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OPERATING AND USER MANUAL QUARTZ series CXP
23
ICategory: ImageFormatControl
6.3
The Q-2A340 and Q-4A180 contain respectively a CMV2000 and CMV4000 sensor. Their resolution
(Width and Height in pixels) is stored in the SensorWidth and SensorHeight parameters.
PARAMETER NAME
INTERFACE
ACCESS
VISIBILITY
RANGE
DEFAULT
SensorWidth
IInteger
R
E
2048
SensorHeight
IInteger
R
E
1088 (Q-2A340)
2048 (Q-4A180)
Region of interest, binning, mirror
6.3.1.
The parameters in this section can only be changed (written) when the camera is not in acquisition
mode 6.4.6.
Region of Interest
In the Camera Link version of the Q-2A340 and Q-4A180 the Region of Interest is configurable with 4
parameters in a single command.
In the CoaXPress version this is different and each of the 4 parameters has to be programmed
separately into the camera. This is done through the commands Width, Height, OffsetX and OffsetY.
Note that they have to be within the allowed range at all times, which dictates a preferred order of
changing them.
Consider the following example:
A Q-4A180 is set to a centered ROI as follows:
Width = 1024
Heigth = 1024
OffsetX = 512
OffsetY = 512
If one now wishes to change back to full resolution, first the OffsetX and OffsetY and next the Width
and Height are to be changed. If the Width and Height are are changed first, they will be truncated to
match the Offsets of 512.
The rate at which the camera can capture images is inversely proportional to the amount of lines
(Height) read out from the sensor, see also section 6.4.
Binning
Binning is only available in monochrome versions of the camera and refers to averaging horizontally
and/or vertically adjacent pixels. In both horizontal and vertical direction 2x or 4x digital binning can
be applied. A binning value of 1x corresponds to normal unbinned operation.
Reverse
The image can be reversed (flipped) both horizontally and vertically. When this is done in a color
camera, the Bayer phase is reversed.
In the processing order, the Reverse is applied after the Region of Interest stage (see figure 4.1). In
practice, this means that the ROI is defined on the sensor (acquisition level) and in case of reversed
output is reversed along.