Today I don't have time to try the version with cubic-interp.
In git there are:

ares gendy kamp, kadist, kddist, kadpar, kddpar, kminfreq, kmaxfreq, \
           kampscl, kdurscl [, initcps] [, knum]

ares gendyx kamp, kadist, kddist, kadpar, kddpar, kminfreq, kmaxfreq, \
            kampscl, kdurscl, kcurveup, kcurvedown [, initcps] [, knum]


'x' in gendyx means eXtended. `gendyc' is the version with the cubic
interpolation, 'c' to avoid confusion with the original GENDYN
(GENDY1, GENDY2, ...).

The names of the arguments can be modified in the manual.

Initialization

  initcps  -- number of control points in the memory (default: 12)

Performance

  kamp     -- amplitude

  kadist   -- choice of probability distribution for the next perturbation
              of the amplitude of a control point

  kddist   -- choice of distribution for the perturbation of the current
              inter control point duration

    distributions:

      0 - LINEAR
      1 - CAUCHY
      2 - LOGIST
      3 - HYPERBCOS
      4 - ARCSINE
      5 - EXPON
      6 - SINUS    external k-rate signal trough kadpar (for kadist)
                   or kddpar (for kddist); bipolar is better but
                   not mandatory

  kadpar   -- parameter for the kadist distribution [0.0001, 1]

  kddpar   -- parameter for the kddist distribution [0.0001, 1]

  kminfreq -- minimum allowed frequency of oscillation

  kmaxfreq -- maximum allowed frequency of oscillation

  kampscl  -- multiplier for the distribution's delta value for amplitude
              (1.0 is full range)

  kdurscl  -- multiplier for the distribution's delta value for duration

  knum     -- current number of utilised control points (default: initcps)

Only in `gendyx'

  kcurveup    -- controls the curve for the increasing amplitudes
                 between two points; it has to be non negative

                 0     step function (like a sample & hold)
                 < 1   concave
                 1     linear (like gendy)
                 > 1   convex

  kcurvedown  -- controls the curve for the decreasing amplitudes
                 between two points

                 0     step function
                 < 1   convex
                 1     linear
                 > 1   concave


tito

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