Panasonic AW-HS50 Series 매뉴얼 - 페이지 6

{카테고리_이름} Panasonic AW-HS50 Series에 대한 매뉴얼을 온라인으로 검색하거나 PDF를 다운로드하세요. Panasonic AW-HS50 Series 20 페이지. Combining pinp
Panasonic AW-HS50 Series에 대해서도 마찬가지입니다: 브로셔 및 사양 (4 페이지), 매뉴얼 (4 페이지), 매뉴얼 (2 페이지), 빠른 시작 매뉴얼 (4 페이지), 빠른 시작 매뉴얼 (6 페이지)

페이지 인쇄

3D Compatibility: Switch up to Nine 3D Image Inputs

Mounting the optional AV-HS04M7D 3D SDI Output Board

provides 3D compatibility. Eight pairs of 3D images standard, and

a maximum of nine pairs of 3D images, can be input by dual SDI

from 3D cameras and other sources, with two-channel bus

switching. Transitions include cut, dissolve and wipe. Ideal for 3D

sports acquisition, TV commercial production, and event

recording.

• Compatible video formats in 3D mode: 1080/59.94i, 1080/50i,

720/59.94p, 720/50p

Primatte® Chroma Keying

Primatte® chroma keying also supports 3D images (one channel

each, left and right). This enables real-time, high-precision

chroma keying on-site.

* Primatte® is a registered trademark of IMAGICA DIGIX Inc. Primatte® copyrights belong to

IMAGICA DIGIX Inc. Primatte® patents belong to IMAGICA DIGIX Inc.

Three LR Mix Outputs

The LR mix image output function allows the left and right

channels of stereo 3D images to be checked on a 2D monitor.

• LRMIXa (LR mix a): The L channel and R channel images are

mixed.

• LRMIXb (LR mix b): Magenta is mixed within the L channel

image and green is mixed within the R channel image.

• LRDiff (LR difference display): The luminance components of

the L channel and R channel images are compared, and the

difference between them is displayed using a gray scale. This

makes it easier to see the differences between the L and R

channels.

Rig-Type 3D Camera Correction Assist

Vertical/horizontal reversing and position correction are possible

for all 16 channels of SDI standard inputs. This helps to adjust the

optical axis of a rig-type 3D camera when producing 3D footage.

3D Video Signal Status Monitor Displays

This function overlays 3D video signal status monitor (brightness,

RGB distribution, LR difference, grid) on 3D image onto the PGM

output and PVW output (1/4 size only) of the MultiViewer Display.

Being able to check the differences in the leaping effect and

depth of the PGM and PVW without having to wear 3D glasses

makes 3D switching easier and smoother. Even when 3D assist

information cannot be displayed on the monitor or viewfinder of a

rig-type or other 3D camera, this function will feed back PVW

output to the camera so you can correct the brightness and

horizontal/vertical positioning right on the camera.

●Distribution of Lch and Rch signal components

Lum, Red, Green, Blue

Signal component level

Lower

(luminance, R, G and B)

Green display area:

Indicates a distribution with many L ch components.

Red display area:

Indicates a distribution with many R ch components.

●Distribution of amount of parallax in 3D images

Prllx

Amount of parallax

Approx.

-7.5 %

-3 %

Jutting out

Higher

direction

Histogram of amount of parallax (L ch and R ch)

Bar used for input signal (L ch and R ch) compensation

L ch Image

LRMIXa

Mirror

Vertical Reversal/Positioning

Mirror

Horizontal Reversal/Positioning

Approx.

0 %

+3 %

+7.5 %

Recessed

direction

AG-3DP1G Integrated Twin-Lens

3D Camera Recorder

"Simulated" images were produced in

order to describe the function.

R ch Image

LRMIXb

LRDiff

●A grid is displayed at intervals of about 3 % along

the width of the screen.

Grid

Select LRMIXa or LRMIXb as the 3D output format,

and shoot so that the amount of parallax between Lch

and Rch come within the grid width.