Program Load; Continuous Controllers - Lexicon 960L V3.0 - INSTALLATION AND RELEASE NOTES REV 4 Installation Instructions Manual

960L Software Version 3.0

PROGRAM LOAD

Each bank contains 10 programs, which are
numbered 1 to 10.
It is recommended to send bank change
messages before program change messages,
using Continuous Controllers 0 and 32. Bank
and program change messages that are out of
range will be ignored.
Note:
Program 10 appears as Program 0 on
the LARC2.
Bank
0 to 19
Description: Factory Preset
2048 to 2147
Description: User Registers
8192 to 8201
Description: Disk (local buffers, not actual disk)
* In hex
Examples
• To load Program 1 in Bank 2 to Machine 1
on DSP Card 1:
B4 00 00 B4 20 01
• To load Program 2 in User Bank 2 to
Machine 2 on DSP Card 1:
B5 00 10 B5 20 01
Installation Instructions & Release Notes
MSB* LSB*
0 0
10 0
40 0
C4 0 1
C5 0 2

CONTINUOUS CONTROLLERS

With the exception of MIDI Bank Change, all
960L parameters can be controlled with single,
7-bit controllers. Each parameter is controlled
with the full controller range, regardless of the
parameter range. For example, if the controller
is at the midpoint of its range (64), the
parameter will also be at the midpoint of its
range no matter what the actual number.
Continuous Controllers range from 0 to 127. If
the parameter range is less than 127, then a
small controller change might not result in a
parameter update. But the entire range of the
parameter can still be accurately controlled. In
addition, if the actual range of the parameter
is greater than 127, MIDI control might be
somewhat coarse. This is most noticeable with
large delays. If either of these conditions is
unacceptable, it is recommended to use
automation, which provides accurate replay of
all parameter updates.
Controller Mapping
0 Bank Change MSB*
1 to 31 Not used
32 Bank Change LSB*
33 VPAGE slot 1
34 VPAGE slot 2
35 VPAGE slot 3
36 VPAGE slot 4
37 VPAGE slot 5
38 VPAGE slot 6
39 VPAGE slot 7
40 VPAGE slot 8
41 Joystick X
42 Joystick Y
43 to 63 Not used
64 Channel 1 Input Gain
65 Channel 1 Input Xpan
66 Channel 1 Input Ypan
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