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11.0, 10.5, 10.0 or later
Linux, Mac, Windows
SPINVFX - Nuke Gizmos
Collection of Nuke Gizmos and Tools used in production at SPIN VFX.
For easy installation of the toolset, we provide a script that will make menu entries for each of our tools and ensure they are all part of the Nuke plugin path.
Installation instructions are similar for any OS. However, the paths we are using in the example are formatted for an UNIX system (Mac or Linux).
Download the full content of the spin_nuke_gizmos repository. If downloaded as a .ZIP, uncompress the zip in the desired location. For the following steps, we will assume the folder is present on disk as:
Add the path to the folder in your NUKE_PATH, either via an environment variable (Defining Nuke plugin path) or via an existing/new
init.pyfile, in which you would add the line:
This should be enough to Install the suite of tools.
While the default installation is probably ideal for many users, it may not be the best for Studio Environments where tools need to be installed in a specific location or for users who already have their own Gizmo loader.
For manual installation of the tools, only the content of the
gizmos/spin_tools folder is necessary and contains all the .nk and .gizmo files. It can be reorganized as required.
.gizmo files need to be added to the nuke plugin path. See instructions by the foundry:
Please note that a few gizmos are using callbacks to improve on user experience. These callbacks are defined in the file
/gizmos/spin_tools/spin_tools_callbacks.py and would need to be set somewhere, though the tools will function without the callbacks as well.
Generate Noise in 3D space based on Position passes. It includes pre-made Position passes for some 3D primitives, or can use a custom Position pass. Uses a 4D noise internally so that the 4th dimension can be used to add a 'boiling' effect.
This gizmo does camera projection using a render point position pass (in world space) and a 3D camera to to remap all the layers in the input image.
NOTE: The projection works best with unmatted input images or at least unpremulted matting with some coverage, then all masking occurs within the gizmo. It can mask the projected image in the following ways:
- Input alpha from the 3D render.
- Projecting on surfaces facing camera, using normal (N) in world space.
Simpliflied relight node. Only requires a normal map to get started.
This node will not reproduce accurate lighting, as it does not take into account the actual 3D world space, but instead considers the image in its own local space.
Allows you to match Black and white points of an image (source) to another (Target).
Suppress (or boost) specific colors: Red, Green, Blue, Cyan, Magenta or Yellow.
Adds synthetic grain. The defaults are setup to resemble an HD Alexa plate's grain. You can adjust the sliders to match a sample grain.
A lightwrap node with a more physical response than Nuke's default.
Allows to morph between two moving plates automatically, or can be used to improve manual Morphs.
Chromatic aberration node using a spectral wavelength gradient.
Exponential Glow node, with options to recolor and adjust falloff.
Expand edges to fix fringing on keys.
Erode an image with fine controls, as opposed to Nuke's default erode node which can only erode full pixels.
Use this tool to 'despill' or mute colors introduced from Red/Green/Blue screens. Can replace the spill with a chosen color.
Many of the tools in this collection are based on tools made available freely by the VFX community.
The resources shared by the community have been invaluable to us at Spin VFX and this collection is our first small step in our effort to give back.
We would like to thank all of the members of the VFX community who made this possible, in particular:
- Frank Rueter, for creating and maintaining Nukepedia.
- Mads Hagbarth, for the innovating techniques shared online and the Blinkscript inspiration.
- Charles Taylor, for laying out a lot of foundations on which the current 2D team at Spin built and improved on.
- All the Compositors here at Spin who tested and suggested improvements on these tools.
Gizmos put together by Erwan Leroy.