[Left/Right Swap]; [3D Input Format]; [Auto] *1 - Panasonic PT-RZ475EA Operating Instructions Manual

[LEFT/RIGHT SWAP]

Display images by inverting the timing of horizontal image switching. Change the settings when there is something wrong with the 3D image
being viewed.
When using 3D eyewear that supports DLP Link
1) Press as to select [DLP Link].
2) Press qw to switch the item.
f The items will switch each time you press the button.
[NORMAL]
[SWAPPED]
Note
f When [3D MODE] is set to [3D SYNC] or [OFF], [DLP Link] cannot be set.
f Before changing the [DLP Link] setting, display 3D images.
When using VESA standard 3D eyewear
1) Press as to select [3D SYNC].
2) Press qw to switch the item.
f The items will switch each time you press the button.
[NORMAL]
[SWAPPED]
Note
f When [3D MODE] is set to [DLP Link] or [OFF], [3D SYNC] cannot be set.
f Before changing the [3D SYNC] setting, display 3D images.

[3D INPUT FORMAT]

Set the 3D format for the image signals being input.
Set a 3D format that matches the input signal.
1) Press as to select [3D INPUT FORMAT].
2) Press the <ENTER> button.
f The [3D INPUT FORMAT] screen is displayed.
3) Press as to select a 3D format.
[AUTO]
*1
[SIDE BY SIDE]
[TOP AND BOTTOM]
[FRAME SEQUENTIAL]
[NATIVE]
*1 Only for HDMI input/DIGITAL LINK input
4) Press the <ENTER> button.
Note
f This may not function properly for some connected external devices.
Chapter 4 Settings — [3D SETTINGS] menu
Do not change the [NORMAL] setting if the 3D images are displayed correctly.
Select this when left and right 3D images are swapped to be displayed.
Do not change the [NORMAL] setting if the 3D images are displayed correctly.
Select this when left and right 3D images are swapped to be displayed.
Automatically detects 3D format of input image signals and displays images.
Forcibly displays 3D images in side by side format regardless of input image signals.
Forcibly displays 3D images in top and bottom format regardless of input image signals.
Forcibly displays 3D images in frame sequential format regardless of input image signals.
Forcibly displays 2D images regardless of input image signals.
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