User Manual
Table Of Contents
- 1. INTRODUCTION
- 2. THE MODEL:CYCLES
- 3. PANEL LAYOUT AND CONNECTORS
- 4. QUICK START
- 5. OVERVIEW OF THE MODEL:CYCLES
- 6. THE USER INTERFACE
- 7. MODEL:CYCLES CONTROLS
- 8. PRESETS
- 9. THE SEQUENCER
- 10. TRACK RELATED PARAMETERS
- 11. FX PARAMETERS
- 12. CONFIG MENU
- 13. STARTUP MENU
- 14. KEY SHORTCUTS
- 15. TECHNICAL INFORMATION
- 16. CREDITS AND CONTACT INFORMATION
- APPENDIX A: MIDI SPECIFICATIONS
- APPENDIX B: MODULATION DESTINATIONS
- APPENDIX C: UNISON AND CHORD SETTINGS
- INDEX
11. FX PARAMETERS
40
11. FX PARAMETERS
In this chapter we will have a look at the Model:Cycles eect parameters.
11.1 REVERB
The Reverb send eect controls the persistence, and ambient characteristics, of the sound reverberations.
It can simulate many dierent sonic locations, from huge spaces to small rooms.
11.1.1 REVERB SIZE
Sets the length of the decay time of the reverberated signal, essentially setting the size of the acoustic
space. (1–127, INF)
11.1.2 REV TONE
Reverb Tone changes the tone of the reverb by dampening either the low frequencies or the high fre-
quencies of the reverberated signal. The parameter is bipolar. Positive values dampen the low frequen-
cies. Negative values dampen the high frequencies. Press [FUNC] and then turn REVERB SIZE to access
the REV TONE parameter. (-64–63)
11.2 DELAY
The Delay send eect takes the input signal, delays it in time and then blends it with the original signal.
11.2.1 DELAY TIME
Delay Time sets the delay time. It is relative to the current BPM and measured in 128th notes.
(1.00–128.00)
TIME setting Divide ratio
1 1/128
2 1/64
3 1/64.
4 1/32
6 1/32.
8 1/16
12 1/16.
16 1/8
24 1/8.
32 1/4
48 1/4.
64 1/2
96 1/2.
128 1
11.2.2 DEL FEEDBACK
Delay Feedback sets the amount of delay output signal to feed back into the input of the delay. With
higher parameter settings, infinite and/or swelling delays are possible. Please be aware that high feed-
back can lead to a very loud signal. Press [FUNC] and then turn DELAY TIME to access the DEL FEED-
BACK parameter. (0–198)










