0

Out of 0 Ratings

Owner's of the Panasonic Car Video System LCD Video Monitor gave it a score of 0 out of 5. Here's how the scores stacked up:
  • Reliability

    0 out of 5
  • Durability

    0 out of 5
  • Maintenance

    0 out of 5
  • Performance

    0 out of 5
  • Ease of Use

    0 out of 5
of 80
 
52
3D Assist Mode (continued)
53
COLOR (Color Check)
This function overlays and displays the SDI1 (L) image and SDI2 (R) image on a checkerboard pattern in one screen to enable you to
check the brightness offset and color differences
MENUEXIT
RETURN
RETURN
[3D ASSIST]
COLOR
SIZE 256
Screen:
Overlay L/R on one screen.
<Assist Point>
When it is easy to see the borderline of the checkerboard pat-
tern, the brightness or color of L/R images is offset.
Underlined values indicate factory defaults.
Menu Setting Description
SIZE
128
256
Selects the checkerboard grid size when overlaying the SDI1 (L) side and SDI2
(R) side images.
[128] The checkerboard grid consists of squares of 128 samples and 128 lines.
[256] The checkerboard grid consists of squares of 256 samples and 256 lines.
ZOOM FOCUS (Zoom and Focus Check)
This function enlarges part of an image to enable you to check left and right focus offset and zoom offset.
MENUEXIT
RETURN
RETURN
[3D ASSIST]
ZOOM FOCUS
ZOOM OFF
F-IN-R OFF
LEVEL 30
Screen:
The L/R 2 screens are shown side-by-side.
<Assist Point>
Expanding the parts that are not in focus makes it easy to check
the focus of the left and right cameras.
Underlined values indicate factory defaults.
Menu Setting Description
ZOOM
OFF
C
L
R
Selects image enlargement and the signal display position of the enlarged image
(PIXEL TO PIXEL).
[OFF] Displays two screens side-by-side
[C] Center of screen
[L] Left of screen
[R] Right of screen
F-IN-R
OFF
ON
Turns OFF/ON the FOCUS-IN-RED function in the displayed screen.
[OFF] Turns the function off.
[ON] Turns the function on
LEVEL
1 to 30
(Factory default setting: 15)
Adjusts the detection sensitivity of FOCUS-IN-RED. (The numerical value turns
green when sensitivity adjustment can be made.)
A higher numerical value results in lower detection sensitivity (lack of sharpness).
[1] to [30] Common left and right detection level