LMI chroma+scan 3155, User Manual

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A view in the calibration file refers to a profile/vision/tracheid camera set. A single
scan 3155 sensor would yield 2 view entries because there are 2 profile
cameras per sensor, each covering a 12 inch field. A single scan 3350 sensor
would also yield 2 view entries because there are 2 profile/vision camera pairs per
sensor, each covering a 12 inch field. The following settings are defined for each view:
Setting Description
SensorId Serial number of the sensor that contains this view.
BankId Index of view within sensor's reference frame (0 or 1).
Plane Group identifier: Top (0) or Bottom (1).
Column View location within plane/group.
XOffset X location correction for this view, in mils.
ProfileYOffsets Array of profile y-offsets as signed 16-bit hex values.
Each value is expressed with 4 characters (e.g. "FFAA"),
and represents a y-correction in mils. There is one array
element per laser dot.
ProfileZOffsets Array of profile z-offsets as signed 16-bit hex values.
Each value is expressed with 4 characters (e.g. "FFAA"),
and represents a z-correction in mils. There is one array
element per laser dot.
VisionYOffsets Array of vision y-offsets as signed 16-bit hex values.
Each value is expressed with 4 characters (e.g. "FFAA"),
and represents a y-correction in mils. The number of
array elements is variable (minimum 2 elements) - actual
y-offsets will be determined by resampling these y-
offsets at the required resolution. This setting applies to
vision-enabled systems only (e.g. scan 3350).
VisionRedGains List of row elements, where each row is an array of
vision red gains as unsigned 8-bit hex values. Each
value is expressed with 2 characters (e.g. "FA"), and
represents a log
10
gain value (0x00=0.1, 0xFF=10.00).
The number of row elements and the width of each row
are variable (minimum 2 rows, 2 elements per row).
Actual gains will be determined by resampling these
gains at the required camera resolution. This setting
applies
to vision-enabled systems only (e.g.
scan 3350).
VisionGreenGains Vision green gains. See VisionRedGains description.
VisionBlueGains Vision blue gains. See VisionRedGains description.
7.4 Modes and Messages
The system can operate in different modes, each of which has a specialized purpose.
The client should use the FireSync Host Protocol
Set Operation Mode command to set
the current mode before sending the Start or Run command.
As the system runs, data will be transmitted in a platform-independent binary format.
The general rules for this format are described in the FireSync Host Protocol Reference
Manual, in the section entitled
FireSync Result Format . However, it is not necessary to