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Bridge your Cinema 4D skills into Houdini by learning geometry manipulation, attributes, and procedural motion graphics setups.
This course is built for C4D artists who want to get their heads around Houdini without from scratch. You’ll learn the core concepts—attributes, VOPs, and VEX—by directly comparing them to Cinema 4D’s workflow. By the end, you’ll be building procedural motion graphics setups that would be a pain to do in C4D.
🎯 What you’ll learn
Confidently manage and manipulate geometry in Houdini.
Understand the Houdini equivalent of C4D’s deformers and Mograph effectors.
Create procedural motion graphics setups using attributes and noise.
Use VOPs and VEX to drive geometry modifications and animation.
Build a complete procedural tunnel animation with camera constraints.
✅ Requirements
Skills: Basic familiarity with Cinema 4D’s interface and core concepts like deformers and Mograph.
Tools: A 3-button mouse with a scroll wheel is highly recommended.
Hardware: A computer meeting SideFX’s system requirements for Houdini. A second monitor is recommended but not necessary.
📝 Description
This course is a straight-up bridge for C4D artists. Forget the abstract theory—Matthew Taylor walks you through Houdini’s core concepts by directly comparing them to what you already know. You’ll start by understanding the “language of Houdini,” from the node-based workflow to the crucial difference between geometry and objects.
The real meat is in attributes. You’ll learn how to read, create, and manipulate them using the Geometry Spreadsheet, then drive them with noise for procedural animation. From there, you’ll dive into VOPs and VEX, not as a programming course, but as a practical way to build falloffs and complex deformations that mimic C4D’s Mograph. The final project is a full procedural tunnel animation, where you’ll apply everything—cloning, instancing, camera constraints, and art direction—to create a portfolio-ready piece. It’s practical, hands-on, and skips the fluff.
🧑🎓 Who this course is for
Cinema 4D artists who want to learn Houdini’s procedural workflow.
Motion designers looking expand their toolset beyond C4D’s native tools.
Anyone who has tried Houdini before but found the transition from C4D confusing.
🧑🏫 About the Author
Matthew Taylor is a 3D Artist and Animation Director currently working at Futuredeluxe, where Houdini is his main tool. He holds an MA in Experimental Animation from the Royal College of Art and has directed animated music videos, commercials, and motion graphics for international brands. You can find his work on Instagram @humanballoons.
🏁 Final Result
A complete procedural tunnel animation built from scratch in Houdini, demonstrating cloning, instancing, and camera constraints.
A solid understanding of how to translate C4D workflows into Houdini’s procedural environment.
Curriculum
📋 Course content
Module 1: Intro to Houdini
Welcome
Starting Houdini
Side by Side with C4D
Editing Objects
Geo vs. Objects
Module 2: Geometry
On the Surface of Geos (SOPs)
Manipulating Geometry
Node Flags
Making Selections
Group Selections By Geometry Types
First Look at Attributes
Using the Geometry Spreadsheet
Polyextrude Node
Randomizing Attributes with Noise
Module 3: Custom Attributes Driven by Noise
Custom Attributes Driven By Noise
Module 4: Building a Falloff
Introduction
Set Group With Attribute
Attribute Transfer & Attribute Create
Polyextrude
Procedural Group Based on Attributes
Transform
Blend
Looking at VOPs & VEX
Blending with VOPs
Trick with Attribute Create
Module 5: Note on Mask Using Attributes
Note on Mask Using Attributes
Module 6: Intro to Simple VEX
Intro to Simple VEX
Module 7: Introduction
Introduction
Module 8: Attributes
Intro to Attributes
Randomizing Attributes
Intro to Vex
Module 9: VOPs
Intro to VOPs
More Complex VOPs
Measuring Vectors with Length Node
Using VOP to Generate Noise
Using Falloff on the Noise
Using the Mix Node to Speed Up Noise Falloff
Using the Displace Along Normal
Building Up Visual Complexity
Building Up Visual Complexity 2
Recreating C4D Falloff Ramp with Ramp Parameter
Cleaning Up Network Complexity
Using Ramps for Colors
Making Custom Attributes
Module 10: Little Tidbits
Preparing Geometry to Export for C4D
Importing Geometry to C4D
Exporting High Resolution Alembics
Using Primitives for Displacements
Curve 2.0
Using the Resample Node
Using the Sweep Node
Outro
Module 11: Mograph in Houdini | Base Setup
C4D Mograph Cloner
Using Copy & Transform Node to Recreate C4D Cloner
Layering with the Copy Node
Copy to Points
Copy to Points – Surface of the Object
System Overload, Too Many Points
Module 12: Mograph in Houdini | Pushing Things Further