Udemy - Unreal Engine 5 PCG: Procedural Content Generation (English)

Udemy - Unreal Engine 5 PCG: Procedural Content Generation (English)

Language: English (US)

Learn PCG to create game environments in the fastest way

https://www.udemy.com/course/unreal-engine-pcg-english/

This is the English version of the course "Unreal Engine 5.4 PCG - Tạo Môi Trường Game bằng PCG".

The PCG course is conducted entirely using Unreal Engine 5.4.

So, what is PCG or Procedural Content Generation?

Imagine you want to add trees to a level. You would need to determine the number of trees, the distance between them, and other parameters. This can be very challenging to do manually. However, with PCG, you can easily adjust these parameters.

In the "Tree" chapter, you will get acquainted with the PCG Framework. You will learn about PCG Graph and how to use nodes like Surface Sampler to create random points on the surface of the Landscape. From these points, you will generate the Static Mesh for the trees.

In the "Rock" chapter, you will add rocks to the level. When the level already contains various objects, such as trees and rocks, you will define how these objects interact with each other. For instance, if a rock and a tree occupy the same position, you will decide whether to remove the rock or the tree.

In the "Mesh Sampler" chapter, instead of creating points on the Landscape surface, you will create points on the surface of a Static Mesh. You can use Mesh Sampler to create mushrooms growing on logs, moss growing on walls, and so on.

In addition to the existing PCG nodes, you will learn how to create new PCG nodes to suit different situations.

Starting from an initial point, you can generate additional points around it. A tree trunk, for example, can have branches and logs arranged around it.

"Building" is my favorite chapter. In this chapter, you will learn how to automatically create buildings. Since a building consists of many parts, this chapter covers a lot of interesting content. I will demonstrate different use cases for the nodes you have learned in previous chapters.