Try this: show/Hide -> show... -> select all solid bodies.
It is possible to hide the solid body of a component, independent of the component. When this happens, using show/hide on the component itself will have no effect.
Creating an arbitrary number of equidistant points on a spherical surface is a problem with no solution. There are some good approximations, but no closed form solution.
If your case is similar to the one shown in the other thread, you can use the linear edges instead of the faces. Or create geometry in the file just for the constraint. All the suggestions in that thread are valid and useful.
I've not yet experimented with feature templates, but one of the selling points is the ability to package everything up into a single feature. If this isn't what you are looking for, perhaps something like a reusable object would better meet your needs?
One of the required updates hosed the code formatting plug-in that was used. One of the (best) options is changing platforms, which would likely force everyone to re-register, so I'm hesitant to allow new users right now. The forum there was almost an afterthought for the site and never really...
Same thread on the Siemens forum:
https://community.sw.siemens.com/s/question/0D5Vb00000ZAoCMKA1/distance-measure-within-an-active-command-ie-extrude-pattern-etc-is-no-longer-associative
TL-DR - 3 Siemens people said "works on my machine" then OP showed a video, turning on the "create...
Go to Geometric properties, change the analysis type to static, select the face of interest, then in the analysis point option - click the icon to open the point dialog and change the type to "existing point". Select the point object that is on the surface and you will find the UV values in the...
That symbol means "approximately equal". The NX sketcher uses it to show you that the number you see on screen has been rounded. You can change the number of decimal places you see in the preferences.
https://en.wikipedia.org/wiki/Approximation#LaTeX_symbols
If the embed manager doesn't fit your needs, you can still make use of the modeling spreadsheet. You will need to copy/transfer your calculations from your current Excel file to the NX part spreadsheet.
While in modeling, go to tools -> spreadsheet. This will open the part's existing spreadsheet (in Excel, if you have it). I worked with a guy that used the spreadsheet extensively to do some calculations and change expression values in the model. What he had set up looked very useful.
Edit: the...
I don't entirely understand the issue from your short description, but it sounds like you want to select a drafting curve with .SelectTaggedObject, then select a location on the drawing sheet itself with .SelectScreenPosition in the same journal. If so, be sure to use .SetCursorView(1) before...
Right click the detail view (either in the graphics window or in the part navigator) and go to "boundary". This will open the view boundary dialog; make sure it is set to "break line/detail" (it should default to this) then pay attention to the prompt area - "select circle to modify it or select...
I suspect that you might need to use .SetCursorView to allow selection from within a drafting view.
theUFSession.Ui.SetCursorView(0)
Substitute your UFSession variable for "theUFSession" above. Add this line of code right before the call to .SelectTaggedObject.
