Topics / Bitwig Studio / Bitwig Grid / Bitwig Grid Modules / Grid Math Modules

Grid Math Modules

Bitwig Platform

$The Math module category in Bitwig Grid$

Math modules in Bitwig Studio 6.0.6.

Math modules add, multiply, round, compare, convert, and otherwise transform signals with small reusable operations.

Each module page uses the same Topic layout as the rest of the site. It explains the module first and keeps technical evidence and open questions further down the page.

Browse the modules

The Overview on this page lists all 22 modules in this category. Open a module there for its controls, practical uses, limits, and evidence status.

Version

The list and module descriptions were checked against Bitwig Studio 6.0.6.

Return to Bitwig Grid Modules or continue with the Grid Modules course lesson.

Also matches: Bitwig Grid Math modules, Math Grid modules

Overview

Part of

Bitwig Grid Modules - Wiki reference for 232 Bitwig Grid modules.

Subtopics

Add / Subtract Modules - Basic signal-combining math modules in Bitwig Grid.
Constant - Constant for large, precise numbers
Invert - Reverses polarity (× -1) of the incoming signal
Reciprocal - Flips (1/x) the incoming signal
Add - Add two signals
Divide - Divide one signal from another
Multiply - Multiply two signals
Subtract - Subtract one signal from another
Abs - Separates a signal into its magnitude and sign components
Ceil - Rounds all decimal values up to the next integer
Floor - Rounds all decimal values down to the previous integer
MinMax - Provides the current higher and lower values of two signals
Quantize - Uses a set step size for the signal
Round - Rounds all decimal values below '0.5' increments down and those at or above '0.5' up
Product - Multiplies all inputs together
Sum - Adds all inputs together
dB → Lin - Converts decibel values to linear amplitudes
Exp - Raises a base of 2, Euler's number (e), or 10 by the incoming signal
Exponents - Provides a power of the incoming signal
Lin → dB - Converts linear amplitudes to decibel values
Log - Provides the base 2, natural log (ln, using Euler's number), or base 10 logarithm of the incoming signal
Power - Raises one signal to the power of another
Roots - Provides a root of the incoming signal