This is an advanced tutorial on dynamic cloud simulation. Compared with the previous Realistic Dynamic Clouds tutorials, it employs some advanced techniques, which makes the controlling of the shape, the rolling dynamics, and the randomness of clouds more flexible and accurate, with a faster simulation based on Pyro Solver in Houdini18. Firstly, we will analyze the reference to catch the rules and features of the light dynamic cumulus from the aspects of dissipation, gravity, expansion, rolling, turbulence, continuous growing, etc. which greatly affect the realism of clouds. Then we will create and adjust the volume source and build the force fields to generate those features thus to achieve the desired dynamics. Starting from scratch, I will walk you through every step to get the final dynamics. For those who have some basic knowledge about Pyro Solver, this tutorial will definitely give you a more accurate and solid understanding of cloud simulation and dynamic control.
This set of tutorials are copyrighted by VFX Grace and is only available to individual users. They should not be reproduced, distributed, loaned, subleased, and resold in any way, nor uploaded to any platforms without permission. By purchasing this set of tutorials, you're agreeing to these terms. Any user activity that leads to the above-mentioned infringements will be subject to legal liability.
1. purchasing a Commercial license: applies to a team or company with an annual income is above US$100,000.
2. purchasing multiple licenses for all users: applies to a team or company with an annual income below US$100,000, you may purchase multiple single licenses for each of your users.
The project attached in the tutorial is for Houdini indie, please refer to Houdini agreements for whether it is available for commercial use.
Do you want to make realistic clouds with Houdini? Do you know how to analyze the clouds in nature? Are you still struggling with simulating the clouds in nature? Here it is. A rare tutorial in today's market on simulating realistic dynamic clouds. With a total of 19 lessons and about 10 hours in duration, this tutorial covers the basic knowledge and two practical scene cases, including reference analysis, fluid simulation, scene setup, lighting, materials, rendering, and final compositing.