Sony DVS-7300 User Manual page 57

1 Keyer delegation buttons
Press one of these buttons, turning it on, to
delegate the buttons in the downstream
keyer control section to the corresponding
keyer (DSK 1 to DSK 4).
Holding down any one of these buttons for
at least one second switches the AUX bus
bank to be the key fill bus for the keyer, so
that you can select the key signal. This
state remains as long as you hold down the
button.
2 Key insert/remove buttons
These buttons (instantaneously) cut the
respective keys in, or when the key is
already inserted, cut it out.
When the corresponding downstream key
is inserted in the output of the switcher
system, these buttons light red; when the
FADE TO BLACK button 6 is lit, they
light amber.
3 DSK 1 to DSK 4 AUTO TRANS
buttons
Pressing one of these buttons carries out
an auto transition on the respective
downstream key. The transition starts
immediately, and the button lights amber.
When the transition completes, the button
goes off.
While a transition is in progress (i.e. while
the button is lit amber), pressing the button
again pauses the transition, and the button
then lights green. Pressing the button
again in this state resumes the transition,
and the button reverts to amber.
You can set the transition duration using
the numeric keypad.
4 Transition type selection buttons
Press one of these buttons, turning it on, to
determine the type of the next transition.
MIX: This is the same function as a mix
(i.e. dissolve) on the M/E banks. (See
page 2-12.)
WIPE: The transition executed will be a
wipe, using the pattern selected in the
DSK WIPE menu.
DME: Carries out a DME wipe, using the
pattern selected in the P/P DME WIPE
menu. (when a DME-7000 or other
Digital Multi Effects unit is connected
to the DMK-7000).
• In addition to these buttons, you can also
use the MIX, WIPE and DME buttons in
the transition control section. (See page
2-23.)
• When you select a wipe or DME wipe,
you can also select the wipe direction
using the wipe direction selection buttons
5.
Chapter 2 Location and Function of Parts
2-25