I'm in a regulated industry and can just imagine the chaos that would happen with changing to the new scheme. I appreciate the effort and improvements in the update to the new scheme. However, the costs and headaches involved in ensuring that older programs will provide the same results are going to hold us back. I have gotten around updating previous release updates by arguing that the changes are relatively minor and are mainly programming aids.   This is a major change.   

Other alternative would be a way to not allow Xact measurement routines to not run at all.

Late to the party and realize it's probably not possible but still....

By showing both it gives a good indication of how angled the cylinder may be.

Hello,

we need to have the option to show the vectors of the deviation in our protocol.

It is possible in the graphical window in PC-DMIS, so why isnt it possible in the "CADONLY" protocol e.g.?

Here is a screenshot what I mean:

Thanks in advance

Using 2021.1, an "analysisview" command of a feature control frame that uses the "U Modifier" will ONLY allow us to put on the inspection report an "analysisview" of a BILATERAL tolerance band. 

Please add the capability for us to show the tolerance band as UNEQUAL. 

add a color scheme to the summary view, similar to the edit window color scheme that can be saved and recalled.

Add a feature in the screen for editing a feature (plane, cylinder, etc) to assign it as a datum instead of going through dimension datum screen and/or gd&t dimension. 

Regarding the "To Points" toggle in the auto-feature dialogue box..

Would it be possible to make this toggle work for every type of auto-feature?

Right now, you can only use "To Points" on autocircle, autoplane, and autocylinder. The toggle is "grayed out" for lines, cones, spheres, etc. Adding this functionality would be a good enhancement IMO. 

Thanks for your time,

-Dan

In the calibration cycle, the possibility that the probe moves to the center of the calibration sphere before the next rotation move. This is useful if using a small CMM. It saves room and the eliminates the chance of a collision with the CMM support legs.