Chapter 8 Dme Wipes; Overview - Sony XVS-G1 User Manual

DME Wipes
* The DME wipe function (excluding resizer DME wipes) is not supported in version 1.0.

Overview

A DME wipe is a function that uses a DME effect to switch
from the current output image to a new image.
You can also switch the background and insert/remove
keys depending on the DME wipe.
There are two types of DME wipe: DME wipes that can be
set in a common transition, and DME wipes that can be set
in an independent key transition.
Resizer DME wipes
You can execute a DME wipe using a resizer in transitions
with a key selected for a next transition and in independent
key transitions.
Notes
• To use the DME function, the XKS-G1600 GPU Pack
(option) and XZS-G1610 3D DME License (option) are
required.
When the system signal format is 2160P, the DME
function must be enabled for use.
When the DME function is disabled, only resizer DME
wipes can be set.
For details about setting GPU functions, see "Setting a
GPU" (page 286).
• The number of DME channels that can be used will vary,
depending on the system signal format and the DME
enhanced function mode setting.
For details, see "DME channels" (page 142).
DME wipe patterns
DME wipe patterns are classified into the following
groups.
Also, there are three DME wipe execution modes,
depending on the number of DME channels available: 1-
channel mode, 2-channel mode, and 3-channel mode.
Chapter
For the pattern images, see "DME Wipe Pattern List"
(page 367) and "Resizer DME Wipe Pattern List"
(page 370).
Notes
• When the system signal format is 2160P, 3-channel
mode DME wipe patterns cannot be set.
• When the system signal format is 2160P and DME
channel 1 is set to enhanced function mode, 2-channel
mode and 3-channel mode DME wipe patterns cannot be
set.
• When the system signal format is not 2160P and both
DME channels 1 and 2 are set to enhanced function
mode, 3-channel mode DME wipe patterns cannot be
set.
Pattern group
Slide
Squeeze
Split
Door
Flip Tumble
Page Turn
Roll
Frame I/O (Frame
in/out)
112
8
Description
The new image slides in over the
current image.
The new image appears reduced over
the current image, and is
progressively enlarged to cover it.
The current image splits, and the new
image appears in the gap.
The new image moves in like a door
closing, and progressively covers the
current image.
The current image rotates about an
axis and is replaced by the new
image.
During the transition, the signal from
the utility 2 bus appears as the
background.
The new image moves like a page
turning over the current image.
The new image unrolls like a scroll
over the current image.
Completed in two transitions.
In the first transition, the new image
comes into frame with the current
image. In the second transition, the
new image goes out of frame and the
current image is restored.