Kenton Pro-4 User Manual
Page 21
21
CONTROLLER RES AUX >7
0 > 128 > 255
{ 9 }
48h
128
CONTROLLER RES AUX >8
0 > 128 > 255
{ 9 }
49h
128
LFO CONTROL CHAN >A
252 > 0 > 120
{ 8 }
4Ah
1
LFO CONTROL CHAN >B
252 > 0 > 120
{ 8 }
4Bh
1
LFO CONTROL CHAN >C
252 > 0 > 120
{ 8 }
4Ch
1
LFO CONTROL CHAN >D
252 > 0 > 120
{ 8 }
4Dh
1
LFO CONTROL AUX >1
252 > 0 > 120
{ 8 }
4Eh
1
LFO CONTROL AUX >2
252 > 0 > 120
{ 8 }
4Fh
1
LFO CONTROL AUX >3
252 > 0 > 120
{ 8 }
50h
1
LFO CONTROL AUX >4
252 > 0 > 120
{ 8 }
51h
1
LFO MINIMUM CHAN >A
0 - 255
52h
0
LFO MINIMUM CHAN >B
0 - 255
53h
0
LFO MINIMUM CHAN >C
0 - 255
54h
0
LFO MINIMUM CHAN >D
0 - 255
55h
0
LFO MINIMUM AUX >1
0 - 255
56h
0
LFO MINIMUM AUX >2
0 - 255
57h
0
LFO MINIMUM AUX >3
0 - 255
58h
0
LFO MINIMUM AUX >4
0 - 255
59h
0
LFO MAXIMUM CHAN >A
0 - 255
5Ah
128
LFO MAXIMUM CHAN >B
0 - 255
5Bh
128
LFO MAXIMUM CHAN >C
0 - 255
5Ch
128
LFO MAXIMUM CHAN >D
0 - 255
5Dh
128
LFO MAXIMUM AUX >1
0 - 255
5Eh
128
LFO MAXIMUM AUX >2
0 - 255
5Fh
128
LFO MAXIMUM AUX >3
0 - 255
60h
128
LFO MAXIMUM AUX >4
0 - 255
61h
128
SPEED
LFO
>1
0
-
100
62h
90
SPEED
LFO
>2
0
-
100
63h
80
SPEED
LFO
>3
0
-
100
64h
70
SPEED
LFO
>4
0
-
100
65h
60
WAVESHAPE LFO >1
0 - 9
{ 10 }
66h
0
WAVESHAPE LFO >2
0 - 9
{ 10 }
67h
1
WAVESHAPE LFO >3
0 - 9
{ 10 }
68h
2
WAVESHAPE LFO >4
0 - 9
{ 10 }
69h
3
LFO ASSIGN CHAN >A
0-3
{ 11 }
6Ah
0
LFO ASSIGN CHAN >B
0-3
{ 11 }
6Bh
1
LFO ASSIGN CHAN >C
0-3
{ 11 }
6Ch
2
LFO ASSIGN CHAN >D
0-3
{ 11 }
6Dh
3
LFO ASSIGN AUX >1
0-3
{ 11 }
6Eh
0
LFO ASSIGN AUX >2
0-3
{ 11 }
6Fh
1
LFO ASSIGN AUX >3
0-3
{ 11 }
70h
2
LFO ASSIGN AUX >4
0-3
{ 11 }
71h
3
LFO SYNC DIV LFO >1
0 - 96
{ 12 }
72h
0
LFO SYNC DIV LFO >2
0 - 96
{ 12 }
73h
0
LFO SYNC DIV LFO >3
0 - 96
{ 12 }
74h
0
LFO SYNC DIV LFO >4
0 - 96
{ 12 }
75h
0
ARPEGGIO DIVIDE
0 - 23
{ 13 }
76h
1
CONT=START
0
-
1
{
14
}
77h
0
ARP CLOCK NORM/INVERT
0 - 1
{ 14 }
77h
0
PORTAMENTO CNTRL # >1
252 > 0 > 120
{ 8 }
78h
65
PORTAMENTO CNTRL # >2
252 > 0 > 120
{ 8 }
79h
65
PORTAMENTO CNTRL # >3
252 > 0 > 120
{ 8 }
7Ah
65
PORTAMENTO CNTRL # >4
252 > 0 > 120
{ 8 }
7Bh
65
{ NOTES }
{
1 }
Data 0-15 corresponds to MIDI channels 1-16.
{ 2 }
232=-24 semitones 0=no transpose 24=+24 semitones 25 to 231 are invalid.
{ 3 }
Type 0=fixed rate 1=fixed time
{ 4 }
tmrcspp in binary where t=trigger; t=0 - single, t=1 - multiple ppp=priority; 100=newest 010=highest. For channel A; M=1 means poly mode set
(A being the master), then RC=00=Ordinary cyclic mode, RC=01=memory cyclic mode, RC=10 or 11=reset mode. For channels B, C, & D, S=1=that
channel slaved to A in poly mode. Adjacent channels must be slaved, i.e. B, or B & C, or B, C & D, not B and D or just C, for example.
{ 5 }
0=strig [no pullup], 1=strig +5v, 2=strig +15v, 3=vtrig +5v, 4=vtrig +15v, 5=trigger pulse +5v, 6=trigger pulse +15v
{ 6 }
where 1 semitone=4, thus 1 octave (12 semitones)=48
{ 7 }
0=channel A 7=channel H etc.
{ 8 }
253=pitchbend, 254=velocity, 255=aftertouch, 0-120=controllers 0-120. 121 to 252 are invalid (NB - For Portamento 252=off 253=on)
{ 9 }
0=-128 128=0 255=+127
{ 10 }
0=triangle 1=saw up 2=saw down 3=square etc. as display
{ 11 }
128=LFO>1 129=LFO>2 130=LFO>3 131=LFO>4 any other numbers are invalid and will crash the PRO-4.
{ 12 }
0-96 corresponds to sync divide 1 to 96 0=sync off
{ 13 }
1-23 corresponds to arpeggio divide 2 to 24
{ 14 }
Byte 77H - 00A0000C - C=0=continue ignored C=1=continue equals start. A=0=Apr clock normal pulse A=1=Arp clock inverted pulse.