Normally for an object that has a large surface area and detail surface area on the same mesh it kinda help unified the Chamfer width without needed to increase the TurboSmooth iteration, becuse the primary Chamfer add a control loop to your secondary Chamfer, which helps to localized the detail as opposed to increasing the TurboSmooth iteration that globally add a subdivision across your mesh. Would you agree with this, and if so, do you know in which scenarios not to rely on the nGon solver?ġ- The secondary Chamfer, much like nGon solver, is not the 'use-all-the-time' solution too for me, but when I need it it's there. I haven't used the nGon solver, and much like H/S edges, I vaguely recall it being glitchy at times. What has been your experience with this? Have you fully embraced the hardening/softening of edges, or do you personally just prefer to work in face mode, assigning SGs?ģ-Glad to see you spreading the word for RapidTools, they're the best. But from the little I tried of it, it seemed a bit wonky and sometimes SGs would start breaking.

A few question for you to talk as much as you'd like if you had the time.ġ-When have you had the need to use, as you call it, secondary chamfers? What kind of shapes?Ģ-I don't recall which version started adding the support for Hard/Soft edges natively, kindof replicating Maya in a way (I think Alex Senechal had shared somewhere Harden/Soften edges scripts before Max adopted it). Hey Wahyu, thank you for sharing this script, and even more so for being so humble to not encript it and share the mcr.I can learn a looot from you in regards to Maxscript (and much else, really).

Quad chamfer 3ds max 2018 download