The Kyma Language for Sound Design, Version 4.5

PchMorph
Specifies how much of the frequency envelopes of each of the envelopes is present in the resynthesized
sound. A value of zero specifies that the frequency envelopes come from Analysis0 only, a value of one
specifies Analysis1 only, and values between specify mixtures of the two analyses.
Use a continuous controller or a control signal here to morph continuously between the two sets of
frequency envelopes.
NbrPartials
This is the total number of sine wave oscillators used to resynthesize the analyzed sound. Try increasing
the number of partials to hear the effect on the sound. There will be some maximum number above
which there is no longer any improvement in the perceived quality of the sound. The more partials you
request, the more computation this algorithm requires, so choose the minimum number of partials that
still gives you acceptable sound quality.
BankSize
This specifies the number of oscillators per bank. If you get a message that you are running out of real
time, try larger or smaller bank sizes.
TimeIndex
The analyzed sounds are like sequences of spectral snapshots. This value describes which snapshot to
resynthesize. A FunctionGenerator with Fullramp as its Wavetable is a straight line from - 1 to 1, and this
moves forward through the spectra in linear time. Try different functions (or use a continuous controller)
to go backwards through the sequence of spectra or to vary the rate at which you are stepping through
the spectra.
This parameter is only active if CtrlTime is checked.
Gate
Enter a 1 in this field to play the Sound exactly once for the duration you have specified in the Duration
field.
If you use an EventValue (for example, !KeyDown) in this field, the Sound can be retriggered as often as
you like within the duration specified in the Duration field.
When Gate becomes positive, the Sound is heard; when Gate becomes zero, the Sound is released.
This parameter is ignored if CtrlTime is checked.
Loop
Check this box if you would like to set the loop points using the LoopStart and LoopEnd parameter fields.
This parameter is ignored if CtrlTime is checked.
LoopStart
When Loop is checked, this is the start point of the loop (otherwise it is ignored). Enter a value in the
range from 0 to 1, where 0 is the beginning of the sample and 1 is the end of the sample. In other words,
this is the proportion of the total sample duration when the start point should occur. (To compute the
exact time within the sample where the start point occurs, multiply LoopStart’s value by the total duration
of the sample. For example, if your sample is 5 seconds long and LoopStart is set to 0.2, then the
beginning of the loop is 1 second into the sample.)
LoopEnd
When Loop is checked, this is the end point of the loop (otherwise it is ignored). Enter a value in the
range from 0 to 1, where 0 is the beginning of the sample and 1 is the end of the sample. In other words,
this is the proportion of the total sample duration when the end point should occur. (To compute the
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