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#X obj 33 482 hip~ 5;
#X text 92 12 DELAYS;
#X obj 33 341 -~;
#X obj 30 241 tabread4~ mtof;
#X obj 33 317 *~ 3;
#X obj 74 318 *~ 2;
#X obj 49 266 phasor~;
#X floatatom 81 215 0 0 0 0 - - -;
#X obj 33 293 clip~ 0 0.667;
#X obj 30 190 line~;
#X obj 30 165 pack 0 1000;
#X obj 30 70 metro 1000;
#X obj 30 94 random 200;
#X obj 30 118 - 100;
#X obj 30 142 * 0.001;
#X obj 33 453 +~;
#X obj 44 374 delwrite~ delay1 2000;
#X floatatom 49 401 0 0 0 0 - - -;
#X obj 49 426 delread~ delay1 1000;
#X obj 30 47 loadbang;
#X text 210 37 You can delay a signal using the delwrite~ and delread~
objects. In this example \, the pitch of the oscillator is varying
slightly so that the delayed signal is different from the straight
signal.;
#X text 212 99 delread always delays the signal an integer number of
samples and does no interpolation.;
#X text 211 137 The delwrite~ object creates the delay line \; you
give it a name and a size in milliseconds. Each delwrite~ should have
a different name.;
#X text 209 184 Delread~'s arguments are the name of a delwrite (of
which there should be exactly one) and a delay time in milliseconds
between 0 and the length of the delay line. Each delwrite~ may have
as many delread~s as you wish \, which function as multiple delay taps.
;
#X obj 30 215 +~ 60;
#X text 115 216 <-- pitch;
#X text 83 401 <-- delay time;
#X text 65 342 asymmetric triangle wave;
#X text 236 372 write to delay line;
#X text 232 425 read from delay line;
#X text 64 454 add the original and the delayed signal;
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#X text 89 148 ------ 123 samples ------;
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#X text 87 330 ------ 130 samples ------;
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#X obj 414 238 mtof;
#X obj 405 202 sel 129;
#X obj 413 264 tabwrite mtof;
#X obj 35 227 moses 2;
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#X obj 79 259 dbtorms;
#X obj 90 194 t f f;
#X obj 35 291 tabwrite dbtorms;
#X text 18 49 bang to recalculate dbtorms table;
#X text 356 50 bang to recalculate the mtof table;
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#X restore 375 76 pd regenerate-tables;
#X restore 449 418 pd conversion-tables;
#X text 427 536 updated for Pd version 0.35;
#X obj 33 510 output~;
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