GenWorld - a procedural generation toolkit for the "Unity" game engine. Allows you to procedurally generate content for a scene from voxels. Uses various algorithms and methods where you can change the frequency of appearance, size and color of voxel models.

The project implements scene generation from voxels using three different algorithms.

Pseudo-Random Generation ”algorithm. It is a simple generation algorithm based on adding voxels to the scene based on their color matching. This is a simple and classic method that first adds one random voxel and then selects another random voxel from all possible ones and checks if it can be added to already added voxels and so on until the whole scene is filled with random voxels.

Weight-Direction Generation Algorithm. This is a modified version of the previous algorithm, which was developed by improving the usual classical algorithm. second, it can rotate voxels in different directions, which increases the likelihood of adding them to the scene, but reduces speed.

Wave-Function Collapse algorithm. Generation using WFC becomes intuitive, using this algorithm we show the program an example and get endless variants of it. There is also an aspect of collaboration with the machine, as the result obtained can be surprising and sometimes lead to a change in design. The algorithm calculates all possible options that are initially in the super position and selects the best one

• Git
• Unity (version 2020.3.3f1)

Together with the project, a set of 16 standard voxels has already been added inside, which can later be replaced with your own. But now you can run all the methods and algorithms along with a standard set of voxels for debugging, testing, or to study how the tool works. Below is an image showing all 16 models and their names. All voxel models were created using "MagicaVoxel". https://ephtracy.github.io/

The project uses various buttons for user interaction with scene generation.

• First press the button to select the algorithm;
• You can press "Classic Pseudo-Random Voxel Generation";
• You can press "Weight-Direction Voxel Generation";
• You can press "Wave Function Collapse Voxel Generation";
• You can press "Clear" button to clear the scene from voxels;
• You can press "Close game application" to quit from game;

MIT

Copyright (c) 2021 Game Rocket

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The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.

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