I just installed it and followed the tutorial. After an hour, I was able to model things, paint them and animate them. I never felt angry, to the contrary. My battery didn't take a big hit.
The main thing that makes this nicer to work in than Blender (for these “pixel art 3D” models) is that you don’t need to UV-unwrap your models. That and the fact that working with “pixel art” painting in Blender is inconvenient at best..
I’m actually working on a plug-in for Blender to enable some of this workflow where you can just straight paint on your models :)
I teach Blender. UV unwrapping is something the students have a lot of trouble with.
For those that don’t know, UV-less painting is usually vertex painting, where each vertex is assigned a color. In this way the resolution of the outcome is dependent on that of the model.
In the case of this app, a UV map is generated, but seems to be quite crude. Two options are presented: per-face and box. I assume box is derived from tri-planar projection. If so, then I assume that it would be impossible to assign a color to anything that is invisible to the projection, such as underhangs. I will play with it and see.
I've only played around with it for a few minutes, but if I wanted to quickly produce a bunch of low poly assets in this style I'd be tempted to go with this and then import them into Blender. This is because it is set up for the low poly workflow out of the box, whereas you'd have to do a bit of faffing around with shaders etc. to get good looking results in Blender. And I say that as someone who has been using Blender for more than a decade. Being forced to work within the constraints that a tool like this imposes is often a good thing from an artist's point of view, as it reduces the decision space down and allows you to focus on the outcome rather than the tool.
Judging by the gallery, this makes a tradeoff giving you automatic consistent-density UV mapping in exchange for being bad at organic shapes. I assume rectangles/boxes are a big part of the tooling.
As someone familiar with Blender, Sprytile looks great, but it also looks as though there hasn’t been a release since 2020. Anyone know if this project is still alive?
Looks very cool. I wonder if there's anything that can't be done in Blender, or if it's primarily the constraints and simplified workflow that would make this useful to work with. Maybe the latter; there's a parallel to pixel graphic editors vs Photoshop to be made here. Sure you can use Photoshop to do 8-bit art, but some folks use the dedicated 8-bit painter tools regardless.
The fact that you don’t need to UV unwrap is something that “can’t be done” in Blender. Though I guess technically the same results can definitely be reached :)
This project looks really cool. Maybe someone reading this can answer this question. I've been wondering what the in-browser options are for easy to use low poly modeling? Are there any application you'd recommend?
This is so cool, I'd never heard of it before but can't wait to try it out. I'm going to check out the PWA version on an M2 iPad, which is quickly becoming my favorite 3D model editing device.
Web-app makes it better. You can still download it to run offline, but you can run the browser version without trusting the binaries to be safe, and you can also get it up and running really fast if you switch computers or need someone else to check it out.
That’s a pretty uncharitable thing to say. A tool like this makes modelling approachable for people who might not have any experience - including kids. Trying to reproduce in Blender, for example, the workflows that this tool easily enables is loads more work - potentially months of learning.
dxuh|3 years ago
It gives a much better quick impression of what this tool is like.
throwntoday|3 years ago
marmakoide|3 years ago
Excellent job.
noio|3 years ago
I’m actually working on a plug-in for Blender to enable some of this workflow where you can just straight paint on your models :)
Daub|3 years ago
For those that don’t know, UV-less painting is usually vertex painting, where each vertex is assigned a color. In this way the resolution of the outcome is dependent on that of the model.
In the case of this app, a UV map is generated, but seems to be quite crude. Two options are presented: per-face and box. I assume box is derived from tri-planar projection. If so, then I assume that it would be impossible to assign a color to anything that is invisible to the projection, such as underhangs. I will play with it and see.
mcdirty|3 years ago
darkteflon|3 years ago
guntherhermann|3 years ago
whiskers|3 years ago
noio|3 years ago
arriu|3 years ago
r_hoods_ghost|3 years ago
rendaw|3 years ago
EamonnMR|3 years ago
darkteflon|3 years ago
yowlingcat|3 years ago
noio|3 years ago
marktangotango|3 years ago
5mixer|3 years ago
There's even session sharing! File > Edit Sharing...
2III7|3 years ago
grepLeigh|3 years ago
darkteflon|3 years ago
jperoutek|3 years ago
djmips|3 years ago
_HMCB_|3 years ago
Mikeb85|3 years ago
IYasha|3 years ago
rebane2001|3 years ago
Cyberdog|3 years ago
swayvil|3 years ago
darkteflon|3 years ago