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When the D input has non-changing data, it will be rounded to the closest integer sample.
So D=15.6 will result in a 16 sample delay.
This behavior can be over-ridden by useing the interpolate always setting.
Interpolatation is by linear fit
which will result in harmonic distortion that increases with higher frequencies.
The D input is always treated as a positive number.
For example, setting D to -125 results in a delay of +125 samples.
The R input may positive or negative.
Be careful of recycle values close to or above 1, as they will result in uncontrollable feedback.
The R input causes the delay to act as a resonator.
This means that input signals with frequencies that are integer harmonics of the delay time
will cause the object to resonate.
The natural frequency of the delay can be calculated as Hz=44100/samples.
Or as value=1/(D*512)
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