I would like actually create surfaces based on a point cloud

In select function menu I like to have a "multi select funktion".

So I don't need to reset the cloud every time I need several section.

Customers who manufacture plates for hydrogen fuel cells or heat exchangers usually want their tool halves to be aligned according to the following principle.

1. The tool is aligned with a probe.

2. Then it is scanned with a laser (HP-L-10.10)

3. A Refine alignment is performed with the point cloud.

4. A primary plane is extracted from the point cloud.

5. Aligns as Z primary and Z zero.

6. Evaluates

However, this procedure is not correct as the plane is not exactly parallel to the pattern!

Of course, you can extract points and use these for XY and Z rotation, or construct "alignment features", but I want to use all the points in the pattern area in a easy way.

What I want is more possibilities in the point cloud alignment so that I can control/adjust my alignment better.

It would be a good idea to configure PC-DMIS so that each measurement program is automatically saved in its designated folder. This improves traceability and makes it easier to retrieve previous measurement sessions for review or verification. For example, if I need to revisit a measurement I performed a few days ago, I can quickly locate the corresponding program and results.

Technically, this can be achieved by setting a default save path in PC-DMIS, either through the software preferences or by using a startup script. This ensures that all programs are stored in a structured and consistent way, reducing the risk of file misplacement or overwriting. It also supports better version control and simplifies data management, especially in multi-user environments.

This kind of functionality already exists in PolyWorks, where the software automatically organizes measurement projects into predefined folders, making it easier to manage and access historical data. Implementing a similar approach in PC-DMIS would bring significant benefits to workflow efficiency and data integrity.

add ability to AUTO CYLINDER to generate TO CIRCLES similar to TO POINTS

There was a time of programming when I was asked to "Carry Like Tolerances Forward" and I clicked on "Don't ask me again" and since then, I haven't been. There have been multiple occasions since where that feature would be useful but I don't know how to get it back for new programs...

Like title.

I would really like to have the toolbar/user configuration files (toolbar.dat, gbarstate.dat, et al.) to something user readable.

Like XML or JSON. When we "move" the old configuration files between versions/upgrades sometimes they end up with duplicate menu items, sometimes missing a menu item...

Today, there isn't a possibility for the user to add/edit the .dat files. This is possible with XML/JSON so the user can "see" if there is a menu item missing/duplicate. The only thing left to do is to delete the files and start over with setting up the GUI in PC-DMIS, which I find quite cumbersome.

I'm currently developing Pc-Dmis programs to be used in production. We typically have operators that run parts on up to 4 cmms each - they're performing setup (no manual measurements), loading parts, following prompts and printing reports only. We utilize bar code / 2d matrix scanners, and when the operators have to enter data into an input comment either manually or with a scanner they cannot easily see the text that has been entered. We use full screen input boxes for user input. I do have some programs that have forms, but I am currently the only programmer at our facility that knows how to create them. Would it be possible to add a text size control (full formatting would be awesome, just like on the forum I'm using now) to input/comment dialog boxes?

The ability to simply plug in the amount of points i want for a strategy vs amount of pts/mm would be useful as to not plug in a number that bogs the software into eternity.

It would be good to be able to measure hits along the flats of a round-ended slot, instead of being restricted to the radii on the ends of the slot.