Orion MIS-4220 User Manual page 25

MIS-4220 / MIS-4220R / MIS-4230
2.3.4 WhiteBalance Control
Graphic User Mode Command
ƒ
ASCII G(0x47)
Graphic User
Mode Brightness
HEX 0x34 0x37
ASCII G(0x47)
Graphic User
Mode Contrast
HEX 0x34 0x37
ASCII G(0x47)
Graphic User
Mode Sharpness
HEX 0x34 0x37
ASCII
G(0x47)
Graphic User
Mode Color
HEX 0x34 0x37
ASCII G(0x47)
Graphic User
Mode Tint
HEX 0x34 0x37
- Command for controlling Brightness, Contrast, Sharpness, Color,
Tint for PC and DTV
Video User Mode Command
ƒ
ASCII
V(0x56)
Video User Mode
Brightness
HEX 0x35 0x36
ASCII V(0x56)
Video User Mode
Contrast
HEX 0x35 0x36
ASCII V(0x56)
Video User Mode
Sharpness
HEX
0x35 0x36
ASCII V(0x56)
Video User Mode
Color
HEX
0x35 0x36
ASCII V(0x56)
Video User Mode
Tint
HEX 0x35 0x36
- Command for controlling Brightness, Contrast, Sharpness, Color,
Tint for Video
Downloaded From TV-Manual.com Manuals
White Balance Command
ƒ
ASCII G(0x47)
White Balance
Gain Red
HEX 0x34 0x37
a(0x61)
ASCII G(0x47)
White Balance
0x36 0x31
Gain Green
HEX
0x34 0x37
b(0x62)
ASCII G(0x47)
White Balance
0x36 0x32
Gain Blue
HEX
0x34 0x37
c(0x63)
ASCII G(0x47)
White Balance
0x36 0x33
Offset Red
HEX 0x34 0x37
d(0x64)
ASCII G(0x47)
0x36 0x34 White Balance
Offset Green
HEX 0x34 0x37
e(0x65)
ASCII
G(0x47)
0x36 0x35 White Balance
Offset Blue
HEX 0x34 0x37
- Command for controlling White Balance for DVI
Graphic Data Command
ƒ
a(0x61)
ASCII G(0x47)
Graphic Data Gain
0x36 0x31 Red
HEX 0x34 0x37
b(0x62)
ASCII G(0x47)
Graphic Data Gain
0x36 0x32 Green
HEX
0x34 0x37
c(0x63)
ASCII G(0x47)
Graphic Data Gain
Blue
0x36 0x33
HEX
0x34 0x37
d(0x64)
ASCII G(0x47)
Graphic Data Offset
Red
0x36 0x34
HEX 0x34 0x37
e(0x65)
ASCII G(0x47)
Graphic Data Offset
Green
0x36 0x35
HEX 0x34 0x37
ASCII
G(0x47)
Graphic Data Offset
Blue
HEX 0x34 0x37
- Command for controlling White Balance for PC and DTV.
46
Video Data Command
ƒ
A(0x41)
Video Data Bright-
ness
0x34 0x31
B(0x42)
Video Data Contrast
0x34 0x32
C(0x43)
Video Data Color
0x34 0x33
E(0x45)
Video Data Tint
0x34 0x35
F(0x46)
Video Data Cr
0x34 0x36
G(0x47)
Video Data Cb
0x34 0x37
- Command for controlling White Balance for Video
2.3.5 BIC Control
r(0x72)
BIC Control Command
ƒ
0x37 0x32
BIC Control
s(0x73)
0x37 0x33
- BIC(Burn In Compensation) Control Command
t(0x74)
0x37 0x34
u(0x75)
0x37 0x35
v(0x76)
0x37 0x36
w(0x77)
0x37 0x37
Infinitely Expandable
2.4 Data
2.4.1 Send Data
ASCII V(0x56) r(0x72)
※ Refer to the Data format shown in 6.1 Protocol Form.
HEX 0x35 0x36 0x37 0x32
- Ex) 0x40
ASCII V(0x56) s(0x73)
HEX
0x35 0x36 0x37 0x33
0X40
ASCII V(0x56) t(0x74)
Real Data
HEX
0x35 0x36 0x37 0x34
ASCII V(0x56) u(0x75)
//==========================================
Data = 0x40;
HEX 0x35 0x36 0x37 0x35
Data[1] = ((Data)&0xF0>>4)+0x30;
Data[0] = (Data &0x0F)+0x30;
ASCII V(0x56) v(0x76)
//==========================================
HEX 0x35 0x36 0x37 0x36
Multi Scale Data
ƒ
ASCII
V(0x56) w(0x77)
ASCII S(Source)
HEX 0x35 0x36 0x37 0x37 Send
Multi
Scale HEX
※ Source: Refer to the Input Source Command shown in 6.2 Protocol
Value
- M, N, P
ASCII
B(0x42)
₩(0x5C) - Ex) Selecting 3x3 within MPDP 5x5
HEX 0x34 0x32 0x35 0x3C
ID:1 ID:2
ID:6 ID:7
ID:11 ID:12
ID:16 ID:17
ID:21 ID:22
Tracking Data
ƒ
Send Tracking
Data
47
0X40 0X04 0X04 + 0X30 0X34
0X00 0X00 + 0X30 0X30
Sand Data
// Data: 0x40
// Data [1]: 0x34
// Data [0]: 0x30
M(Width) N(Height) P(Position)
High Low High Low High Low High Low
Value Value Value Value Value Value Value Value
ID:3 ID:4 ID:5
ID:8 ID:9 ID:10
ID:13 ID:14 ID:15
N:3, M:3 N:3, M:3 N:3, M:3
P:1 P:2 P:3
ID:18 ID:19 ID:20
N:3, M:3 N:3, M:3 N:3, M:3
P:4 P:5 P:6
ID:23 ID:24 ID:25
N:3, M:3 N:3, M:3 N:3, M:3
P:7 P:8 P:9
ASCII (Value+127)
HEX High Value Low Value