Python for Measurement Solutions

[[Da...]]

I was wondering if anyone here uses python programming to crunch measurement data. If so, how do you utilize it to provide solutions to the tasks at hand? For example, I'm mainly using python to provide plots in order to quickly analyze measurement data so that we can make adjustments to complex assemblies.
I'm curious to find out how other users in this forum integrate it with Calypso or other measurement projects.

[[Er...]]

Iv'e used the mathplot lib to do some 3d plots of free form surfaces. But its so so. But I do like the abillitiy to rotate a set of points in space and place points from different bf-algorithms on top of each other to compare. I guess I must rewrite some of the library or find alternative release to be completly satisfied. But I dont think Im up to that task yet... 🙂

I have on the other side done a couple of utillity programs in py.
I started with py because my oldest son asked how you make pc-games. So we downloaded ruby, as I have used that before. But it sucked 🙂 So we moved on to py and in 6h or so we hade an asteroid like game with minions shooting bananas on his mom 🙂
I kept on with py from time to time and a year or so later im almost fluid in the stuff I need. Thats a impressive language in my opinion 🙂

Working on improvements to a "monitor program" for our zeiss cmms and another huge project when ever I get some spare time. (Like that happens alot... )


Oh I forgot, we have one program to also fit curves to optimize (I hate to say it, because its not) waviness on leading- and trailing-edge of blades. Its more like the curve jump feature (Compare difference in deviations to nominal point to point), if the actual data cuts the nominal, you can get to big deviations because of that, but if you fit only the LE or TE part with in the tolerance minimize the actual going from outside to inside of the nominal, you get less deviations. Even if the actual form stats the same.
A request from r&d and the airodynamic dudes, I could not achive that in Calypso.