Utility Patches

Spectroscope Module The Spectroscope module serves as a visual spectrogram or sonogram interface for the analysis of signals. The parameters are: Mode: Switch between Spectrogram and Sonogram mode Scroll: Sets the sonogram scrolling mode. The modes are Forward Draw, Reverse Draw, Forward Scroll, Reverse Scroll Gain: Increase the the Y-Axis display

Input Signal

Scope Module Use the Scope module to visualize and audio signal using an oscilloscope-style display. The parameters are: Trig: The waveform must increase or decrease past this value to trigger a new trace. Size: Number of samples collected for each value in the display buffer. Smaller numbers expand the image but make it scroll by on the screen faster. Gain: Increase the the Y-Axis display

Input Sig 1, Sig 2.

PatchNotes Module Use the PatchNotes module to include thoughts and ideas for your modular patch.

Numbers Module Numbers is a simple Frequency/Note/Hz display.

The Frequency Display can also act as constant signal generator. Simply click the icon:

and adjust the required value in the number section.

Input Signal Output Signal

LevelMeters Module LevelMeters is a simple visual peak level meter with an additional phase correlation meter. The phase characteristics of an audio signal can be checked using the Correlation meter. Here's what you need to know when reading the meter:

When a stereo signal is totally in phase, the little marker moves fully to the right (+1). If the marker is in the centre, the stereo signal is fully out of phase. If a negative value is displayed, this indicates some out of phase component in the signal. This can be a useful indicator of what will happen to the audio if a stereo signal is "mono-ed".

Input Signal L, Signal R

Histogram Module The Histogram module is a simple data display which allows you to monitor changes over a short period of time.

Input Signal

Calculator Module The Calculator is a handy tool if you want to e.g. calculate ms values from a given bpm value or if you need to know which MIDI note corresponds to a given Hz value etc.

Analyzer Module By injecting the incoming signals into the resonant filters bank, we can measure how much a frequency contained in the audio "resonates" into a given frequency band, and thus roughly approximate and display how much energy the signal in that frequency band contains. Sense: Signal level approximative attenuation according to Q factor Interval: Update interval, 40ms - 1s

Input Signal