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|
r@214
|
697 #X obj 124 93 sig~ -0.245;
|
r@214
|
698 #X obj 103 119 pow~;
|
r@214
|
699 #X text 234 22 Y = 10^b . X^m;
|
r@214
|
700 #X text 235 40 b = 1.536;
|
r@214
|
701 #X text 235 56 m = -0.245;
|
r@214
|
702 #X text 80 297 Equation of line derived from Norberg 2001;
|
r@214
|
703 #X obj 88 169 max~ 1;
|
r@214
|
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r@214
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717 #X restore 956 85 pd corrLen Calc;
|
r@214
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|
r@214
|
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r@214
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721 #X obj 1067 309 hip~;
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r@214
|
722 #X obj 320 424 r~ \$0-myCor;
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723 #X obj 636 81 max 0.01;
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724 #X obj 636 104 min 0.99;
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725 #N canvas 93 119 976 679 Dipoles 0;
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727 #X obj 353 69 r~ \$0-myFreq;
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728 #X obj 621 62 r~ \$0-myFreq;
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729 #X obj 816 126 r~ \$0-liftDiGain;
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r@214
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763 #X obj 750 24 r~ \$0-thisNoise;
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766 #X obj 244 506 throw~ r;
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776 #X obj 518 461 r \$0-thisPan;
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777 #X obj 491 312 r~ \$0-thisNoise;
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|
778 #X text 273 27 Generates the sound associated with the lift dipole.
|
r@214
|
779 ;
|
r@214
|
780 #X text 175 312 Generates the sound associated with the drag dipole.
|
r@214
|
781 ;
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r@214
|
782 #X obj 270 87 r \$0-Qval;
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r@216
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881 #X connect 75 0 24 1;
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r@214
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882 #X restore 649 504 pd Dipoles;
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884 #X obj 1088 92 s~ \$0-thisNoise;
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885 #X obj 1067 214 r~ \$0-thisNoise;
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886 #X text 674 440 the object and environment;
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894 #X obj 460 342 / 100;
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905 #X obj 219 208 * 4.624e-05;
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906 #N canvas 106 95 810 724 linearCalc 0;
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910 #X obj 240 59 * 38.7462;
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911 #X obj 240 81 + 0.6254;
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912 #X text 223 3 Peak dependant on TU value;
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913 #X obj 339 146 inlet;
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914 #X obj 215 435 < 193260;
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915 #X obj 182 458 spigot;
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916 #X obj 308 457 spigot;
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927 #X obj 411 174 -;
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929 #X obj 411 267 *;
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930 #X obj 140 232 t f b;
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931 #X obj 411 302 +;
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932 #X obj 370 273 t f b;
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934 #X obj 426 242 t f b;
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935 #X floatatom 405 530 0 0 0 0 - - -;
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936 #X obj 240 102 min 200;
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r@214
|
937 #X text 548 50 Calculates the peak value of DeltaF / F depending on
|
r@214
|
938 the TU values. The higher the TU the higher the DeltaF/F value. A limit
|
r@214
|
939 of 200 has been made as the value is a % and bandwidth greater than
|
r@214
|
940 200% would invlove -ve frequencies;
|
r@214
|
941 #X text -9 102 Linear up slope of the second section;
|
r@214
|
942 #X text 478 174 Linear down slope of the second section;
|
r@214
|
943 #X text 391 391 Peak of the DeltaF / F was found to be at a Reynolds
|
r@214
|
944 number of 193260;
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945 #X obj 559 256 hsl 128 15 0 1e+06 0 0 empty empty empty -2 -8 0 10
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952 #X obj 346 484 spigot;
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959 #X obj 424 61 * 7.89;
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r@214
|
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|
999 #X connect 35 0 37 0;
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1012 #X connect 46 0 43 1;
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1013 #X connect 47 0 44 0;
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1014 #X restore 23 92 pd linearCalc;
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1015 #X floatatom -37 134 0 0 0 0 - - -;
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1016 #X obj 56 116 > 145021;
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1020 #X obj 602 150 spigot;
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1021 #X obj 618 173 spigot;
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1022 #X obj 651 149 < 1e+06;
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1023 #X obj 618 216 * 1.227e-10;
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1024 #X obj 618 196 *;
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1025 #X obj 690 215 * -8.553e-05;
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1026 #X obj 618 261 + 16.5;
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1027 #X obj 618 238 +;
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1029 #X floatatom 565 18 0 0 0 0 - - -;
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1030 #X floatatom 54 188 0 0 0 0 - - -;
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r@214
|
1031 #X text -84 298 First section of the Reynolds number - DeltaF/F relationship
|
r@214
|
1032 is linear and did not appear to be reliant on current TU values;
|
r@214
|
1033 #X text 565 329 Third section of the Reynolds number - DeltaF/F relationship
|
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|
1034 is linear and did not appear to be reliant on current TU values;
|
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|
1035 #X text 114 -16 Middle section of Reynolds number - DeltaF/F relationship
|
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|
1036 is also linear but depends on TU Value;
|
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|
1037 #X obj 461 412 max 0.005;
|
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|
1038 #X floatatom 402 435 0 0 0 0 - - -;
|
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|
1039 #X obj 707 42 > 243320;
|
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|
1040 #X obj 712 97 > 145021;
|
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|
1041 #X obj 635 126 > 193260;
|
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|
1042 #X obj 252 163 < 193260;
|
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|
1043 #X connect 0 0 16 0;
|
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|
1044 #X connect 1 0 2 0;
|
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|
1045 #X connect 1 1 2 1;
|
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|
1046 #X connect 2 0 3 0;
|
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|
1047 #X connect 2 0 36 0;
|
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|
1048 #X connect 4 0 1 0;
|
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|
1049 #X connect 7 0 9 0;
|
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|
1050 #X connect 8 0 9 0;
|
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|
1051 #X connect 9 0 24 0;
|
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|
1052 #X connect 9 0 22 0;
|
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|
1053 #X connect 9 0 12 0;
|
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|
1054 #X connect 9 0 10 0;
|
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|
1055 #X connect 9 0 31 0;
|
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|
1056 #X connect 9 0 40 0;
|
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|
1057 #X connect 9 0 41 0;
|
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|
1058 #X connect 10 0 11 0;
|
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|
1059 #X connect 11 0 15 0;
|
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|
1060 #X connect 12 0 10 1;
|
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|
1061 #X connect 13 0 14 0;
|
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|
1062 #X connect 13 0 4 0;
|
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|
1063 #X connect 15 0 13 0;
|
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|
1064 #X connect 16 0 17 0;
|
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|
1065 #X connect 16 0 20 0;
|
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|
1066 #X connect 18 0 20 1;
|
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|
1067 #X connect 19 0 21 1;
|
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|
1068 #X connect 20 0 21 0;
|
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|
1069 #X connect 21 0 32 0;
|
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|
1070 #X connect 22 0 23 0;
|
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|
1071 #X connect 23 0 27 0;
|
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|
1072 #X connect 23 0 26 1;
|
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|
1073 #X connect 23 0 26 0;
|
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|
1074 #X connect 24 0 23 1;
|
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|
1075 #X connect 25 0 29 0;
|
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|
1076 #X connect 26 0 25 0;
|
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|
1077 #X connect 27 0 29 1;
|
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|
1078 #X connect 28 0 30 0;
|
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|
1079 #X connect 28 0 4 0;
|
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|
1080 #X connect 29 0 28 0;
|
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|
1081 #X connect 36 0 5 0;
|
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|
1082 #X connect 36 0 37 0;
|
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|
1083 #X connect 40 0 22 1;
|
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|
1084 #X connect 41 0 11 1;
|
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|
1085 #X restore 1189 91 pd StBandwidth;
|
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|
1086 #X obj 1189 67 inlet;
|
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|
1087 #X obj 1189 114 s \$0-Qval;
|
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|
1088 #X obj 1143 237 r~ \$0-myFreq;
|
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|
1089 #X floatatom 1143 288 0 0 0 0 - - -;
|
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|
1090 #X obj 120 65 vd~ varwind;
|
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|
1091 #X obj 862 557 r myMet;
|
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|
1092 #X obj 862 579 snapshot~;
|
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|
1093 #X floatatom 862 604 0 0 0 0 - - -;
|
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|
1094 #X obj 911 258 r myMet;
|
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|
1095 #X obj 911 280 snapshot~;
|
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|
1096 #X floatatom 911 305 0 0 0 0 - - -;
|
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|
1097 #X connect 1 0 3 0;
|
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|
1098 #X connect 2 0 19 0;
|
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|
1099 #X connect 2 0 41 0;
|
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|
1100 #X connect 2 0 112 0;
|
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|
1101 #X connect 3 0 2 0;
|
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|
1102 #X connect 4 0 17 0;
|
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|
1103 #X connect 4 0 109 0;
|
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|
1104 #X connect 5 0 4 0;
|
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|
1105 #X connect 6 0 11 0;
|
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|
1106 #X connect 6 0 42 0;
|
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|
1107 #X connect 9 0 28 0;
|
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|
1108 #X connect 9 0 47 0;
|
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|
1109 #X connect 12 0 3 1;
|
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|
1110 #X connect 13 0 4 1;
|
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|
1111 #X connect 15 0 5 1;
|
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|
1112 #X connect 16 0 1 0;
|
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|
1113 #X connect 20 0 93 0;
|
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|
1114 #X connect 24 0 79 1;
|
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|
1115 #X connect 25 0 79 4;
|
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|
1116 #X connect 26 0 29 0;
|
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|
1117 #X connect 26 0 81 0;
|
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|
1118 #X connect 27 0 30 0;
|
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|
1119 #X connect 27 0 82 0;
|
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|
1120 #X connect 38 0 39 0;
|
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|
1121 #X connect 38 0 46 0;
|
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|
1122 #X connect 41 0 54 0;
|
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|
1123 #X connect 41 0 5 0;
|
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|
1124 #X connect 45 0 43 0;
|
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|
1125 #X connect 45 1 44 0;
|
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|
1126 #X connect 50 0 79 0;
|
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|
1127 #X connect 51 0 79 3;
|
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|
1128 #X connect 52 0 79 5;
|
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|
1129 #X connect 56 0 18 0;
|
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|
1130 #X connect 57 0 45 1;
|
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|
1131 #X connect 58 0 61 0;
|
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|
1132 #X connect 58 0 64 0;
|
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|
1133 #X connect 59 0 62 0;
|
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|
1134 #X connect 59 0 65 0;
|
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|
1135 #X connect 60 0 63 0;
|
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|
1136 #X connect 60 0 66 0;
|
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|
1137 #X connect 71 0 91 0;
|
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|
1138 #X connect 72 0 71 0;
|
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|
1139 #X connect 73 0 78 1;
|
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|
1140 #X connect 74 0 78 3;
|
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|
1141 #X connect 75 0 78 0;
|
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|
1142 #X connect 76 0 78 2;
|
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|
1143 #X connect 77 0 78 5;
|
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|
1144 #X connect 78 0 49 0;
|
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|
1145 #X connect 78 1 48 0;
|
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|
1146 #X connect 79 0 53 0;
|
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|
1147 #X connect 83 0 78 6;
|
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|
1148 #X connect 84 0 78 7;
|
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|
1149 #X connect 85 0 79 7;
|
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|
1150 #X connect 86 0 79 6;
|
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|
1151 #X connect 87 0 89 0;
|
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|
1152 #X connect 88 0 87 0;
|
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|
1153 #X connect 90 0 78 4;
|
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|
1154 #X connect 91 0 18 1;
|
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|
1155 #X connect 92 0 79 2;
|
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|
1156 #X connect 93 0 94 0;
|
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|
1157 #X connect 94 0 21 0;
|
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|
1158 #X connect 94 0 55 0;
|
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|
1159 #X connect 96 0 97 0;
|
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|
1160 #X connect 98 0 72 0;
|
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|
1161 #X connect 100 0 101 0;
|
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|
1162 #X connect 101 0 71 1;
|
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|
1163 #X connect 101 0 91 1;
|
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|
1164 #X connect 101 0 106 0;
|
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|
1165 #X connect 102 0 104 0;
|
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|
1166 #X connect 103 0 102 0;
|
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|
1167 #X connect 105 0 101 0;
|
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|
1168 #X connect 107 0 14 0;
|
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|
1169 #X connect 108 0 109 0;
|
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|
1170 #X connect 109 0 110 0;
|
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|
1171 #X connect 111 0 112 0;
|
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|
1172 #X connect 112 0 113 0;
|