Behringer SPICE Kurzanleitung Seite 21

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SPICE
MIDI CONTINUOUS CONTROLLERS
The SPICE responds to a number of MIDI CCs:
CC Action
4 VCO 1 Frequency MSB (use with CC 36)
12 VCO 2 Frequency MSB (use with CC 44)
23 VCF EG Attack MSB (use with CC 55)
24 VCF EG Decay MSB (use with CC 56)
28 VCA EG Attack MSB (use with CC 60)
29 VCA EG Decay MSB (use with CC 61)
36 VCO 1 Frequency LSB
44 VCO 2 Frequency LSB
55 VCF EG Attack LSB
56 VCF EG Decay LSB
60 VCA EG Attack LSB
61 VCA EG Decay LSB
103 VCO 1 Sub 1 Frequency
104 VCO 1 Sub 2 Frequency
Range
0 – 127
0 – 127
0 – 127
0 – 127
0 – 127
0 – 127
0 – 127
0 – 127
0 – 127
0 – 127
0 – 127
0 – 127
0 – 7 Divide by 16
8 – 15 Divide by 15
16 – 23 Divide by 14
24 – 31 Divide by 13
32 – 39 – Divide by 12
40 – 47 – Divide by 11
48 – 55 – Divide by 10
56 – 63 – Divide by 9
64 – 71 – Divide by 8
72 – 79 – Divide by 7
80 – 87 – Divide by 6
88 – 95 – Divide by 5
96 – 103 – Divide by 4
104 – 111 – Divide by 3
112 – 119 – Divide by 2
120 – 127 - Unison
0 – 7 Divide by 16
8 – 15 Divide by 15
16 – 23 Divide by 14
24 – 31 Divide by 13
32 – 39 – Divide by 12
40 – 47 – Divide by 11
48 – 55 – Divide by 10
56 – 63 – Divide by 9
64 – 71 – Divide by 8
72 – 79 – Divide by 7
80 – 87 – Divide by 6
88 – 95 – Divide by 5
96 – 103 – Divide by 4
104 – 111 – Divide by 3
112 – 119 – Divide by 2
120 – 127 – Unison
CC Action
105 VCO 2 Sub 1 Frequency
106 VCO 2 Sub 2 Frequency
113 Rhythm Generator Logic Switch
Quick Start Guide
Range
0 – 7 Divide by 16
8 – 15 Divide by 15
16 – 23 Divide by 14
24 – 31 Divide by 13
32 – 39 – Divide by 12
40 – 47 – Divide by 11
48 – 55 – Divide by 10
56 – 63 – Divide by 9
64 – 71 – Divide by 8
72 – 79 – Divide by 7
80 – 87 – Divide by 6
88 – 95 – Divide by 5
96 – 103 – Divide by 4
104 – 111 – Divide by 3
112 – 119 – Divide by 2
120 – 127 - Unison
0 – 7 Divide by 16
8 – 15 Divide by 15
16 – 23 Divide by 14
24 – 31 Divide by 13
32 – 39 – Divide by 12
40 – 47 – Divide by 11
48 – 55 – Divide by 10
56 – 63 – Divide by 9
64 – 71 – Divide by 8
72 – 79 – Divide by 7
80 – 87 – Divide by 6
88 – 95 – Divide by 5
96 – 103 – Divide by 4
104 – 111 – Divide by 3
112 – 119 – Divide by 2
120 – 127 – Unison
0 – 63 OR Logic (all clocks
advance sequencers)
64 – 127 – XOR logic
(sequences only advanced
when a single clock is
detected)
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