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#X msg 37 246 \; array3 resize 4096 \; array4 resize 4096;
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#X obj 220 219 s found-peak;
#X obj 154 194 r loud;
#X obj 128 226 spigot;
#X obj 220 193 pique;
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#X restore 613 295 pd analysis;
#X obj 30 313 r loop-amp;
#X msg 613 271 snapshot;
#X text 23 167 click here first;
#X text 613 247 analysis;
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#X msg 29 89 50 60 70;
#X obj 28 120 append peak-template x y amp;
#X msg 426 225 next;
#X obj 402 276 get peak-template x y amp ampreal ampimag;
#X obj 9 293 append peak-template x y amp ampreal ampimag;
#X obj 116 167 r found-peak;
#X obj 117 196 unpack 0 0 0 0 0;
#X msg 76 244 330;
#X msg 400 87 \; pd-peak-list clear;
#X msg 354 125 traverse pd-peak-list \, bang;
#X msg 408 201 traverse pd-peak-list \, next;
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#X obj 37 16 struct peak-template float x float y float amp float ampreal
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#X restore 339 402 pd peak-template;
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#X restore 339 426 pd peak-list;
#X msg 38 192 \; pd dsp 1;
#X obj 720 296 s loud;
#X text 539 189 live sample;
#X text 719 234 print out;
#X text 720 249 peak list;
#X text 168 7 SPECTRAL SNAPSHOTS.;
#X text 15 18 This patch reads a soundfile or records a live sound.
When you click on "snapshot" the peak-list window shows a list of the
sinusoidal peaks that were found at that instant in the sound. You
can also ask for the peak lists to be printed out.;
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#X obj 19 171 soundfiler;
#X msg 19 147 read -resize \$1 sample;
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#X msg 357 197 \; sample resize 220500 \; insamplength 220500;
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#X restore 336 350 pd insample;
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#X text 242 13 sample playback;
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#X restore 135 389 pd test-signal;
#X text 136 317 amplitude;
#X text 212 174 read a sample;
#X msg 136 193 \; read-sample ../sound/bell.aiff 44100;
#X text 12 97 The active ingredient is "pique" in the "analysis" subwindow
\, which is in the "extras" directory in the Pd release.;
#X msg 136 230 \; read-sample ../sound/voice.wav 32000;
#X obj 458 295 tabwrite~ sample;
#X obj 720 274 tgl 15 0 empty empty empty 0 -6 0 8 -262144 -1 -1 0
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#X msg 136 268 \; read-sample ../sound/voice2.wav;
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