#N canvas 155 30 874 678 10;

#X text 18 13 REACTIVE;

#X text 29 89 Description:;

#X text 30 37 nano;

#X text 29 55 Augmented Nanokontrol2;

#X text 27 553 Examples:;

#X text 110 554 You can map nonokontrol's button 1 to control the parameter

"central frequency" (fc) of the abstraction Funew (progressive filter)

abstraction for the "Banjo" (as above).;

#X text 490 552 For this \, one must write in the indicated fields

the name of the target abstraction (e.g. Banjo) plus "-" and the name

of the desired parameter to control (e.g. fc). Click in the messages

to see how it works.;

#X msg 117 263 9 symbol Banjo-fc;

#X msg 116 286 10 symbol Banjo-Q;

#X text 255 240 <-- click in the messages and then try the button 1

and the sliders 1 and 2 on your nanokontrol2 or on the expanded interface

below. Notice that the messages just write the target tag you want

to address.;

#X text 117 89 Tool to expand Korg Nanokontrol2 surface controlability.

Every pad/button/slider is mapped in Pd. Every volume button and slider

can independently address a specific parameter tag defined elsewhere

(e.g. on another patch).;

#X text 114 182 Ex: nano Tristao;

#X text 31 157 Usage: nano <NAME>;

#X obj 629 29 funew Banjo;

#X msg 117 240 1 symbol Banjo-vol;

#X text 544 647 LATM-DM-FFCLRP-USP(c)2017 Reactive. nano (10/05/17)

;

#X obj 116 323 nano Tristao;

#X connect 7 0 16 0;

#X connect 8 0 16 0;

#X connect 14 0 16 0;