Your work is pretty solid overall and the criticism I'm about to give you is more of an impression of some of your speed sculpts and not a general statement on your portfolio. Basically I'm noticing that many of your images have a point of focus where the action is occurring - let's call this the object, and then a very…
Hello, I am looking to contract a talented 3D animator that is familiar with Paper Mario The Thousand Year Door. Here is an example of what I am looking for: https://www.youtube.com/watch?v=hoeZ7_URCgQ If interested, please email me an example of your work in this style: ProjectLoveGameDev@gmail.com Thanks!
couple quick notes: * more props * less perfectly straight lines - for example railings and banisters you can add subtle wobble * double check roughness values - the place looks decrepit but certain pieces of wood look like they were just freshly cleaned.
OH MAN a rolling ball example that does everything I want! The example scene is pretty nice, I like the minimalist look and the easy menu to switch between scenes.
More like this. It's the basic edge bevel on the corners. This shape is just an example and a very simple example. The problem obviously gets even worse on more intricate shapes.
Using the technique from the previous video. Here's another pipeline example [ame=" https://www.youtube.com/watch?v=EZhgZok76r4"]UDK Modular Brick Tutor example 2 - YouTube[/ame]
Cool! A few links that might help you: http://wiki.polycount.com/wiki/Topologyfor example: http://wiki.polycount.com/wiki/Character#Character_Examples like this: http://wiki.polycount.com/wiki/BaseMesh just one example:
Maybe scale it even more down to get a better result. When you feed in a washy image then it will try to upscale this washy look ... there's a plethora of traditional computer vision techniques that will do the job Not this job, unfortunately. Traditional methods will not fill in fine details like hairs or surface…
As another example of few edges not necesarily producing a smooth mesh: In this example one edge on a cube was bevelled, and then the top resulting edge was moved down and forward, resulting in this sharp edge.