HSV Adjust Copernicus node

Converts between RGB and HSV color spaces, or modifies HSV.

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Parameters
Inputs
Outputs

This node converts between RGB and HSV color spaces and performs a variety of HSV operations.

Note

HSV refers to hue, saturation, and value (brightness).

To convert between spaces, set Operation to Convert RGB to HSV or Convert HSV to RGB. Converting to HSV space lets you use any node to manipulate HSV and then convert it back into RGB space.

You can also use this node to apply global hue, saturation, and value shifts by setting Operation to Hue/Sat/Val Adjust. Normal saturation values lie between 0 (gray) and 1 (full color saturation). Normal color values for brightness lie between 0 (black) and 1 (white).

Parameters ¶

Signature

The layer type that the source accepts.

See Signatures for more information.

Mask

The amount of the new value to mix in with the original value. Higher values mix in more of the new value. Lower values mix in less of the new value.

The default value is 1, which means this node uses only the new value. See Mask for more information.

Operation

The operation that this node performs.

Hue/Sat/Val Adjust

Modify the hue, saturation, and value of the pixels.

Convert RGB to HSV

Convert the RGB space into the HSV space.

Convert HSV to RGB

Convert the HSV space into the RGB space.

Hue Shift

The amount (in degrees) to shift the hue around the HSV cone. This changes all colors to different hues. Gray pixels aren’t affected.

Hue Shift Mode

When a hueshift input is wired in, this is how to shift the source layer’s hue values.

Min/Max

Remap the incoming hueshift to set 0 and 1 to specific degrees.

Width

Remap the incoming hueshift to set the width between 0 and 1 to a specific distance in degrees.

Hue Shift Min

When Hue Shift Mode is Min/Max, this is the degree to remap 0 to on the hue wheel. A value of 0 represents no shift.

For example, when set to -60 the hue is shifted by -60 degrees where the input equals 0. The node interpolates for values between this setting and the Hue Shift Max.

Hue Shift Max

When Hue Shift Mode is Min/Max, this is the degree to remap 1 to on the hue wheel. A value of 0 represents no shift.

For example, when set to 88 the hue is shifted by 88 degrees where the input equals 1. The node interpolates for values between this setting and the Hue Shift Min.

Hue Shift Width

When Hue Shift Mode is Width, this is the distance in degrees to remap the width between 0 and 1 to on the hue wheel. A value of 0 represents no shift.

For example, when set to 40 this remaps 0 to -20 and 1 to 20.

Keep Luminance

Maintains the perceptual luminance of the pixel when hues shift since some hues appear brighter than others.

Saturation Scale

The amount to increase (>1) or decrease (<1) the color saturation of the image.

Saturation Shift

The amount to shift the color saturation of the pixels. Shifting is normally used only to reduce the saturation, otherwise grayscale elements suddenly take on a random color.

Value Scale

The amount to adjust the value (brightness) of the pixel.

Value Shift

The value (brightness) to add to all pixels.

Treat RGBA as Premultiplied

Treats RGBA as premultiplied, which multiplies the red, green, and blue channels by the alpha channel.

Inputs ¶

source

The original layer to which you apply the HSV effect.

hueshift

An optional per-pixel hue amount that’s scaled by the Hue Shift Min, Hue Shift Max, and Hue Shift Width parameters.

saturation

An optional per-pixel saturation amount that’s scaled by the Saturation Scale and Saturation Shift parameters.

value

An optional per-pixel brightness amount that’s scaled by the Value Scale and Value Shift parameters.

mask

An optional per-pixel mask amount that’s scaled by the Mask parameter.

Outputs ¶

hsv_adjust

The layer with the HSV effect applied.

Copernicus nodes

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Blend

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Block Begin

Start of a block, containing its inputs.
Block End

End of a block, declaring its outputs.
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Bounding Rectangle

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Bright

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Bubble Noise

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Cable Filter

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Cable Merge

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Cable Pack

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Cable Rename

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Cable Sort

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Cable Split

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Cable Switch

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Cable Unpack

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Camera Properties

Adjusts the camera properties of a layer.
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Channel Join

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Channel Split

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Channel Swap

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Checkerboard

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Chroma Key

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Clamp

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Cloud Noise 3D

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Color Correct

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Combine Layers

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Combine Normals

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Compare

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Constant

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Contact Sheet

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Corner Pin

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Crop

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Cross Product

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Cryptomatte

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Cryptomatte Decode

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Cryptomatte Encode

Encodes a coverage and object hash into a cryptomatte layer.
Crystal Noise

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Curvature

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Curve 3D

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Denoise AI

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Denoise TVD

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Derivative

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Dilate Erode

Dilates or erodes a layer.
Distort

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Dot Product

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Edge Detect

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Edge Detect by Contour

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Edge Detect by Depth

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Edge Detect by Normal

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Eikonal

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Equalize

Equalizes colors by stretching or shifting their range.
Error

Generates a message, warning, or error.
Extrapolate Boundaries

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Feather

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Fetch

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File

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Fill

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Fill Connected

Flood fills the connected regions of a layer.
Flip

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Flow Block Begin

Start of a Flow simulation block.
Flow Block End

End of a Flow simulation block.
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Font

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Fractal Noise

Generates fractal noise.
Fractal Noise 3D

Generates fractal noise from 3D locations.
Function

Applies a mathematical function to a layer.
Gamma

Applies gamma correction to a layer.
Geometry to Layer

Converts a volume into a layer.
Glow

Adds glow to an image based on its luminance.
HSV Adjust

Converts between RGB and HSV color spaces, or modifies HSV.
Heat Distort

Distorts the input layer to simulate heat around fire and other mirage effects.
Heat Distort by Layer

Distorts the input layer using another layer to simulate heat around fire and other mirage effects.
Height to Ambient Occlusion

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Height to Normal

Converts a height layer to a normal layer.
Height to Shadow

Creates shadows using a virtual light source.
HeightField Visualize

Visualizes layers as colored heightfields.
Hex Tile

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Histogram

Builds a histogram from a layer.
Hyperbolic Tile

Generates hyperbolic polygon tiles for texture patterns.
ID to Mask

Creates a mask from an ID layer based on filtering parameters.
ID to Mono

Converts an ID layer into a mono layer.
ID to RGB

Converts an ID layer into an RGB layer.
ID to SDF

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Illegal Pixel

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Fetches the input to a subnetwork.
Integrate Volume

Simple integration of a VDB along camera rays.
Invert

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Invoke Block

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Invoke Geometry

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Computes the Julia set to create a fractal.
Kuwahara Filter

Applies the Kuwahara filter, which creates painterly effects.
Lattice Deform

Applies grid-based deformation to a layer.
Layer

Generates a layer.
Layer Attribute Create

Adds or edits user-defined metadata on a layer.
Layer Attribute Delete

Removes user-defined metadata from a layer.
Layer Properties

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Layer from Curves

Render Curves into a Layer.
Layer from VDB

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Layer to Geometry

Converts a layer into a 2D volume.
Layer to Points

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Layer to VDB Leaf Points

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Lens Distort

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Light

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Live Video

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Mask from Curves

Creates a mask from 2D curves.
Match Camera

Transforms a layer to match a reference camera.
Match UDIM

Reframes pixels of a layer to match a particular UDIM tile.
Median

Applies a median filter to an image.
Mirror

Mirrors an image based on an arbitrary number of planes.
Mono

Converts a layer to mono.
Mono to ID

Converts a mono layer into an ID layer.
Mono to RGB

Converts a mono layer into an RGB layer.
Mono to RGBA

Converts a mono layer into an RGBA layer.
Mono to SDF

Computes a signed distance field from an iso-level of a mono layer.
Null

Passes inputs to the outputs.
OCIO Transform

Converts color spaces using OCIO transforms.
ONNX Inference

Applies inference from an ONNX Machine Learning model.
OpenCL

Executes an OpenCL kernel on layers, attributes, volumes, and VDBs.
Output

Collects the outputs of a subnetwork.
Phasor Noise

Generates phasor noise, which resembles a wave pattern.
Pixelate

Increases the size of pixels to pixelate an input layer.
Polar to UV

Converts polar coordinate pixels to Cartesian pixels.
Position Map

Generates a position map.
Position Sample

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Prefix Sum

Computes the prefix sum of a layer.
Premultiply

Premultiplies or un-premultiplies an RGBA layer.
Preview Material

Applies the preview material to geometry.
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Pyro Activate

Changes the activation of VDBs in a Pyro simulation.
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Pyro Advect by Map

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Pyro Axis Force

Applies a force around an axis to a velocity VDB.
Pyro Block Begin

Start of a Pyro simulation block.
Pyro Block End

End of a Pyro simulation block.
Pyro Build Advection Map

Constructs a flow map from a velocity VDB.
Pyro Buoyancy

Applies a Buoyancy force.
Pyro Configure

Configures a Pyro simulation.
Pyro Dissipate

Dissipates a VDB’s values over time.
Pyro Disturbance

Applies disturbance to a velocity VDB to break up still air.
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Builds a light field of internal glow of a VDB.
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Pyro Source from Points

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Pyro Turbulence

Apply turbulence to a velocity VDB.
Pyro Uniform Force

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Python Snippet

Runs a snippet of Python on layers.
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Quantizes input data into discrete steps.
RGB to RGBA

Converts RGB layers to RGBA.
RGB to UV

Splits an RGB layer into UV and mono layers.
RGBA to RGB

Converts RGBA layers to RGB.
RGBA to UV

Splits an RGBA layer into two UV layers.
ROP Image

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Random Mono

Creates a mono layer with random values.
Random RGB

Creates an RGB layer with random colors.
Rasterize Curves

Rasterizes curves onto a layer.
Rasterize Geometry

Rasterizes geometry onto a layer.
Rasterize Layer

Rasterizes a layer onto another layer’s camera.
Rasterize Setup

Prepares geometry for the Rasterize Geometry COP.
Rasterize Volume

Renders a volume viewed through a camera
Ray Trace

Performs ray tracing on an input mesh based on an origins and directions map.
Reaction-Diffusion Block Begin

Start of a Reaction-Diffusion simulation block.
Reaction-Diffusion Block End

Creates unique patterns by solving the reaction and diffusion of multiple chemicals as described by its inputs and parameters.
Remap

Remaps a layer.
Resample

Performs image scaling by changing the width, height, and pixel sizes.
SDF Adjust

Modifies the values for a Mono SDF layer.
SDF Blend

Combines two Mono SDF layers.
SDF Shape

Builds a 2D signed distance field of a selected shape.
SDF to Mono

Converts an SDF field to a Mono image layer.
SDF to RGB

Converts an SDF field to an RGB color layer.
SOP Import

Imports SOP geometry into Copernicus.
SOP Invoke

Invokes a compiled SOP block on the inputs.
SOP Invoke Graph

Invokes a geometry SOP graph on the inputs.
Scatter Shapes

Scatters input stamps across the image using randomization controls.
Scatter on Curves

Scatters input stamps along an input curve using randomization controls.
Segment by Connectivity

Segment a layer into connected components.
Segment by Value

Segment a mono layer into bands of similar value.
Sequence Blend

Blends multiple image inputs by a blend factor.
Sharpen

Sharpens an input layer to increase the definition of its edges.
Slap Comp Import

Import live layers from the Solaris Viewport.
Slope Direction

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Smooth Fill

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Solve Poisson Multigrid

Solves Poisson’s equation in a rectangular region using geometric multigrid.
Space Transform

Transforms positions and UV values between spaces.
Stamp Points

Stamps layers from point positions.
Stash

Stashes the input of the node on command and uses it as the node’s output.
Statistics

Outputs the average, minimum and maximum values of the input layer
Statistics by ID

Compute statistics for each ID island.
Streak Blur

Streaks an image, adding a motion blur effect.
Subnetwork

Used to organize a collection of COPs into one node.
Surface Dither

Applies a halftone dithering pattern relative to UVs.
Swirl

Twists an image layer into a spiral shape.
Switch

Selects an input layer.
Switch If Wired

Selects an input based on what is connected.
Switch by Type

Selects an output layer by the type of the inputs.
Tile Pattern

Generates rectangular tiles for texture patterns.
Tone Map

Applies a filmic tone mapping curve to compress a high dynamic range input into a displayable range.
Transform 2D

Transforms a layer in 2D.
Transform 3D

Transforms a layer in 3D.
Triplanar

Generates a texture by projecting X, Y, and Z textures onto the position layer.
Triplanar Hex Tile

Seamless texturing and normal mapping of triplanar projections without visible repetitions.
Triplanar UV

Generates UVs in three orthogonal projections.
Two Way Switch If Wired

Selects between two inputs based on if you wire in another input.
UV Map

Generates a UV Map.
UV Map by ID

Creates a UV Map for each connected ID island.
UV Sample

Samples an input layer using a UV layer.
UV Transform

Transforms the values of a UV layer in 2d space.
UV to Polar

Converts Cartesian coordinate pixels to polar coordinate pixels.
UV to RGB

Joins a UV and mono layer into an RGB layer.
UV to RGBA

Joins two UV layers into an RGBA layer.
VDB Activate from Points

Activates leaves on a VDB according to a point cloud.
VDB Leaf Points

Creates a point for each active leaf in a VDB.
VDB Position Map

Stores in each voxel that voxel’s position.
VDB Reshape

Rebuilds a VDB to match another VDB’s topology.
VDB Visualize

Creates multi-volume visualization.
VDB Visualize Slice

Extracts a slice from a VDB as Geometry for visualization.
VDB Visualize Tree

Builds a geometry visualizing the topology of a VDB.
VDB Visualize Velocity

Traces streamers through a velocity VDB.
VDB from Layer

Sets VDB values from the closest values in a layer.
Vector Transform

Transforms values of an RGB layer in 3d space.
Vector Transform 2D

Transforms the values of a UV layer in 2D space.
Vignette

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Wipe

Performs a wipe transition between two images.
Worley Noise

Generates Worley noise.
Worley Noise 3D

Generates Worley noise from 3D locations.
Wrangle

Runs a VEX snippet to modify layer values.
Z Composite

Composites two layers by depth.