PKtl

Extension

Description

PKtl allows using MKtls in patterns. It can access all present MKtls by patterns of names, and the elements they contain by patterns of names or indices.

First code examples:// make two example MKtls - nanokontrol2s a = MKtl(\nkA, "*trol2"); a.gui; a.elAt(\kn).value_((1..8) / 10); a.elAt(\kn).value; b = MKtl(\nkB, "*trol2"); b.gui; b.elAt(\kn).value = 1!8; // use single element in pattern - move first knob while playing Pdef(\test, Pbind( \degree, (Pn(a.elAt(\kn, 0)) * 10).round(1), \dur, 0.25 )).trace.play // same with PKtl Pdef(\test, Pbind( \degree, (PKtl(\nkA, \kn, 0) * 10).round(1), \dur, 0.25 )).trace.play // use all knobs as step sequencer Pdef(\test, Pbind( \knVal, Pseq(a.elAt(\kn), inf), \degree, (Pkey(\knVal) * 10).round(1), \dur, 0.25 )).trace.play a.elAt(\sl, 0).value = 1; // same with PKtl, and uses slider1 to set dur Pdef(\test, Pbind( \knVal, PKtl(\nk2, \kn, Pseq((0..7), inf)), \degree, (Pkey(\knVal) * 10).round(1), \dur, 0.125 ** PKtl(\nkA, \sl, 0) )).trace.play // alternate between 3 step values from nkA, 3 from nkB Pdef(\test, Pbind( \knVal, PKtl( Pseq([\nkA, \nkB], inf).stutter(3), \kn, Pseq((0..7), inf) ), \degree, (Pkey(\knVal) * 10).round(0.1), \dur, 0.125 ** PKtl(\nkA, \sl, 0) )).trace.play // change values on nkB knobs for testing b.elAt(\kn).value = (0..7).normalize(0.9, 1);

Class Methods

.new

Instance Methods

.namePat

.elPats