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Basic Operation
PCM 91
Turn ADJUST to display 64. This will be the Source value of our new
pivot point. The string of dots in the destination value portion of
the display indicate that there is no Destination value assigned
when the source value is 64.
Patch 2 Values
✱ 000 +0 MONO
Patch 2 Values
127 : ✱ +90 L-R, R-L
Press Load/✱ to bring up the Values display. The last value edited
will be displayed, so you will see either the minimum or maximum
value.
If the ✱ is not at the left of the Source value, press Load/✱ three
times to move it there. (You can take a short cut instead —
simultaneously press Down and Load/✱ to back-step.)
or
Patch 2 Values
✱ 000 +0 MONO
Patch 2 Values
✱ 127 : +90 L-R, R-L
or
Patch 2 Values
✱ 064 : . . . . . . . . . . . . . . .
Patch 2 Values
064 : ✱ -45 R, L
Press Load/✱ to move the ✱ to the right of the Source value, and
turn ADJUST clockwise to set the Destination value for this point to
–45.
By adding this pivot point, we have put a “kink” in the patch. The
value of the Destination parameter no longer moves in a straight
line between 0 and 90. Instead it moves from 0 to –45, and then
from –45 to 90. This will produce a very different sounding spatial
change from the original patch. You can see the difference by
pressing Load/✱ twice to display the patch Destination, then
pressing Edit to jump back to the Destination parameter to watch
its value change.
Multiple Patches with the Same Destination
If you create two or more patches with the same Destination, the
Destination value will be the sum of all of the patches assigned to
it.
For example, if Footpedal and ADJUST are both assigned to Mix,
the Mix value will be the sum of the patch Destination values for
those two patches. When creating multiple patches to the same
Destination, you should set the individual Destinations to values
which, when added together, are less than or equal to the
maximum value for the parameter. Footpedal and ADJUST, for
example, could each have a maximum value of 50%, or they could
be assigned values of 25% and 75%, 60% and 40%, etc.
When the sum of multiple patched parameter Destination values is
greater than the maximum value of the parameter, the parameter
value will remain at maximum until the sum of the patches falls
below it.
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