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#X text 19 579 see also:;
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#X text 75 39 - calculate absolute value function., f 66;
#X text 75 63 - calculate exponential function (raise to the power of 'e')., f 66;
#X text 75 88 - calculate square root function., f 66;
#X text 75 111 - calculate remainder of "modulo 1" (wrap input between 0 and 1)., f 66;
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#X text 252 251 NONE, f 5;
#X text 119 170 signal(s) - signal with one or more channels input.;
#X text 121 212 signal(s) - absolute value of input signal(s).;
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#X obj 29 65 exp~;
#X obj 29 88 sqrt~;
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#X text 27 13 Audio rate unary (one-input) operators:;
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#X text 603 16 <= click;
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#X obj 33 200 sig~ -10;
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#X obj 135 235 sqrt~;
#X obj 174 271 snapshot~;
#X obj 439 135 q8_sqrt~;
#X obj 135 201 sig~ 4;
#X msg 539 275 \; pd dsp \$1;
#X obj 539 240 set-dsp-tgl;
#X text 570 244 DSP on/off;
#X obj 448 277 metro 100;
#X obj 448 252 loadbang;
#X obj 448 301 s bang;
#X obj 75 235 r bang;
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#X obj 504 135 q8_rsqrt~;
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#X text 30 343 [wrap~] wraps the input between 0 and 1 by giving the difference between the input and the largest integer not exceeding it (for positive numbers this is the fractional part)., f 88;
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#X obj 354 206 exp~;
#X text 415 188 [exp~] raises the Euler number 'e' (about 2.718) to the power of the input signal., f 34;
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#X msg 162 130 \; pd compatibility 0.47;
#X text 57 40 COMPATIBILITY NOTE: in Pd versions before 0.48 \, [wrap~] with an input of 0 did output 1 (but now correctly outputs 0). To get the old behavior \, set "compatibility" to 0.47 or below in Pd's command line or via the message:, f 43;
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#X msg 228 294 \; pd dsp \$1;
#X obj 228 259 set-dsp-tgl;
#X text 259 263 DSP on/off;
#X msg 162 172 \; pd compatibility 0.48;
#X msg 493 159 \; pd compatibility 0.54;
#X msg 494 206 \; pd compatibility 0.55;
#X obj 532 287 sqrt~;
#X obj 585 287 rsqrt~;
#X text 409 70 Also \, in Pd versions before 0.55 \, [sqrt~] and [rsqrt~] were using a less accurate and slower algorithm. Set "compatibility" to 0.54 or below to get the old and bad behaviour back., f 41;
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#X msg 199 217 \; pd dsp \$1;
#X text 231 180 DSP on/off;
#X obj 199 176 set-dsp-tgl;
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#X obj 153 133 sig~ -5;
#X text 70 25 All of these objects work with multichannel signals \, where the operation is performed in all existing channels., f 33;
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#X restore 500 421 pd multichannel;
#X text 349 406 mutichannel signal support ----------->, f 20;
#X text 103 393 <-- shift-drag here to get non-integers to try, f 23;
#X obj 101 560 abs;
#X obj 373 560 +~;
#X obj 101 589 expr~;
#X obj 147 589 cos~;
#X text 246 15 - signal unary operators;
#X text 404 559 (etc.) - binary signal operators;
#X text 137 559 (etc.) - control rate versions;
#X obj 187 589 clip~;
#X text 446 589 updated for Pd version 0.55;
#X text 414 475 compatibility notes (open):, f 13;
#X text 576 135 (deprecated);
#X text 38 63 The [abs~] object passes nonnegative values unchanged \, but replaces negative ones with their (positive) inverses. The [sqrt~] and [rsqrt~] output \, respectively \, the square root and inverse square root - the same as 1/sqrt(input). By the way \, there used to be cheap versions accurate to 8 bits ([q8_sqrt~] and [q8_rsqrt~]) that have been "deleted" and are now the same as [sqrt~] and [rsqrt~]:, f 87;
#X text 198 453 see also:;
#X obj 187 475 expr~ fmod($v1 \, $v2);
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