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.
Its just an example, imagine a tv remote controller. it has round buttons. now the LOWPOLY does not have so round smooth buttons, instead i would use a cylinderform with maybe 8 sides. and i am sure, i get the same problem i guess -.- 😅
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]
20 years ago it all was about details priority. A character face would have twice of pants texel size. A signature /decal on a wall twice of wall texel size especially if the wall is something plain colored. So it was pretty much otherwise and honestly that "priority" approach still have its value. In mobile games for…
First of all: Thanks for the response! My focus is less on finding a solution within the engine and more on tackling the task of texturing first. As you can see in the image (and please keep in mind that I’m not a Blender pro ;-) ), there is a separate mesh for each piece of clothing. In the screenshot, the character…
A general web search for 'pbr wood tutorials' should get you some good results. What may be infinitely more beneficial is to take some time to study the reference image and try to breakdown some of the details that make it look the way it looks. For example here are some observations that jump out at me: a. all the edges…
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:
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.