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annotate SwordSounds2/woosh_D5.pd @ 306:c57f401165ca tip

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New Decision tree added
author Rod Selfridge <r.selfridge@qmul.ac.uk>
date Sat, 13 Jan 2018 14:47:35 +0000
parents 6aaeb2789f99
children
rev   line source
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r@165 69 #X obj 918 295 t f b;
r@165 70 #X floatatom 920 403 5 0 0 0 - - -;
r@165 71 #X obj 945 318 delay 9;
r@165 72 #X text 643 286 Length of blade and arm;
r@165 73 #X obj 498 253 t f b;
r@165 74 #X obj 525 277 delay 9;
r@165 75 #X obj 653 261 delay 6;
r@165 76 #X text 350 304 Ratio of arm to total length;
r@165 77 #X text 468 449 Speed of blade at the hilt;
r@165 78 #X text 786 335 Difference between;
r@165 79 #X text 768 347 speed at tip and hilt;
r@165 80 #X text 858 445 Difference in speed for each source;
r@165 81 #X text 858 457 based on a linear scale;
r@165 82 #X text 417 16 as well as the difference in speed of each source;
r@165 83 #X text 431 2 Patch that calculates the minimum speed;
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r@165 130 #X obj -178 -183 s NoOfSources;
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r@165 135 #X text 57 -216 Blade Length;
r@165 136 #X text 56 -150 Arm Length;
r@165 137 #X text -150 -206 Number of Sources;
r@165 138 #X text 141 119 Top Speed;
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r@165 150 #X obj 173 72 t f b;
r@165 151 #X obj 200 95 delay 9;
r@165 152 #X text 58 237 Calculates the difference in thickness between sources
r@165 153 ;
r@165 154 #X text 59 254 based on the blade tapering in a straight line;
r@165 155 #X obj 158 19 r hiltThick;
r@165 156 #X obj 173 44 r tipThick;
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r@165 174 #X obj 78 231 s hiltThick;
r@165 175 #X floatatom 23 315 8 0 0 0 - - -;
r@165 176 #X obj 81 314 s tipThick;
r@165 177 #X text 141 204 Hilt Thickness;
r@165 178 #X text 133 288 Tip Thickness;
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r@165 180 -1;
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r@165 189 #X text -141 207 Angle to Observer;
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r@165 221 #X text 194 175 Circumference of the nearest source on blade;
r@165 222 #X text 307 191 up to 0 azimuth;
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r@165 229 #X text 478 322 Circumference of the nearest source on blade;
r@165 230 #X text 914 158 up to 0 azimuth;
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r@165 256 #X obj 452 498 r minPostCirc;
r@165 257 #X obj 437 590 s deltaPostCirc;
r@165 258 #X floatatom 397 591 5 0 0 0 - - -;
r@165 259 #X text 33 334 Max Circumference;
r@165 260 #X text 323 472 Max Circumference;
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r@165 303 #X obj 325 234 * 0.25;
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r@165 306 #X obj 263 254 delay \$1;
r@165 307 #X obj 236 202 f;
r@165 308 #X obj 236 159 r GO;
r@165 309 #X obj 236 228 t f b;
r@165 310 #X msg 227 367 0;
r@165 311 #X obj 325 276 /;
r@165 312 #X obj 325 298 * 1000;
r@165 313 #X obj -127 225 s \$0_thisDe;
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r@165 328 #X obj 644 407 s end;
r@165 329 #X obj -77 312 r end;
r@165 330 #X obj 145 260 * -0.25;
r@165 331 #X text -193 45 0.75 represents the ratio of swing that;
r@165 332 #X text 200 118 0.25 represents the ratio of swing that;
r@165 333 #X text 200 132 the sword is decelerating;
r@165 334 #X text -102 149 Time taken for acceleration;
r@165 335 #X text -54 221 Send as a delay;
r@165 336 #X text 280 160 Recieve as a delay;
r@165 337 #X text -36 312 Reset angle;
r@165 338 #X text -38 325 once swing complete;
r@165 339 #X text 622 426 Send bang message at the;
r@165 340 #X text 623 438 end of the swing to reset;
r@165 341 #X text 379 296 Time for last;
r@165 342 #X text 381 307 1/4 of swing;
r@165 343 #X text -193 59 the sword is before 0 degrees;
r@165 344 #X text -121 700 Output of complete swing \, split into 75% before
r@165 345 0 degrees and 25% past 0 degrees;
r@165 346 #X text 568 517 Once delay from start to 0 degrees complete;
r@165 347 #X text 564 535 count down from 0 to finish the total swing angle;
r@165 348 #X text 98 9 Patch that calculates the angle between 0 degrees for
r@165 349 the full length of the swing;
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r@165 358 1;
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r@165 369 #X text 11 464 comment;
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r@165 375 -1 -1;
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r@165 378 #X obj -4 633 s~ swordAngle;
r@165 379 #X text 241 325 Set to 0 at end;
r@165 380 #X obj 86 545 loadbang;
r@165 381 #X obj 68 509 r obsAngle;
r@165 382 #X obj -4 576 +~ 1;
r@165 383 #X text 141 470 Adding in the observer angle here offsets the swing
r@165 384 angle by the angle the observer is at. This makes all the future calculations
r@165 385 as if the observer is positioned at 0 degrees to the swordSwing.;
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r@165 450 #X msg -176 -134 0;
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r@165 452 #X text -144 219 (Azimuth);
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r@165 473 #X text 550 195 Speed calculations;
r@165 474 #X text 384 402 Presets;
r@165 475 #X msg 456 297 20 160 0.01 0.004 2 0 127;
r@165 476 #X msg 447 274 43 215 0.0085 0.0025 4 90 40;
r@165 477 #X msg 466 320 30 280 0.0095 0.0032 2 60 120;
r@165 478 #X text 716 283 Currently the noise sources are not connected but still
r@165 479 getting a zipping type sound. It seems to get worse with sources lower
r@165 480 down the blade - this needs looked into;
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r@165 489 #X text -145 281 Angle to Observer;
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r@165 492 #X obj -211 316 s obsElev;
r@165 493 #X text -148 293 (Elevation);
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