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97 #X text 661 102 Calculates the frequency;
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339 #X connect 2 0 10 0;
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
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351 #X restore 219 30 pd pow6;
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r@104
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r@104
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353 #X obj 219 68 *~;
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r@104
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354 #X obj 219 102 *~ 1;
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r@104
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r@104
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358 #X obj 219 240 /~ 1;
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r@104
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r@104
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360 #X text 380 261 Azimuth;
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
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413 #X text 451 260 Elevation;
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r@104
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414 #X text 476 498 Calculates Drag Dipole gain;
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r@104
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415 #X text 48 445 Calculates Lift Dipole gain;
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r@104
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r@104
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r@104
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r@104
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492 #X restore 328 190 pd freqGain;
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r@104
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r@104
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494 #X obj 462 -53 s \$0_elev;
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
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510 1;
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r@104
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511 #X obj 136 182 loadbang;
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r@104
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r@104
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r@104
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r@104
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r@104
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r@104
|
518 #X obj 1156 344 * 2;
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r@104
|
519 #X text 132 473 Strouhal Number;
|
r@104
|
520 #X text 318 251 Calculates the gain of the dipole source;
|
r@104
|
521 #X text 315 512 Calculates the gain of the source;
|
r@104
|
522 #X text 522 -94 Azimuth;
|
r@104
|
523 #X text 631 -98 Pan;
|
r@104
|
524 #X text 456 -92 Elevation;
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r@104
|
525 #X text 389 -92 Distance;
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r@104
|
526 #X text 227 -92 Diameter;
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r@104
|
527 #X text 142 -93 Wind Speed;
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r@104
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528 #X obj 324 -72 inlet;
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r@104
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529 #X floatatom 325 -28 5 0 0 0 - - -;
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r@104
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r@104
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r@104
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r@104
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r@104
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659 #X connect 159 0 75 0;
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