Maths delays a trigger or gate by a RISE-controlled duration, with FALL controlling the output pulse width

Maths can delay a gate or trigger signal: patch the input trigger to CH.1 Trigger IN and take output from CH.1 End of Rise (EOR). The RISE parameter sets the delay time — how long before the delayed output pulse fires. The FALL parameter sets the width of the resulting delayed pulse. This is a simple but useful module function: it transforms any timing signal into a delayed version, enabling polyrhythmic offsets, staggered triggers, or synchronization compensation.

Examples

Gate from sequencer → CH.1 TRIG IN. Adjust CH.1 RISE for delay time. Adjust CH.1 FALL for pulse width. Take EOR → VCA trigger. Result: VCA fires after a delay proportional to RISE setting.

Assessment

Describe the two independent parameters that control the delayed trigger pulse from Maths, and explain what each controls.