NX Demonstration: Voronoi Structure

[@jeffkunkler3842]

ok, first off, the voice. I am compelled to listen and is super clear. Clear description of steps. Siemens is fortunate to employ this presenter. Now the function is outstanding. Its implementation is intuitive ( to me anyway) to anyone who uses NX. I cannot wait to get my hands on this!

[@gryn1s]

Judging from how he sounds, i believe its not only a voice, but also one of the brains behind this.

[@rathin4]

I had written the Tube node when I was working in Siemens PLM! 🙂

[@citymonkey5929]

Great Feature. Very logic user interface. Do we get this also in solid edge some day?

[@stephanelouvet1113]

So nice ! Is it somehow just a visual way to create a fully and resilient parametric model ? To me, using normal features and careful smart selection, we can acheive the same result. The advantage of the logic editor being the model will never fail because we didn't use the right "selection"

[@neelsolanki9288]

Amazing....

[@michaeleichelberg5291]

Hi, why do you did not create a boolean operation into the algorithmic editor with the voronoi structure? In this case you have 100th of volumes not united into one solid. When you do it after the creation of the voronoi structure in the algorithmic feature and you have to change the structure, you have to recreate all feature after that. Not working for me.

[@michaeleichelberg5291]

@@paulbevan1940 Hi Paul, I did it in my environment and added the boolean into the algorithmic feature. Now it works better.

[@grzeslaw-]

Is any way to do this random point on FACE not body?

[@SiemensSoftware]

Hi - thanks for your question. Since this video is already three years old, we recommend checking in the Community for quick support. Please join the community at this link and ask your question: sie.ag/3x32TV