Function 2 (3Fh); White Balance Data (40H) - Sony LMD-3251MT Interface Manual For Programmers

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Horopter settings
7
6
5
1
1 HOROPTER CHECK
OFF = 10
ON = 01
2 LEFT
NORMAL = 001
BLACK = 010
MONO = 011
RED = 100
BLUE = 101
3 RIGHT
NORMAL = 001
BLACK = 010
MONO = 011
RED = 100
BLUE = 101
3D Function 2 (3FH)
This command is used to adjust the 3D display settings
for BKM-250TG and 3D display settings when DVI
signal is input.
The command has two sections.
1. The element of CONTROL data being sent
2. CONTROL data value
1. The element of CONTROL data being sent
This command is used to display the following functions
on the screen; checkerboard, L/R switch and disparity
simulation. This is also used to make the channel
settings of disparity simulation.
The values are specified as follows:
7
6
5
4
3
1 CHECKERBOARD
ON = 01
OFF = 10
2 L/R SWITCH
ON = 01
OFF = 10
3 DISPARITY SIM.
LR = 01
14
Command Description
4
3
2
1
0
2
3
4
3
2
1
0
2
1
L = 10
R = 11
4 DISPARTY
OFF = 10
ON = 11
The values set in the CONTROL are applied.
2. CONTROL data value
Values for disparity simulation is specified as -50 to +50,
and each value is one byte of data. (8 bit data, MSB is a
mark data. If the value is a negative number, it is
represented as a complement of 2). The data is defined
from the lower bit item to the higher one.
The values are specified as follows:
7
6
5
4
1
1 Mark data
+ = 0
– = 1
2 Numerical value data

White Balance Data (40H)

This command is used to save the values for USER of
the white balance data into the NVM of the monitor
from the remote controller.
Color temperature values are applied when the values
are set to "USER".
The preset white balance data are not changed by this
command.
The command has two sections:
1. The elements of white balance data being sent (first
data byte and 14th data byte
2. The white balance values to be saved (second data
byte to 13th data byte)
Data bytes depend on the data items specified in the first
data byte and 14th data byte
1. The elements of white balance data being
sent
The element of white balance data being sent is judged
by the first data byte and 14th data byte
command block of the message.
Several elements of white balance data can be specified
in one message stream. When the bit of an item is set to
1, the data value is changed, and it is set to 0, the data
value is not changed.
The values are specified as follows:
3
2
1
0
2
1)
)
1)
.
1)
of the

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