Grass Valley Kayenne v.3.0 - Manual (Page 367)

KAYENNE — User Manual 367
ME Split Mode Operation
The Partition Level by default has the ME partition sub-level for each of the
MEs. The ME partition sub-level can be assigned to other levels. It's recom-
mended that if having an ME level control its own partitioning is desired,
then the Primary ME level should be used. If the ME partition sub-level is
assigned to an ME Secondary level, there is a potential for that level to be
disabled and the partition sub-level with it.
Split Local E-MEM Module Register Save to Disk
When effect registers are saved to disk, all the levels of that effect are saved,
including information for both partitions of a split ME.
ME Copy
The Copy/Swap function in the Multi-Function Module can be used to
copy ME settings from one location to another. ME Copy and Swap oper-
ates on the entire ME regardless of mode or secondary assignments. For
example, if a source ME is split and the destination ME is not, after a copy
both MEs will be split. Swaps behave in a similar manner, with the split
setting and resource assignments being swapped between the MEs.
Split MEs and E-MEM Control
When an ME is split, the Primary and Secondary partitions each have their
own essentially separate E-MEM system. How each of these partitions are
controlled by E-MEM operations depends on the E-MEM Prefs settings for
that ME.
Partition Boundary
The ME mode (Normal, Prog CF, and Layered Mode when in Split mode),
output, and any secondary assignment information is stored as partition
boundary information in the E-MEM system itself. This makes it possible
to change an ME’s mode with an E-MEM recall. This partition boundary
information is maintained as a separate component to permit isolation
between Primary and Secondary partitions. See Partition Boundary Control
on page 368 .
Split ME E-MEM Level Assignments
When an ME is split, essentially two separate E-MEM systems are created.
The primary partition is always associated with its own E-MEM level. The
secondary partition is part of the PART Level and becomes enabled when
the ME is placed into Split Mode. These settings affect how each split ME’s
Local E-MEM Module and how the Master E-MEM Module is used to enact
E-MEM control of the MEs.