{
   "name" : "digital lowercase from floating point errors",
   "author" : "eli.rosenkim",
   "description" : "https://scsynth.org/t/why-the-plot-result-of-summing-2-same-frequency-sinosc-with-phase-reversed-is-not-just-zeros/5805/6\r\n\r\nquick proof of concept\r\n\r\nResults of a subtracting two identical out of phase signals from each-other, which should be silent but isn't because of the imprecision of floating point arithmetic... The quiet signals are then boosted to be audible, kind of like digital lowercase music",
   "ancestor_list" : [],
   "labels" : [
      "lowercase",
      "floating point"
   ],
   "is_private" : null,
   "id" : "1-5g9",
   "code" : "(//floating point errors\r\n{ var pink;\r\n\tpink = PinkNoise.ar().range(0.08, 0.12)!2;\r\n\t0.5*LeakDC.ar(Median.ar(2, Limiter.ar(99999999*(SawDPW.ar(pink, 0) + SawDPW.ar(pink, pi)), 0.9)))}.play;\r\n{ var pink;\r\n\tpink = PinkNoise.ar().range(0.0999/3, 0.1001/3)!2;\r\n\t0.5*LeakDC.ar(Median.ar(5, Limiter.ar(99999999*(SawDPW.ar(pink, 0) + SawDPW.ar(pink, pi)), 0.9)))}.play;\r\n{var pink;\r\n\tpink = PinkNoise.ar().range(0.00999, 0.01001)!2;\r\n\t(0.5*Median.ar(20,\r\n\tLimiter.ar(999999*LeakDC.ar(SawDPW.ar(pink, 0+(pi/2)) + SawDPW.ar(pink, pi+(pi/2))), 0.1)))}.play;\r\n{0.5*Median.ar(30, Limiter.ar(99999999*LeakDC.ar((SinOsc.ar(0.005, 0) + SinOsc.ar(0.005, pi)), 0.05)))!2}.play;\r\n{0.5*SVF.ar((Median.ar(10, Limiter.ar(999999*LeakDC.ar(LFPulse.ar(0.5, 0) + LFPulse.ar(0.5, pi)), 0.6))), 800)!2}.play;\r\n)"
}