Core Math
14 nodes — Element-wise algebraic operations on numeric arrays
Core math nodes operate element-by-element with no rolling window. Every value is transformed independently in a single pass, making them fast building blocks for arithmetic pipelines, signal scaling, and data cleaning before feeding windowed statistics.
Absolute Value
Maps every value to |x|, stripping its sign while preserving magnitude.
Element-wiseAdd
Element-wise A + B, or adds a constant offset to every bar.
Element-wiseCeiling
Rounds every value up to the nearest integer. Useful for conservative lot sizing.
Element-wiseClamp
Constrains values to [min, max], enforcing hard bounds on any series.
Element-wiseDivide
Computes A ÷ B element-wise. Division by zero produces null safely.
Element-wiseFloor
Rounds every value down to the nearest integer. The conservative counterpart to Ceil.
Element-wiseLogarithm
Computes log base b (default: natural log). Essential for log-return pipelines.
Element-wiseModulo
Computes A % B element-wise. Useful for cyclic and session-boundary detection.
Element-wiseMultiply
Computes A × B element-wise, or scales an array by a constant multiplier.
Element-wisePower
Raises each element to exponent p (default: 2). Core step in variance computation.
Element-wiseRound
Rounds each value to the nearest integer using standard half-up rounding.
Element-wiseSign
Returns −1, 0, or +1 per value — extracts directional signal from any series.
Element-wiseSquare Root
Computes √x per element. The final step in any standard deviation pipeline.
Element-wiseSubtract
Computes A − B element-wise, or removes a constant baseline offset.
Element-wise