Fire and Smoke Simulation Domain Settings - Blender Tutorial

Explore Mantaflow smoke and fire domain settings in Blender 3.2 through this comprehensive 22-minute tutorial. Learn about gas domains and their role in simulating physical properties of fire and smoke. Discover how to create and configure gas domains, adjusting settings such as resolution division, cache types, time scale, and CFL number. Delve into advanced features like border collisions, adaptive domain, buoyancy density, and smoke vorticity. Master techniques for enhancing realism with noise, upres factor, and flame smoke settings. Gain insights into temperature control, guide systems, and field weights to create stunning fire and smoke simulations in Blender.

1Intro
2What is gas domain?
3Creating Gas Domain
4Resolution Division
5Cache TypesReplay,Modular,All
6Time Scale
7CFL Number
8Time Steps
9Gravity
10 Border Collisions
11Adaptive Domain
12Buoyancy Density
13Heat
14Smoke Vorticity
15Dissolve
16Noise
17Upres Factor
18Strength
19Scale
20Reaction Speed
21Flame Smoke
22Fire Vorticity
23Temprature Minimum And Maximum
24Guide
25Guide Weight
26Guide Size
27Velocity Factor
28Guide Effector
29Collections
30Field Weights