Trendy Houdini FX with Minimal Nodes – 최소한의 노드로 구현하는 트렌디한 후디니 FX [Coloso, Kim Sewang (Kim Se-Wang), Group Buy]

Houdini users eager to learn the most stylish FX effects examples will discover how to use it to create luxurious artwork.

Are you working on FX tasks until late at night?

Do you use only the nodes you truly need?

In the FX industry, using unnecessary nodes wastes time and reduces work efficiency. To address this, the renowned FX artist King Kim Se has prepared a comprehensive Houdini Node curriculum.

This course is based on four examples that reflect the latest FX trends, covering Houdini’s overall concept theory, node properties and applications, step-by-step simulations, the entire process from lighting and effects to final rendering.

From beginners struggling with spaghetti-like node connections to seasoned Houdini users, everyone can benefit from this online class.

FX Artist Kim Se-Wang’s Portfolio Speaker

Why FX Artist Kim Se-King’s Class is Special

Experience the artistry of FX with a Korean stylization focus, used in advertising, media art, and more. This unique Korean FX curriculum focuses on creating trendy effects that are currently popular in the video industry.

In this class, you will learn to create four effects examples:

1. Procedural Petal Pattern
2. Melting and Hardening Candles
3. Particle Decomposition Effects
4. Colorful Powder Volume Effects

Class Features

Learn trendy and stylish FX simulation skills, including blossom, melting, disassembly, and explosion effects.Efficient Houdini workflow for achieving high-quality results with minimal nodes.Gain hands-on experience and insights from large overseas studios like The Mill and Method.

Class Structure

Houdini Workflow Overview: Understand core concepts such as attributes, variables, groups, VEX, and data types, leading up to final lighting and rendering.

Iterative Implementation of Random Motion with For-Each Node: Animate motion properties using simple mathematical formulas and the For-Each node’s ability to start at random timing.

Adjust Timing of Melting and Hardening of Flip Objects: Implement hardening effects through dynamic modifications by assigning random values based on viscosity properties.

Disassembly/Annihilation Effect with Noise: Create and destroy fragments and particles by applying noise to objects and controlling the timing.

RBD/POP Setup Volume Simulation: Learn to use RBD and POP dynamics for high-quality smoke simulation through secure volume sources.

Random Volume Color Conduction through Advect Process: Apply random colors to volumes dynamically using the vector volume advect process.

You can find more details by following this link.