SLURP
Quaternion based oscillation.
Quaternion based oscillation.
SLURP has 3 oscillating sources, one for each rotational axis. Each axis has an LFO that modulates its rotation. Rotating one axis will in turn move the other two axis. The final position of each axis is then projected into 2d space and its positional value becomes the output.
Each oscillator (or axis) has a VOct, Influence, Rotation, Octave, and LFO Influence parameter.
Note: setting all 3 VOct inputs to your desired pitch will keep the rotational dynamics you've created consistent.
VOct Sets the frequency of the axis LFO to the desired note value. This uses the 1V/oct standard.
Influence Sets how much this axis projected position is added to the final output.
Rotation Adds a constant rotation value over time to the axis.
Octave offsets the LFOs frequency by whole octave (0-8).
LFO Influence How much influence the LFO has on the axis.
Clock Offsets the frequency of all LFOs to be in sync with the incoming clock signal.
The modules context menu has a theme submenu where you can change the background to a solid white or black color if you are having trouble with the default background design.