This tool is creating a hallucination effects via motion vectors directly generated by the node. The main strength of this node is that it has 2 passes of vector generators that create "waves" / bent motion vectors and not only linear motion.

A better replacement for the native Render dialog for Write nodes.

Like Reconcile3D, but live and minimal.

Put your input on a 3D Card at a certain distance from the camera. Helpful to quickly track a roto or a patch into your shot using the shot camera.

Your Purrfect Nuke Comp-anion!

Meet compCat, a friendly feline companion for your node graph.

This adorable sprite accompanies you on your node graph, coming to life with delightful animations when you mouse near them. Watch them perk up and play before settling back into their cosy idle states on their little patch of pixel grass.

Movable for when you need to relocate your furry friend, compCat occasionally shares encouraging messages through charming speech bubbles, reminding you to take breaks or save your work.

to install, drop the compCat folder into .nuke and add this line to your init.py

nuke.pluginAddPath('./compCat')

Enhanced ToDo List Panel for Nuke

A flexible Matrix-style digital rain gizmo for Nuke. Supports characters, numbers, full color control, zoom, and randomized animation. Can also be used for sci-fi HUDs, night vision effects, and military-style overlay

BuddySystem is a free suite of Nuke tools & scripts, designed to assist with some of the most common tasks a compositor runs into everyday

a powerful Glitch & Hologram Gizmo Node for Nuke With this single node, you can: Control saturation, gain, and gamma Customize glitch shapes, colors, position, and size Fine-tune distortion strength and glow intensity All in one place — save time and streamline your workflow.

did you know that you can also emit particles from just the alpha channel? All we need to do is to convert the alpha from a 2D image into a 3D point cloud. But how do we achieve that? We can use an STMap to set the X and Y coordinates and then manually set the Z value to 0. Now you have a custom position pass for your 2D image. Just add a PositionToPoints node, connect your alpha and the custom P pass we created, and now you have a point cloud representing your alpha channel in 3D space. To transform your point cloud, simply add a TransformGeo node, and that’s it! You can experiment with this technique to create a variety of cool effects. To avoid the headache, I’ve created this Gizmo that does it all for you.