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The Algorithm is now saved in memory for use with Programs. When you exit, the GSP-2101
Artist selects the newly saved Algorithm for use in the Program that you return to.
Artist selects the newly saved Algorithm for use in the Program that you return to.
“Why can’t I copy over an existing Algorithm?”
The GSP-2101 Artist keeps track of where Algorithms are used. Since Algorithms can be used
in various Programs, things can become a little confusing if you’re not careful.
in various Programs, things can become a little confusing if you’re not careful.
For example, suppose Algorithm A contains a
reverb, a chorus, and a flanger, and that you want
to replace the reverb with a multi-tap delay. Since
Algorithm A is used by more than one Program,
modifying the Algorithm might cause both
Programs 1 and 3 to change. On a larger scale,
imagine what would happen if 25 or 30 Programs
used the same Algorithm, and you were allowed to
modify it. The results could be disastrous.
to replace the reverb with a multi-tap delay. Since
Algorithm A is used by more than one Program,
modifying the Algorithm might cause both
Programs 1 and 3 to change. On a larger scale,
imagine what would happen if 25 or 30 Programs
used the same Algorithm, and you were allowed to
modify it. The results could be disastrous.
Fortunately, the GSP-2101 Artist does not allow
mistakes of this kind. Instead, you will be informed
that the Algorithm is already in use, and you will
be asked to give a name to a new Algorithm. This
is a safety feature that keeps all your Programs (and
your sanity) intact.
mistakes of this kind. Instead, you will be informed
that the Algorithm is already in use, and you will
be asked to give a name to a new Algorithm. This
is a safety feature that keeps all your Programs (and
your sanity) intact.
Let's refer back to the example in figure 4-5. If you wanted to modify Algorithm B, you would be
allowed to do only because the Algorithm is used by a single Program. The same is true of
Algorithms that aren’t used by any Programs. Only under these conditions will the GSP-2101
Artist allow modification of existing Algorithms. Modification attempts under any other cir-
cumstances will be deferred to a new Algorithm.
allowed to do only because the Algorithm is used by a single Program. The same is true of
Algorithms that aren’t used by any Programs. Only under these conditions will the GSP-2101
Artist allow modification of existing Algorithms. Modification attempts under any other cir-
cumstances will be deferred to a new Algorithm.
Converting Algorithms From Single to Dual (PPC-210 Users Only): PPC-210-equipped
GSP-2101 Artists allow conversion of standard single S-DISC Algorithms to dual S-DISC ver-
sions. This gives you room to add more effects to the Algorithm.
GSP-2101 Artists allow conversion of standard single S-DISC Algorithms to dual S-DISC ver-
sions. This gives you room to add more effects to the Algorithm.
NOTE: To maintain maximum Program switching speed, you should only convert Algorithms
that need more effects than a single S-DISC can handle. The reason is simple: more
effects = more data that has to be cleared from memory when you switch Programs.
effects = more data that has to be cleared from memory when you switch Programs.
To convert a single S-DISC Algorithm to a dual, do the following:
• From the Program title screen, press [NEXT] once. The display shows the Algorithm
selection screen.
• Enter Edit mode by pressing [ENTER]. The display briefly reads:
followed by:
Entering edit
mode, Please wait
mode, Please wait
/
PROGRAM 1
ALGORITHM A
EFFECT MODULE
Parameter
Parameter
Parameter
EFFECT MODULE
Parameter
Parameter
Parameter
PROGRAM 2
PROGRAM 3
Fig. 4-5
ALGORITHM B
EFFECT MODULE
Parameter
Parameter
Parameter
EFFECT MODULE
Parameter
Parameter
Parameter
59
Section 4 - Algorithm Usage
GSP-2101 Artist Owner’s Manual
Algorithm Use