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Appendix 63
RMC-675/RMC-673
8.3.48
Iris Increment
Function
Command String
Camera Response
Iris Increment
:IRI=[DDD]<cr> :o<cr>
Increment the iris control by DDD% of full scale. [DDD] is the
percent of full scale to increment the zoom to with a range of
1 - 100. The iris control motor will be pulsed with a voltage
equal to DDD% of full scale for the duration specified by the ICI
(Iris Control Interval) command and then returned to a neutral
position.
Note: This command will cause the Iris Control Value (IRC) to
change. The user is responsible for querying the camera for
the current value after this command is executed. The
expected value is zero because the iris motor is returned to
the neutral position (0) after the decrement action is
complete.
8.3.49
Iris Neutral
Function
Command String
Camera Response
Iris Neutral
:IRN!<cr> :o<cr>
This command turns off the iris control motor and is equivalent
to the IRC=0 command.
Note: This command will cause the Iris Control Value (IRC) to
change. The user is responsible for querying the camera for
the current value after this command is executed. The
expected value is zero because the iris motor is set to the
neutral position (0).
8.3.50
Color Coefficient – Red 1
Function
Command String
Camera Response
Set Color Coefficient R1
:KR1=[DDDD]<cr> :o<cr>
Set the color correction coefficient for Red 1 (R1). This is the
red component of the 1
st
row of a 9 element color correction
matrix. [DDDD] is the coefficient value with a range of 256 -
4085 counts. The user range for the coefficient value is 0.25 –
3.99.
Therefore there are 1024 counts per coefficient unit.
Get Color Coefficient R1
:KR1?<cr> :oKR1[DDDD]<cr>
Enquire current color correction coefficient for Red 1 (R1).
This is the red component of the 1
st
row of a 9 element color
correction matrix. [DDDD] is the coefficient value with a range
of 256 - 4085 counts. The user range for the coefficient value
is 0.25 – 3.99.
Therefore there are 1024 counts per
coefficient unit.
Summary of Contents for RMC-675
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