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vs-2D-data-gui.pd
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vs-2D-data-gui.pd
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#N canvas 70 23 685 655 10;
#X text 558 543 Derek Holzer;
#X text 558 592 macumbista@gmail.com;
#X text 558 567 Helsinki MAY 2019;
#X obj 101 118 cnv 15 300 100 empty empty empty 20 12 0 14 -228856
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#X obj 99 552 outlet~ X;
#X obj 169 552 outlet~ Y;
#X obj 307 552 outlet~ B;
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brightness 0 -8 0 10 -4034 -1 -1 100 256;
#X obj 225 401 / 100;
#X obj 377 366 kollabs/ds_reg \$1 \$2/frequency;
#X obj 377 426 kollabs/ds_reg \$1 \$2/harmonic;
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#X obj 102 17 inlet~ phasor;
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#X obj 152 81 select 0 1 2;
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#X obj 277 36 r~ \$1-master;
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#X text 297 193 INTERPOLATION;
#X obj 99 504 vs-2D-data;
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;
#X obj 320 269 s pd-\$2-help;
#X msg 320 247 vis 1;
#N canvas 0 23 836 658 \$2-help 0;
#X text 21 456 Click the INTERPOLATION toggle ON for a continuous audio
signal if using an oscilloscope. Click the INTERPOLATION toggle OFF
for points if using an ILDA laser.;
#X text 17 237 [vs-2D-data] renders three individual .txt files containing
2D information into into a 2D vector graphic \, with brightness blanking
to remove the flyback line.;
#X text 20 369 To create your own 2D data sets from OBJ and SVG files
files \, please check the README file in the 00.vector_synthesis-3d_parser
folder. This requires Hansi Raber's OsciStudio and Python to be installed
on your computer. Youwill simply ignore the zvert.txt file produced.
;
#X text 18 294 Click the geen LOAD object to load data files. You will
see two Open File windows \, one after the other. Load X data in the
first and Y data in the second. Data sets can be found in the 01.tables
folder of this library.;
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#X text 252 38 INLETS:;
#X text 252 128 OUTLETS:;
#X text 278 151 1) X signal;
#X text 278 171 2) Y signal;
#X text 278 191 3) Brightness signal (0-1);
#X text 278 61 1) Ramp signal (i.e. from [phasor~]) (0-1);
#X text 278 81 2) Scale signal (0-1);
#X text 278 101 3) Brightness signal (0-1);
#X text 415 233 The source of the ramp driving this abstraction is
selected from three options:;
#X text 426 324 EXT: ramp is taken from left-most inlet in the abstraction
;
#X text 427 348 MASTER: ramp is taken from the MASTER bus \, which
could be a [vs-phasor-gui] set to MASTER \, or the master clock of
the [vs-multiplex-gui] set to MASTER.;
#X text 420 404 Other controls:;
#X text 442 513 PHASE adjusts the phase of the output waveform.;
#X text 441 488 SCALE adjusts the amplitude of the output waveform.
;
#X text 441 439 HARMONIC sets the output waveform to a harmonic multiple
of the driving ramp. It also determines the number of STEP or RANDOM
steps per cycle of the driving ramp.;
#X text 426 278 INT: internal ramp generator with rough and fine tune
(freq/100) plus RESET button for phase. Set SMOOTH to ON if using MIDI
CC to control frequency.;
#X text 442 533 BRIGHTNESS sets the brightness value of this vector
figure.;
#X text 683 568 Derek Holzer;
#X text 683 617 macumbista@gmail.com;
#X text 683 592 Helsinki May 2019;
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#X text 256 115 Smooth;
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