Jpp 19.3.0-rc.2
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JCalibrateK40.sh
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1#!/usr/bin/env zsh
2#
3#
4# \author mdejong
5#
6version=1.0
7script=${0##*/}
8
9# ------------------------------------------------------------------------------------------
10#
11# Utility script to test JCalibrateK40/JFitK40.
12#
13# ------------------------------------------------------------------------------------------
14
15if [ -z $JPP_DIR ]; then
16 echo "Variable JPP_DIR undefined."
17 exit
18fi
19
20source $JPP_DIR/setenv.sh $JPP_DIR
21
22set_variable DEBUG 2
23set_variable WORKDIR ${TMPDIR:-/tmp}/
24set_variable: FORMAT GRAPHICS_FORMAT gif
25set_variable+ BATCH GRAPHICS_BATCH -B
26
27if do_usage $*; then
28 usage "$script [working directory]"
29fi
30
31case $# in
32 1) set_variable WORKDIR $1;;
33esac
34
35set_variable DETECTOR $WORKDIR/detector.detx
36set_variable BACKGROUND_HZ 5e3 440 50 5 0.5
37set_variable QE 1.0
38set_variable numberOfSlices 6000
39
40
41if (( 1 )); then
42
43 set_variable detectorType 1
44 set_variable numberOfLines 1
45 set_variable numberOfFloors 1
46
47 JDetector \
48 -D 1 \
49 -@ "detectorType = $detectorType" \
50 -@ "numberOfLines = $numberOfLines" \
51 -@ "numberOfFloors = $numberOfFloors" \
52 -o $DETECTOR -V V2 \
53 -d $DEBUG
54
55fi
56
57if (( 1 )); then
58
59 debug "Generating random background."
60
61 if ( ! reuse_file $WORKDIR/timeslice.root ); then
62
63 JRandomTimesliceWriter \
64 -a $DETECTOR \
65 -o $WORKDIR/timeslice.root \
66 -B "$BACKGROUND_HZ" \
67 -n $numberOfSlices \
68 -P "pmt= 101 0 QE=$QE" \
69 -P "pmt= 101 1 QE=$QE" \
70 -P "pmt= 101 2 QE=$QE" \
71 -P "pmt= 101 1 QE=$QE" \
72 -P "pmt= 101 3 QE=$QE" \
73 -P "pmt= 101 4 QE=$QE" \
74 -P "pmt= 101 5 QE=$QE" \
75 -P "pmt= 101 6 QE=$QE" \
76 -P "pmt= 101 7 QE=$QE" \
77 -P "pmt= 101 8 QE=$QE" \
78 -P "pmt= 101 9 QE=$QE" \
79 -P "pmt= 101 10 QE=$QE" \
80 -P "pmt= 101 11 QE=$QE" \
81 -P "pmt= 101 12 QE=$QE" \
82 -P "pmt= 101 11 QE=$QE" \
83 -P "pmt= 101 13 QE=$QE" \
84 -P "pmt= 101 14 QE=$QE" \
85 -P "pmt= 101 15 QE=$QE" \
86 -P "pmt= 101 16 QE=$QE" \
87 -P "pmt= 101 17 QE=$QE" \
88 -P "pmt= 101 18 QE=$QE" \
89 -P "pmt= 101 19 QE=$QE" \
90 -P "pmt= 101 20 QE=$QE" \
91 -P "pmt= 101 21 QE=$QE" \
92 -P "pmt= 101 22 QE=$QE" \
93 -P "pmt= 101 21 QE=$QE" \
94 -P "pmt= 101 23 QE=$QE" \
95 -P "pmt= 101 24 QE=$QE" \
96 -P "pmt= 101 25 QE=$QE" \
97 -P "pmt= 101 26 QE=$QE" \
98 -P "pmt= 101 27 QE=$QE" \
99 -P "pmt= 101 28 QE=$QE" \
100 -P "pmt= 101 29 QE=$QE" \
101 -P "pmt= 101 30 QE=$QE" \
102 -d $DEBUG --!
103
104 fi
105fi
106
107if (( 1 )); then
108
109 debug "Processing data."
110
111 if ( ! reuse_file $WORKDIR/trigger_processor.root ); then
112
113 JTriggerProcessor \
114 -a $DETECTOR \
115 -f $WORKDIR/timeslice.root \
116 -o $WORKDIR/trigger_processor.root \
117 -@"ctMin=-1.0" \
118 -@"TMaxLocal_ns=50" \
119 -@"writeL1=1" \
120 -d $DEBUG
121
122 fi
123fi
124
125if (( 1 )); then
126
127 debug "Monitoring data."
128
129 JCalibrateK40 \
130 -f $WORKDIR/trigger_processor.root \
131 -C JDAQTimesliceL1 \
132 -a $DETECTOR \
133 -o $WORKDIR/monitor.root \
134 -d $DEBUG
135
136 debug "Merging data."
137
138 JMergeCalibrateK40 \
139 -f $WORKDIR/monitor.root \
140 -o $WORKDIR/merge.root \
141 -d $DEBUG
142
143 debug "Fitting data."
144 debug "Detector: $DETECTOR"
145
146 JFitK40 \
147 -a $DETECTOR \
148 -f $WORKDIR/merge.root \
149 -o $WORKDIR/fit.root \
150 -w \
151 -d $DEBUG
152
153fi
154
155if (( 1 )); then
156
157 debug "Plotting results"
158
159 JPlot2D \
160 -f $WORKDIR/monitor.root:\.\*2S \
161 -OLEGO \
162 -> "PMT pair" \
163 -< "#DeltaT [ns]" \
164 -T "" \
165 -o monitor.$FORMAT $BATCH
166
167fi
168
169if (( 1 )); then
170
171 debug "Plotting standard deviations"
172
173 JPlot2D \
174 -f $WORKDIR/fit.root:\.\*2F \
175 -OLEGO \
176 -> "PMT pair" \
177 -< "#DeltaT [ns]" \
178 -z "-3 +3" \
179 -T "standard deviation" \
180 -o stdev.$FORMAT $BATCH
181
182fi
183
184if (( 1 )); then
185
186 debug "Plotting results for t0"
187
188 JPlot1D \
189 -f $WORKDIR/fit.root:\.\*1t0 \
190 -y "-10 +10" \
191 -> "PMT" \
192 -\^ "#DeltaT [ns]" \
193 -L TR \
194 -T "time calibration" \
195 -o t0.$FORMAT $BATCH
196
197fi
198
199if (( 1 )); then
200
201 debug "Plotting results for sigma"
202
203 JPlot1D \
204 -f $WORKDIR/fit.root:\.\*1sigma \
205 -y "0 5" \
206 -> "PMT" \
207 -\^ "#sigma [ns]" \
208 -L TR \
209 -T "time resolution" \
210 -o sigma.$FORMAT $BATCH
211
212fi
213
214
215if (( 1 )); then
216
217 debug "Plotting results for QE"
218
219 JPlot1D \
220 -f $WORKDIR/fit.root:\.\*1QE \
221 -y "0 2" \
222 -> "PMT" \
223 -\^ "QE" \
224 -L TR \
225 -T "QE" \
226 -o QE.$FORMAT $BATCH
227
228fi
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