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#X obj 19 493 hip~ 5;
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#X obj 84 359 *~;
#X obj 192 290 line~;
#X floatatom 265 114 0 0 0;
#X text 68 9 PITCH SHIFTER;
#X obj 192 264 pack 0 200;
#X obj 266 141 moses 1;
#X msg 227 141 1;
#X obj 266 88 r window;
#X obj 19 61 r transpose;
#X obj 19 143 exp;
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#X obj 19 259 /;
#X obj 146 189 * 0.001;
#X obj 314 366 line~;
#X obj 315 338 pack 0 200;
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#X text 314 202 delay (msec);
#X obj 315 232 r delay;
#X obj 84 385 +~;
#X msg 315 311 1;
#X obj 315 285 moses 1.5;
#X obj 84 411 vd~ delay1;
#X obj 19 410 cos~;
#X obj 19 437 *~;
#X obj 19 466 +~;
#X obj 106 317 wrap~;
#X obj 251 360 *~;
#X obj 251 393 +~;
#X obj 251 422 vd~ delay1;
#X obj 188 420 cos~;
#X obj 188 447 *~;
#X msg 492 56 \; transpose 0 \; window 100 \; delay 0;
#X obj 492 30 loadbang;
#X obj 264 42 delwrite~ delay1 5000;
#X obj 146 216 t b f;
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#X obj 19 312 phasor~ 0;
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#X obj 372 176 t b;
#X obj 372 121 f;
#X obj 372 66 inlet;
#X text 378 32 mute;
#X obj 372 204 f;
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#X msg 372 94 bang;
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#X text 219 20 level;
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#X msg 106 72 set \$1;
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#X msg 235 70 \; pd dsp 1;
#X obj 91 213 line~;
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#X text 22 174 audio;
#X text 102 121 show level;
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#X restore 19 557 pd output;
#X msg 83 526 MUTE;
#X text 125 525 <-- output amplitude;
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#X text 53 86 <-- transposition;
#X text 96 99 (halftones);
#X text 86 177 speed;
#X text 85 191 change;
#X text 310 113 <--window (msec);
#X text 54 252 tape head;
#X text 55 265 rotation speed;
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#X text 153 555 test signal;
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#X msg 392 228 read -resize \$1 array1;
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#X msg 161 64 \; readfile ../sound/bell.aiff;
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#X restore 264 11 pd test-input;
#X text 439 161 This is a classic rotating-tape-head style pitch shifter
using the vd~ variable delay object. Ther are two moving tape heads
\, each of which is loudest at the middle of its trajectory \, and
enveloped out at the moment it has to jump back (or forward) to start
another scratch. Most of the brain work is in computing how fast the
tape heads have to move to get the desired transposition.;
#X text 439 280 The "window size" is the total trajectory of the read
points in the delay line \, in milliseconds. The delay times are controlled
by a phasor~ object. The second delay time \, 180 degrees out of phase
from the first one \, is computed using the "wrap" object.;
#X text 437 370 The "window size" is the total trajectory of the read
points in the delay line \, in milliseconds. The delay times are controlled
by a phasor~ object. The second delay time \, 180 degrees out of phase
from the first one \, is computed using the "wrap" object.;
#X text 436 462 The cos~ objects compute the fadein and fadeout of
the two delay line outputs. They each traverse the positive half of
the cosine waveform (phase -0.25 to +0.25) over the time the phase
goes from one end to the other.;
#X text 757 557 updated for Pd version 0.33;
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