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The DSP Effects & Parameters • DSP-Effekte und -Parameter • Effets et paramètres DSP •
3. CUTOFF FREQUENCY
Sets the basic frequency around which the wah filter sweep will occur.
4. RESONANCE
Creates a resonant peak at the frequency determined by the CUTOFF FREQUENCY parameter, above.
The higher the value the higher the peak, and the more the sound at that frequency is emphasized.
38. DelayLCR
39. DelayL,R
In the DelayLCR effect, independent delays are provided for the left and right channels, plus a center
delay. The DelayL,R variation provides independently programmable delays for the left and right chan-
nels.
1. L CH DELAY
2. R CH DELAY
3. C CH DELAY
Set the delay time between the direct sound and the first repeat. Independent parameters are provided for
the left ("L CH"), center ("C CH"), and right ("R CH") channels. Only the L CH DELAY and R CH DELAY
time parameters are available for the DelayL,R effect.
4. FEEDBACK DELAY (DelayLCR)
3. FEEDBACK DELAY 1 & 4.FEEDBACK DELAY2 (DelayL,R)
Sets the delay time between repeats. The higher the value the longer the delay. In the DelayL,R effect
independent feedback delay parameters are provided for the left and right channels.
5. FEEDBACK LEVELRange: –63 ... 0 ... +63
Determines the amount of effect-sound feedback returned to the input of the delay stage. Higher values
produce a greater number of repeats.
40. Echo
Although similar to the DelayL,R effect, Echo features independent feedback level parameters for the
left and right channels, plus a "high damp" parameter that simulates the high-frequency damping charac-
teristics of most natural acoustic environments.
1. L CH DELAY
3. R CH DELAY
Set the delay time between the direct sound and the first repeat. Independent parameters are provided for
the left ("L CH") and right ("R CH") channels.
2. L CH FB LEVEL
4. R CH FB LEVEL
Determine the amount of effect-sound feedback returned to the input of the corresponding delay stage
channel: L CH FB LEVEL for the left channel and R CH FB LEVEL for the right channel. Higher values
produce a greater number of repeats.
5. HIGH DAMP
Produces a natural decay in the high-frequency components of subsequent repeats. The lower the value
the faster and more pronounced the drop-off in high-frequencies.
146
Range: 0 ... 127
Range: 1 ... 12
Range: 0.1 ... 715 ms
Range: 0.1 ... 715 ms
Range: –63 ... 0 ... +63
Range: 0.1 ... 1
Range: 0.1 ... 715 ms
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