Currently, delay time modulation is achieved using a mix of two sine waves.
Consider adding subtle random component to the modulator signal.
Parameters:
Amount (amplitude) of the random component
Smoothing (slew rate limit) of the random signal
Difference between left and right channel random signal*
- To achieve this, the right channel random modulation can be a mix of the left channel random signal and a different random signal.*
The "Spread" control should influence at least some of these parameters.
Modulation "Rate" and "Depth" could also affect these parameters.
For Chorus FX type, an extra control can be introduced to control the modulation signal shape. This could re-balance the existing two sine wave components, as well as affect the random component parameters.
Currently, delay time modulation is achieved using a mix of two sine waves.
Consider adding subtle random component to the modulator signal.
Parameters:
- To achieve this, the right channel random modulation can be a mix of the left channel random signal and a different random signal.*
The "Spread" control should influence at least some of these parameters. Modulation "Rate" and "Depth" could also affect these parameters.
For Chorus FX type, an extra control can be introduced to control the modulation signal shape. This could re-balance the existing two sine wave components, as well as affect the random component parameters.