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Nodes# Modifiers

Jordan Peck edited this page Jan 18, 2026 · 4 revisions

Modifiers

Ping Pong

Creates flow patterns by 'ping-ponging' input values between extremes
Multiplies input values by the ping pong strength and reflects values
that would normally go beyond -1.0 or 1.0 and bounce back instead.
Produces smooth, flowing patterns similar to contour lines

Source - Node Lookup

Ping Pong Strength = 2.0f - Hybrid Lookup

Controls how dramatically values bounce between extremes
Higher values create more pronounced ping-pong effects

Abs

Returns the absolute value of the source output.

Source - Node Lookup

Signed Square Root

Returns the square root of the absolute value of the source output,
preserving the original sign (signed square root).

Source - Node Lookup

Seed Offset

Offsets the input seed before passing it to the source generator.

Source - Node Lookup

Seed Offset = 1

Convert RGBA8

Used for converting a float into a greyscale RGBA8 texture format output
Clamps the source output between Min/Max, scales it to 0-255, and packs the result
into an RGBA8 color stored in a float. RGB will be the same value, Alpha is always 255

Source - Node Lookup

Min = -1.0f

Max = 1.0f

Generator Cache

Caches the output of the source generator. If the same input coordinates and seed are
requested again, the cached value is returned, improving performance for complex source generators

Source - Node Lookup

Remap

Remaps the output value of the source generator from one range to another
Optionally clamps output to the To Min/Max range

Source - Node Lookup

From Min = -1.0f - Hybrid Lookup

From Max = 1.0f - Hybrid Lookup

To Min = 0.0f - Hybrid Lookup

To Max = 1.0f - Hybrid Lookup

Clamp Output = False - Enum

Clamp output between "To Min" & "To Max"

  • False (Default)
  • True

Terrace

Cuts the input value into steps to give a terraced terrain effect

Source - Node Lookup

Smoothness = 0.0f - Hybrid Lookup

How smooth the transitions between steps are

Step Count = 1.0f

Increasing the step count reduces the size of each step

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