hey guys, what is the best way to boolean and cu shapes out without fucking the topology up.
i been experimenting to see what i can do after a boolean to clean up the topology the best i can to be used in turbo smooth so far best thing is to inset and bridge
got any tips?
I create the shape as a seperate object usually as a plane, and then use it as a stencil by making it transparent and placing over the designated area. I cut that shape along using vertex snapping, delete the stencil, and then just extrude down, delete face, bridge borders, and cleanup from there.
the one on left is stencile the one on right is boolean. the same result. it seems fine with simple shapes but the other day i was trying to make a SNES controller and the shapes got all type of fucked up
i like to make a lot of my complex shapes with splines and when i extrude them a lot of them break after adding a turbo smooth so i really want to know how i can fix shitty topology all toghater not just after boolean
heres something as an example (i went back to trying to re make the SNES controller)
i tried bridging few key edges and than caping the rest. bridging each and every edge by hand wouldnt be smart/effective seeing as there arnt edges for every edge regardless so the end result was still going to be broken
the way i went about it is creating 2 cylinders and copy 1 and drag it alone y to left
then i selected about 10 (or what i thought was good) faces to bridge with the same amount of faces on the other side.
added 3 more loops then slight shaped with with proportional editing
the insets are there for fun, you could have this shape with perfectly round cylinders
that looks like shit
why are you on this site trying to give tips
do it, id like to see that from someone who managed to fuck up a cylinder
100% you are autodesk user, because you can't recognize the feature that did it
still looks like shit
heres the shape OP was looking to get
>100% you are autodesk user
oh shit you really are Autistic
This isn't a complex shape.
you literally copied my method only to make a slightly better example of it and claim its a completely different.
only reason why i didn't post a snes shape is to show op the required method he should make in order to achieve it, he didn't ask me to model a snes controller which i didn't
>literally copied my method
There's that word 'literally' again. The telltale sign of an illiterate 12 year old who doesn't realise pointless hyperbole doesn't emphasise their point.
>copied my method
Yours doesn't look anything like that. you just bridged the sides of 2 cylinders.
Your method resulted in pure shit. you don't own any method of 3D modelling.
>demonstrating where supporting loops and key edgeflow should go is "babying".This coming from the guy who claims he'll turn that disproportionate piece of shit into a hyper real snes controller.
what are you even talking about? op wanted a method on how to create a snes controller so i gave him a method to use.
which by the way >>506792
used the same method that i did the only difference is the created poles to prevent shading errors (on flat surface mind you), im really being mindfucked by idiots right now only because i wanted to think for himself on how to option shape from given method
>used the same method that i did the only difference is the created poles to prevent shading errors
>what are you even talking about?
Ok i'm out. Third time you've proven you're a LITERAL illiterate. It's like conversing with a wall.
here you go, i was right so there is no need to sperg now
go to sleep
The only way to boolean without fucking up the topology is to boolean two objects whose topology perfectly aligns.
But if you're the kinda lazy shit who uses boolean then you're not going to do that.
would boolean be feasible to do something like this
or you should sculpt and remesh
that isn't completely true. For instance, if some verts are close enough after the bool you can just select them and merge by radius. But when this is the case it isn't usually mechanic type modelling.
This anon doesn't know the power of intersecting geometry jaggies. If you want something to look good, then parts that are actually connected in real life, should be connected on your mesh so the shading looks proper.
You're making too much work for yourself. Keep the complexity of the two objects roughly similar. Your shape has way more faces than the cylinder you're cutting it out from, which will make cleanup close to impossible.
Either use a high poly shape to cut a high poly object and then manually chamfer the edges if necessary, or use a low poly shape on a low poly object, clean up the topology and subdivide the whole thing.
Agreed. What I do is use as many parametric modifiers as possible. Smooth, Shell... Max 2016 has QuadChamfer now. You can put a Smooth modifier below it, with the desired angle treshold, then in QuadChamfer you can just choose "chamfer all unsmoothed edges".
This is actually three settings:
1. All Edges
2. Chamfer only Unsmoothed
3. Min/Max angle checkboxes disabled.
As for booleans, no clean topology can come out of this business. Instead, make excellent operators, ProBoolean them however you like, and use NO mesh-dependent modifiers above Pro Boolean, such as Edit Poly, or UVW Unwrap. Instead, when you want to edit something, go down in ProBoolean's own stack; and if it's awkward to edit from the stack, pick an operand and extract it (as an instance). Isolate, edit, ProBoolean magically updated itself while you worked.
Only parametric stuff should then go above ProBoolean, such as Smooth, Material, Normal UVW Map, Bend, etc etc.
Just an observation. If you plan to put much turbosmooth on it, then it looks to me like you arent modelling for performance/gaming. In which case, why are you worried about the topology? Just worry about the shape - and how easily you can get there, optionally edit it. Thats why I proposed this ProBoolean approach.
But seriously, a boolean operation is a creative decision, and generally speaking computers should not make them. Do it by hand. Also, to save youself trouble, don't do it at such complex geometry. Do it at lower res and save yourself the anguish.