opticaldetectormodules_dune.fcl
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1 #include "opticaldetectormodules.fcl"
2 #include "sspmodules.fcl"
3 
4 BEGIN_PROLOG
5 
6 dunefd_opdigi_unganged:
7 {
8  module_type: "OpDetDigitizerDUNE"
9  InputModules: ["largeant"] # Module that created simphotons
10 
11  # Assume 25 V bias with Sensl C-series SiPMs
12  # Gain at this voltage is 4e6 -- that this corresponds to
13  # the MaxAmplitude and VoltageToADC below has not been confirmed.
14 
15  VoltageToADC: 151.5 # Converting mV to ADC counts (counts in 1 mV)
16  LineNoiseRMS: 2.6 # Pedestal RMS in ADC counts, likely an underestimate
17  DarkNoiseRate: 10.0 # In Hz, Ranges 2-50 depending on Vbias
18  CrossTalk: 0.20 # Probability of producing 2 PE for 1 incident photon
19  # Afterpulsing: 0.006 # Afterpulsing is not yet simulated
20  Pedestal: 1500 # in ADC counts
21  DefaultSimWindow: true # Use -1*drift window as the start time and
22  # the TPC readout window end time as the end time
23  FullWaveformOutput: false # Output full waveform. Be careful with this option:
24  # setting it to "true" can result in large output files
25  TimeBegin: 0 # In us (not used if DefaultSimWindow is set to true)
26  TimeEnd: 1600 # In us (not used if DefaultSimWindow is set to true)
27  PreTrigger: 100 # In ticks
28  ReadoutWindow: 1000 # In ticks
29  algo_threshold: @local::standard_algo_sspleadingedge
30 
31  Padding: 100 # In ticks
32 
33  PulseLength: 5.2
34  PeakTime: 0.260
35  MaxAmplitude: 0.12
36  FrontTime: 0.009
37  BackTime: 0.476
38  SSP_LED_DigiTree: false #To create a SSP LED trigger Ttree
39 
40  # readout window in optical ticks
41  # buffer before waveform
42  # see SSP manual, dune-doc-9928, p. 58
43  #
44  # IU waveform window
45  # ReadoutWindow: 700
46  # ReadoutPretrigger: 100
47  #
48  # SSP Maximum window
49  # ReadoutWindow: 2046
50  # ReadoutPretrigger: 100
51 
52  # SaturationScale: 16383 # 2^14 - 1, based on SSP Data
53 }
54 
55 dunefd_opdigi_threegang: @local::dunefd_opdigi_unganged
56 dunefd_opdigi_threegang.PulseLength: 5.2
57 dunefd_opdigi_threegang.PeakTime: 0.028
58 dunefd_opdigi_threegang.MaxAmplitude: 0.0594 # * VoltageToADC = 9 ADC/PE
59 dunefd_opdigi_threegang.FrontTime: 0.013
60 dunefd_opdigi_threegang.BackTime: 0.386
61 dunefd_opdigi_threegang.algo_threshold.ADCThreshold: 15.000 # "2 PE" threshold = 1.7 PE
62 
63 dunefd_opdigi_threegang_refactor: @local::dunefd_opdigi_threegang
64 dunefd_opdigi_threegang_refactor.InputModules: ["PDFastSim"]
65 
66 dunefd_opdigi: @local::dunefd_opdigi_threegang
67 
68 
69 
70 protodune_opdigi: @local::dunefd_opdigi_threegang
71 protodune_opdigi.algo_threshold: @local::standard_algo_sspleadingedge
72 
73 protodune_opdigi_refactor: @local::protodune_opdigi
74 protodune_opdigi_refactor.InputModules: ["PDFastSim"]
75 
76 #New protodune-sp digitizer
77 protodune_opdigitizer:
78 {
79  module_type: "OpDetDigitizerProtoDUNE"
80  InputModules: ["largeant"] # Module that created simphotons
81 
82  # Assume 25 V bias with Sensl C-series SiPMs
83  # Gain at this voltage is 4e6 -- that this corresponds to
84  # the MaxAmplitude and VoltageToADC below has not been confirmed.
85 
86  VoltageToADC: 151.5 # Converting mV to ADC counts (counts in 1 mV)
87  LineNoiseRMS: 2.6 # Pedestal RMS in ADC counts, likely an underestimate
88  DarkNoiseRate: 10.0 # In Hz, Ranges 2-50 depending on Vbias
89  CrossTalk: 0.20 # Probability of producing 2 PE for 1 incident photon
90  # Afterpulsing: 0.006 # Afterpulsing is not yet simulated
91  Pedestal: 1500 # in ADC counts
92  DefaultSimWindow: true # Use -1*drift window as the start time and
93  # the TPC readout window end time as the end time
94  FullWaveformOutput: false # Output full waveform. Be careful with this option:
95  # setting it to "true" can result in large output files
96  TimeBegin: 0 # In us (not used if DefaultSimWindow is set to true)
97  TimeEnd: 1600 # In us (not used if DefaultSimWindow is set to true)
98  PreTrigger: 100 # In ticks
99  ReadoutWindow: 1000 # In ticks
100  algo_threshold: @local::standard_algo_sspleadingedge
101  Padding: 100 # In ticks
102  PulseLength: 5.2
103  PeakTime: 0.028
104  MaxAmplitude: 0.0594 # * VoltageToADC = 9 ADC/PE
105  FrontTime: 0.013
106  BackTime: 0.386
107  SSP_LED_DigiTree: false # To create a SSP LED trigger Ttree
108 }
109 
110 protodune_opdigitizer.algo_threshold.ADCThreshold: 15.000 # "2 PE" threshold = 1.7 PE
111 protodune_opdigitizer_refactor: @local::protodune_opdigitizer
112 protodune_opdigitizer_refactor.InputModules: ["PDFastSim"]
113 
114 
115 dunefd_simphotoncounter:
116 {
117  module_type: "SimPhotonCounter"
118  Verbosity: 0
119  InputModule: "largeant"
120  MakeAllPhotonsTree: true
121  MakeDetectedPhotonsTree: true
122  MakeOpDetsTree: true
123  MakeOpDetEventsTree: true
124 }
125 
126 dunefd_tracktimeassoc: @local::standard_tracktimeassoc
127 dunefd_ophit_single: @local::standard_ophit
128 dunefd_ophit_single.InputModule: "opdigi"
129 dunefd_ophit_single.HitAlgoPset: @local::standard_algo_sipm
130 dunefd_ophit_single.AreaToPE: true
131 dunefd_ophit_single.SPEArea: 1106
132 dunefd_ophit_single.SPEShift: 0.304
133 
134 dunefd_ophit_threegang: @local::dunefd_ophit_single
135 dunefd_ophit_threegang.SPEArea: 264
136 dunefd_ophit_threegang.SPEShift: 0.430
137 dunefd_ophit_threegang.HitAlgoPset.ADCThreshold: 6
138 
139 dunefd_ophit: @local::dunefd_ophit_threegang
140 
141 dunefd_opflash: @local::standard_opflash
142 dunefd_opflash.FlashThreshold: 3.5
143 
144 
145 # These calib values would be for MC only
146 protodune_ophit: @local::dunefd_ophit
147 protodune_ophit.SPEArea: 410
148 protodune_ophit.SPESize: 0.451
149 protodune_opflash: @local::dunefd_opflash
150 
151 # For real data set the input module and label
152 # Use the PD Calibrator service for calibration
153 # instead of above values.
154 protodune_ophit_data_unsplit: @local::protodune_ophit
155 protodune_ophit_data_unsplit.InputModule: ssprawdecoder
156 protodune_ophit_data_unsplit.InputLabels: [ "daq" ]
157 protodune_ophit_data_unsplit.UseCalibrator: true
158 protodune_ophit_data_unsplit.HitAlgoPset.ADCThreshold: 10
159 
160 # Make variants for internal/external split waveforms
161 protodune_ophit_data_internal: @local::protodune_ophit_data_unsplit
162 protodune_ophit_data_external: @local::protodune_ophit_data_unsplit
163 protodune_ophit_data_both: @local::protodune_ophit_data_unsplit
164 protodune_ophit_data_internal.InputLabels: [ "internal" ]
165 protodune_ophit_data_external.InputLabels: [ "external" ]
166 protodune_ophit_data_both.InputLabels: [ "internal", "external" ]
167 
168 protodune_opflash_data_internal: @local::protodune_opflash
169 protodune_opflash_data_internal.InputModule: "ophitInternal"
170 protodune_opflash_data_external: @local::protodune_opflash
171 protodune_opflash_data_external.InputModule: "ophitExternal"
172 
173 
174 dunefd_opdigiana:
175 {
176  module_type: "OpDetDigiAnaDUNE"
177  InputModule: "opdigi" # Module that created raw::OpDetWaveforms
178  InstanceName: ""
179  SSP_LED_AnaTree: false
180 }
181 dunefd_opflashana: @local::standard_opflashana
182 dunefd_opflashana.MakePerEventFlashTree: true
183 
184 
185 dunefd_averagewaveform:
186 {
187  module_type: "AverageWaveform"
188  InputModule: "opdigi" # Module that created raw::OpDetWaveforms
189  InstanceName: ""
190 }
191 
192 dunefd_calibrationanalysis:
193 {
194  module_type: "CalibrationAnalysis"
195  InputModule: "opdigi" # Module that created raw::OpDetWaveforms
196  OpHitModule: "ophit" # Module that created recob::OpHits
197  InstanceName: ""
198 }
199 
200 dune35t_simphotoncounter: @local::standard_simphotoncounter
201 
202 dune35t_opdigi: @local::dunefd_opdigi
203 dune35t_tracktimeassoc: @local::standard_tracktimeassoc
204 
205 dune35t_ophit: @local::dunefd_ophit
206 dune35t_opflash: @local::dunefd_opflash
207 
208 dune35t_ophit_data: @local::dune35t_ophit
209 dune35t_ophit_data.InputModule: ssptooffline
210 dune35t_ophit_data.InputLabels: [ "offlinePhoton" ]
211 dune35t_opflash_data: @local::dune35t_opflash
212 
213 dune35t_ophit_splitdata: @local::dune35t_ophit
214 dune35t_ophit_splitdata.InputModule: SplitterInput
215 dune35t_ophit_splitdata.InputLabels: [ "PHOTON" ]
216 dune35t_opflash_splitdata: @local::dune35t_opflash
217 
218 dune35t_opdigiana: @local::dunefd_opdigiana
219 dune35t_opflashana: @local::standard_opflashana
220 dune35t_opdigiana.MakeUnipolarHist: false
221 
222 dune35t_opdigiana_data: @local::dune35t_opdigiana
223 dune35t_opdigiana_data.InputModule: ssptooffline
224 dune35t_opdigiana_data.InstanceName: offlinePhoton
225 
226 dune35t_opdigiana_splitdata: @local::dune35t_opdigiana
227 dune35t_opdigiana_splitdata.InputModule: SplitterInput
228 dune35t_opdigiana_splitdata.InstanceName: PHOTON
229 
230 
231 dune35t_averagewaveform: @local::dunefd_averagewaveform
232 dune35t_averagewaveform_data: @local::dune35t_averagewaveform
233 dune35t_averagewaveform_data.InputModule: ssptooffline
234 dune35t_averagewaveform_data.InstanceName: offlinePhoton
235 
236 dune35t_averagewaveform_splitdata: @local::dune35t_averagewaveform
237 dune35t_averagewaveform_splitdata.InputModule: SplitterInput
238 dune35t_averagewaveform_splitdata.InstanceName: Photon
239 
240 dune35t_calibrationanalysis: @local::dunefd_calibrationanalysis
241 dune35t_calibrationanalysis_data: @local::dune35t_calibrationanalysis
242 dune35t_calibrationanalysis_data.InputModule: ssptooffline
243 dune35t_calibrationanalysis_data.OpHitModule: ophit
244 dune35t_calibrationanalysis_data.InstanceName: offlinePhoton
245 
246 
247 
248 dunedphase3x1x1_opdigi:
249 {
250  module_type: "OpDetDigitizerDUNEDP"
251 # InputModule: ["largeant","photPropS2"] # Module that created simphotons - Use this when simulating S2 light
252  InputModule: ["largeant"] # Module that created simphotons
253  VoltageToADC: 2.048 # Converting mV to ADC counts (counts in 1 mV)
254  LineNoiseRMS: 0.8 # Pedestal RMS in ADC counts, likely an underestimate
255  CrossTalk: 0#0.20 # Probability of producing 2 PE for 1 incident photon
256  Pedestal: 100 # in ADC counts
257  Gain: 4.1 # in ADC counts
258  DefaultSimWindow: false # Use -1*drift window as the start time and
259  # the TPC readout window end time as the end time
260  FullWaveformOutput: true # Output full waveform. Be careful with this option:
261  # setting it to "true" can result in large output files
262  NegativeSignal: false
263  PreTrigger: 0 # In ticks This must be zero, otherwise we won't find hits in the pretrigger.
264  ReadoutWindow: 25e4 # In ticks
265  algo_threshold: @local::standard_algo_sspleadingedge
266 
267  Padding: 4000 # In ticks
268  SSP_LED_DigiTree: false #To create a SSP LED trigger Ttree
269 }
270 
271 dunedphase3x1x1_opdigiana: @local::dunefd_opdigiana
272 
273 protodunedphase_opdigi: @local::dunedphase3x1x1_opdigi
274 protodunedphase_opdigi.FullWaveformOutput: false
275 protodunedphase_opdigi.Gain: 10.25 # in ADC counts x ticks
276 protodunedphase_opdigi.DefaultSimWindow: false
277 protodunedphase_opdigi.PreTrigger: 0
278 protodunedphase_opdigi.ReadoutWindow: 5e5
279 protodunedphase_opdigi.Padding: 4000
280 protodunedphase_opdigi.CustomQEperOpDet: true
281 protodunedphase_opdigi.QEVector:
282 [0.036,0.036,0.120,0.036,0.036,0.036,0.036,0.036,0.036,0.036,
283  0.120,0.036,0.036,0.036,0.036,0.120,0.036,0.036,0.036,0.036,
284  0.036,0.120,0.036,0.036,0.036,0.036,0.120,0.036,0.036,0.036,
285  0.036,0.036,0.036,0.036,0.120,0.036]
286 protodunedphase_opdigi.algo_threshold: #algorith used to split the waveforms when FullWaveformOutput: false
287 {
288  Name: "SSP_LED"
289  ADCThreshold: 4
290  Pedestal: 100
291  DWindow: 10
292  ReadoutWd: 4000
293  PreTrg: 300
294 }
295 
296 protodunedphase_opdigiana: @local::dunefd_opdigiana
297 
298 dunefddphase_opdigi: @local::dunedphase3x1x1_opdigi
299 dunefddphase_opdigi.FullWaveformOutput: false
300 dunefddphase_opdigi.Gain: 41 # in ADC counts x ticks
301 dunefddphase_opdigi.DefaultSimWindow: true
302 dunefddphase_opdigi.PreTrigger: 0
303 dunefddphase_opdigi.Padding: 4000
304 dunefddphase_opdigi.algo_threshold: #algorith used to split the waveforms when FullWaveformOutput: false
305 {
306  Name: "SSP_LED"
307  ADCThreshold: 10
308  Pedestal: 100
309  DWindow: 10
310  ReadoutWd: 4000
311  PreTrg: 300
312 }
313 
314 dunefddphase_opdigiana: @local::dunefd_opdigiana
315 
316 
317 END_PROLOG
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