- Sound design
- Architecture
- Oscillators
- Algorithms
- Low Frequency Oscillators (LFOs)
- Envelope generators
- Filters
- Amplitude modulation
- Pitch modulation
- Panning & EQ
- Dynamics, Sidechaining, Gating, Ducking, Compression and Transient Shaping
- Distortion, Saturation, Bit-crushing
- Global Send Multi-effects
- DJ FX
- Wavetable Synthesis
- A word about authenticity
14. StyL Oscillator Style
Oscillators can be played back in subtly different styles, to emulate various quirks from specific gear from past decades;
Available are;
- 'Mdrn'; Modern - playback incorporates modern standards and techniques, including interpolation and multi-sampled waveforms
- 'Mdn.v'; Digital / variable rate - playback emulates modern standards and techniques while prorating EGs and LFOs speeds according to pitch, mimicking how EG and LFO times would get "baked into" a sampled instrument and thus mimicking how samplers and later 90s/00s ROMplers would behave
- 'dGtL'; Digital - playback allows for aliasing oscillators as found in older digital synthesizers and workstations
- 'dGt.v'; Digital / variable rate - playback allows for aliasing oscillators as found in older digital synthesizers and workstations while prorating EGs and LFOs speeds according to pitch, mimicking how EG and LFO times get "baked into" a sampled instrument
- 'AnL1'; Analog 1 - playback introduces a very subtle drift in pitch to emulate imperfect but high quality analog pitch circuitry, suitable for emulating analog patches that rely on inherently imperfect oscillator interaction for their timbres such as "analog" french horns
- 'AnL2'; Analog 2 - playback introduces a subtle drift in pitch to emulate lower-cost imperfect analog pitch circuitry, imparting a warmness and analog authenticity to certain waveforms, suitable for 303 emulations and emulating well-used, aged analog gear
- 'AnL3'; Analog 3 - playback introduces a drift in pitch to emulate intentionally imperfect analog pitch circuitry, imparting a "controlled chaos" onto the pitch of an oscillator, suitable for creating naturally chaotic timbres such as choirs
- 'AnL4'; Analog 4 - playback introduces a substantial drift in pitch to emulate low-quality or broken analog pitch circuitry, suitable for recreating VHS tape audio warble
An example of a shimmering pad created by using Digital / variable rate oscillator behavior, causing AEGs and LFOs to run at different speeds depending on note pitch to emulate sampler and ROMpler pads.
You may also be interested in...
- Gallery
- Method 2 (under Arpeggios)
Note that 'L.1.Md'(LFO1 Mode) can be configure to output a quantized version of LFO 2's output instead by setting L.1.Md'(LFO1 Mode) to 'Chd.2'(Chord, use LFO 2 as input).
- MIDI Real-Time messages and clock sync (under Connecting other gear; MIDI, Sync, and audio pass-through)
Your Woovebox outputs real-time clock/sync, start and stop messages.
- Using samples and kits in your songs (under Sampler & vocoder)
- Expanding your Woovebox with Amiga Soundtracker samples (under Sampler & vocoder)
Be sure to change the pitch up four semitones for each sample you import, as the samples are not recorded at A4.
- Sound design
- Architecture
- Oscillators
- Algorithms
- Low Frequency Oscillators (LFOs)
- Envelope generators
- Filters
- Amplitude modulation
- Pitch modulation
- Panning & EQ
- Dynamics, Sidechaining, Gating, Ducking, Compression and Transient Shaping
- Distortion, Saturation, Bit-crushing
- Global Send Multi-effects
- DJ FX
- Wavetable Synthesis
- A word about authenticity