P2

Fluid Effects

Unlike other bodies, Fluids exhibit highly volatile behaviors. As a result, it’s difficult to come up with a single, efficient way for simulating all of fluid effects.

✅ 流体的形态很多，例如水滴、水花、水浪，对应的模拟方法也不同。难以用通用的方法高效地模拟所有场景。

P3

Two Types of Simulation Approaches

Lagrangian Approach (dynamic particles or mesh) Node movement carries physical quantities (mass, velocity, …).	Eulerian Approach (static grid or mesh) Grid/Mesh doesn’t move. Stored physical quantities change.
✅ 左：无 Grid. 物理量附加在粒子上，粒子运动时更新自身物理量。	✅ 右：固定 Grid. 物理量固定在 Grid 上。粒子运动后统一新格子的物理量。

本文出自CaterpillarStudyGroup，转载请注明出处。

https://caterpillarstudygroup.github.io/GAMES103_mdbook/