▪
[2] LEVEL SCALE: Keyboard scaling of the envelope peak and sustain levels [dB per semi
tone]. Positive values: higher levels for higher notes (+0.5 = +6 dB per octave). Nega
tive values: lower levels for higher notes (-0.5 = -6 dB per octave). Origin at C3 = 60.
▪
[3] VEL►ATTACK: Velocity influence on the Attack time. Positive Values: longer attack
when playing loud. Negative values: shorter attack when playing loud.
▪
[4] TIME SCALE: Keyboard scaling of the Attack, Decay and Release times. Positive val
ues: longer times for higher notes (+0.5 = 2x per octave, +1.0 = 4x per octave). Nega
tive values: shorter times for higher notes (-0.5 = 0.5x per octave, -1.0 = 0.25x per
octave). Origin at C3 = 60.
▪ [5] Modulation Envelope Display: Displays the current envelope, as set by Attack, Decay
1, Breakpoint, Decay 2, Sustain and Release.
▪
[6]
A
: Modulation Attack time. Logarithmic scaling: -20..0..20..40..60..80 =
0.1..1..10..100..1000..10000 ms.
▪
[7]
D1
: Time of the first (linear) Modulation Decay segment. Logarithmic scaling:
0..20..40..60..80 = 1..10..100..1000..10000 ms.
▪
[8]
B
: Level of the Modulation Breakpoint between the two Decay segments.
▪
[9]
D2
: Time of the second (exponential) Modulation Decay segment. Logarithmic scal
ing: 0..20..40..60..80 = 1..10..100..1000..10000 ms.
▪
[10] S: Modulation Sustain level.
▪
[11] R: Modulation Release time. Logarithmic scaling: 0..20..40..60..80 =
1..10..100..1000..10000 ms.
5.7
Exciter Section
The Exciter contains a generator for impulses and a generator for noise, as well as the con
trols for feedback. Both signals are mixed and processed by a highpass and a lowpass fil
ter. The resulting signal is shaped by the Exciter Envelope. The resonance of these filters
can play a huge role in the resulting sound—even on just the impulse. For that reason,
there are also keyboard and velocity tracking amounts for the cutoff.
Overview of REAKTOR PRISM Ensemble
Exciter Section
REAKTOR PRISM - Manual - 28
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