Speeding Up Roto Tasks Using Tracking Data - Nuke Tips
In this video, we'll take a look at how you can roto efficiently and accurately inside Nuke. The trick here is to use a Planar Tracker which not only helps you do roto tasks faster, but it also gives precise and accurate results without any swimming/jitter on the edges. If you happen to know any other techniques/methods to roto efficiently, please feel free to share them below. I'm always looking forward to learning something new! :) Chapters: 00:00 Introduction 00:33 Example 1 06:40 Example 2 11:19 Example 3 21:37 Conclusion In case you found the video helpful, please consider subscribing. Happy rotoscoping! Also, all the footages I used for this tutorial can be found at: https://www.pexels.com/videos/ #NukeTips #Roto

▶︎
Roto - Where do you put the edge!?

▶︎
How to use Tracking to make Rotoscoping Easier in Nuke

▶︎
Rotoscoping: 10 Tips To Master!

▶︎
Rotoscoping in Nuke - Part 4 - Roto with basic tracking | Nuke Tutorial

▶︎
248 DIOS TE DICE HOY: NADA ES IMPOSIBLE PARA MÍ | CONFÍA EN DIOS

▶︎
Create THIS Energy Effect using the Nuke Particle System

▶︎
NestJS Full Course for Beginners in 2026 | Build a Production-Ready API

▶︎
Rotoscoping in Nuke Tutorial | 5 Beginner Tips

▶︎
NukeX Corner Pin Tracking Tutorial

▶︎
Blender for Beginners

▶︎
The Last Green Screen Keying Guide You'll Ever Need! | Nuke Demystified

▶︎
Basics Of Rotoscoping | NUKE FOR NOOBS!

▶︎
Nuke: Premult Node Explained

▶︎
Nuke Rotoscope and Tracking

▶︎
Drone Programming With Python Course | 3 Hours | Including x4 Projects | Computer Vision

▶︎
Using CopyCat for Roto with @AlfieVaughan

▶︎
How to TEXTURE EVERYTHING in Substance Painter

▶︎
Nuke Nodes Kickstart - SplineWarp

▶︎
Nuke: Rotoscoping Techniques and Methods - Part 1

▶︎
