Allen Organ Company Quantum User Manual page 33

A Custom Sequence using the "+" or "-" pistons steps through all programmed step positions.
The CUSTOM SEQUENCE mode will step "+" or "-" sequentially through all available positions
stopping when either extreme is reached. Use the arrow keys to set a new start point or use the
"+"/"-" pistons to set the desired location.
CUSTOM SEQUENCE EDITING FUNCTIONS
Custom Sequences are created/modified in the window function following 'PISTON
SEQUENCER' and is only available if Custom Sequence mode is enabled. There are four
different editing functions available:
INSERT: Insert allows the organist to enter a new sequence or a new step within an existing
piston sequence.
EDIT: Edit allows the organist to make changes to existing programmed steps. Capture memory
level, piston division, and piston number may be edited in any step position.
SHOW: Show allows the organist to step through a piston sequence viewing the capture memory
level, piston, and stop registration of each step.
DELETE: Delete allows the user to remove an existing sequence or step within a sequence.
INSERT--CREATING A NEW CUSTOM SEQUENCE OR STEP
Advance to the 'PISTON SEQUENCER' window function. Select CUSTOM SEQUENCE mode.
Advance to the next window function (see Section A-2) to enter the Editing window.
If the organ has no custom sequences in memory, the editing window will default to INSERT
mode. If sequences exist, enter the INSERT mode using the "◄" or "►" buttons in the Console
Controller™ to move the cursor to the edit function field and use the "▲" or "▼" buttons to
change the editing mode to "INSERT".
Use the "◄" or "►" buttons in the Console Controller™ to move the cursor to the desired field
and the "▲" or "▼" buttons to select desired values. Blank positions indicate the specified
Sequence and Step have no programmed contents. Enter values for the Seq #, Step #, memory,
division and piston fields. Use the SET and MEMORY buttons to save the specified data to the
selected step. "DONE!!" flashes to indicate the current step has been successfully saved to
memory. Continue adding steps and sequences as desired.
INSERT:SEQXX SXX
MEM XX XXX
INSERT:SEQXX SXX
MEM XX XXX
Software Version 3.02x
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