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#X text 117 18 - size of the room to be simulated. Larger values result
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#X floatatom 7 20 3 0 0 0 - - -;
#X text 114 65 - amount of damping of the room's surfaces. 1 means
nearly no damping \, resulting in a lot of reflection (long reverb)
\, >1 means high damping of signals (short reverb).;
#X text 116 110 - stereo width of the reverb \, i.e. how much of the
reverb part from the left and right channel mix. Turning this to 1
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#X text 115 152 - level of the wet (reverbed) signal \, between 0 and
1;
#X text 113 197 - level of the dry (i.e. unprocessed or original) signal
\, between 0 and 1 Note that wet and dry signals mix and thus can cause
clipping if both are set at high levels.;
#X text 115 242 - print the current values of these parameters.;
#X text 157 305 - bypass reverb processing when set to 1 Can be used
to compare reverbed signal with original signal \, and to save CPU
when reverb is not needed.;
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#X text 39 223 INLETS:;
#X text 108 16 stereo reverb using the Schroeder/Moorer model;
#X text 106 249 Right: audio input for the right channel.;
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#X text -179 76 comment;
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0 and 1;
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#X text 170 153 - print the current values of the above parameters
;
#X text 183 176 - start/stop freeze of reverb tail \, using 1 or 0
;
#X text 187 197 - bypass the reverb processing \, using a 1 or 0;
#X text 152 541 - Hans-Christoph Steiner 2005 \, based on Olaf Matthes'
Max help;
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