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equals~ (==~)
| External |
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Signal equal-to operator |
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escal~
| External |
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signal rounder |
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ether~
| External |
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ether~ selects portions of two input signals and creates a composite output spectrum based upon the amplitude of the inputs
ether~ selects portions of two input signals and creates a composite output spectrum based upon the amplitude of the inputs. The loudest band of the two inputs will be selected. Sending the inverse message will reverse this behavior selecting the weakest. The composite index is a scalar for the selection of the second input. Useful values will vary according to the amplitude characteristics of the input signals. Try values greater than 0 and less than 100. But higher values may be effective depending upon the input signals. |
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etime
| External |
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sprintf the output of the outlet time from sfplay~ |
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exbow~
| External |
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An extended bowed string physical model. |
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expr
| External |
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Evaluate a C-like mathematical expression
Expr, written by Shahrokh Yadegari, evaluates an expression involving the "variables" $i1-$i9 (the first to ninth inlets, taken as integers), $f1-$f9 (the inlets as floats) and $s1-$s9 (the inlets as symbols), and/or constants of the same types. The operators are +, -, *, /, &, |, &&, ||, !, ~, and ^. You can call a set of predefined mathematical and statistical functions. For instance, midi-to-hertz conversion can be done as: |
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expr~
| External |
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Evaluate a C-like expression on audio signals.
Evaluates an expression (of up to 10 terms) with a C-like syntax on audio signals, similar to the expr and vexpr objects for messages and lists respectively. Because Max/MSP signals are floating point, only float variables are valid (i.e. $f1 - $f9), but both float and integer constants are valid. |
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ezadc~
| External |
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Simple iconic 2 channel audio input |
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ezdac~
| External |
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Simple iconic 2 channel audio output |
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f0.auto_scale~
| External |
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finds minimum and maximum values of a signal and uses them as input scaling range |
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f0.distance~
| External |
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calculate delta distance in 1, 2 or 3 dimensions |
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f0.fold~
| Abstraction |
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fold values |
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f0.multidelay~
| Abstraction |
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tap delay with variable number of tap outputs, independent delaytimes and levels |
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f0.play_env~
| Abstraction |
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one shot sample player with an envelope |
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f0.play~
| Abstraction |
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one shot sample player |
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