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#X text 24 442 see also:;
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#X text 21 13 [output~] - simple stereo output GUI abstraction.;
#X text 512 12 <= click;
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#X text 156 233 NONE, f 36;
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#X text 23 13 [output~] - simple stereo output GUI abstraction.;
#X text 112 155 signal - right signal input., f 39;
#X text 156 193 NONE, f 36;
#X text 112 81 signal - left or mono input., f 39;
#X text 63 101 level <float> - sets slider value (from 0 to 1).;
#X text 71 121 mute <float> - non zero mutes output \, 0 unmutes it.;
#X restore 418 13 pd reference;
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#X obj 316 354 output~;
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#X msg 334 318 level \$1;
#X text 381 442 updated for Pd version 0.54;
#X obj 82 299 noise~;
#X obj 82 337 output~;
#X text 484 317 right input;
#X text 381 253 left input;
#X text 391 290 volume control;
#X text 22 260 mono input goes to both outputs, f 12;
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#X msg 250 294 mute \$1;
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#X text 163 265 mute/unmute;
#X text 24 151 A slider sets the volume gain \, its range is from 0 to 1 and gets mapped to a quartic function. The value is shown in the number box and you can also type a value in it to set the gain. The mute toggle mutes/unmutes the output. There are also messages to set these controls. Whenever you set the volume via the GUI controls or external messages \, the DSP engine is turned on., f 78;
#X text 24 56 The [output~] abstraction is widely used in Pd's documentation (help files and examples) and is included in 'extra' just for convenience. This stereo output abstraction has [hip~] objects to filter DC. the left inlet takes the left signal input and the right inlet takes the right signal input. If there's only a mono connection to the left inlet \, the audio gets distributed to both left/right outputs., f 78;
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