the trigger used to calculate a new index. a trigger occurs when passing from non-positive to positive
a multi-channel graph element, where the output channels correspond to to the probabilities of their respective indices being chosen.
0
if the seq argument already sums up to 1.0 and thus
doesn't need normalization, 1
if the sum is not
guaranteed to be 1.0 and thus the ugen is asked to
provide the normalization.
Abstract method which must be implemented by creating the actual UGen
s
during expansion.
0
if the seq argument already sums up to 1.0 and thus
doesn't need normalization, 1
if the sum is not
guaranteed to be 1.0 and thus the ugen is asked to
provide the normalization.
a multi-channel graph element, where the output channels correspond to to the probabilities of their respective indices being chosen.
the trigger used to calculate a new index.
the trigger used to calculate a new index. a trigger occurs when passing from non-positive to positive
A UGen providing a probability-weighted index into a sequence upon receiving a trigger.
When triggered, returns a random index value based the values of the channels of the
prob
argument functioning as probabilities. The index is zero based, hence goes from0
toprob.numOutputs - 1
.By default the sequence of probabilities should sum to 1.0, however for convenience, this can be achieved by the ugen when the
normalize
flag is set to 1 (less efficient).the trigger used to calculate a new index. a trigger occurs when passing from non-positive to positive
a multi-channel graph element, where the output channels correspond to to the probabilities of their respective indices being chosen.
0
if the seq argument already sums up to 1.0 and thus doesn't need normalization,1
if the sum is not guaranteed to be 1.0 and thus the ugen is asked to provide the normalization.Select