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  1. 15.6. Modulators
  2. Each modulator device can modulate the parameters of any device found within its own FX device chain. In terms of signal flow, a modulator passes the note and audio signals it receives directly to its outputs and to the FX device chain.
  3. 15.6.1. Audio MOD
  4. A modulator that applies a filter and envelope follower to an incoming audio signal, which is then used as the control signal.
  5. 15.6.2. LFO MOD
  6. A modulator that provides two low-frequency, tempo-syncable oscillators as independent modulation sources.
  7. 15.6.3. Note MOD
  8. A modulator that takes incoming or designated note signals and creates summed, monophonic versions of their expressions along with a configurable envelope signal.
  9. 15.6.4. Step MOD
  10. A step sequencer whose output is used as a modulation source.
  11.  
  12.  
  13. 15.1. Note FX
  14. Each note FX device manipulates the incoming note signals before passing them onward.
  15. 15.1.1. Arpeggiator
  16. An arpeggiator, which rhythmically cycles through the notes being held in a set order. For each beat, the specified note(s) is output with a set velocity and for a set duration.
  17. 15.1.2. Diatonic Transposer
  18. A note transposer, which can correct or remove notes that do not match a set key and mode. Notes can also be shifted before the transposition is applied.
  19. 15.1.3. Note Filter
  20. A filter that allows only notes from a set range of pitches and velocities (inclusive) to pass.
  21. 15.1.4. Note Pitch Shifter
  22. A simple note transposer, which can shift the incoming notes by a set number of octaves and/or semitones. A Fine control is also provided for shifting by fractions of a semitone.
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  24. 15. DEVICE DESCRIPTIONS
  25. 15.1.5. Transposition Map
  26. A note transposer, which can remap each note class (for example, so every D becomes an F#, etc.). Notes can also be shifted before the transposition is applied.
  27.  
  28. 15.3. Containers
  29. Each container is a device whose primarily function is hosting other devices.
  30. As each container has a different purpose, the primary signal I/O is listed for each device. (For more information, see section 14.1.2.)
  31. 15.3.1. Drum Machine
  32. (Notes in, Audio out) A container that routes note signals to specific chains based on their pitch. Each chain has its own internal mixer controls. (For more information, see section 14.1.2.1.)
  33. 15.3.2. FX Chain
  34. (Audio in, Audio Out) A container that houses a serial audio device chain.
  35. 15.3.3. FX Layer
  36. (Audio in, Audio out) A container that houses parallel audio chains. Each chain has its own internal mixer controls. (For more information, see section 14.1.2.3.)
  37. 15.3.4. Instrument Chain
  38. (Notes in, Audio out) A container that is made for an instrument and its signal chain. Controls are provided for offsetting the chain's output gain and for attenuating the chain's output level. Any incoming audio that reaches this device is passed through without attenuation.
  39. 15.3.5. Instrument Layer
  40. (Notes in, Audio out) A container that houses multiple instruments in parallel. Each chain has its own internal mixer controls. (For more information, see section 14.1.2.2.)
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  42. 15. DEVICE DESCRIPTIONS
  43. 15.3.6. Mid-Side Split
  44. (Audio in, Audio out) A container that takes a normal stereo signal and splits it into its mid (centered) and side (panned) components, each of which is provided with an independent chain.
  45. 15.3.7. Multiband FX-2
  46. (Audio in, Audio out) A container that splits the incoming audio at a definable frequency and provides independent chains for the audio below and above that frequency.
  47. 15.3.8. Multiband FX-3
  48. (Audio in, Audio out) A container that splits the incoming audio at two definable frequencies and provides independent chains for the audio below the first frequency, the audio between the two frequencies, and the audio above the second frequency.
  49. 15.3.9. Replacer
  50. (Audio in, Audio out) A container that filters and analyzes the level
  51. of the incoming audio signal, and when the signal rises above a set threshold, notes are generated at a set pitch and velocity. These notes and the original (dry) audio signal are then passed to the internal INST (for instrument) device chain.
  52. 15.3.10. XY Effect
  53. (Audio in, Audio out) A container that loads up to four audio FX in parallel and allows you to crossfade their outputs.
  54. 15.3.11. XY Instrument
  55. (Notes in, Audio out) A container that loads up to four instruments in parallel and allows you to crossfade their outputs.
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