A voxel-based wind system for Unity with high quality and performance. This project is inspired by the Wind Simulation in God of War
Documentation is underway.
The Voxel-Based Wind Simulation System is an advanced computational model designed to simulate and visualize the complex behaviors of wind currents within a three-dimensional space. Utilizing a grid of voxels, this system meticulously calculates the movement of air through various environments, accounting for factors such as direction, speed, and interactions with obstacles and local wind zones.
Voxel wind system solves the mathematically complex problem of simulating wind in a way that is both visually appealing and computationally efficient. By breaking down the environment into a grid of voxels, the system can accurately model the movement of air through space, creating realistic wind currents that interact with the environment naturally and dynamically.
This package is developed under HDRP but should work with other render pipelines as well since it doesn't rely on any specific rendering features.
Go to Window->Package Manager, click on the + sign, and Add from git: https://github.com/misakieku/VoxelWind.git
- Import the Voxel Wind package into your Unity project.
- Add the Voxel Wind component to your scene.
- Adjust the settings to customize the wind simulation.
- CPU simulation using burst compiler.
- GPU simulation using compute shader.
- Debug visualization.
- 3D render texture packing for CPU simulation.
- Global wind motor.
- Local wind motor.
- Nice editor.
- Performance optimization.
- Function for shader sampling.
- Pressure simulation.
- Voxel Size: 1
- Grid Size: 32x16x32
- Voxel Count: 16384
- Global Wind Motor: 3
- Directional Wind: 1
- Turbulence: 2
- Local Wind Motor: 1
- Vortex: 1
- Wind Collider: 1
Benckmark device: Windows 11 PC with an Intel Core i7-13700k CPU
Benckmark device: Windows 10 PC with an AMD Ryzen 5 2600 CPU
Benckmark device: Windows 11 PC with a Nvdia RTX 4070ti GPU
Benckmark device: Windows 10 PC with a Nvdia GTX 1660 GPU
