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6 changes: 3 additions & 3 deletions Faust/Faust.md
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Expand Up @@ -46,7 +46,7 @@ process = os.osc(freq);

``[OWL:A]`` in parameter label is what binds your device's input to Faust parameter. Parameter ranges that you can use A-H, AA-AH, BA-BH, CA-CH, DA-DH, PUSH (for pushbutton), ButtonA-ButtonD. This is what Faust patches support, but the actual parameters that have physical inputs on a particular device would be more limited. You would have to use MIDI to access those of them that don't have physical control on device.

It's also possible to specify variable as digit from ``[OWL:0]`` to ``[OWL:39]``. This is convenient if you want to use Faust [variable substitution in lables](https://faust.grame.fr/doc/manual/index.html#variable-parts-of-a-label)
It's also possible to specify variable as digit from ``[OWL:0]`` to ``[OWL:39]``. This is convenient if you want to use Faust [variable substitution in labels](https://faust.grame.fr/doc/manual/index.html#variable-parts-of-a-label)

Example:

Expand All @@ -64,7 +64,7 @@ process = par(

This patch renders first 8 partials from a wave with base frequency of 60 Hz by default. Each harmonic partial has editable gain. This is called a harmonic oscillator.

Faust supports several variations for its UI widgets, but with hardware we're using either knobs (often with extra control by voltage) or buttons. So effectively using ``hslider``, ``vslider`` or ``numentry`` widget give us a variable limited by upper and lower limit, while ``button``, ``togglebutton`` and ``checkbutton`` give a boolean variable with on/off state.
Faust supports several variations for its UI widgets, but with hardware we're using either knobs (often with extra control by voltage) or buttons. So effectively using ``hslider``, ``vslider`` or ``nentry`` widget give us a variable limited by upper and lower limit, while ``button`` and ``checkbox`` give a boolean variable with on/off state.


## Parameter output
Expand Down Expand Up @@ -152,4 +152,4 @@ with {
};
```

First output generates CV pitch, second generates gates. Base note and tempo can be changed with parameters.
First output generates CV pitch, second generates gates. Base note and tempo can be changed with parameters.