Korg wavestate native User Manual page 9

Getting Started
10: Mod Knobs
You can use the Mod Knobs in real-time performance, and also save the results as new sounds. The names are
suggestions; they will do different things depending on the specific sound. The values are stored, and can themselves be
modulated. Each Layer's Program has its own set of Mod Knobs, and a set of Performance Mod Knobs can control any
or all Layers at once.
Sometimes, one knob (such as Master) may enable the functionality of other knobs. You can drag from the Mod Knob
numbers (1...8) to modulate parameters in the main part of the screen, or even other modulation parameters; see
"Drag and drop modulation routings" on page 13. You can also assign MIDI CCs to control the Mod Knobs; see
"MIDI Learn" on page 14.
Each Mod Knob can be either unipolar (+) or bipolar (+/-); to change this, right-click/control-click (macOS) on the
knob to bring up a contextual menu.
+ (Unipolar)
0 +100 -100
11: Page Tabs
These select the page shown in the Main Editing Area.
12: Layer Select
For the Synthesis, Wave Sequence, Setup, and Effects tabs, these select which of the Layers is shown in the Main Editing
Area. You can also select Programs for the Layers, adjust the Layer volumes, and turn them on and off.
Volume
[-Inf, -84.9...+6.0 dB]
This controls the volume of the Layer. Note that this is saved in the Performance, but not with the Program—so it's a
good choice when balancing levels between Layers.
13: Mod Sources
All of the main mod sources and programmable modulation sources are shown here, including the Vector Envelope
and Joystick, Pitch and Mod Wheels, Velocity and Aftertouch, LFOs, Envelopes, Key Tracking, Mod Processors, and
the Step Sequencer Lane. Graphics show the mod source outputs, making it easy to figure out what's creating a specific
modulation effect. You can drag from the mod sources here to modulate parameters in the main part of the screen, or
even other modulation parameters; see "Drag and drop modulation routings" on page 13.
-/+ (Bipolar)
0
+100
5