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Hello,
I am trying to get a list with the X,Y,Z, and yaw, pitch, roll for coordinate systems that I have patterened across a curved surface. I have not even been able to figure out how to pull the location data for just 1 coordinate system. Can anyone help me on this?
Have you tried exporting to various asciibased formats to see what the data looks like?
If you wanted to share the file, we could look at it.
If you can get the data, or at least a subset of it, what did you want to do with it?
Here is the part file. I have started with a super simple shape, and I know once I have the location of the first 2 rows, the rest are easy. But eventualy this would be a more complex curve.
I have tried exporting to a couple of formats, but so far none export any but the default coordinate system.
Once I have the points, they will be fed to a robot.
I exported a similar file to STEP. it returned good data but it returns in Cartesian coordinates with coordinates and vectors. You will need to convert this data to the desired format.
Have you talked to some of the CAM people to see if they know a simple method? A 5axes milling machine crunches numbers like this for breakfast.
The STEP file has some good information. I was able to pattern lines going out normal to the surface and get the starting point with a direction. I am not sure how to interpert the direction vector though. What shoudl be straight up has a direction of .4956, .8686, 0.000.
I'm going to guess here... probably a location from the "master" 0,0,0 origin... with a vector back to the position of the feature.
Yes, I did not think about that. That's definatly what it is.
Try to use Excel Analysis
I have not used an Excel Analysis before, but I will look into some examples.
I think, my advice about Excel is not useful in your case.
Export to textbased file it is more interesting solution. Thanks to Antonius.
Take a look at Neutral (.neu) file.
3 id 57613
3 name CS2
3 e1 [3]
4 e1 2*0.,1.
3 e2 [3]
4 e2 0.,1.,0.
3 e3 [3]
4 e3 1.,2*0.
3 origin [3]
4 origin 0.,1.75,0.707106781186547
2 coord_systems >
e1, e2, e3  coordinates of the axes (a vectors from the origin).
You can check this by placing Point  Offset Coordinate System and make the Analysis (Geometry Report  Point)
I think, "e1 2*0., 1." this is "e1 0., 0., 1."
This is exactly what I need. Thnaks so much.