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#X obj 243 283 step~;
#X obj 243 309 print~;
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#X floatatom 283 259 0 0 0 0 - - -;
#X floatatom 243 237 0 0 0 0 - - -;
#X obj 186 259 t b b;
#X obj 243 259 t f b;
#X text 50 20 step~ ::;
#X text 50 70 IN1 :;
#X text 50 110 IN2 :;
#X text 50 180 note :;
#X text 100 20 produces a unit:step:sequence or a rectangle:window
;
#X text 100 70 define \, how many samples after the float::bang:message
the rectangle:window will start;
#X text 100 110 define the length of the rectangle:window choosing
1 will produce a dirac:impulse :: unit:sample:sequence) choosing 0
will make the rectangle infinitely long :: unit:step:sequence;
#X text 100 180 1 sample equals 1:over:samplerate secs;
#X text 235 217 position;
#X text 303 239 length;
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#X msg 258 166 0;
#X msg 291 166 44100;
#X floatatom 338 166 0 0 0 0 - - -;
#X msg 228 142 bang;
#X text 193 118 toggle::press;
#X text 38 23 This \, of course \, is a quite barbarious use of the
step~-object;
#X text 124 51 but it was fast to do and I do think it illustrates
the way it works.;
#X floatatom 178 342 0 0 0 0 - - -;
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#X obj 338 160 t b;
#X obj 338 110 f;
#X obj 338 60 inlet;
#X text 344 29 mute;
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#X msg 338 85 bang;
#X obj 338 135 moses 1;
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#X obj 397 117 moses 1;
#X obj 83 148 dbtorms;
#X obj 22 181 inlet~;
#X obj 199 41 inlet;
#X text 199 18 level;
#X msg 96 65 set \$1;
#X obj 96 89 outlet;
#X msg 214 64 \; pd dsp 1;
#X obj 83 194 line~;
#X obj 22 212 *~;
#X obj 22 241 dac~;
#X obj 83 171 pack 0 50;
#X text 20 158 audio;
#X text 93 110 show level;
#X obj 83 42 r \$0master-lvl;
#X obj 199 100 s \$0master-lvl;
#X obj 397 92 r \$0master-lvl;
#X obj 338 210 s \$0master-lvl;
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#X connect 23 0 10 0;
#X connect 23 0 14 0;
#X connect 25 0 1 1;
#X connect 25 0 9 0;
#X restore 149 370 pd output;
#X msg 207 342 MUTE;
#X text 173 323 output amplitude;
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