STARTaht.pd

#N canvas 1 82 1268 661 10;
#X declare;
#X declare -lib iemmatrix;
#X declare -lib iem_tab;
#X declare;
#X declare;
#X declare;
#X declare -lib mrpeach;
#X declare;
#X declare -lib iemmatrix;
#X declare -lib iem_tab;
#X declare;
#X declare;
#X declare;
#X obj 596 336 s~ n3;
#X obj 779 340 s~ n4;
#X obj 609 653 s~ n1;
#X obj 764 649 s~ n2;
#X floatatom 411 337 5 0 0 0 - - -;
#X obj 12 52 nvl;
#X floatatom 211 340 5 0 0 0 - - -;
#X obj 2 341 spigot;
#X obj 46 341 tgl 15 1 empty empty empty 17 7 0 10 -262144 -1 -1 1
1;
#X text 245 340 sequencer step;
#X text 632 334 left dsp;
#X text 674 345 right dsp;
#X text 60 338 conect master-slave;
#X obj 12 652 spigot;
#X text 55 648 you can connect others here;
#X text 56 660 just creating an [nvl] object down here;
#X text 445 334 instant note (pitch);
#X obj 914 84 cnv 15 330 500 empty empty empty 20 12 0 14 -262122 -66577
0;
#X text 918 204 in the exact position that were saved - .nvl files.
;
#X text 918 227 Those slices can be played in a non-linear way;
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#N canvas 749 570 367 169 pitchbpmvol-help 0;
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#X text -117 42 a) Outlet that shows the actual (pitch) note.;
#X text -117 59 b) Relative semitone from original sample pitch.;
#X text -117 77 c) General [nvl] volume - the small turns both.;
#X text -117 96 d) Change the sequencer tempo BPM.;
#X text -117 113 e) Detected pitch. The radiobutton above shift the
pitch \,;
#X text -95 126 or with shortcuts "zxcvbnm \, .";
#X restore 382 399 pd pitchbpmvol-help;
#X msg 162 440 \; pd-pitchbpmvol-help vis 1;
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#N canvas 508 521 383 218 savepreset-help 0;
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#X text -128 13 ~) Left and Right dsp outlets.;
#X text -127 32 a) Open an wav file to be sliced.;
#X text -127 49 b) Hack-me: coding shortcuts.;
#X text -127 67 c) Entry the filename to be saved. Write it without
the;
#X text -108 81 .nvl extension and hit enter.;
#X text -108 96 The patterns and slices saved at the store (shift+s)
;
#X text -108 109 procedure will be saved at harddisk.;
#X text -127 127 d) Name of .nvl at execution.;
#X text -127 144 e) Open an .nvl at the default folder.;
#X text -134 167 *PS: Always use the folders "samples" e "presets"
;
#X text -132 180 If you nedd .nvl and wavs from other places - copy
them.;
#X restore 900 69 pd savepreset-help;
#X msg 715 117 \; pd-savepreset-help vis 1;
#X obj 871 197 image imgs/save_preset.gif;
#X obj -113 85 image NAVA100.gif;
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#N canvas 594 248 390 491 pattern-help 0;
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#X text -132 22 a) Outlet for master-slave sync.;
#X text -113 36 It carries the sequencer cursor and the actual bpm.
;
#X text -132 54 b) Outlet that shows the instant position of the cursor.
;
#X text -132 77 c) Slice sequence that will be executed during the
cursor;
#X text -113 91 passage. This is the actual "pattern".;
#X text -132 136 e) Choose a slice number limit to randomize and generates
;
#X text -115 150 a randomic pattern.;
#X text -132 193 g) Loads 10 different patterns saved in the pattern
memory;
#X text -113 207 buffer. Those patterns are loaded from the .nvl file
;
#X text -114 221 or could be saved from new configurations at performance
;
#X text -113 237 with a procedure described at the "h" item.;
#X text -133 257 h) The Store Button (or the shift+s shortcut) is for
;
#X text -114 271 update state of presets and slices at memory buffer
;
#X text -115 286 (it don't save at disk!);
#X text -114 315 window save_preset in the low-right side of interface.
;
#X text -114 301 To save at this you have to fill a file name at the
;
#X text -134 335 i) Number box that defines de number of cells of loop
;
#X text -115 349 This is for allow you to draw different kinds of;
#X text -114 364 bar measures.;
#X text -133 384 j) On/Off keyboard shortcuts.;
#X text -132 405 k) On/Off master sequencer. It is possible to play
more;
#X text -114 420 than one master \, but obviously they won't be at
sync.;
#X text -132 439 j) Sequencer cursor- trigger the actual slice.;
#X text -132 112 d) Create a number of symmetric slices.;
#X text -131 172 f) Pattern n+1 forward and n-1 backward and all zeros.
;
#X restore 504 72 pd pattern-help;
#X msg 274 127 \; pd-pattern-help vis 1;
#X obj 279 202 image imgs/pattern_sequencer.gif;
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#X text -106 21 a) Sliders for the slice edition: up slider for beggining
;
#X text -87 34 and down slider for ending.;
#X text -87 46 Use the shotcuts "qwertyuiop" for slices 0 to 7;
#X text -86 61 Use the shotcuts "asdfghjkl" for slices 8 to 15;
#X text -107 82 b) This table loads the wav to be executed.;
#X text -86 96 Use the spacebar to play all the sample.;
#X text -106 113 c) Slice loaded from the .nvl file or edited and stored.
;
#X text -90 126 when modifing a slice use shift+s to store at buffer
;
#X text -89 139 and the "save preset" symbol entry + enter to save
to disk.;
#X restore 889 394 pd slices-help;
#X msg 691 435 \; pd-slices-help vis 1;
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#X text -84 72 Use the shotcuts "zxcvbnm \, ." to change the pitch
;
#X text -85 86 Use the space bar to play the complete sampler.;
#X text -87 108 Use shift+s to store modifications in a memory buffer.
;
#X text -86 126 After that if you want to save a file in harddisk"
;
#X text -85 138 write the name at "save preset" and press enter.;
#X text -83 160 The shortcuts can be turned on/off with toggle "key".
;
#X text -86 42 Use the shotcuts "qwertyuiop" for slices 0 to 7;
#X text -85 57 Use the shotcuts "asdfghjkl" for slices 8 to 15;
#X text -86 29 Use the shotcuts "1234567890" for patterns 1 to 10;
#X restore -156 641 pd atalhos-help;
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#X msg 953 640 \; pd-detalhes-help vis 1;
#X obj 953 620 r \$0-detalhes;
#X obj -110 98 image imgs/NAVA100.gif;
#X text -147 291 click at bangs;
#X text -146 306 to follow the details;
#X text -145 330 IMPORTANT:;
#X text -123 348 <-- learn the keyboard;
#X text -84 360 shortcuts!;
#X connect 1 0 3 0;
#X connect 6 0 8 0;
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#X text 917 569 thanks to all PD developers that made it possible.
;
#X text 915 555 GNU/GPL Glerm Soares 2009 http://glerm.devolts.org
;
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#X msg 105 241 \; pd dsp \$1;
#X obj 111 57 loadbang;
#X msg 113 77 1;
#X obj 317 117 inlet~;
#X obj 459 148 inlet~;
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#X text 1051 63 Navalha abstraction v.1.0;
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#X msg 905 35 slice \$1;
#X msg 910 102 key \$1;
#X msg 916 145 seq \$1;
#X obj 1000 70 image imgs/NAVA100.gif;
#X text 918 242 modifing patterns of the sequencer that plays;
#X text 918 257 in a velocity determined in beats per minute;
#X text 918 273 the actual slice in the pattern order.;
#X text 918 294 The objects can be connected in chain by their;
#X text 918 311 first outlets (master) and inlet (slaves) configuring
;
#X text 918 350 Those patterns can be saved inside the .nvl file;
#X text 918 366 that could be recovered during the performance.;
#X text 1027 89 The [nvl] object is an independent;
#X text 1034 104 instance of a "slice sequencer";
#X text 1022 120 that can save and restore those;
#X text 974 153 can also be used to perform.;
#X text 918 187 that allow those slices to be reloaded;
#X text 918 171 It creates a model of metadata for slice frames;
#X text 947 496 --> Click here for more details about its usage.;
#X text 918 396 The edition and performance controls are already;
#X text 919 413 mapped for shortcuts in a computer keyboard.;
#X text 918 428 If you need to turn off this functions for some reason
;
#X text 918 444 just turn off the "key" button.;
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#X text 938 466 <-- Here are described all the shortcuts.;
#X text 916 518 and follow new tutorials \, packages of .nvl files
;
#X text 917 530 and related objects at http://navalha.devolts.org;
#X text 918 326 sequencer for performances controling "slaves" [nvl]s.
;
#X text 449 23 This inlet is for entry of outside messages with modifiers
;
#X text 527 35 to help automate from other patches or hardware.;
#X text 9 33 *This inlet is only used at the salve [nvl for sync.;
#X text 975 137 slices with a graphic interface - which;
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#X msg 852 293 pitch \$1;
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#X msg 843 122 pattern \$1;
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#X msg 849 333 div \$1;
#X obj 843 234 pack f f;
#X msg 837 255 tempo \$1 \$2;
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#X msg 840 168 random \$1;
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#X msg 833 63 preset sacrifice.nvl;
#X msg 837 659 mono2x bang;
#X msg 840 640 normalize bang;
#X obj 823 440 t b b b;
#X msg 824 619 preset breakcore.nvl;
#X msg 822 4 simetria \$1;
#X floatatom 787 4 5 0 0 0 - - -;
#X msg 667 4 wav shadebossa.wav;
#X obj 223 -357 import mrpeach;
#X obj 12 368 nvl;
#X obj 293 -324 udpreceive 9001;
#X obj 293 -293 unpackOSC;
#X obj 293 -261 routeOSC /obj1 /obj2;
#X obj 293 -228 unpack f f f f;
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#X obj 570 -229 unpack f f f f;
#X text 335 -361 precisamos incluir essa biblioteca para usar OSC;
#X text 395 -326 esperamos por mensagens vindas da porta 9001;
#X text 360 -295 desempacotamos todas as mensagens OSC que chegam;
#X text 427 -270 mandamos as mensagens /obj1 para um lado e /obj2 para
outro;
#X text 662 -235 desempacotamos os 4 numeros que representam x \, y
\, size e angle;
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#X text 303 -190 x;
#X text 389 -190 y;
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#X msg 783 -23 pshift \$1;
#X msg 853 519 pshift \$1;
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