Hello, welcome to the awesome world of Subdivision Hard Surface modeling :) Starting out nowadays the amount of available online resource can be a confusing grind to sift through so to make the process a tad easier, here's some pointers I've managed too pickup along the way. So regardless of complexity beginning with as…
@byas Thank you. Moving the root vertex away from the corner (about 50% of the loop's width) can improve the visibility of the highlight but much beyond that it tends to start effecting the overall consistency of the support loop. Some of this effect can be softened by dissolving the edges of the 2 to 1 reduction and just…
@Octavio I didn't. I made the same shape you did, except I didn't squish the large oval, meaning my cone didn't get squished on one side, meaning my cone had planar faces while yours didn't. I did that only to show you that both of them would meshsmooth nicely, and that you didn't do anything wrong. Also, the shape you're…
@LoneRanger Some of the smoothing artifacts may be the result of using an uneven number of bevel segments on areas where multiple surface angles converge. Try using the following bevel settings and see if that improves the smoothing behavior: 2 segments, 1.0 Shape, Arc Miter Outer. Increasing the mesh density tends to…
Sure, first off there are pretty much two ways to do hard edge stuff without adding in extra geometry, that i know of. First is to use smoothing groups for your hard edges in max. One of the big disadvantages to doing this is that you always have infinately hard edges. Really nothing in life has an edge that hard, so it…
Damn... does this forum delete posts when you make too many edits? Keeps happening... I was trying to do the example that Arrimus did in today's video. He's talking about different strategies with booleans and I wanted to give the quad one a go. I think he uses creases but I couldn't get the subd to look right when I tried…
Manual alignment sucks. Avoid it when you can. Follow the lines and look for intersecting points. People are lazy so the angles of the intersecting lines are probably whole numbers and have some commonality. Start simple and work into the complexity. Avoid over complicating things. Lots of flat surfaces to hide tris and…
We say here: "the harder you try, the faster you get". But man, don't be exaggerated/hyperbolic @ned_poreyra. BTW, I think all time wasted with logic in modelling is justified (playing videogames would be different, and that's what too many people do instead of improving). If ned_poreyra says he's practicing to get…
Thanks @Joao Sapiro, Yeah I understand and actually that was part of the reason for snipping, it seemed like I was off to a very bad start and I didnt want any new potential commenters to write me off straight away, I guess it didnt achieve the desired affect. I do appreciate the time everyone takes to post here and you…
@ANAFREE Aregvan is correct: the smoothing artifact is caused by overlapping geometry and modeling this type of surface detail as a separate piece of floating geometry will be more efficient than trying to blend everything together into a watertight mesh. There's an extra edge loop that runs between the primary support…