array.unop-help.pd

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#X text 107 139 bang;
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#X obj 621 40 plnf_version;
#X text 321 413 1 generate random values to test;
#X text 322 546 2 perform different operations;
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#X text 348 692 you can also use expr or any arbitrary abstraction!
;
#X obj 324 460 array.rand \$0-arrayA -1 1 0.1;
#X obj 324 589 array.unop \$0-arrayA \$0-arrayB abs;
#X obj 323 640 array.unop \$0-arrayA \$0-arrayB + 2;
#X obj 323 713 array.unop \$0-arrayA \$0-arrayB expr fmod($f1 \, 0.2)
, f 64;
#X text 109 179 iterated output values (the same stored in arrayB)
;
#X text 32 48 Having an arrayA \, uses an arbitrary object or abstraction
(with one numerical input) to perform the desired operation in the
input values (one by one) and stores the result in arrayB;
#X text 85 213 \$1 array 1 (input data);
#X text 85 231 \$2 array 2 (output data);
#X text 85 250 \$3 ... operation ex. "expr abs($f1-2)";
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