comparison examples/08-PureData/gettingStarted/_main.pd @ 543:8f8809c77dda prerelease

updated basics, digital, instruments, extras examples

 #N canvas 736 167 442 1518 10;
 #X text 32 20 Using Puredata (libpd) on Bela;
 #X text 32 30 ==============================;
-#X obj 100 538 osc~ 440;
-#X obj 100 560 *~ 0.1;
-#X obj 100 582 dac~;
-#X text 33 501 Here's how you produce a sine wave out of Bela's stereo
+#X obj 100 598 osc~ 440;
+#X obj 100 620 *~ 0.1;
+#X obj 100 642 dac~;
+#X text 33 561 Here's how you produce a sine wave out of Bela's stereo
 output:;
-#X text 33 611 Similarly \, Bela's stereo input can be addressed as
+#X text 33 671 Similarly \, Bela's stereo input can be addressed as
 follows:;
-#X obj 100 642 adc~;
-#X obj 100 664 dac~;
-#X text 177 653 Audio pass-through;
-#X text 33 1581 Supported objects;
-#X text 33 1591 -----------------;
-#X text 33 1625 All native pd (vanilla) objects can be used.;
-#X text 33 1611 By default Bela uses libpd to run puredata patches.
+#X obj 100 702 adc~;
+#X obj 100 724 dac~;
+#X text 177 713 Audio pass-through;
+#X text 33 1791 Supported objects;
+#X text 33 1801 -----------------;
+#X text 33 1835 All native pd (vanilla) objects can be used.;
+#X text 33 1821 By default Bela uses libpd to run puredata patches.
 ;
-#X text 33 1645 It is also possible to compile pd objects to optimised
+#X text 33 1855 It is also possible to compile pd objects to optimised
 ;
-#X text 33 1658 C code using the Heavy Cloud Compiler \, in which case
+#X text 33 1868 C code using the Heavy Cloud Compiler \, in which case
 ;
-#X text 33 1671 a different set of objects is supported (see below).
+#X text 33 1881 a different set of objects is supported (see below).
 ;
-#X text 33 701 Analog I/O;
-#X text 33 711 ----------;
-#X text 33 731 Analog inputs and outputs are treated as audio signals
+#X text 33 761 Analog I/O;
+#X text 33 771 ----------;
+#X text 33 791 Analog inputs and outputs are treated as audio signals
 and;
-#X text 33 745 are addressed using the next 8 channels of the [adc~]
+#X text 33 805 are addressed using the next 8 channels of the [adc~]
 and;
-#X text 33 759 [dac~] objects:;
-#X obj 36 785 adc~ 3 4 5 6 7 8 9 10;
-#X text 191 785 Analog Inputs 0 \, 1 \, 2 \, 3 \, 4 \, 5 \, 6 \, 7
+#X text 33 819 [dac~] objects:;
+#X obj 36 845 adc~ 3 4 5 6 7 8 9 10;
+#X text 191 845 Analog Inputs 0 \, 1 \, 2 \, 3 \, 4 \, 5 \, 6 \, 7
 ;
-#X text 191 815 Analog Outputs 0 \, 1 \, 2 \, 3 \, 4 \, 5 \, 6 \, 7
+#X text 191 875 Analog Outputs 0 \, 1 \, 2 \, 3 \, 4 \, 5 \, 6 \, 7
 ;
-#X obj 36 815 dac~ 3 4 5 6 7 8 9 10;
-#X text 33 853 examples.;
-#X text 33 891 MIDI;
-#X text 33 901 ----;
-#X text 99 921 and;
-#X obj 36 920 notein;
-#X obj 125 920 ctlin;
-#X text 183 921 objects can be used to interface MIDI devices;
-#X text 33 939 with the patch.;
-#X text 33 954 Most MIDI devices can be plugged into the Beaglebone's
+#X obj 36 875 dac~ 3 4 5 6 7 8 9 10;
+#X text 33 913 examples.;
+#X text 33 1101 MIDI;
+#X text 33 1111 ----;
+#X text 99 1131 and;
+#X obj 36 1130 notein;
+#X obj 125 1130 ctlin;
+#X text 183 1131 objects can be used to interface MIDI devices;
+#X text 33 1149 with the patch.;
+#X text 33 1164 Most MIDI devices can be plugged into the Beaglebone's
 USB;
-#X text 33 968 port and can be used with these objects.;
-#X text 33 839 See the 'BasicAnalogIn' and 'BasicAnalogOut' projects
+#X text 33 1178 port and can be used with these objects.;
+#X text 33 899 See the 'BasicAnalogIn' and 'BasicAnalogOut' projects
 for;
-#X text 33 983 See the 'hello-midi' and 'midi-poly-synth' projects
+#X text 33 1193 See the 'hello-midi' and 'midi-poly-synth' projects
 for more;
-#X text 33 997 for examples.;
-#X obj 57 1058 print;
-#X text 33 1058 The;
-#X text 115 1058 object can be used to log messages directly to Bela's
+#X text 33 1207 for examples.;
+#X obj 57 1268 print;
+#X text 33 1268 The;
+#X text 115 1268 object can be used to log messages directly to Bela's
 ;
-#X text 33 1076 terminal output (e.g. as viewable in the browser IDE).
+#X text 33 1286 terminal output (e.g. as viewable in the browser IDE).
 ;
-#X obj 100 1102 loadbang;
-#X obj 100 1146 print;
-#X msg 100 1124 Puredata says: 'Hello Bela!';
-#X text 33 1041 ----------------;
-#X text 33 1031 Debugging: print;
-#X text 33 1191 ----------------;
-#X text 33 1181 Debugging: scope;
-#X text 33 1208 Any signal can be visualised using Bela's browser-based
+#X obj 100 1312 loadbang;
+#X obj 100 1356 print;
+#X msg 100 1334 Puredata says: 'Hello Bela!';
+#X text 33 1251 ----------------;
+#X text 33 1241 Debugging: print;
+#X text 33 1401 ----------------;
+#X text 33 1391 Debugging: scope;
+#X text 33 1418 Any signal can be visualised using Bela's browser-based
 ;
-#X text 33 1222 scope. DAC channels 27 \, 28 \, 29 \, 30 address four
+#X text 33 1432 scope. DAC channels 27 \, 28 \, 29 \, 30 address four
 separate;
-#X text 33 1236 scope channels.;
-#X obj 147 1309 dac~ 27 28 29 30;
-#X obj 79 1261 osc~ 440;
-#X obj 149 1261 noise~;
-#X obj 209 1261 osc~ 880;
-#X obj 209 1283 *~;
-#X text 33 1364 visualised.;
-#X text 33 1710 Compiling Puredata patches with Heavy;
-#X text 33 1720 -------------------------------------;
-#X text 33 1740 As an alternative to libpd \, Puredata patches can
+#X text 33 1446 scope channels.;
+#X obj 147 1519 dac~ 27 28 29 30;
+#X obj 79 1471 osc~ 440;
+#X obj 149 1471 noise~;
+#X obj 209 1471 osc~ 880;
+#X obj 209 1493 *~;
+#X text 33 1574 visualised.;
+#X text 33 1920 Compiling Puredata patches with Heavy;
+#X text 33 1930 -------------------------------------;
+#X text 33 1950 As an alternative to libpd \, Puredata patches can
 be;
-#X text 33 1754 converted into optimised C code using the Heavy Cloud
+#X text 33 1964 converted into optimised C code using the Heavy Cloud
 ;
-#X text 33 1768 Compiler by Enzien Audio. The resulting code can result
+#X text 33 1978 Compiler by Enzien Audio. The resulting code can result
 ;
-#X text 33 1782 in large increases in performance and is therefore
+#X text 33 1992 in large increases in performance and is therefore
 well;
-#X text 33 1796 suited for complex patches and final stages of development.
+#X text 33 2006 suited for complex patches and final stages of development.
 ;
-#X text 33 1810 We recommend to use libpd for prototyping and less
+#X text 33 2020 We recommend to use libpd for prototyping and less
 CPU;
-#X text 33 1824 intensive patches.;
-#X text 33 1838 See our documentation to learn more about compiling
+#X text 33 2034 intensive patches.;
+#X text 33 2048 See our documentation to learn more about compiling
 patches;
-#X text 33 1852 using Heavy \, and visit enzienaudio.com for more info
+#X text 33 2061 using Heavy \, and visit enzienaudio.com for more info
 and;
-#X text 33 1866 a list of currently supported objects.;
-#X text 33 1401 Combining Pd and C++;
-#X text 33 1411 --------------------;
-#X text 33 1428 There are many cases where it is useful to combine
+#X text 33 2075 a list of currently supported objects.;
+#X text 33 1611 Combining Pd and C++;
+#X text 33 1621 --------------------;
+#X text 33 1638 There are many cases where it is useful to combine
 Pd;
-#X text 33 1442 patches with C++ code \, for example when needing to
+#X text 33 1652 patches with C++ code \, for example when needing to
 ;
-#X text 33 1456 incorporate system calls (e.g. networking) or for;
-#X text 33 1470 sample-accurate dsp processes that are inconvenient
+#X text 33 1666 incorporate system calls (e.g. networking) or for;
+#X text 33 1680 sample-accurate dsp processes that are inconvenient
 ;
-#X text 33 1484 to program in Puredata.;
-#X text 33 1517 is used \, which functions as a libpd wrapper. It is
+#X text 33 1694 to program in Puredata.;
+#X text 33 1727 is used \, which functions as a libpd wrapper. It is
 ;
-#X text 33 1504 When running Puredata patches a template render.cpp
+#X text 33 1714 When running Puredata patches a template render.cpp
 file;
-#X text 33 1531 possible to modify this file when starting a new pd
+#X text 33 1741 possible to modify this file when starting a new pd
 project.;
-#X text 33 1545 See the 'CustomRenderFile' example project for more
+#X text 33 1755 See the 'CustomRenderFile' example project for more
 info.;
-#X text 177 560 Sine Wave;
-#X obj 149 1283 *~ 0.1;
-#X obj 279 1261 osc~ 0.5;
-#X text 33 1350 click the scope button to see the above signals being
+#X text 177 620 Sine Wave;
+#X obj 149 1493 *~ 0.1;
+#X obj 279 1471 osc~ 0.5;
+#X text 33 1560 click the scope button to see the above signals being
 ;
-#X text 33 1336 If you're viewing this patch using the Bela IDE you
+#X text 33 1546 If you're viewing this patch using the Bela IDE you
 can;
 #X text 33 221 Patches can be drag-and-dropped into the browser IDE
 ;
 #X text 33 235 and will be added to the current project that is open.
 ;

 #X text 33 137 however most of the functionality is compatible across
 both;
 #X text 33 151 solutions.;
 #X text 33 191 Loading and running patches in the Bela IDE;
 #X text 33 201 -------------------------------------------;
-#X text 33 471 Audio I/O;
-#X text 33 481 ---------;
+#X text 33 531 Audio I/O;
+#X text 33 541 ---------;
 #X text 33 392 If you're viewing this inside the Bela IDE \, then you've
 ;
 #X text 33 406 noticed by now that all pd patches can be previewed
 within;
 #X text 33 420 the browser. Note \, however \, that patches cannot
 currently;
 #X text 33 434 be edited or interacted with inside this preview.;
+#X text 33 464 To view the contents of abstractions supplied with a
+;
+#X text 33 477 project in the IDE \, simply go to the project navigator
+;
+#X text 33 490 and open the corresponding patches from there.;
+#X text 33 951 Digital I/O;
+#X text 33 961 -----------;
+#X text 33 981 Digital pins can also be addressed from within a patch.
+;
+#X text 33 994 Unlike analog pins \, digital pins can be set to work
+as;
+#X text 33 1007 inputs or outputs and can be read/written as signals
+or;
+#X text 33 1020 as messages.;
+#X text 33 1033 See the 'digital' example for instructions on how to
+;
+#X text 33 1047 initialise \, read and write to digital pins as well
+as some;
+#X text 33 1060 usage examples;
 #X connect 2 0 3 0;
 #X connect 3 0 4 0;
 #X connect 3 0 4 1;
 #X connect 7 0 8 0;
 #X connect 7 1 8 1;