Kamera Werk Dresden CMOS - Manual (Page 37)

Manual: CMOS Industrial Camera LOGLUX

i5 Version 1.08 (04/07)

KAMERA WERK DRESDEN GmbH Page 37 of 46
PARAM_TEMP0
PARAM_TEMP1
Register PARAM_TEMP0 reads the temperature on the sensor board, and
register PARAM_TEMP1 the temperature inside the camera.
Example: r $908 ;reads the sensor temperature
Function group ‚LUT programming‘
This function group is used for programming the three user-specific look-up tables available.
Register Address Format Description Value range Meaning
TMFLASH1_WORD_0000
...
TMFLASH1_WORD_03FE $10000
...
$107FE
1024
words
1st function value of LUT1
...
1024th function value of LUT1 $0000
...
$03FF
Place where function
value y allocated to
greyscale value x is found
TMFLASH1_DESCRIPTION $10800 256 bytes Description of LUT1 ASCII character set
TMFLASH1_ERASE_QUADLET $10820 1 long Erase sequence for LUT1 $6C656473
TMFLASH2_WORD_0000
...
TMFLASH2_WORD_03FE $11000
...
$117FE
1024
words
1st function value of LUT2
...
1024th function value of LUT2 $0000
...
$03FF
Place where function
value y allocated to
greyscale value x is found
TMFLASH2_DESCRIPTION $11800 256 bytes Description of LUT2 ASCII character set
TMFLASH2_ERASE_QUADLET $11820 1 long Erase sequence for LUT2 $6C656473
TMFLASH3_WORD_0000
...
TMFLASH3_WORD_03FE $12000
...
$127FE
1024
words
1st function value of LUT3
...
1024th function value ofLUT3 $0000
...
$03FF
Place where function
value y allocated to
greyscale value x is found
TMFLASH3_DESCRIPTION $12800 256 bytes Description of LUT3 ASCII character set
TMFLASH3_ERASE_QUADLET $12820 1 long Erase sequence for LUT3 $6C656473
Table 7 : Registers of function group 'LUT programming
Three register banks ($10000 ... $107FE for LUT1, $11000 ... $117FE for LUT2 and $12000 ...
$127FE for LUT3) are available for three user-specific LUTs. In addition to the function values y
allocated to each of the possible 1024 greyscale values x of the sensor, also a description of the
respective LUT functions is contained in these register banks.
Prior to the word-wise filling of the LUTx with function values, the respective erase sequence must be
entered into register TMFLASHx_ERASE_QUADLET. It is not possible to overwrite individual function
values in a LUT.
Example: w $10800 $6C656473 ;erase sequence for LUT1
w $10000 $03FE ;1st function value LUT1
w $10001 $03FD ;2nd function value LUT1
w $10002 $03FC ;3rd function value LUT1
...
w $107FC $0002
;1022nd function value LUT1
w $107FD $0001 ;1023rd function value LUT1
w $107FE $0000 ;1024th function value LUT1
The example describes what function values need to be entered in the user-specific LUT1 to generate
an inverted image (provided the missing function values are added in the above-mentioned manner).
Programming aids are recommended to be used for the generation and programming of the function
values. Two such aids are included in the software package for the CMOS industrial camera
LOGLUX

i5 CL. One is a MathCAD

2000 document which permits the function values to be easily
generated and saved in a file by defining the corresponding mathematical functions. The other is a
simple Delphi

6 program allowing the function values generated by the afore-mentioned document
to be programmed into the camera 'in one go'. Should the MathCAD

2000 application not be
available, any other suitable program can be used to generate the function values. In this case, if the
above Delphi 6 program is intended to be used for programming, the function value file should have
the following format:
•
The separating character for every function value is [CRNL, carriage return + new line]. This
character has the same effect as actuating the ENTER key.
•
The file must comprise 1024 unsigned integer function values.
•
The value range must not exceed the limit 2
10
-1 (1023).
•
The end of the file shall read [file name].LUT.