error Pack - sounds born from error - max for live
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Sounds born from error
In these devices, Sampling error (serror) ποΈ and Quantization error (qerror) π’ are used to produce or process sounds.
πΆ serror and serrorFX
Sampling a sound at a low sample rate β¬ creates aliases (replicas of the original soundβs spectrum) at intervals defined by the sample rate, leading to distortion β‘.
In classic redux/resampling effects, the pitch π΅ of the timbre often changes inconsistently with the original.
π Serror devices calculate the input pitch and tune the resampling effect to create harmonic aliases β¨ and reduce non-harmonic distortions β.
πΉ serror instrument
Starting sound = a sine wave π β resampled to a sample rate multiple of the input pitch πΆ β adds harmonics β¨ β richer sound.
Parameters:
- π ADSR graph β sets the dynamic envelope
- ποΈ detune β deviation from perfect pitch multiple
- π detune % β depth of ADSR on detune
- β ratio β multiplication factor of the new sample rate
- ποΈ LPF frequency β low-pass filter cutoff
- π LPF % β depth of ADSR on LPF cutoff
- π§ wide β stereo width
- π glide β time between following notes
ποΈ serrorFX effect
Like the instrument, but applied to any input sound π€. Pitch can be:
- π΅ auto (pitch tracking)
- π² random (different on each onset)
- π fixed
Parameters:
- ποΈ detune / detune %
- β ratio + ratio mode (count, random, fixed)
- ποΈ LPF frequency / LPF %
- π glide
- πΌ mode (auto, random, fixed)
Onset notes πΉ trigger impacts on filter + detune (if % > 0).
- π smooth β softens attack
- π°οΈ decay β extends tail
π’ qerror
Quantization error = difference between original analog signal π€ and digital representation π» after quantization.
This creates noise/distortion β‘, especially in low-bit-depth systems.
π qerror devices link pitch β quantization error to shape timbres:
- πΆ Low notes = coarse, buzzy error
- π΅ High notes = finer, hiss-like error
- πΉ Attacks/decays = bursts then thinning
πΉ qerror instrument
Sine wave π β copy reduced in bit depth πͺ β subtracted from original β β leaves only the quantization error β‘ = synthesis output.
Parameters:
- π’ steps β number of divisions
- π steps % β ADSR depth on steps
- π mode β 1 (round), 2 (round + normalize), 3 (truncate)
- β¬ resampling + resampling %
- ποΈ LPF frequency / %
- π§ wide
- π glide
ποΈ qerrorFX
Same principle, but applied to input sounds π€.
Parameters:
- π’ steps + steps %
- π mode (1,2,3)
- β¬ resampling + %
- ποΈ LPF frequency / %
Onset notes πΆ trigger steps, resampling, and filter.
- π smooth β softer attack
- π°οΈ decay β longer tail
VIDEO DEMO