Mutable Instruments ambika User Manual page 26

Ambika – User manual | Mutable Instruments
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modif. 1|in1 lfo1|in2
In the example above, the modulation source mod 1 is defined as the product of lfo1 and lfo2. The
following operations are available:
off no operation.
add adds the values of the two modulation sources.
prd computes the product of the two modulation sources.
attn computes the product of a bipolar version of the first source, and the second source.
max takes the maximum of the two sources.
min takes the minimum of the two sources.
xor computes the bitwise XOR of the two sources.
greater or equal outputs a large value if source 1 is above soure 2, 0 otherwise.
less or equal outputs a large value if source 1 is below soure 2, 0 otherwise.
qtz outputs the value of in1 quantized into a number of levels defined by in2. For example, if you set a
constant value (say = 4) as in2, the modulation source in1 will be quantized into 4 discrete steps, as if
it was processed through a bit-reducer! This is useful for creating pseudo S&H effects.
lag outputs the value of in1 filtered by a lowpass filter whose cutoff frequency is set by in2. For
example, if you use a constant value (say = 4) as in2, the modulation source in1 will be strongly
low-pass filtered. This is very useful for smoothing a square or S&H lfo!
Keyboard and sequencing
Keyboard and tuning (S5)
Volu 120|mode poly|lega
octv 0|tune 0|sprd
volu (volume): Part volume. Note that the volume attenuation is done by scaling the value of the
VCA control signal – causing a potential loss of resolution in the shape of the VCA envelope.
mode: Polyphony handling. When this is set to mono, all voices assigned to this part are
simultaneously played in unison, and you cannot play chords (only the most recently played note is
heard). When this is set to poly, the notes you play are dispatched to the voicecards. Obviously, the
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lfo2|oper prod
off|port 0
0|raga equa
2/17/17 4:58 PM