Optical Flares can read Nuke camera and light data directly. This allows flares to react dynamically to camera movement, occlusions, and lens framing.
A flare looks fake if it shines completely through a solid concrete wall. To fix this, use Nuke’s alpha channels to drive obscuration.
Professional studios and freelance compositors can acquire the plugin through standard digital distribution channels like B&H Photo Video or Novedge .
(or higher), as Nuke 13 and 14 transitioned away from Python 2.7. You can typically find the latest installer on the Video Copilot support page optical flares nuke 14
[Camera/Tracker Data] ---> [Axis Node] ---> [Reconcile3D] | (Output XY Position) | v [Background Footage] -----------------------> [Flare Node] ---> [Merge (Plus)]
Adjust your Flare node's bounding box settings. If a flare element extends far off-screen, crop it to the format size using a CopyBBox or BlackOutside node to prevent Nuke from rendering invisible pixels.
Invert this matte and pipe it into the input of the Optical Flares node. Optical Flares can read Nuke camera and light data directly
Have a specific question about a bug in Nuke 14.1? Drop it in the comments. Happy compositing.
The Optical Flares node in NUKE 14 offers a range of features and controls to help artists create realistic and customizable flares. Here are some key features:
This comprehensive guide covers installing, setting up, and mastering Optical Flares inside Nuke 14. 1. Why Use Optical Flares in Nuke 14? To fix this, use Nuke’s alpha channels to
Here are a few tips and tricks to help you get the most out of optical flares in Nuke 14:
Master Guide: Visualizing Lens Flares with Optical Flares in Nuke 14