Node Reference

Returns the absolute value of a float

→ Float

Returns true if both inputs are true.

→ Bool

Creates a constant of Bool. The user will be modify this at the UI layer.

→ Bool

Creates a constant of Bounds 2D Float. The user will be modify this at the UI layer.

→ Bounds 2D Float

Creates a constant of Bounds 2D Int. The user will be modify this at the UI layer.

→ Bounds 2D Int

Creates the bounds of a 2D array from its X, Y, Width and Height.

→ Bounds 2D Int

Creates a brush with a color and radius. Will stroke with the solid color.

→ Brush

Creates a BT.709 Color Profile

→ Color Profile

Creates an OkLabA color profile. OkLab with also an alpha component.

→ Color Profile

Creates a P3 Color Profile

→ Color Profile

Creates a color profile that is the same one as PNG sRGB.

→ Color Profile

Creates an sRGB Color Profile

→ Color Profile

Takes the absolute value of all the pixels in the image.

→ Composition

Uses the bilinear interpolation algorithm to scale an image recipe

→ Composition

Adds the foreground and background images together using additive blending.

→ Composition

Adds the foreground and background images together using additive blending in OkLab color space.

→ Composition

Blends between the foreground and background using the alpha component of the foreground. 1 is foreground. 0 is background.

→ Composition

Blends between the foreground and background using the alpha component of the foreground in OkLab color space. 1 is foreground. 0 is background.

→ Composition

Divides the background image by the foreground image using division blending.

→ Composition

Divides the background image by the foreground image using division blending in OkLab color space.

→ Composition

Blends the foreground and background images using maximum value blending.

→ Composition

Blends the foreground and background images using maximum value blending in OkLab color space.

→ Composition

Blends the foreground and background images using minimum blending, taking the minimum value for each pixel.

→ Composition

Blends the foreground and background images using minimum blending in OkLab color space, taking the minimum value for each pixel.

→ Composition

Multiplies the foreground and background images together using multiply blending.

→ Composition

Multiplies the foreground and background images together using multiply blending in OkLab color space.

→ Composition

Subtracts the foreground image from the background image using subtractive blending.

→ Composition

Subtracts the foreground image from the background image using subtractive blending in OkLab color space.

→ Composition

Given a mask. Blends between the foreground and background using the r component of the mask. 1 is foreground. 0 is background.

→ Composition

Applies a box blur to an image. Dimension is the size. 1 corresponding to 3x3, 2 5x5 and so on.

→ Composition

Applies a box blur to an image in OkLab color space. Dimension is the size. 1 corresponding to 3x3, 2 5x5 and so on.

→ Composition

Adjusts the brightness of an image by a given factor. Internally, works by modifying the L component of OkLab by multiplying it by the scale.

→ Composition

Applies a chroma offset to an image. This is done by modifying the a and b components of OkLab. For the vector, X applies to a, Y to to b.

→ Composition

Converts a Composition from one color space to another.

→ Composition

Applies a color invert operation to a Composition. Taking 1 and subtracting each RGB operation against it.

→ Composition

Gets the color profile associated with a Composition

→ Color Profile

Given a color and it's color proile. Creates a rectangle Composition of that color.

→ Composition

Applies a color threshold to a Composition

→ Composition

Performs a convolution on an composition

→ Composition

Applies a crop to a Composition

→ Composition

Given an input, runs a custom defined shader over that input.

→ Composition

Flips the image along the horizontal axis

→ Composition

Flips the image vertically

→ Composition

Applies a gaussian blur to an image. Sigma controls the blur intensity.

→ Composition

Applies a gaussian blur to an image in OkLab color space. Sigma controls the blur intensity.

→ Composition

Applies grayscale to a Composition

→ Composition

Applies a curve to the L component in an OkLab color. Adjusting the lightness of the image.

→ Composition

Applies a linear transform to a Composition's RGBA values. Before application, will convert to a linear version of the color profile and will convert to an RGB profile if needed.

→ Composition

Apples a morphological max operation.

→ Composition

Apples a morphological min operation.

→ Composition

Creates a composition from a painter.

→ Composition

Passes through a Composition. Doing no modifications. Can be used for making the graph cleaner.

→ Composition

Calculates the difference for each pixel to the OkLab color specified. Each r, g, b and a component in the output is the difference.

→ Composition

Applies a curve to the R, G, and B components

→ Composition

Rotates the image 180 degrees

→ Composition

Rotates the image 90 degrees clockwise

→ Composition

Rotates the image 90 degrees counter-clockwise

→ Composition

Adjusts the saturation of an image by a given factor. Internally, scales the chroma components in OkLab color space.

→ Composition

Uses the nearest neighbor algorithm to scale an image recipe

→ Composition

Given an input image. Returns a mask that segments out the facial skin in the image.

→ Composition

Given an input image, returns a mask (all white) of the mouth, lips, eyes, and eyebrows area.

→ Composition

Given an input image. Returns a mask that segments out the person in the image.

→ Composition

Given an input image, returns a mask (all white) of the area under the right eye.

→ Composition

Gets the resulting size of a Composition

→ Vector 2 Int

Applies Sobel edge detection to an image.

→ Composition

Sets the image white point to the value specified in Kelvin. The profile connection white point is D50, so you will only see changes as you move away from that.

→ Composition

Creates an OkLab Histogram from the colors in a Composition.

→ OkLab Histogram

Sets a uniform lightness to the entire image by using OkLab and setting the lightness to a constant number.

→ Composition

darkens the outer edges - radius (0-1, measured relative to the image's smaller dimension) sets how far the bright center extends, Softness (typically 0.05-0.5) controls the width of the fade-out band, and Strength (0–1) defines how dark the edges become at maximum.

→ Composition

A gamma curve. The gamma parameter corresponding to y=x^gamma.

→ Curve

An identity curve, y=x

→ Curve

A pivoted sigmoid contrast curve that anchors at the pivot and smoothly compresses shadows and highlights, with a slope parameter controlling midtone contrast.

→ Curve

An S-curve remaps values by anchoring contrast at a chosen pivot, increasing or decreasing midtone separation via slope, gently flattening the curve near black with toe to compress or lift shadows, and softly flattening near white with shoulder to roll off highlights, while keeping black and white fixed.

→ Curve

Creates a new dictionary

→ Dictionary

Creates a fill with a custom shader.

→ Fill

Creates a fill with a solid color.

→ Fill

Adds two floats together.

→ Float

Adds a Float to a Dictionary

→ Dictionary

Creates a constant of Float. The user will be modify this at the UI layer.

→ Float

Computes the cosine of a float (in radians).

→ Float

Adds two floats together.

→ Float

Input of Float. Taking a value from your config. Should really only used for sequences. To provide a user configurable parameter, use a constant node instead.

→ Float

Lerps between two floats using the x parameter

→ Float

Creates a constant of Float List. The user will be modify this at the UI layer.

→ Float List

Returns the maximum float.

→ Float

Returns the minimum float.

→ Float

Multiplies two floats together.

→ Float

Raises float 1 to the power of float 2

→ Float

Rounds the float to the nearest int

→ Int

Computes the sine of a float (in radians).

→ Float

Compares the square root of a number

→ Float

Raises a float to the power of 2.

→ Float

Adds two floats together.

→ Float

Adds to ints together

→ Int

Adds a Int to a Dictionary

→ Dictionary

Creates a constant of Int. The user will be modify this at the UI layer.

→ Int

Checks if two ints are equal

→ Bool

Checks if the first int is greater than the second int

→ Bool

Checks if the first int is less than the second int

→ Bool

Returns the maximum int.

→ Int

Returns the minimum int.

→ Int

Multiplies two integers together

→ Int

Subtracts one int from another

→ Int

Converts an Int to a Float

→ Float

Creates a constant of Node Location. The user will be modify this at the UI layer.

→ Node Location

Returns the opposite of a boolean

→ Bool

Creates a constant of OkLab Color. The user will be modify this at the UI layer.

→ OkLab Color

Given the L, a and b creates the color

→ OkLab Color

Converts an OkLab color to an RGB color

→ RGB Color

Returns true if either inputs are true.

→ Bool

Adds a path to the painter and draws it with the render style. Set some transforms on the path as well.

→ Painter

Creates a new painter.

→ Painter

Rectangle

→ Path

Moves the path from it's current point to another at another point with a line.

→ Path

Moves the path to a specified point without drawing anything.

→ Path

Creates a new empty path.

→ Path

Returns π as a float

→ Float

Given an x and y creates a point

→ Point 2 Float

Adds a RGBA Color to a Dictionary

→ Dictionary

Creates a constant of RGBA Color. The user will be modify this at the UI layer.

→ RGBA Color

Given the r, g, b and a creates the color

→ RGBA Color

Creates a constant of RGB Color. The user will be modify this at the UI layer.

→ RGB Color

Given the r, g and b creates the color

→ RGB Color

Converts an RGB color to an OkLab color

→ OkLab Color

Creates a render style that will have a brush and a fill.

→ Render Style

Creates a render style that will only have a brush.

→ Render Style

Creates a render style that will only have a fill.

→ Render Style

Adjusts the speed of a sequence by a speed factor.

→ Sequence

Given a sequence of images, encodes them into an animated WebP returning the URL to the file.

→ Byte List

Extracts an composition from a sequence at a particular time

→ Composition

Given two sequences, combines them into one by playing the first one and then the second one.

→ Sequence

Gets the duration from a sequence

→ Float

Give a Composition and a Duration. Returns a Sequence.

→ Sequence

Creates a sequence that runs the graph to get the duration and the frame for each time.

→ Sequence

Creates a sequence that converts the video to grayscale

→ Sequence

Creates a sequence that mixes between two movies using a graph.

→ Sequence

Given a sequence. Reverses it.

→ Sequence

Given a sequence. Trims from the back.

→ Sequence

Given a sequence. Trims from the front.

→ Sequence

Creates a constant of String. The user will be modify this at the UI layer.

→ String

Creates a 2D transform that is the identity transform.

→ Transform 2D

Applies a rotation to a 2D transform. Rotation is in radians.

→ Transform 2D

Applies a scale to a 2D transform.

→ Transform 2D

Converts Transform 2D to a single item list

→ Transform 2D List

Applies a translation to a 2D transform.

→ Transform 2D

Reads a file from a local path on disk and uploads its contents to a URL via PUT request

→ Void

Given a Vector 2 Int. Creates a Vector 2 Float.

→ Vector 2 Float

Adds a Vector 2 Float to a Dictionary

→ Dictionary

Creates a constant of Vector 2 Float. The user will be modify this at the UI layer.

→ Vector 2 Float

Given an x and y creates a vector.

→ Vector 2 Float

Multiplies each element of the Vector as a scalar

→ Vector 2 Float

Retrieves the X component of a Vector 2 Float.

→ Float

Retrieves the Y component of a Vector 2 Float.

→ Float

Adds a Vector 2 Int to a Dictionary

→ Dictionary

Creates a constant of Vector 2 Int. The user will be modify this at the UI layer.

→ Vector 2 Int

Given an x and y creates a vector.

→ Vector 2 Int

Given a Vector 2 Int. Creates a Vector 2 Float.

→ Vector 2 Float

Retrieves the X component of a Vector 2 Int.

→ Int

Retrieves the Y component of a Vector 2 Int.

→ Int

Returns true if either the inputs are true. But false if both are true.

→ Bool