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#N canvas 43 57 837 544 10;
#X obj 8 6 cnv 15 500 30 empty empty matrix~ 20 12 0 14 -262130 -66577
0;
#X obj 61 237 dac~;
#X obj 36 209 *~ 0.15;
#X obj 91 209 *~ 0.15;
#X obj 47 156 matrix~ 6 2 1;
#X obj 66 121 osc~ 111;
#X obj 126 121 osc~ 222;
#X obj 186 121 osc~ 333;
#X obj 246 121 osc~ 444;
#X obj 306 121 osc~ 555;
#X obj 366 121 osc~ 666;
#X text 23 46 a switching or mixing matrix for signals;
#X obj 122 177 print dump;
#X msg 47 76 dump;
#X text 462 86 the first argument is the number of inlets;
#X text 462 106 the second argument is the number of signal outlets
;
#X text 440 66 object argments (floats): #inlets #outlets mixmode;
#X text 462 126 the third argument is optional \, a 1 turns on "mix
mode" \, otherwise the default is "switch mode";
#X text 17 351 mix mode:;
#X text 17 271 switch mode:;
#X text 30 291 By default \, [matrix~] is in "switch mode". In switch
mode \, the connections are either on or off. This can cause audible
clicks when switching (Max/MSP calls this "binary mode").;
#X text 30 371 "mix mode" mixes the incoming signals using the values
from the incoming list to specify the gain \, so they can change the
amplitude based on that number. mix mode requires more CPU time. (Max/MSP
calls this "non-binary mode").;
#X text 19 441 If you want to specify the gain of each connection \,
you must use three- or four-element list messages rather than the 'connect'
message. Connections formed with the 'connect' message always have
a gain specified by the third argument initially given to the object.
However \, subsequent list messages can alter the gain of connections
formed with the 'connect' message.;
#X text 83 75 <-- outputs the current gains of all connections out
the rightmost outlet \, in lists like this: inlet# outlet# gain;
#X text 431 288 [connect inlet# outlet#(;
#X text 431 328 [disconnect inlet# outlet#(;
#X msg 651 288 connect 0 2;
#X text 621 289 i.e.;
#X text 621 329 i.e.;
#X msg 651 328 disconnect 0 2;
#X text 447 342 disconnect inlet# from outlet#;
#X text 432 252 Inlets and outlets are numbered from left to right
\, starting at zero (i.e. hot inlets are 0).;
#X text 450 305 connect inlet# to outlet#;
#X text 621 369 i.e.;
#X text 431 368 [inlet# outlet# gain(;
#X msg 651 368 0 2 0.5;
#X text 447 383 if gain is non-zero \, connect inlet# to outlet#. If
gain is zero \, disconnect inlet# from outlet#;
#X msg 721 368 0 2 0;
#X text 621 419 i.e.;
#X text 431 418 [inlet# outlet# gain ramptime(;
#X msg 651 418 0 2 0.5 500;
#X msg 741 418 0 2 0 1000;
#X text 447 435 connect inlet# to outlet# with "gain" using "ramptime"
in milliseconds;
#X text 431 518 [clear( - remove all connections.;
#X msg 642 518 clear;
#X text 621 469 i.e.;
#X text 431 468 [ramp ramptime(;
#X text 447 488 sets the default time in milliseconds used to change
"gain" when in mix mode;
#X msg 651 468 ramp 500;
#X msg 731 468 ramp 1000;
#X connect 2 0 1 0;
#X connect 3 0 1 1;
#X connect 4 0 2 0;
#X connect 4 1 3 0;
#X connect 4 2 12 0;
#X connect 5 0 4 0;
#X connect 6 0 4 1;
#X connect 7 0 4 2;
#X connect 8 0 4 3;
#X connect 9 0 4 4;
#X connect 10 0 4 5;
#X connect 13 0 4 0;
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