-odac ;Example by Joachim Heintz sr = 44100 ksmps = 32 nchnls = 2 0dbfs = 1 giSine ftgen 0, 0, 2^10, 10, 1 seed 0 instr 1 aDel init 0; initialize delay signal iFb = .7; feedback multiplier aSnd rand .2; white noise kdB randomi -18, -6, .4; random movement between -18 and -6 aSnd = aSnd * ampdb(kdB); applied as dB to noise kFiltFq randomi 100, 1000, 1; random movement between 100 and 1000 aFilt reson aSnd, kFiltFq, kFiltFq/5; applied as filter center frequency aFilt balance aFilt, aSnd; bring aFilt to the volume of aSnd aDelTm randomi .1, .8, .2; random movement between .1 and .8 as delay time aDel vdelayx aFilt + iFb*aDel, aDelTm, 1, 128; variable delay kdbFilt randomi -12, 0, 1; two random movements between -12 and 0 (dB) ... kdbDel randomi -12, 0, 1; ... for the filtered and the delayed signal aOut = aFilt*ampdb(kdbFilt) + aDel*ampdb(kdbDel); mix it outs aOut, aOut endin i 1 0 60