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#X text 35 225 Creation arguments: hemidemisemiquaver size \, stem
length;
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#X text 361 106 ^;
#X text 361 113 |;
#X text 373 106 ^;
#X text 373 113 |;
#X text 346 124 1st group;
#X text 437 106 ^;
#X text 437 113 |;
#X text 449 106 ^;
#X text 449 113 |;
#X text 422 124 1st group;
#X msg 780 195 rest 1;
#X msg 665 282 note + 63 1 0 62;
#X text 680 110 a + for the position means "next note";
#X text 701 130 a . for the position means "chord note";
#X obj 626 56 gemwin;
#X msg 653 37 0 \, destroy;
#X obj 836 17 sharpsandflats;
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#X obj 118 168 cputime;
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#X msg 118 56 1;
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#X obj 118 228 * 0.1;
#X obj 118 197 int;
#X text 163 84 <-- on/off;
#X obj 121 259 outlet;
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#X connect 3 0 4 0;
#X connect 4 0 2 0;
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#X restore 36 126 pd init;
#X msg 147 132 reset;
#X msg 670 301 note + 69 1 1 62;
#X msg 658 263 note + 62 1 0 62;
#X msg 651 242 group 4 16;
#X text 720 242 a beam group can be initiated on-the-fly;
#X msg 688 343 bar 3 6 3 12;
#X msg 128 105 vis;
#X msg 576 110 note + 70 1 0 78;
#X msg 596 130 note . 65 1 0 78;
#X msg 612 150 note + 74 1 0 93;
#X msg 637 192 note + 71 1 0 48;
#X msg 643 213 note + 70 1 1 40;
#X msg 31 68 hdsq \$1;
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#X msg 782 222 rest 2;
#X text 825 195 "rest" duration;
#X msg 22 372 bar 5 8 6 16 4 16;
#X msg 37 443 note 0 48 2 0 64;
#X msg 147 443 note + 51 2 0 64;
#X msg 257 443 note + 54 2 0 64;
#X msg 365 443 note + 56 1 0 72;
#X msg 475 443 note + 57 1 0 72;
#X msg 585 443 note + 61 1 0 72;
#X msg 695 443 note + 63 1 0 72;
#X text 36 395 Notice that the bar itself stays at 5/8 \, but both
the groups are specified in 16th notes. The duration value of each
note is then stated in 16th notes \, thus:;
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#X msg 189 505 vis;
#X text 82 5 The hdsq value is the;
#X text 82 16 horizontal size of a;
#X text 82 27 hemidemisemiquaver.;
#X text 184 132 <---start again;
#X text 221 5 "bar" (time \, signature) \, (beamed \, group) \, (beamed
\, group) etc. You can have more than one beamed group \, and when
the last group is rendered it goes back to the first (and when there's
a new bar it resets).;
#X text 36 281 Rhythmic groups work like this. The "bar" message sets
up the time signature and the rhythmic groups within the bar. You can
override this at any time using the "group" message. Groups must be
specified according to the smallest rhythmic value (e.g. 32 \, 16 \,
8) so a bar of 5/8 with groups of 3/8 and 4/16 would be specified in
16ths thus:;
#X text 824 432 Stave colour (RGB);
#X text 151 104 <---show the dynamic patch;
#X msg 697 362 group 5 10;
#X msg 579 16 dimen 1000 400 \, create \, 1;
#X msg 677 320 note + 84 1 1 62;
#X msg 313 145 tempo 118;
#X text 373 146 <--- BPM;
#X text 313 164 You must send "bar" before "tempo";
#X obj 58 145 stave;
#X msg 440 366 dyn 5;
#X msg 437 405 dyn 3 1 2;
#X obj 561 235 s reclock;
#X obj 75 505 makevoice 0.1 0.4;
#X msg 624 170 note + 75 1 0 64 1;
#X text 630 90 "note" position pitch flat/sharp? velocity articulation
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#X msg 313 90 bar 6 8 3 8;
#X text 336 76 V;
#X text 336 69 |;
#X text 348 76 V;
#X text 348 69 |;
#X text 340 58 time signature;
#X text 412 76 V;
#X text 412 69 |;
#X text 424 76 V;
#X text 424 69 |;
#X text 462 68 |;
#X text 474 68 |;
#X text 474 75 v;
#X text 462 75 v;
#X text 449 56 2nd group (etc);
#X msg 389 90 bar 7 4 6 8 4 8 4 8;
#X msg 516 90 note 0 68 1 0 78;
#X text 769 342 Tuples can be specified as;
#X text 774 355 non-standard time signatures;
#X text 481 358 single dynamic mark;
#X text 483 371 0 = ppp \, 7 = fff;
#X text 503 399 hairpin: [start length end];
#X text 502 411 length is in units specified by beam group;
#X text 424 508 <c> 2012 Edward Kelly \, morph_2016@yahoo.co.uk;
#X text 775 367 or groups (click some notes;
#X text 775 380 to see the tuple);
#X text 82 39 Other sizes are based;
#X text 83 51 on this value.;
#X text 83 64 Can now be changed;
#X text 83 77 in the middle of a score (v0.2);
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