282
(10)
Color_Space
This is the GBD_Color_Space setting.
When Vertices/facets (0) has been selected as the Format_Flag setting
0
ITU-R BT.709
ITU-R BT.709 (using RGB)
1
xvYCC601
xvYCC601 (IEC61966-2-4-SD) (using YCbCr)
2
xvYCC709
xvYCC709 (IEC61966-2-4-HD) (using YCbCr)
3
XYZ
XYZ
When Range (1) has been selected as the Format_Flag setting
0
Reserved
Reserved
1
xvYCC601
RGB expression of xvYCC601 coordinates
2
xvYCC709
RGB expression of xvYCC709 coordinates
3
Reserved
Reserved
(11)
Number_Vertices
This is the Number_Vertices setting.
* This is displayed only when Vertices/facets (0) has been selected as the
Format_Flag setting.
Colorprecision =
8 bit:
4 - 8
10 bit:
4 - 6
12 bit:
4
– 5
(12)
Packed_GBD_Vertices_
Data
This is the Packed_GBD_Vertices_Data setting.
* This is displayed only when Vertices/facets (0) has been selected as the
Format_Flag setting.
Data1
Colorprecision =
8 bit:
0 - 255
10 bit:
0 - 1023
12 bit:
0
– 4095
The Y, Cb and Cr values of the colors (Data) are
set here.
Data2
Data3
Data4
(13)
Packed_Range_Data
This is the Packed_Range_Data setting.
* This is displayed only when Range (1) has been selected as the
Format_Flag setting.
Min_Red
Colorprecision =
8 bit:
-3.96875 - +3.96875
10 bit:
-3.9921875 - +3.9921875
12 bit:
-3.998046875 - +3.998046875
The Range Data of the
colors (Red, Green and
Blue) are set here.
Max_Red
Min_Green
Max_Green
Min_Blue
Max_Blue
Summary of Contents for VG-876
Page 1: ...Video Signal Generator VG 876 Instruction Manual Ver 3 40 ...
Page 2: ......
Page 30: ...16 ...
Page 57: ...Chapter 3 TIMING DATA SETTINGS 43 ...
Page 103: ...Chapter 4 PATTERN SETTINGS 89 1 2 3 4 5 6 0 ...
Page 134: ...120 GUI Display Selected port ...
Page 135: ...Chapter 4 PATTERN SETTINGS 121 HEX Display Selected port ...
Page 143: ...Chapter 4 PATTERN SETTINGS 129 ...
Page 177: ...Chapter 6 HDCP SETTINGS AND EXECUTION 163 ...
Page 205: ...Chapter 7 VG 876 SYSTEM SETTINGS 191 ...
Page 223: ...Chapter 8 DATA COPYING ERASING 209 ...
Page 237: ...Chapter 9 USEFUL FUNCTIONS 223 ...
Page 336: ...322 10 5 3 Data transfer method Normal MODE 2Lane output ...
Page 338: ...324 Normal MODE 4Lane output ...
Page 376: ...362 Assignment of each lane ...
Page 378: ...364 Assignment of each lane Lane 1 4 Lane 9 12 Lane 5 8 Lane 13 16 ...
Page 380: ...366 Assignment of each lane Lane1 4 Lane9 12 Lane5 8 Lane 13 16 ...
Page 382: ...368 Assignment of each lane Lane1 8 Lane9 16 ...
Page 384: ...370 Assignment of each lane Lane1 8 Lane9 16 ...
Page 386: ...372 Assignment of each lane Lane1 8 Lane9 16 ...
Page 388: ...374 Assignment of each lane Lane1 4 Lane9 12 Lane5 8 Lane 13 16 ...
Page 390: ...376 Assignment of each lane Lane1 4 Lane9 12 Lane5 8 Lane 13 16 ...
Page 392: ...378 Assignment of each lane Lane1 16 ...
Page 453: ...Chapter 10 INTERFACE SETTINGS 439 Connection figure of VM 1876 MX s ...
Page 464: ...450 Reverse Mode Top Bottom Reverse Mode LR TB ...
Page 466: ...452 Reverse Mode Top Bottom Reverse Mode LR TB ...
Page 468: ...454 Reverse Mode Top Bottom Reverse Mode LR TB ...
Page 495: ...Chapter 10 INTERFACE SETTINGS 481 2 When Video Width is 8 bit ...
Page 496: ...482 3 When Video Width is 10 bit ...
Page 501: ...Chapter 10 INTERFACE SETTINGS 487 2 When iTMDS output ...
Page 504: ......
Page 538: ...524 ...