3 ;;
generic darkcalibration generation
of the
CsPad
7 ; ---------------------the
processors--------------------------
9 ;----------------the raw
images / tof
traces-----------------------
21 CsPadDarkCal/RawImage = CsPadRaw
23 CsPadDarkCal/
Train =
true
25 CsPadDarkCal/WriteCal =
true
26 CsPadDarkCal/NbrTrainingImages = 200
28 CsPadDarkCal/
Hide = false
29 ;-- sum up the contents
of all maps
30 CsPadOffsetIntegral/
ID = 82
31 CsPadOffsetIntegral/
HistName = CsPadDarkCal
32 CsPadOffsetIntegral/Statistics = sum
33 CsPadOffsetIntegral/
Hide = true
34 ;--
if there is something in the maps it means its done
36 CsPadIsDone/
HistName = CsPadOffsetIntegral
37 CsPadIsDone/UpperLimit = 1e20
38 CsPadIsDone/LowerLimit = 1
39 CsPadIsDone/
Hide = true
47 CsPad2x2Raw/nCols = 388
48 CsPad2x2Raw/nRows = 370
49 CsPad2x2Raw/
Hide = false
51 CsPad2x2DarkCal/
ID = 330
52 CsPad2x2DarkCal/RawImage = CsPad2x2Raw
54 CsPad2x2DarkCal/
Train =
true
56 CsPad2x2DarkCal/WriteCal =
true
57 CsPad2x2DarkCal/NbrTrainingImages = 200
58 CsPad2x2DarkCal/SNR = 4
59 CsPad2x2DarkCal/
Hide = true
60 ;-- sum up the contents
of all maps
61 CsPad2x2OffsetIntegral/
ID = 82
62 CsPad2x2OffsetIntegral/
HistName = CsPad2x2DarkCal
63 CsPad2x2OffsetIntegral/Statistics = sum
64 CsPad2x2OffsetIntegral/
Hide = true
65 ;--
if there is something in the maps it means its done
67 CsPad2x2IsDone/
HistName = CsPad2x2OffsetIntegral
68 CsPad2x2IsDone/UpperLimit = 1e20
69 CsPad2x2IsDone/LowerLimit = 1
70 CsPad2x2IsDone/
Hide = true
74 ; Check which
detectors things have been generated
79 GeneratedMaps/
HistOne = CsPadIsDone
80 GeneratedMaps/
HistTwo = CsPad2x2IsDone
81 GeneratedMaps/Operation =
"AND"
82 GeneratedMaps/
Hide = true
91 ;-------------------program control and
setup----------------------
96 LCLSPixelDetectors/
size=5
98 LCLSPixelDetectors/1/
Typename = CspadElement
99 LCLSPixelDetectors/1/DetectorName = CxiDs2
100 LCLSPixelDetectors/1/DetectorID = 0
101 LCLSPixelDetectors/1/DeviceName = Cspad
102 LCLSPixelDetectors/1/DeviceID = 0
103 LCLSPixelDetectors/1/
CASSID = 7
105 LCLSPixelDetectors/2/
Typename = CspadConfig
106 LCLSPixelDetectors/2/DetectorName = CxiDs2
107 LCLSPixelDetectors/2/DetectorID = 0
108 LCLSPixelDetectors/2/DeviceName = Cspad
109 LCLSPixelDetectors/2/DeviceID = 0
110 LCLSPixelDetectors/2/
CASSID = 7
114 LCLSPixelDetectors/3/DetectorName = CxiSc2
115 LCLSPixelDetectors/3/DetectorID = 0
116 LCLSPixelDetectors/3/DeviceName = Cspad2x2
117 LCLSPixelDetectors/3/DeviceID = 0
118 LCLSPixelDetectors/3/
CASSID = 12
121 ; what output level should be written into the log file
definition of front detector[PixelDetectors] FrontPnCCD Detector
find nbr of bragg peaks by taking background with pixels that are free of
only extract pixeldetector data[Converter] Used
true Then one can use the IsHit Processor later by only
things written only at end of run H5Dump ProcessorSummary size
CsPad2x2 Detector LCLSPixelDetectors Typename
front pnCCD LCLSPixelDetectors CASSID
generic darkcalibration generation of the CsPad
CsPadDarkCal ConditionName
The diffraction detector image[Processor] CsPadRaw ID
auxiliary data[Processor]
x pixels CsPad2x2CommonModeMap Hide
what output level should be written into the log file[Log] MaxLoggingLevel
CsPadDarkCal OutputFilename
the raw images tof traces
program control and setup
1.8.10
