ATLAS Offline Software
VP1CaloCellController.cxx
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1 /*
2  Copyright (C) 2002-2021 CERN for the benefit of the ATLAS collaboration
3 */
4 
5 #define VP1IMPVARNAME m_d
6 
7 #include "VP1CaloSystems/VP1CaloCellController.h"
8 #include "VP1CaloSystems/VP1CaloCells.h"
9 #include "ui_calocellcontrollerform.h"
10 //#include "ui_calodigitssingle.h" // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
11 //#include "ui_calodigitsdouble.h" // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
12 #include "ui_calocell_badchannels_form.h"
13 #include "ui_calocell_mbtsthresholds_form.h"
14 #include "ui_calocell_tilethresholds_form.h"
15 #include "ui_calocell_larsimpthresholds_form.h"
16 #include "ui_calocell_larexpthresholds_form.h"
17 #include "ui_calocell_interactions_form.h"
18 #include "ui_calocell_cuts_form.h"
19 #include "ui_calocell_visoptions_form.h"
20 
21 #include "VP1Base/VP1Deserialise.h"
22 #include "VP1Base/VP1Serialise.h"
23 
24 #include "TileConditions/TileInfo.h"
25 #include "TileConditions/TileCablingService.h"
26 #include "TileIdentifier/TileHWID.h"
27 #include "TileIdentifier/TileRawChannelUnit.h"
28 #include "TileEvent/TileRawChannelContainer.h"
29 #include "TileConditions/Exception.h"
30 
31 /*
32  * FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
33 #include <qwt_legend.h>
34 #include <qwt_plot.h>
35 #include <qwt_plot_curve.h>
36 #include <qwt_plot_marker.h>
37 #include <qwt_symbol.h>
38 #include <qwt_text.h>
39 */
40 
41 #include <QVector>
42 #include "GaudiKernel/SystemOfUnits.h"
43 #include <map>
44 
45 // -------------------- Imp -------------------------------
46 class VP1CaloCellController::Imp
47 {
48 public:
49  // ---------- Data members ------------
50  VP1CaloCellController* theclass = nullptr;
51  Ui::frmCaloCellController ui{};
52  Ui::frmCaloCellVisOptions ui_visopts{};
53  Ui::frmCaloCellBadChannels ui_badchans{};
54  Ui::frmCaloCellInteractions ui_interact{};
55  Ui::frmCaloCellCuts ui_cuts{};
56  Ui::frmCaloCellThresholdsMbts ui_threshmbts{};
57  Ui::frmCaloCellThresholdsTile ui_threshtile{};
58  Ui::frmCaloCellThresholdsLArSimple ui_threshlarsimp{};
59  Ui::frmCaloCellThresholdsLArExpert ui_threshlarexp{};
60 
61  // This is needed by VP1Controller base class
62  VP1CCIntervalMap last_selectionIntervals;
63  QPair<bool,double> last_scale;
64  VP1Interval last_selectionMbts;
65  bool last_showDigits = false;
66  bool last_showVolumeOutLines = false;
67  bool last_energyModeEt = false;
68  VP1CC_GlobalCuts last_globalCuts;
69 
70  // Map of gui object structures by selection type (simple/expert modes)
71  VP1CCSelectionType2GuiMap sel2GuiSimple;
72  VP1CCSelectionType2GuiMap sel2GuiExpert;
73 
74  // Material button map
75  typedef std::map<VP1CC_SeparatorTypes, VP1MaterialButton* > MatButtonMap;
76  MatButtonMap matButtonMap;
77 
78  // Digits display
79  QWidget* digit_form_single = nullptr;
80  QWidget* digit_form_double = nullptr;
81 
82 // Ui::frmCaloDigitsSingle* UiDigitsSingle; // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
83 // Ui::frmCaloDigitsDouble* UiDigitsDouble; // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
84 
85  // at the beginning of every event reset these flags to FALSE
86  bool singlePlotHasData = false;
87  bool doublePlotHasData = false;
88 };
89 
90 // -------------------- Controller -------------------------------
91 VP1CaloCellController::VP1CaloCellController(IVP1System* sys):
92  VP1Controller(sys,"CaloCellController"),
93  m_d(new Imp),
94  m_tile_hw_id(0),
95  m_tile_info(0),
96  m_tile_cabling(0)
97 {
98 
99  messageDebug("VP1CaloCellController() constructor...");
100 
101  m_d->theclass = this;
102  m_d->ui.setupUi(this);
103 
104  // Setup dialogs
105  initDialog(m_d->ui_interact, m_d->ui.pushButton_settings_interactions);
106  initDialog(m_d->ui_cuts, m_d->ui.pushButton_settings_cuts);
107  initDialog(m_d->ui_badchans, m_d->ui.pushButton_settings_badchannels);
108  initDialog(m_d->ui_visopts, m_d->ui.pushButton_settings_visoptions);
109  initDialog(m_d->ui_threshmbts,m_d->ui.pushButton_settings_thresholds_mbts);
110  initDialog(m_d->ui_threshtile,m_d->ui.pushButton_settings_thresholds_tile);
111  initDialog(m_d->ui_threshlarsimp,m_d->ui.pushButton_settings_thresholds_larsimple,m_d->ui.rbtnSimple);
112  initDialog(m_d->ui_threshlarexp,m_d->ui.pushButton_settings_thresholds_larexpert,m_d->ui.rbtnExpert);
113 
114  m_d->ui_cuts.wdgEtaPhiCut->setEtaCutEnabled(false);
115 
116  m_d->ui_visopts.wdgDrawOptions->setLineWidths(2.0);
117  m_d->ui_visopts.wdgDrawOptions->setPointSizesDisabled();
118  m_d->ui_visopts.wdgDrawOptions->setBaseLightingDisabled();
119  m_d->ui_visopts.wdgDrawOptions->setComplexityDisabled();
120 
121  // Initialize flags
122  m_d->singlePlotHasData = false;
123  m_d->doublePlotHasData = false;
124 
125  // ------------------------ SLOTS ----------------------
126 
127  // ----------------- Selection Intervals ------------------
128  addUpdateSlot(SLOT(possibleChange_selectionIntervals()));
129 
130  // Enable/disable checkboxes
131  connectToLastUpdateSlot(m_d->ui.chbxEMB);
132  connectToLastUpdateSlot(m_d->ui.chbxEMEC);
133  connectToLastUpdateSlot(m_d->ui.chbxHEC);
134  connectToLastUpdateSlot(m_d->ui.chbxFCAL);
135  connectToLastUpdateSlot(m_d->ui.chbxEMB_S0);
136  connectToLastUpdateSlot(m_d->ui.chbxEMB_S1);
137  connectToLastUpdateSlot(m_d->ui.chbxEMB_S2);
138  connectToLastUpdateSlot(m_d->ui.chbxEMB_S3);
139  connectToLastUpdateSlot(m_d->ui.chbxEMEC_S0);
140  connectToLastUpdateSlot(m_d->ui.chbxEMEC_S1);
141  connectToLastUpdateSlot(m_d->ui.chbxEMEC_S2);
142  connectToLastUpdateSlot(m_d->ui.chbxEMEC_S3);
143  connectToLastUpdateSlot(m_d->ui.chbxHEC_S0);
144  connectToLastUpdateSlot(m_d->ui.chbxHEC_S1);
145  connectToLastUpdateSlot(m_d->ui.chbxHEC_S2);
146  connectToLastUpdateSlot(m_d->ui.chbxHEC_S3);
147  connectToLastUpdateSlot(m_d->ui.chbxFCAL_M1);
148  connectToLastUpdateSlot(m_d->ui.chbxFCAL_M2);
149  connectToLastUpdateSlot(m_d->ui.chbxFCAL_M3);
150  connectToLastUpdateSlot(m_d->ui.chbxTILB);
151  connectToLastUpdateSlot(m_d->ui.chbxTILEC);
152  connectToLastUpdateSlot(m_d->ui.chbxTILCR);
153  // Negative checkboxes
154  connectToLastUpdateSlot(m_d->ui.chbxLArNegative);
155  connectToLastUpdateSlot(m_d->ui.chbxEMB_Neg_Expert);
156  connectToLastUpdateSlot(m_d->ui.chbxEMEC_Neg_Expert);
157  connectToLastUpdateSlot(m_d->ui.chbxHEC_Neg_Expert);
158  connectToLastUpdateSlot(m_d->ui.chbxFCAL_Neg_Expert);
159  connectToLastUpdateSlot(m_d->ui.chbxTileNegative);
160 
161  // Disable upper thresholds checkboxes
162  connectToLastUpdateSlot(m_d->ui_threshlarsimp.chbxNoLArUpper);
163  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMB_S0Upper);
164  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMB_S1Upper);
165  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMB_S2Upper);
166  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMB_S3Upper);
167  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMEC_S0Upper);
168  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMEC_S1Upper);
169  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMEC_S2Upper);
170  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMEC_S3Upper);
171  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoHEC_S0Upper);
172  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoHEC_S1Upper);
173  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoHEC_S2Upper);
174  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoHEC_S3Upper);
175  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoFCAL_M1Upper);
176  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoFCAL_M2Upper);
177  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoFCAL_M3Upper);
178  connectToLastUpdateSlot(m_d->ui_threshtile.chbxNoTileUpper);
179 
180  // Lower threhold spinboxes
181  connectToLastUpdateSlot(m_d->ui_threshlarsimp.dspbxLArLowerThresh);
182  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMB_S0LowerThresh);
183  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMB_S1LowerThresh);
184  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMB_S2LowerThresh);
185  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMB_S3LowerThresh);
186  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMEC_S0LowerThresh);
187  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMEC_S1LowerThresh);
188  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMEC_S2LowerThresh);
189  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMEC_S3LowerThresh);
190  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxHEC_S0LowerThresh);
191  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxHEC_S1LowerThresh);
192  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxHEC_S2LowerThresh);
193  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxHEC_S3LowerThresh);
194  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxFCAL_M1LowerThresh);
195  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxFCAL_M2LowerThresh);
196  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxFCAL_M3LowerThresh);
197  connectToLastUpdateSlot(m_d->ui_threshtile.dspbxTileLowerThresh);
198 
199  // Upper threhold spinboxes
200  connectToLastUpdateSlot(m_d->ui_threshlarsimp.dspbxLArUpperThresh);
201  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMB_S0UpperThresh);
202  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMB_S1UpperThresh);
203  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMB_S2UpperThresh);
204  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMB_S3UpperThresh);
205  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMEC_S0UpperThresh);
206  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMEC_S1UpperThresh);
207  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMEC_S2UpperThresh);
208  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxEMEC_S3UpperThresh);
209  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxHEC_S0UpperThresh);
210  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxHEC_S1UpperThresh);
211  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxHEC_S2UpperThresh);
212  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxHEC_S3UpperThresh);
213  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxFCAL_M1UpperThresh);
214  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxFCAL_M2UpperThresh);
215  connectToLastUpdateSlot(m_d->ui_threshlarexp.dspbxFCAL_M3UpperThresh);
216  connectToLastUpdateSlot(m_d->ui_threshtile.dspbxTileUpperThresh);
217 
218  // LAr mode change radio button
219  connectToLastUpdateSlot(m_d->ui.rbtnSimple);
220 
221  // ----------------- Selection Intervals ------------------
222 
223  // ----------------- Global cuts ------------------
224  addUpdateSlot(SLOT(possibleChange_globalCuts()));
225  connectToLastUpdateSlot(m_d->ui_cuts.chbxSideA);
226  connectToLastUpdateSlot(m_d->ui_cuts.chbxSideC);
227  connectToLastUpdateSlot(m_d->ui_cuts.wdgEtaPhiCut,SIGNAL(allowedEtaChanged(const VP1Interval&)));
228  connectToLastUpdateSlot(m_d->ui_cuts.wdgEtaPhiCut,SIGNAL(allowedPhiChanged(const QList<VP1Interval>&)));
229  // ----------------- Global cuts ------------------
230 
231  // -------------- Scale ------------
232  addUpdateSlot(SLOT(possibleChange_scale()));
233  connectToLastUpdateSlot(m_d->ui_visopts.dspbxScale);
234  connectToLastUpdateSlot(m_d->ui_visopts.chbxLogscale);
235  // -------------- Scale ------------
236 
237  // ---------------- Enable Upper Threshold ----------------
238  addUpdateSlot(SLOT(enableUpperThreshold()));
239  connectToLastUpdateSlot(m_d->ui_threshlarsimp.chbxNoLArUpper);
240  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMB_S0Upper);
241  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMB_S1Upper);
242  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMB_S2Upper);
243  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMB_S3Upper);
244  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMEC_S0Upper);
245  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMEC_S1Upper);
246  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMEC_S2Upper);
247  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoEMEC_S3Upper);
248  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoHEC_S0Upper);
249  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoHEC_S1Upper);
250  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoHEC_S2Upper);
251  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoHEC_S3Upper);
252  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoFCAL_M1Upper);
253  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoFCAL_M2Upper);
254  connectToLastUpdateSlot(m_d->ui_threshlarexp.chbxNoFCAL_M3Upper);
255  connectToLastUpdateSlot(m_d->ui_threshtile.chbxNoTileUpper);
256 
257  // ----------------- LAr mode ------------------
258  addUpdateSlot(SLOT(changeMode()));
259  connectToLastUpdateSlot(m_d->ui.rbtnSimple);
260 
261  // ----------------- MBTS ---------------------
262  addUpdateSlot(SLOT(possibleChange_selectionMbts()));
263  connectToLastUpdateSlot(m_d->ui.chbxMbts);
264  connectToLastUpdateSlot(m_d->ui_threshmbts.dspbxMbtsThresh);
265 
266  // ------------- Digits checkbox ----------------
267  addUpdateSlot(SLOT(possibleChange_showDigits()));
268  connectToLastUpdateSlot(m_d->ui_interact.chbxDigits);
269  // ------------- Digits checkbox ----------------
270 
271  // ------------- Volume OutLines -------------
272  addUpdateSlot(SLOT(possibleChange_showVolumeOutLines()));
273  connectToLastUpdateSlot(m_d->ui_visopts.chbxShowOutlines);
274  // ------------- Volume OutLines -------------
275 
276  // ------------- Energy Mode -------------
277  addUpdateSlot(SLOT(possibleChange_energyModeEt()));
278  connectToLastUpdateSlot(m_d->ui.rbtnModeEt);
279  // ------------- Energy Mode -------------
280 
281  initLastVars();
282  // ------------------------ SLOTS ----------------------
283 
284  // ---------------------- Material Buttons --------------------
285  m_d->ui_visopts.matbutLArEMBColorPos->setMaterial(VP1MaterialButton::createMaterial(0.21,0.8,0.51));
286  m_d->ui_visopts.matbutLArEMECColorPos->setMaterial(VP1MaterialButton::createMaterial(0.26,0.8,0.2));
287  m_d->ui_visopts.matbutLArHECColorPos->setMaterial(VP1MaterialButton::createMaterial(0.25,0.8,0.76));
288  m_d->ui_visopts.matbutLArFCALColorPos->setMaterial(VP1MaterialButton::createMaterial(0.09,0.98,0.02));
289  m_d->ui_visopts.matbutLArEMBColorNeg->setMaterial(VP1MaterialButton::createMaterial(0.21,0.51,0.8));
290  m_d->ui_visopts.matbutLArEMECColorNeg->setMaterial(VP1MaterialButton::createMaterial(0.21,0.51,0.8));
291  m_d->ui_visopts.matbutLArHECColorNeg->setMaterial(VP1MaterialButton::createMaterial(0.21,0.51,0.8));
292  m_d->ui_visopts.matbutLArFCALColorNeg->setMaterial(VP1MaterialButton::createMaterial(0.21,0.51,0.8));
293  m_d->ui_visopts.matbutTileColorPosPMT1->setMaterial(VP1MaterialButton::createMaterial(1.,1.,0.));
294  m_d->ui_visopts.matbutTileColorPosPMT0->setMaterial(VP1MaterialButton::createMaterial(1.,0.78,0.));
295  m_d->ui_visopts.matbutTileColorPosNeg->setMaterial(VP1MaterialButton::createMaterial(1.,0.,0.));
296  m_d->ui_visopts.matbutTileColorNegPMT1->setMaterial(VP1MaterialButton::createMaterial(1.,0.,1.));
297  m_d->ui_visopts.matbutTileColorNegPMT0->setMaterial(VP1MaterialButton::createMaterial(0.78,0.,1.));
298  m_d->ui_visopts.matbutTileColorNegPos->setMaterial(VP1MaterialButton::createMaterial(1.,0.,0.));
299  m_d->ui_visopts.matbutMbts->setMaterial(VP1MaterialButton::createMaterial(1.,1.,0.));
300 
301  m_d->matButtonMap[VP1CC_SepLArEMBPos] = m_d->ui_visopts.matbutLArEMBColorPos;
302  m_d->matButtonMap[VP1CC_SepLArEMECPos] = m_d->ui_visopts.matbutLArEMECColorPos;
303  m_d->matButtonMap[VP1CC_SepLArHECPos] = m_d->ui_visopts.matbutLArHECColorPos;
304  m_d->matButtonMap[VP1CC_SepLArFCALPos] = m_d->ui_visopts.matbutLArFCALColorPos;
305  m_d->matButtonMap[VP1CC_SepLArEMBNeg] = m_d->ui_visopts.matbutLArEMBColorNeg;
306  m_d->matButtonMap[VP1CC_SepLArEMECNeg] = m_d->ui_visopts.matbutLArEMECColorNeg;
307  m_d->matButtonMap[VP1CC_SepLArHECNeg] = m_d->ui_visopts.matbutLArHECColorNeg;
308  m_d->matButtonMap[VP1CC_SepLArFCALNeg] = m_d->ui_visopts.matbutLArFCALColorNeg;
309  m_d->matButtonMap[VP1CC_SepTilePositiveUp] = m_d->ui_visopts.matbutTileColorPosPMT1;
310  m_d->matButtonMap[VP1CC_SepTilePositiveDown] = m_d->ui_visopts.matbutTileColorPosPMT0;
311  m_d->matButtonMap[VP1CC_SepTilePositiveNeg] = m_d->ui_visopts.matbutTileColorPosNeg;
312  m_d->matButtonMap[VP1CC_SepTileNegativeUp] = m_d->ui_visopts.matbutTileColorNegPMT1;
313  m_d->matButtonMap[VP1CC_SepTileNegativeDown] = m_d->ui_visopts.matbutTileColorNegPMT0;
314  m_d->matButtonMap[VP1CC_SepTileNegativePos] = m_d->ui_visopts.matbutTileColorNegPos;
315  m_d->matButtonMap[VP1CC_SepMBTS] = m_d->ui_visopts.matbutMbts;
316  // ---------------------- Material Buttons --------------------
317 
318  // --------------------- Digits Display -------------------------
319  messageDebug("Digits Display...");
320  m_d->digit_form_single = new QWidget(0,Qt::WindowStaysOnTopHint);
321  m_d->digit_form_single->setVisible(false);
322 
323  m_d->digit_form_double = new QWidget(0,Qt::WindowStaysOnTopHint);
324  m_d->digit_form_double->setVisible(false);
325 
326 // // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
327 // messageDebug("setting up digits box (s)");
328 // m_d->UiDigitsSingle = new Ui::frmCaloDigitsSingle();
329 // m_d->UiDigitsSingle->setupUi(m_d->digit_form_single);
330 // m_d->UiDigitsSingle->plotDigits->setAxisTitle(QwtPlot::xBottom,"Bunch crossing");
331 // m_d->UiDigitsSingle->plotDigits->setAxisTitle(QwtPlot::yLeft,"ADC counts");
332 //
333  // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
334 // messageDebug("setting up digits box (m_d)");
335 // m_d->UiDigitsDouble = new Ui::frmCaloDigitsDouble();
336 // m_d->UiDigitsDouble->setupUi(m_d->digit_form_double);
337 // m_d->UiDigitsDouble->plotDigits_1->setAxisTitle(QwtPlot::xBottom,"Bunch crossing");
338 // m_d->UiDigitsDouble->plotDigits_1->setAxisTitle(QwtPlot::yLeft,"ADC counts");
339 // m_d->UiDigitsDouble->plotDigits_2->setAxisTitle(QwtPlot::xBottom,"Bunch crossing");
340 // m_d->UiDigitsDouble->plotDigits_2->setAxisTitle(QwtPlot::yLeft,"ADC counts");
341  // --------------------- Digits Display -------------------------
342 
343  // Fill Sel2Gui maps
344  VP1CCUi2Manager* ui2manager;
345  // EMB
346  ui2manager = new VP1CCUi2Manager;
347  ui2manager->globalEnableCB = m_d->ui.chbxEMB;
348  ui2manager->showNegativeCB = m_d->ui.chbxLArNegative;
349  ui2manager->upperThreshOffCB = m_d->ui_threshlarsimp.chbxNoLArUpper;
350  ui2manager->lowerThresholdSB = m_d->ui_threshlarsimp.dspbxLArLowerThresh;
351  ui2manager->upperThresholdSB = m_d->ui_threshlarsimp.dspbxLArUpperThresh;
352 
353  (m_d->sel2GuiSimple)[VP1CC_SelTypeEMB0] = ui2manager;
354  (m_d->sel2GuiSimple)[VP1CC_SelTypeEMB1] = ui2manager;
355  (m_d->sel2GuiSimple)[VP1CC_SelTypeEMB2] = ui2manager;
356  (m_d->sel2GuiSimple)[VP1CC_SelTypeEMB3] = ui2manager;
357 
358  // EMEC
359  ui2manager = new VP1CCUi2Manager;
360  ui2manager->globalEnableCB = m_d->ui.chbxEMEC;
361  ui2manager->showNegativeCB = m_d->ui.chbxLArNegative;
362  ui2manager->upperThreshOffCB = m_d->ui_threshlarsimp.chbxNoLArUpper;
363  ui2manager->lowerThresholdSB = m_d->ui_threshlarsimp.dspbxLArLowerThresh;
364  ui2manager->upperThresholdSB = m_d->ui_threshlarsimp.dspbxLArUpperThresh;
365 
366  (m_d->sel2GuiSimple)[VP1CC_SelTypeEMEC0] = ui2manager;
367  (m_d->sel2GuiSimple)[VP1CC_SelTypeEMEC1] = ui2manager;
368  (m_d->sel2GuiSimple)[VP1CC_SelTypeEMEC2] = ui2manager;
369  (m_d->sel2GuiSimple)[VP1CC_SelTypeEMEC3] = ui2manager;
370 
371  // HEC
372  ui2manager = new VP1CCUi2Manager;
373  ui2manager->globalEnableCB = m_d->ui.chbxHEC;
374  ui2manager->showNegativeCB = m_d->ui.chbxLArNegative;
375  ui2manager->upperThreshOffCB = m_d->ui_threshlarsimp.chbxNoLArUpper;
376  ui2manager->lowerThresholdSB = m_d->ui_threshlarsimp.dspbxLArLowerThresh;
377  ui2manager->upperThresholdSB = m_d->ui_threshlarsimp.dspbxLArUpperThresh;
378 
379  (m_d->sel2GuiSimple)[VP1CC_SelTypeHEC0] = ui2manager;
380  (m_d->sel2GuiSimple)[VP1CC_SelTypeHEC1] = ui2manager;
381  (m_d->sel2GuiSimple)[VP1CC_SelTypeHEC2] = ui2manager;
382  (m_d->sel2GuiSimple)[VP1CC_SelTypeHEC3] = ui2manager;
383 
384  // FCAL
385  ui2manager = new VP1CCUi2Manager;
386  ui2manager->globalEnableCB = m_d->ui.chbxFCAL;
387  ui2manager->showNegativeCB = m_d->ui.chbxLArNegative;
388  ui2manager->upperThreshOffCB = m_d->ui_threshlarsimp.chbxNoLArUpper;
389  ui2manager->lowerThresholdSB = m_d->ui_threshlarsimp.dspbxLArLowerThresh;
390  ui2manager->upperThresholdSB = m_d->ui_threshlarsimp.dspbxLArUpperThresh;
391 
392  (m_d->sel2GuiSimple)[VP1CC_SelTypeFCAL1] = ui2manager;
393  (m_d->sel2GuiSimple)[VP1CC_SelTypeFCAL2] = ui2manager;
394  (m_d->sel2GuiSimple)[VP1CC_SelTypeFCAL3] = ui2manager;
395 
396  // ---VP1CC_SelTypeEMB0 ---
397  ui2manager = new VP1CCUi2Manager;
398  ui2manager->globalEnableCB = m_d->ui.chbxEMB_S0;
399  ui2manager->showNegativeCB = m_d->ui.chbxEMB_Neg_Expert;
400  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoEMB_S0Upper;
401  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxEMB_S0LowerThresh;
402  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxEMB_S0UpperThresh;
403  (m_d->sel2GuiExpert)[VP1CC_SelTypeEMB0] = ui2manager;
404 
405  // ---VP1CC_SelTypeEMB1 ---
406  ui2manager = new VP1CCUi2Manager;
407  ui2manager->globalEnableCB = m_d->ui.chbxEMB_S1;
408  ui2manager->showNegativeCB = m_d->ui.chbxEMB_Neg_Expert;
409  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoEMB_S1Upper;
410  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxEMB_S1LowerThresh;
411  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxEMB_S1UpperThresh;
412  (m_d->sel2GuiExpert)[VP1CC_SelTypeEMB1] = ui2manager;
413 
414  // --- VP1CC_SelTypeEMB2 ---
415  ui2manager = new VP1CCUi2Manager;
416  ui2manager->globalEnableCB = m_d->ui.chbxEMB_S2;
417  ui2manager->showNegativeCB = m_d->ui.chbxEMB_Neg_Expert;
418  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoEMB_S2Upper;
419  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxEMB_S2LowerThresh;
420  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxEMB_S2UpperThresh;
421  (m_d->sel2GuiExpert)[VP1CC_SelTypeEMB2] = ui2manager;
422 
423  // --- VP1CC_SelTypeEMB3 ---
424  ui2manager = new VP1CCUi2Manager;
425  ui2manager->globalEnableCB = m_d->ui.chbxEMB_S3;
426  ui2manager->showNegativeCB = m_d->ui.chbxEMB_Neg_Expert;
427  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoEMB_S3Upper;
428  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxEMB_S3LowerThresh;
429  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxEMB_S3UpperThresh;
430  (m_d->sel2GuiExpert)[VP1CC_SelTypeEMB3] = ui2manager;
431 
432  // --- VP1CC_SelTypeEMEC0 ---
433  ui2manager = new VP1CCUi2Manager;
434  ui2manager->globalEnableCB = m_d->ui.chbxEMEC_S0;
435  ui2manager->showNegativeCB = m_d->ui.chbxEMEC_Neg_Expert;
436  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoEMEC_S0Upper;
437  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxEMEC_S0LowerThresh;
438  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxEMEC_S0UpperThresh;
439  (m_d->sel2GuiExpert)[VP1CC_SelTypeEMEC0] = ui2manager;
440 
441  // --- VP1CC_SelTypeEMEC1 ---
442  ui2manager = new VP1CCUi2Manager;
443  ui2manager->globalEnableCB = m_d->ui.chbxEMEC_S1;
444  ui2manager->showNegativeCB = m_d->ui.chbxEMEC_Neg_Expert;
445  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoEMEC_S1Upper;
446  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxEMEC_S1LowerThresh;
447  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxEMEC_S1UpperThresh;
448  (m_d->sel2GuiExpert)[VP1CC_SelTypeEMEC1] = ui2manager;
449 
450  // --- VP1CC_SelTypeEMEC2 ---
451  ui2manager = new VP1CCUi2Manager;
452  ui2manager->globalEnableCB = m_d->ui.chbxEMEC_S2;
453  ui2manager->showNegativeCB = m_d->ui.chbxEMEC_Neg_Expert;
454  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoEMEC_S2Upper;
455  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxEMEC_S2LowerThresh;
456  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxEMEC_S2UpperThresh;
457  (m_d->sel2GuiExpert)[VP1CC_SelTypeEMEC2] = ui2manager;
458 
459  // --- VP1CC_SelTypeEMEC3 ---
460  ui2manager = new VP1CCUi2Manager;
461  ui2manager->globalEnableCB = m_d->ui.chbxEMEC_S3;
462  ui2manager->showNegativeCB = m_d->ui.chbxEMEC_Neg_Expert;
463  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoEMEC_S3Upper;
464  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxEMEC_S3LowerThresh;
465  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxEMEC_S3UpperThresh;
466  (m_d->sel2GuiExpert)[VP1CC_SelTypeEMEC3] = ui2manager;
467 
468  // --- VP1CC_SelTypeHEC0 ---
469  ui2manager = new VP1CCUi2Manager;
470  ui2manager->globalEnableCB = m_d->ui.chbxHEC_S0;
471  ui2manager->showNegativeCB = m_d->ui.chbxHEC_Neg_Expert;
472  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoHEC_S0Upper;
473  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxHEC_S0LowerThresh;
474  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxHEC_S0UpperThresh;
475  (m_d->sel2GuiExpert)[VP1CC_SelTypeHEC0] = ui2manager;
476 
477  // --- VP1CC_SelTypeHEC1 ---
478  ui2manager = new VP1CCUi2Manager;
479  ui2manager->globalEnableCB = m_d->ui.chbxHEC_S1;
480  ui2manager->showNegativeCB = m_d->ui.chbxHEC_Neg_Expert;
481  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoHEC_S1Upper;
482  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxHEC_S1LowerThresh;
483  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxHEC_S1UpperThresh;
484  (m_d->sel2GuiExpert)[VP1CC_SelTypeHEC1] = ui2manager;
485 
486  // --- VP1CC_SelTypeHEC2 ---
487  ui2manager = new VP1CCUi2Manager;
488  ui2manager->globalEnableCB = m_d->ui.chbxHEC_S2;
489  ui2manager->showNegativeCB = m_d->ui.chbxHEC_Neg_Expert;
490  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoHEC_S2Upper;
491  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxHEC_S2LowerThresh;
492  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxHEC_S2UpperThresh;
493  (m_d->sel2GuiExpert)[VP1CC_SelTypeHEC2] = ui2manager;
494 
495  // --- VP1CC_SelTypeHEC3 ---
496  ui2manager = new VP1CCUi2Manager;
497  ui2manager->globalEnableCB = m_d->ui.chbxHEC_S3;
498  ui2manager->showNegativeCB = m_d->ui.chbxHEC_Neg_Expert;
499  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoHEC_S3Upper;
500  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxHEC_S3LowerThresh;
501  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxHEC_S3UpperThresh;
502  (m_d->sel2GuiExpert)[VP1CC_SelTypeHEC3] = ui2manager;
503 
504  // --- VP1CC_SelTypeFCAL1 ---
505  ui2manager = new VP1CCUi2Manager;
506  ui2manager->globalEnableCB = m_d->ui.chbxFCAL_M1;
507  ui2manager->showNegativeCB = m_d->ui.chbxFCAL_Neg_Expert;
508  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoFCAL_M1Upper;
509  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxFCAL_M1LowerThresh;
510  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxFCAL_M1UpperThresh;
511  (m_d->sel2GuiExpert)[VP1CC_SelTypeFCAL1] = ui2manager;
512 
513  // --- VP1CC_SelTypeFCAL2 ---
514  ui2manager = new VP1CCUi2Manager;
515  ui2manager->globalEnableCB = m_d->ui.chbxFCAL_M2;
516  ui2manager->showNegativeCB = m_d->ui.chbxFCAL_Neg_Expert;
517  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoFCAL_M2Upper;
518  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxFCAL_M2LowerThresh;
519  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxFCAL_M2UpperThresh;
520  (m_d->sel2GuiExpert)[VP1CC_SelTypeFCAL2] = ui2manager;
521 
522  // --- VP1CC_SelTypeFCAL3 ---
523  ui2manager = new VP1CCUi2Manager;
524  ui2manager->globalEnableCB = m_d->ui.chbxFCAL_M3;
525  ui2manager->showNegativeCB = m_d->ui.chbxFCAL_Neg_Expert;
526  ui2manager->upperThreshOffCB = m_d->ui_threshlarexp.chbxNoFCAL_M3Upper;
527  ui2manager->lowerThresholdSB = m_d->ui_threshlarexp.dspbxFCAL_M3LowerThresh;
528  ui2manager->upperThresholdSB = m_d->ui_threshlarexp.dspbxFCAL_M3UpperThresh;
529  (m_d->sel2GuiExpert)[VP1CC_SelTypeFCAL3] = ui2manager;
530 
531  // --- VP1CC_SelTypeTileB ---
532  ui2manager = new VP1CCUi2Manager;
533  ui2manager->globalEnableCB = m_d->ui.chbxTILB;
534  ui2manager->showNegativeCB = m_d->ui.chbxTileNegative;
535  ui2manager->upperThreshOffCB = m_d->ui_threshtile.chbxNoTileUpper;
536  ui2manager->lowerThresholdSB = m_d->ui_threshtile.dspbxTileLowerThresh;
537  ui2manager->upperThresholdSB = m_d->ui_threshtile.dspbxTileUpperThresh;
538  (m_d->sel2GuiSimple)[VP1CC_SelTypeTileB] = ui2manager;
539  (m_d->sel2GuiExpert)[VP1CC_SelTypeTileB] = ui2manager;
540 
541  // --- VP1CC_SelTypeTileEC ---
542  ui2manager = new VP1CCUi2Manager;
543  ui2manager->globalEnableCB = m_d->ui.chbxTILEC;
544  ui2manager->showNegativeCB = m_d->ui.chbxTileNegative;
545  ui2manager->upperThreshOffCB = m_d->ui_threshtile.chbxNoTileUpper;
546  ui2manager->lowerThresholdSB = m_d->ui_threshtile.dspbxTileLowerThresh;
547  ui2manager->upperThresholdSB = m_d->ui_threshtile.dspbxTileUpperThresh;
548  (m_d->sel2GuiSimple)[VP1CC_SelTypeTileEC] = ui2manager;
549  (m_d->sel2GuiExpert)[VP1CC_SelTypeTileEC] = ui2manager;
550 
551  // --- VP1CC_SelTypeTileCrack ---
552  ui2manager = new VP1CCUi2Manager;
553  ui2manager->globalEnableCB = m_d->ui.chbxTILCR;
554  ui2manager->showNegativeCB = m_d->ui.chbxTileNegative;
555  ui2manager->upperThreshOffCB = m_d->ui_threshtile.chbxNoTileUpper;
556  ui2manager->lowerThresholdSB = m_d->ui_threshtile.dspbxTileLowerThresh;
557  ui2manager->upperThresholdSB = m_d->ui_threshtile.dspbxTileUpperThresh;
558  (m_d->sel2GuiSimple)[VP1CC_SelTypeTileCrack] = ui2manager;
559  (m_d->sel2GuiExpert)[VP1CC_SelTypeTileCrack] = ui2manager;
560 }
561 
562 VP1CaloCellController::~VP1CaloCellController()
563 {
564  // Clean up in Imp maps
565  delete m_d->sel2GuiSimple[VP1CC_SelTypeEMB0];
566  delete m_d->sel2GuiSimple[VP1CC_SelTypeEMEC0];
567  delete m_d->sel2GuiSimple[VP1CC_SelTypeHEC0];
568  delete m_d->sel2GuiSimple[VP1CC_SelTypeFCAL1];
569  //TK: Fixme: why not just iterate and delete all here?
570  m_d->sel2GuiSimple.clear();
571 
572  for (auto& p : m_d->sel2GuiExpert)
573  delete p.second;
574  m_d->sel2GuiExpert.clear();
575  delete m_d;
576 }
577 
578 void VP1CaloCellController::actualRestoreSettings(VP1Deserialise& s)
579 {
580  if (s.version()<0 || s.version()>4) {
581  message("Warning: State data in .vp1 file has unsupported version ("+str(s.version())+")");
582  return;
583  }
584 
585  s.restore(m_d->ui_interact.chbxDigits);
586  s.restore(m_d->ui_visopts.dspbxScale);
587  s.restore(m_d->ui.chbxMbts);
588  s.restore(m_d->ui_threshmbts.dspbxMbtsThresh);
589  s.restore(m_d->ui_badchans.chbxEnableBadChannels);
590  s.restore(m_d->ui_badchans.chbxMaskDead);
591  s.restore(m_d->ui_badchans.chbxMaskNoisy);
592  s.restore(m_d->ui_badchans.chbxMaskAffected);
593  s.restore(m_d->ui.rbtnSimple,m_d->ui.rbtnExpert);
594  s.restore(m_d->ui.chbxEMB);
595  s.restore(m_d->ui.chbxEMEC);
596  s.restore(m_d->ui.chbxHEC);
597  s.restore(m_d->ui.chbxFCAL);
598  s.restore(m_d->ui.chbxLArNegative);
599  s.restore(m_d->ui_threshlarsimp.dspbxLArLowerThresh);
600  s.restore(m_d->ui_threshlarsimp.dspbxLArUpperThresh);
601  s.restore(m_d->ui_threshlarsimp.chbxNoLArUpper);
602  s.restore(m_d->ui.chbxEMB_Neg_Expert);
603  s.restore(m_d->ui.chbxEMB_S0);
604  s.restore(m_d->ui_threshlarexp.dspbxEMB_S0LowerThresh);
605  s.restore(m_d->ui_threshlarexp.dspbxEMB_S0UpperThresh);
606  s.restore(m_d->ui_threshlarexp.chbxNoEMB_S0Upper);
607  s.restore(m_d->ui.chbxEMB_S1);
608  s.restore(m_d->ui_threshlarexp.dspbxEMB_S1LowerThresh);
609  s.restore(m_d->ui_threshlarexp.dspbxEMB_S1UpperThresh);
610  s.restore(m_d->ui_threshlarexp.chbxNoEMB_S1Upper);
611  s.restore(m_d->ui.chbxEMB_S2);
612  s.restore(m_d->ui_threshlarexp.dspbxEMB_S2LowerThresh);
613  s.restore(m_d->ui_threshlarexp.dspbxEMB_S2UpperThresh);
614  s.restore(m_d->ui_threshlarexp.chbxNoEMB_S2Upper);
615  s.restore(m_d->ui.chbxEMB_S3);
616  s.restore(m_d->ui_threshlarexp.dspbxEMB_S3LowerThresh);
617  s.restore(m_d->ui_threshlarexp.dspbxEMB_S3UpperThresh);
618  s.restore(m_d->ui_threshlarexp.chbxNoEMB_S3Upper);
619  s.restore(m_d->ui.chbxEMEC_Neg_Expert);
620  s.restore(m_d->ui.chbxEMEC_S0);
621  s.restore(m_d->ui_threshlarexp.dspbxEMEC_S0LowerThresh);
622  s.restore(m_d->ui_threshlarexp.dspbxEMEC_S0UpperThresh);
623  s.restore(m_d->ui_threshlarexp.chbxNoEMEC_S0Upper);
624  s.restore(m_d->ui.chbxEMEC_S1);
625  s.restore(m_d->ui_threshlarexp.dspbxEMEC_S1LowerThresh);
626  s.restore(m_d->ui_threshlarexp.dspbxEMEC_S1UpperThresh);
627  s.restore(m_d->ui_threshlarexp.chbxNoEMEC_S1Upper);
628  s.restore(m_d->ui.chbxEMEC_S2);
629  s.restore(m_d->ui_threshlarexp.dspbxEMEC_S2LowerThresh);
630  s.restore(m_d->ui_threshlarexp.dspbxEMEC_S2UpperThresh);
631  s.restore(m_d->ui_threshlarexp.chbxNoEMEC_S2Upper);
632  s.restore(m_d->ui.chbxEMEC_S3);
633  s.restore(m_d->ui_threshlarexp.dspbxEMEC_S3LowerThresh);
634  s.restore(m_d->ui_threshlarexp.dspbxEMEC_S3UpperThresh);
635  s.restore(m_d->ui_threshlarexp.chbxNoEMEC_S3Upper);
636  s.restore(m_d->ui.chbxHEC_Neg_Expert);
637  s.restore(m_d->ui.chbxHEC_S0);
638  s.restore(m_d->ui_threshlarexp.dspbxHEC_S0LowerThresh);
639  s.restore(m_d->ui_threshlarexp.dspbxHEC_S0UpperThresh);
640  s.restore(m_d->ui_threshlarexp.chbxNoHEC_S0Upper);
641  s.restore(m_d->ui.chbxHEC_S1);
642  s.restore(m_d->ui_threshlarexp.dspbxHEC_S1LowerThresh);
643  s.restore(m_d->ui_threshlarexp.dspbxHEC_S1UpperThresh);
644  s.restore(m_d->ui_threshlarexp.chbxNoHEC_S1Upper);
645  s.restore(m_d->ui.chbxHEC_S2);
646  s.restore(m_d->ui_threshlarexp.dspbxHEC_S2LowerThresh);
647  s.restore(m_d->ui_threshlarexp.dspbxHEC_S2UpperThresh);
648  s.restore(m_d->ui_threshlarexp.chbxNoHEC_S2Upper);
649  s.restore(m_d->ui.chbxHEC_S3);
650  s.restore(m_d->ui_threshlarexp.dspbxHEC_S3LowerThresh);
651  s.restore(m_d->ui_threshlarexp.dspbxHEC_S3UpperThresh);
652  s.restore(m_d->ui_threshlarexp.chbxNoHEC_S3Upper);
653  s.restore(m_d->ui.chbxFCAL_Neg_Expert);
654  s.restore(m_d->ui.chbxFCAL_M1);
655  s.restore(m_d->ui_threshlarexp.dspbxFCAL_M1LowerThresh);
656  s.restore(m_d->ui_threshlarexp.dspbxFCAL_M1UpperThresh);
657  s.restore(m_d->ui_threshlarexp.chbxNoFCAL_M1Upper);
658  s.restore(m_d->ui.chbxFCAL_M2);
659  s.restore(m_d->ui_threshlarexp.dspbxFCAL_M2LowerThresh);
660  s.restore(m_d->ui_threshlarexp.dspbxFCAL_M2UpperThresh);
661  s.restore(m_d->ui_threshlarexp.chbxNoFCAL_M2Upper);
662  s.restore(m_d->ui.chbxFCAL_M3);
663  s.restore(m_d->ui_threshlarexp.dspbxFCAL_M3LowerThresh);
664  s.restore(m_d->ui_threshlarexp.dspbxFCAL_M3UpperThresh);
665  s.restore(m_d->ui_threshlarexp.chbxNoFCAL_M3Upper);
666  s.restore(m_d->ui.chbxTILB);
667  s.restore(m_d->ui.chbxTILEC);
668  s.restore(m_d->ui.chbxTILCR);
669  s.restore(m_d->ui.chbxTileNegative);
670  s.restore(m_d->ui_threshtile.dspbxTileLowerThresh);
671  s.restore(m_d->ui_threshtile.dspbxTileUpperThresh);
672  s.restore(m_d->ui_threshtile.chbxNoTileUpper);
673  s.restore(m_d->ui_visopts.matbutLArEMBColorPos);
674  s.restore(m_d->ui_visopts.matbutLArEMBColorNeg);
675  s.restore(m_d->ui_visopts.matbutLArEMECColorPos);
676  s.restore(m_d->ui_visopts.matbutLArEMECColorNeg);
677  s.restore(m_d->ui_visopts.matbutLArHECColorPos);
678  s.restore(m_d->ui_visopts.matbutLArHECColorNeg);
679  s.restore(m_d->ui_visopts.matbutLArFCALColorPos);
680  s.restore(m_d->ui_visopts.matbutLArFCALColorNeg);
681  s.restore(m_d->ui_visopts.matbutTileColorPosPMT0);
682  s.restore(m_d->ui_visopts.matbutTileColorPosPMT1);
683  s.restore(m_d->ui_visopts.matbutTileColorPosNeg);
684  s.restore(m_d->ui_visopts.matbutTileColorNegPMT0);
685  s.restore(m_d->ui_visopts.matbutTileColorNegPMT1);
686  s.restore(m_d->ui_visopts.matbutTileColorNegPos);
687  s.restore(m_d->ui_visopts.matbutMbts);
688 
689  if(s.version()>0) {
690  s.restore(m_d->ui_visopts.wdgDrawOptions);
691  s.restore(m_d->ui_visopts.chbxShowOutlines);
692  }
693 
694  if(s.version()>1) {
695  s.restore(m_d->ui.rbtnModeEt,m_d->ui.rbtnModeEne);
696  }
697 
698  if(s.version()>2) {
699  s.restore(m_d->ui_visopts.chbxLogscale);
700  }
701 
702  if(s.version()>3) {
703  s.restore(m_d->ui_cuts.chbxSideA);
704  s.restore(m_d->ui_cuts.chbxSideC);
705  s.restore(m_d->ui_cuts.wdgEtaPhiCut);
706  }
707 }
708 
709 int VP1CaloCellController::currentSettingsVersion() const
710 {
711  return 4;
712 }
713 
714 void VP1CaloCellController::actualSaveSettings(VP1Serialise& s) const
715 {
716  s.save(m_d->ui_interact.chbxDigits);
717  s.save(m_d->ui_visopts.dspbxScale);
718  s.save(m_d->ui.chbxMbts);
719  s.save(m_d->ui_threshmbts.dspbxMbtsThresh);
720  s.save(m_d->ui_badchans.chbxEnableBadChannels);
721  s.save(m_d->ui_badchans.chbxMaskDead);
722  s.save(m_d->ui_badchans.chbxMaskNoisy);
723  s.save(m_d->ui_badchans.chbxMaskAffected);
724  s.save(m_d->ui.rbtnSimple,m_d->ui.rbtnExpert);
725  s.save(m_d->ui.chbxEMB);
726  s.save(m_d->ui.chbxEMEC);
727  s.save(m_d->ui.chbxHEC);
728  s.save(m_d->ui.chbxFCAL);
729  s.save(m_d->ui.chbxLArNegative);
730  s.save(m_d->ui_threshlarsimp.dspbxLArLowerThresh);
731  s.save(m_d->ui_threshlarsimp.dspbxLArUpperThresh);
732  s.save(m_d->ui_threshlarsimp.chbxNoLArUpper);
733  s.save(m_d->ui.chbxEMB_Neg_Expert);
734  s.save(m_d->ui.chbxEMB_S0);
735  s.save(m_d->ui_threshlarexp.dspbxEMB_S0LowerThresh);
736  s.save(m_d->ui_threshlarexp.dspbxEMB_S0UpperThresh);
737  s.save(m_d->ui_threshlarexp.chbxNoEMB_S0Upper);
738  s.save(m_d->ui.chbxEMB_S1);
739  s.save(m_d->ui_threshlarexp.dspbxEMB_S1LowerThresh);
740  s.save(m_d->ui_threshlarexp.dspbxEMB_S1UpperThresh);
741  s.save(m_d->ui_threshlarexp.chbxNoEMB_S1Upper);
742  s.save(m_d->ui.chbxEMB_S2);
743  s.save(m_d->ui_threshlarexp.dspbxEMB_S2LowerThresh);
744  s.save(m_d->ui_threshlarexp.dspbxEMB_S2UpperThresh);
745  s.save(m_d->ui_threshlarexp.chbxNoEMB_S2Upper);
746  s.save(m_d->ui.chbxEMB_S3);
747  s.save(m_d->ui_threshlarexp.dspbxEMB_S3LowerThresh);
748  s.save(m_d->ui_threshlarexp.dspbxEMB_S3UpperThresh);
749  s.save(m_d->ui_threshlarexp.chbxNoEMB_S3Upper);
750  s.save(m_d->ui.chbxEMEC_Neg_Expert);
751  s.save(m_d->ui.chbxEMEC_S0);
752  s.save(m_d->ui_threshlarexp.dspbxEMEC_S0LowerThresh);
753  s.save(m_d->ui_threshlarexp.dspbxEMEC_S0UpperThresh);
754  s.save(m_d->ui_threshlarexp.chbxNoEMEC_S0Upper);
755  s.save(m_d->ui.chbxEMEC_S1);
756  s.save(m_d->ui_threshlarexp.dspbxEMEC_S1LowerThresh);
757  s.save(m_d->ui_threshlarexp.dspbxEMEC_S1UpperThresh);
758  s.save(m_d->ui_threshlarexp.chbxNoEMEC_S1Upper);
759  s.save(m_d->ui.chbxEMEC_S2);
760  s.save(m_d->ui_threshlarexp.dspbxEMEC_S2LowerThresh);
761  s.save(m_d->ui_threshlarexp.dspbxEMEC_S2UpperThresh);
762  s.save(m_d->ui_threshlarexp.chbxNoEMEC_S2Upper);
763  s.save(m_d->ui.chbxEMEC_S3);
764  s.save(m_d->ui_threshlarexp.dspbxEMEC_S3LowerThresh);
765  s.save(m_d->ui_threshlarexp.dspbxEMEC_S3UpperThresh);
766  s.save(m_d->ui_threshlarexp.chbxNoEMEC_S3Upper);
767  s.save(m_d->ui.chbxHEC_Neg_Expert);
768  s.save(m_d->ui.chbxHEC_S0);
769  s.save(m_d->ui_threshlarexp.dspbxHEC_S0LowerThresh);
770  s.save(m_d->ui_threshlarexp.dspbxHEC_S0UpperThresh);
771  s.save(m_d->ui_threshlarexp.chbxNoHEC_S0Upper);
772  s.save(m_d->ui.chbxHEC_S1);
773  s.save(m_d->ui_threshlarexp.dspbxHEC_S1LowerThresh);
774  s.save(m_d->ui_threshlarexp.dspbxHEC_S1UpperThresh);
775  s.save(m_d->ui_threshlarexp.chbxNoHEC_S1Upper);
776  s.save(m_d->ui.chbxHEC_S2);
777  s.save(m_d->ui_threshlarexp.dspbxHEC_S2LowerThresh);
778  s.save(m_d->ui_threshlarexp.dspbxHEC_S2UpperThresh);
779  s.save(m_d->ui_threshlarexp.chbxNoHEC_S2Upper);
780  s.save(m_d->ui.chbxHEC_S3);
781  s.save(m_d->ui_threshlarexp.dspbxHEC_S3LowerThresh);
782  s.save(m_d->ui_threshlarexp.dspbxHEC_S3UpperThresh);
783  s.save(m_d->ui_threshlarexp.chbxNoHEC_S3Upper);
784  s.save(m_d->ui.chbxFCAL_Neg_Expert);
785  s.save(m_d->ui.chbxFCAL_M1);
786  s.save(m_d->ui_threshlarexp.dspbxFCAL_M1LowerThresh);
787  s.save(m_d->ui_threshlarexp.dspbxFCAL_M1UpperThresh);
788  s.save(m_d->ui_threshlarexp.chbxNoFCAL_M1Upper);
789  s.save(m_d->ui.chbxFCAL_M2);
790  s.save(m_d->ui_threshlarexp.dspbxFCAL_M2LowerThresh);
791  s.save(m_d->ui_threshlarexp.dspbxFCAL_M2UpperThresh);
792  s.save(m_d->ui_threshlarexp.chbxNoFCAL_M2Upper);
793  s.save(m_d->ui.chbxFCAL_M3);
794  s.save(m_d->ui_threshlarexp.dspbxFCAL_M3LowerThresh);
795  s.save(m_d->ui_threshlarexp.dspbxFCAL_M3UpperThresh);
796  s.save(m_d->ui_threshlarexp.chbxNoFCAL_M3Upper);
797  s.save(m_d->ui.chbxTILB);
798  s.save(m_d->ui.chbxTILEC);
799  s.save(m_d->ui.chbxTILCR);
800  s.save(m_d->ui.chbxTileNegative);
801  s.save(m_d->ui_threshtile.dspbxTileLowerThresh);
802  s.save(m_d->ui_threshtile.dspbxTileUpperThresh);
803  s.save(m_d->ui_threshtile.chbxNoTileUpper);
804  s.save(m_d->ui_visopts.matbutLArEMBColorPos);
805  s.save(m_d->ui_visopts.matbutLArEMBColorNeg);
806  s.save(m_d->ui_visopts.matbutLArEMECColorPos);
807  s.save(m_d->ui_visopts.matbutLArEMECColorNeg);
808  s.save(m_d->ui_visopts.matbutLArHECColorPos);
809  s.save(m_d->ui_visopts.matbutLArHECColorNeg);
810  s.save(m_d->ui_visopts.matbutLArFCALColorPos);
811  s.save(m_d->ui_visopts.matbutLArFCALColorNeg);
812  s.save(m_d->ui_visopts.matbutTileColorPosPMT0);
813  s.save(m_d->ui_visopts.matbutTileColorPosPMT1);
814  s.save(m_d->ui_visopts.matbutTileColorPosNeg);
815  s.save(m_d->ui_visopts.matbutTileColorNegPMT0);
816  s.save(m_d->ui_visopts.matbutTileColorNegPMT1);
817  s.save(m_d->ui_visopts.matbutTileColorNegPos);
818  s.save(m_d->ui_visopts.matbutMbts);
819  s.save(m_d->ui_visopts.wdgDrawOptions); // 1+
820  s.save(m_d->ui_visopts.chbxShowOutlines); // 1+
821  s.save(m_d->ui.rbtnModeEt,m_d->ui.rbtnModeEne); // 2+
822  s.save(m_d->ui_visopts.chbxLogscale); // 3+
823  s.save(m_d->ui_cuts.chbxSideA); // 4+
824  s.save(m_d->ui_cuts.chbxSideC); // 4+
825  s.save(m_d->ui_cuts.wdgEtaPhiCut); // 4+
826 }
827 
828 SoGroup* VP1CaloCellController::drawOptions() const
829 {
830  return m_d->ui_visopts.wdgDrawOptions->drawOptionsGroup();
831 }
832 
833 void VP1CaloCellController::initTilePulse(const TileHWID* tile_hw_id,
834  const TileInfo* tile_info,
835  const TileCablingService* tile_cabling)
836 {
837  m_tile_hw_id = tile_hw_id;
838  m_tile_info = tile_info;
839  m_tile_cabling = tile_cabling;
840 }
841 
842 void VP1CaloCellController::ClearHideDigitForms()
843 {
844  messageDebug("ClearHideDigitForms()");
845  m_d->singlePlotHasData = false;
846  m_d->digit_form_single->setVisible(false);
847  m_d->doublePlotHasData = false;
848  m_d->digit_form_double->setVisible(false);
849 }
850 
851 void VP1CaloCellController::DeleteDigitForms()
852 {
853  messageDebug("DeleteDigitForms()");
854 
855  // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
856  /*
857  if (m_d) {
858  messageDebug("delete digit_form_single...");
859  if (m_d->digit_form_single) {
860  delete m_d->digit_form_single;
861  m_d->digit_form_single = 0;
862  }
863  messageDebug("delete digit_form_double...");
864  if (m_d->digit_form_double) {
865  delete m_d->digit_form_double;
866  m_d->digit_form_double = 0;
867  }
868  messageDebug("delete UiDigitsSingle...");
869  if (m_d->UiDigitsSingle) {
870  delete m_d->UiDigitsSingle;
871  m_d->UiDigitsSingle = 0;
872  }
873  messageDebug("delete UiDigitsDouble...");
874  if (m_d->UiDigitsDouble) {
875  delete m_d->UiDigitsDouble;
876  m_d->UiDigitsDouble = 0;
877  }
878  messageDebug("DeleteDigitForms(). End.");
879  }
880  */
881 }
882 
883 void VP1CaloCellController::EnableDigitsCheckbox(bool enable)
884 {
885  m_d->ui_interact.chbxDigits->setEnabled(enable);
886 }
887 
888 void VP1CaloCellController::displayLArDigits(
889  int /* n_samples */,
890  std::vector<short> /* samples */,
891  std::vector<std::string>& /* msg */)
892 {
893  message("VP1CaloCellController::displayLArDigits()... not be ported to 'master' yet, because of failing dependencies (LCG's Qwt has to be ported to Qt5, still)");
894 
895  // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
896 /*
897 
898  QwtPlot* plot = m_d->UiDigitsSingle->plotDigits;
899 
900  // Pop up the widget
901  m_d->digit_form_single->setVisible(true);
902  m_d->digit_form_double->setVisible(false);
903 
904  // Get data
905  QVector<QPointF> _data;
906  for(int ii=0; ii<n_samples;ii++) {
907  _data.push_back(QPointF(ii,samples[ii]));
908  }
909 
910  // Create symbol
911  QwtSymbol* sym = new QwtSymbol();
912  sym->setStyle(QwtSymbol::Star1);
913 // sym->setPen(QColor(Qt::darkMagenta));
914  sym->setPen(QColor(Qt::red));
915  sym->setSize(5);
916 
917  // Create curve
918  QwtPlotCurve* _curve = new QwtPlotCurve("ADC Counts");
919  _curve->setRenderHint(QwtPlotItem::RenderAntialiased);
920  _curve->setSamples(_data); // builds QwtSeriesData objects from arrays internally
921  _curve->setStyle(QwtPlotCurve::NoCurve);
922  _curve->setPen(QPen(Qt::red));
923  _curve->setSymbol(sym);
924 
925  // Attach the curve to the hosting plot
926  // std::cout << "plot: " << m_d->UiDigitsSingle->plotDigits << std::endl;
927  _curve->attach(plot);
928 
929  // Set the canvas background color
930  plot->setCanvasBackground( QBrush(Qt::white) );
931 
932  // Refresh the plot
933 // plot->replot();
934  m_d->UiDigitsSingle->plotDigits->replot();
935 
936 
937  // Set values for the labels
938  m_d->UiDigitsSingle->lblCellName->setText((msg[1]).c_str());
939  m_d->UiDigitsSingle->lblTotalEnergy->setText((msg[3]).c_str());
940  m_d->UiDigitsSingle->lblTotalTime->setText((msg[4]).c_str());
941 
942  // hide pmt/gain label
943  m_d->UiDigitsSingle->lblPMTGain->setVisible(false);
944 
945  // set the flag for the plot data
946  m_d->singlePlotHasData = true;
947  m_d->doublePlotHasData = false;
948  */
949 
950  messageDebug("display LAr digits end.");
951 }
952 
953 void VP1CaloCellController::displayTileDigits(int /*n_samples*/,
954  std::vector<float> /*samples1*/,
955  std::vector<float> /*samples2*/,
956  std::vector<std::string>& /*msg*/)
957 {
958 
959  messageDebug("VP1CaloCellController::displayTileDigits(A)...");
960 
961  // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
962  /*
963  // Pop up the widget
964  m_d->digit_form_double->setVisible(true);
965  m_d->digit_form_single->setVisible(false);
966 
967  messageDebug("Setting text...");
968  m_d->UiDigitsDouble->lblCellName->setText(msg[1].c_str());
969  m_d->UiDigitsDouble->lblTotalEnergy->setText(msg[2].c_str());
970  m_d->UiDigitsDouble->lblTotalTime->setText(msg[3].c_str());
971 
972 
973  messageDebug("Calling DrawTileDigits()...");
974  DrawTileDigits(m_d->UiDigitsDouble->plotDigits_1,n_samples,samples1);
975  messageDebug("Called on plotDigits_1.");
976  DrawTileDigits(m_d->UiDigitsDouble->plotDigits_2,n_samples,samples2);
977  messageDebug("Called on plotDigits_2.");
978 
979  // set the flag for the plot data
980  m_d->doublePlotHasData = true;
981  m_d->singlePlotHasData = false;
982  */
983 }
984 
985 void VP1CaloCellController::displayTileDigits(int /*n_samples*/,
986  std::vector<float> /*samples*/,
987  std::vector<std::string>& /*msg*/)
988 {
989  messageDebug("VP1CaloCellController::displayTileDigits(B)...");
990 
991  // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
992  /*
993  // Pop up the widget
994  m_d->digit_form_single->setVisible(true);
995  m_d->digit_form_double->setVisible(false);
996 
997  messageDebug("Setting text...");
998  m_d->UiDigitsSingle->lblCellName->setText(msg[1].c_str());
999  m_d->UiDigitsSingle->lblTotalEnergy->setText(msg[2].c_str());
1000  m_d->UiDigitsSingle->lblTotalTime->setText(msg[3].c_str());
1001 
1002  // show pmt/gain label
1003  messageDebug("Show pmt/gain...");
1004  m_d->UiDigitsSingle->lblPMTGain->setVisible(true);
1005 
1006  messageDebug("calling DrawTileDigits()...");
1007  DrawTileDigits(m_d->UiDigitsSingle->plotDigits,n_samples,samples);
1008  messageDebug("called DrawTileDigits().");
1009 
1010  // set the flag for the plot data
1011  m_d->doublePlotHasData = true;
1012  m_d->singlePlotHasData = false;
1013  */
1014 }
1015 
1016 void VP1CaloCellController::displayTilePulse(const TileRawChannel* /*rawchannel1*/,
1017  const TileRawChannel* /*rawchannel2*/,
1018  const TileRawChannelContainer* /*rawchannel_cont*/,
1019  size_t /*digitsize*/)
1020 {
1021  messageDebug("VP1CaloCellController::displayTilePulse(A)...");
1022 
1023  // std::cout << ""
1024  // << "a:" << m_d->UiDigitsDouble->plotDigits_1 << " - "
1025  // << "b:" << m_d->UiDigitsDouble->lblPMTGain_1 << " - "
1026  // << "c:" << rawchannel1 << " - "
1027  // << "m_d:" << rawchannel_cont << " - "
1028  // << "e:" << m_d->UiDigitsDouble->plotDigits_2 << " - "
1029  // << "f:" << m_d->UiDigitsDouble->lblPMTGain_2 << " - "
1030  // << "g:" << rawchannel2 << " - "
1031  // << "h:" << digitsize
1032  // << std::endl;
1033 
1034 
1035  // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
1036 // DrawTilePulse(m_d->UiDigitsDouble->plotDigits_1,
1037 // m_d->UiDigitsDouble->lblPMTGain_1,
1038 // rawchannel1,
1039 // rawchannel_cont,
1040 // digitsize);
1041 // std::cout << "Drawn digits_1" << std::endl;
1042 //
1043 // DrawTilePulse(m_d->UiDigitsDouble->plotDigits_2,
1044 // m_d->UiDigitsDouble->lblPMTGain_2,
1045 // rawchannel2,
1046 // rawchannel_cont,
1047 // digitsize);
1048 // std::cout << "Drawn digits_2" << std::endl;
1049 }
1050 
1051 void VP1CaloCellController::displayTilePulse(const TileRawChannel* /*rawchannel*/,
1052  const TileRawChannelContainer* /*rawchannel_cont*/,
1053  size_t /*digitsize*/)
1054 {
1055  messageDebug("VP1CaloCellController::displayTilePulse(B)...");
1056 
1057  // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
1058 // DrawTilePulse(m_d->UiDigitsSingle->plotDigits,
1059 // m_d->UiDigitsSingle->lblPMTGain,
1060 // rawchannel,
1061 // rawchannel_cont,
1062 // digitsize);
1063 
1064  messageDebug("displayTilePulse(). End.");
1065 }
1066 
1067 SoMaterial* VP1CaloCellController::GetMaterial(VP1CC_SeparatorTypes type)
1068 {
1069  Imp::MatButtonMap::const_iterator it = m_d->matButtonMap.find(type);
1070  if(it!=m_d->matButtonMap.end())
1071  return getMaterial(it->second);
1072  else
1073  return 0;
1074 }
1075 
1076 VP1CCIntervalMap VP1CaloCellController::selectionIntervals() const
1077 {
1078  // Which sel2Gui map are we working with? This depends on the active mode (simple/expert)
1079  VP1CCSelectionType2GuiMap* useMap = 0;
1080 
1081  if(m_d->ui.rbtnSimple->isChecked())
1082  useMap = &(m_d->sel2GuiSimple);
1083  else
1084  useMap = &(m_d->sel2GuiExpert);
1085 
1086  VP1CCIntervalMap returnMap;
1087 
1088  // Construct a new map of intervals based on values of GUI widgets
1089  for (const auto& p : *useMap) {
1090  // Pointer to the current structure
1091  VP1CCUi2Manager* ui = p.second;
1092 
1093  VP1Interval posInterval, negInterval;
1094  bool positiveON = true;
1095  bool negativeON = true;
1096 
1097  // If subsystem is unchecked set pos/neg OFF
1098  if(!ui->globalEnableCB->isChecked()) {
1099  positiveON = false;
1100  negativeON = false;
1101  }
1102 
1103  // If negative is unchecked set neg OFF
1104  if(!ui->showNegativeCB->isChecked())
1105  negativeON = false;
1106 
1107  // If upper threshold is available and lower>upper set pos/neg OFF
1108  if(!ui->upperThreshOffCB->isChecked() &&
1109  ui->lowerThresholdSB->value() > ui->upperThresholdSB->value()){
1110  positiveON = false;
1111  negativeON = false;
1112  }
1113 
1114  // Construct new interval for positive cells
1115  if(positiveON){
1116  if(ui->upperThreshOffCB->isChecked())
1117  posInterval.setUpper(VP1Interval::inf());
1118  else {
1119  posInterval.setUpper(ui->upperThresholdSB->value());
1120  posInterval.setOpenUpper(false);
1121  }
1122  posInterval.setLower(ui->lowerThresholdSB->value());
1123  posInterval.setOpenLower(false);
1124  }
1125 
1126  // We use the same interval for negative cells as well if they are ON
1127  if(negativeON)
1128  negInterval = posInterval;
1129 
1130  returnMap[p.first] = VP1CCIntervalPair(posInterval,negInterval);
1131  }
1132 
1133  return returnMap;
1134 }
1135 
1136 QPair<bool,double> VP1CaloCellController::scale() const
1137 {
1138  double scl = m_d->ui_visopts.chbxLogscale->isChecked() ? m_d->ui_visopts.dspbxScale->value()*Gaudi::Units::m/log(1+10*Gaudi::Units::GeV) : m_d->ui_visopts.dspbxScale->value()*Gaudi::Units::m/(10*Gaudi::Units::GeV);
1139  return QPair<bool,double>(m_d->ui_visopts.chbxLogscale->isChecked(),scl);
1140 }
1141 
1142 VP1Interval VP1CaloCellController::selectionMbts() const
1143 {
1144  VP1Interval returnInterval;
1145  if(m_d->ui.chbxMbts->isChecked()) {
1146  returnInterval.setUpper(VP1Interval::inf());
1147  returnInterval.setLower(m_d->ui_threshmbts.dspbxMbtsThresh->value());
1148  returnInterval.setOpenLower(false);
1149  }
1150 
1151  return returnInterval;
1152 }
1153 
1154 bool VP1CaloCellController::showDigits() const
1155 {
1156  return m_d->ui_interact.chbxDigits->isChecked();
1157 }
1158 
1159 bool VP1CaloCellController::showVolumeOutLines() const
1160 {
1161  return m_d->ui_visopts.chbxShowOutlines->isChecked();
1162 }
1163 
1164 bool VP1CaloCellController::energyModeEt() const
1165 {
1166  return m_d->ui.rbtnModeEt->isChecked();
1167 }
1168 
1169 VP1CC_GlobalCuts VP1CaloCellController::globalCuts() const
1170 {
1171  VP1CC_GlobalCuts globalCuts;
1172  globalCuts.sideA = m_d->ui_cuts.chbxSideA->isChecked();
1173  globalCuts.sideC = m_d->ui_cuts.chbxSideC->isChecked();
1174  globalCuts.allowedEta = m_d->ui_cuts.wdgEtaPhiCut->allowedEta();
1175  globalCuts.allowedPhi = m_d->ui_cuts.wdgEtaPhiCut->allowedPhi();
1176  globalCuts.clipRadius = 10e9;
1177  // no easy way to get the 'current' value since we don't know where in the AnimationSequence we are. Need to rely on this being updated by connections.
1178 
1179  return globalCuts;
1180 }
1181 
1182 // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
1183 //void VP1CaloCellController::DrawTileDigits(QwtPlot* plot,
1184 // int n_samples,
1185 // std::vector<float> samples)
1186 //{
1187 // messageDebug("VP1CaloCellController::DrawTileDigits()...");
1188 //
1189 // // Get data
1190 // QVector<QPointF> _data;
1191 // for(int ii=0; ii<n_samples;ii++) {
1192 // _data.push_back(QPointF(ii,samples[ii]));
1193 // }
1194 //
1195 // // Create symbol
1196 // QwtSymbol* sym = new QwtSymbol();
1197 // sym->setStyle(QwtSymbol::Star1);
1198 // sym->setPen(QColor(Qt::red));
1199 // sym->setSize(5);
1200 //
1201 // // Create curve
1202 // QwtPlotCurve* _curve = new QwtPlotCurve("ADC Counts");
1203 // _curve->setRenderHint(QwtPlotItem::RenderAntialiased);
1204 // _curve->setSamples(_data);
1205 // _curve->setStyle(QwtPlotCurve::NoCurve);
1206 // _curve->setPen(QPen(Qt::red));
1207 // _curve->setSymbol(sym);
1208 //
1209 // // Attach curve to the hosting plot
1210 // _curve->attach(plot);
1211 //
1212 // // Set the canvas background color
1213 // plot->setCanvasBackground( QBrush(Qt::white) );
1214 //
1215 // // Refresh the plot
1216 // plot->replot();
1217 //}
1218 //
1219 
1220 
1221 // FIXME:You have to compile Qwt with Qt5. LCG's Qwt is compiled with Qt4 only...
1222 //void VP1CaloCellController::DrawTilePulse(QwtPlot* plot,
1223 // QLabel* gainlabel,
1224 // const TileRawChannel* rawchannel,
1225 // const TileRawChannelContainer* rawchannel_cont,
1226 // size_t digitsize)
1227 //{
1228 // messageDebug("VP1CaloCellController::DrawTilePulse()...");
1229 //
1230 // // convert amplitude
1231 // double _amplitude1 = rawchannel->amplitude();
1232 // HWIdentifier adc_hwid1 = rawchannel->adc_HWID();
1233 //
1234 // std::ostringstream pmtgain1;
1235 //
1242 //
1243 // pmtgain1 << " PMT " << m_tile_cabling->channel2hole(m_tile_hw_id->ros(adc_hwid1),m_tile_hw_id->channel(adc_hwid1))
1244 // << " Gain " << m_tile_hw_id->adc(adc_hwid1);
1245 //
1246 // gainlabel->setText(pmtgain1.str().c_str());
1247 //
1248 // std::cout << "DEBUG - Getting TileInfo..." << std::endl;
1249 // try {
1250 // _amplitude1 /= m_tile_info->ChannelCalib(adc_hwid1,
1251 // TileRawChannelUnit::ADCcounts,
1252 // rawchannel_cont->get_unit(),
1253 // rawchannel_cont->get_type());
1254 // } catch (TileCalib::InvalidRawChanUnit& e) {
1255 // std::cout << "ERROR!!! Exception caught from Tile! --> " << e.what() << std::endl;
1256 // std::cout << "re-throwing it..." << std::endl;
1257 // throw e;
1258 // }
1259 //
1260 //
1261 //
1262 // // Get correct vector of values depending on the gain
1263 // std::vector<double> *xval, *yval;
1264 // if(m_tile_hw_id->adc(adc_hwid1) == 0)
1265 // {
1266 // xval = &(m_tile_info->getPulseShapes()->m_tlphys);
1267 // yval = &(m_tile_info->getPulseShapes()->m_ylphys);
1268 // }
1269 // else if(m_tile_hw_id->adc(adc_hwid1) == 1)
1270 // {
1271 // xval = &(m_tile_info->getPulseShapes()->m_thphys);
1272 // yval = &(m_tile_info->getPulseShapes()->m_yhphys);
1273 // }
1274 // else
1275 // return;
1276 //
1277 // // Prepare data for plotting
1278 // QVector<QPointF> _data;
1279 // for(size_t i=0; i<xval->size(); i++) {
1280 // double xpoint = ((*xval)[i] + rawchannel->time())/25. + (digitsize - 1)/2.;
1281 // double ypoint = rawchannel->pedestal() + _amplitude1*(*yval)[i];
1282 //
1283 // if(xpoint >= 0 && xpoint <= digitsize -1)
1284 // _data.push_back(QPointF(xpoint,ypoint));
1285 // }
1286 //
1287 // // Create curve
1288 // QwtPlotCurve* _curve = new QwtPlotCurve("Pulse");
1289 // _curve->setRenderHint(QwtPlotItem::RenderAntialiased);
1290 // _curve->setSamples(_data);
1291 // _curve->setStyle(QwtPlotCurve::Dots);
1292 // _curve->setPen(QPen(Qt::blue));
1293 //
1294 // // Attach the curve to the hosting plot
1295 // _curve->attach(plot);
1296 //
1297 // // Refresh the plot
1298 // plot->replot();
1299 //}
1300 
1301 // --------------------- SLOTS ------------------------
1302 void VP1CaloCellController::enableUpperThreshold()
1303 {
1304  // Which sel2Gui map are we working with? This depends on the active mode (simple/expert)
1305  VP1CCSelectionType2GuiMap* useMap = 0;
1306 
1307  if(m_d->ui.rbtnSimple->isChecked())
1308  useMap = &(m_d->sel2GuiSimple);
1309  else
1310  useMap = &(m_d->sel2GuiExpert);
1311 
1312  for (const auto& p : *useMap) {
1313  VP1CCUi2Manager* ui = p.second;
1314  ui->upperThresholdSB->setEnabled(!ui->upperThreshOffCB->isChecked());
1315  }
1316 }
1317 
1318 void VP1CaloCellController::changeMode()
1319 {
1320  if(m_d->ui.rbtnSimple->isChecked()) {
1321  m_d->ui.stackLAr->setCurrentIndex(0);
1322  m_d->ui.pushButton_settings_thresholds_larsimple->setEnabled(true);
1323  m_d->ui.pushButton_settings_thresholds_larexpert->setEnabled(false);
1324  }
1325  else {
1326  m_d->ui.stackLAr->setCurrentIndex(1);
1327  m_d->ui.pushButton_settings_thresholds_larsimple->setEnabled(false);
1328  m_d->ui.pushButton_settings_thresholds_larexpert->setEnabled(true);
1329  }
1330 }
1331 
1332 #define VP1CONTROLLERCLASSNAME VP1CaloCellController
1333 #include "VP1Base/VP1ControllerMacros.h"
1334 
1335 POSSIBLECHANGE_IMP(selectionIntervals)
1336 POSSIBLECHANGE_IMP(scale)
1337 POSSIBLECHANGE_IMP(selectionMbts)
1338 POSSIBLECHANGE_IMP(showDigits)
1339 POSSIBLECHANGE_IMP(showVolumeOutLines)
1340 POSSIBLECHANGE_IMP(energyModeEt)
1341 POSSIBLECHANGE_IMP(globalCuts)
VP1CC_SelTypeTileB
@ VP1CC_SelTypeTileB
Definition: VP1CaloCells.h:83
VP1Serialise.h
VP1CaloCellController::possibleChange_showVolumeOutLines
void possibleChange_showVolumeOutLines()
VP1CaloCellController::Imp::theclass
VP1CaloCellController * theclass
Definition: VP1CaloCellController.cxx:50
VP1CaloCellController::displayTileDigits
void displayTileDigits(int n_samples, std::vector< float > samples1, std::vector< float > samples2, std::vector< std::string > &msg)
Definition: VP1CaloCellController.cxx:953
TileRawChannelContainer
Definition: TileRawChannelContainer.h:13
VP1CaloCellController::Imp::ui_threshtile
Ui::frmCaloCellThresholdsTile ui_threshtile
Definition: VP1CaloCellController.cxx:57
VP1Controller::addUpdateSlot
const char * addUpdateSlot(const char *slot)
Definition: VP1Controller.cxx:318
VP1CaloCellController::ClearHideDigitForms
void ClearHideDigitForms()
Definition: VP1CaloCellController.cxx:842
VP1CaloCellController::actualSaveSettings
void actualSaveSettings(VP1Serialise &) const
Definition: VP1CaloCellController.cxx:714
VP1CC_GlobalCuts::allowedEta
VP1Interval allowedEta
Definition: VP1CaloCells.h:57
VP1CaloCellController::displayTilePulse
void displayTilePulse(const TileRawChannel *rawchannel1, const TileRawChannel *rawchannel2, const TileRawChannelContainer *rawchannel_cont, size_t digitsize)
Definition: VP1CaloCellController.cxx:1016
POSSIBLECHANGE_IMP
#define POSSIBLECHANGE_IMP(x)
Definition: VP1ControllerMacros.h:18
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#define GeV
Definition: PhysicsAnalysis/TauID/TauAnalysisTools/Root/HelperFunctions.cxx:17
VP1CaloCellController.h
VP1Deserialise.h
VP1Serialise
Definition: VP1Serialise.h:45
VP1CaloCellController::DeleteDigitForms
void DeleteDigitForms()
Definition: VP1CaloCellController.cxx:851
VP1CaloCellController::possibleChange_showDigits
void possibleChange_showDigits()
VP1CaloCellController::GetMaterial
SoMaterial * GetMaterial(VP1CC_SeparatorTypes type)
Definition: VP1CaloCellController.cxx:1067
VP1CaloCellController::m_tile_cabling
const TileCablingService * m_tile_cabling
Definition: VP1CaloCellController.h:112
VP1CaloCellController::Imp::last_scale
QPair< bool, double > last_scale
Definition: VP1CaloCellController.cxx:63
VP1CC_SelTypeFCAL1
@ VP1CC_SelTypeFCAL1
Definition: VP1CaloCells.h:80
VP1CC_SepTileNegativeUp
@ VP1CC_SepTileNegativeUp
Definition: VP1CaloCells.h:102
VP1CaloCellController::m_tile_hw_id
const TileHWID * m_tile_hw_id
Definition: VP1CaloCellController.h:110
VP1CC_SepTilePositiveNeg
@ VP1CC_SepTilePositiveNeg
Definition: VP1CaloCells.h:101
VP1CC_SepTilePositiveUp
@ VP1CC_SepTilePositiveUp
Definition: VP1CaloCells.h:99
VP1CC_SepLArFCALPos
@ VP1CC_SepLArFCALPos
Definition: VP1CaloCells.h:94
VP1CaloCellController::initTilePulse
void initTilePulse(const TileHWID *tile_hw_id, const TileInfo *tile_info, const TileCablingService *tile_cabling)
Definition: VP1CaloCellController.cxx:833
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QPair< VP1Interval, VP1Interval > VP1CCIntervalPair
Definition: VP1CaloCells.h:115
VP1CaloCellController::Imp::ui_threshlarsimp
Ui::frmCaloCellThresholdsLArSimple ui_threshlarsimp
Definition: VP1CaloCellController.cxx:58
VP1CaloCellController::Imp::ui
Ui::frmCaloCellController ui
Definition: VP1CaloCellController.cxx:51
VP1CCUi2Manager::showNegativeCB
const QCheckBox * showNegativeCB
Definition: VP1CaloCells.h:125
VP1Controller::initDialog
void initDialog(T &theUI, QPushButton *launchbutton, QAbstractButton *enabledButton=0)
Definition: VP1Controller.h:144
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Definition: skel.GENtoEVGEN.py:407
VP1CaloCellController::possibleChange_globalCuts
void possibleChange_globalCuts()
VP1CaloCellController::Imp::singlePlotHasData
bool singlePlotHasData
Definition: VP1CaloCellController.cxx:86
VP1CaloCellController
Definition: VP1CaloCellController.h:33
VP1CaloCellController::selectionMbts
VP1Interval selectionMbts() const
Definition: VP1CaloCellController.cxx:1142
VP1CC_GlobalCuts::allowedPhi
QList< VP1Interval > allowedPhi
Definition: VP1CaloCells.h:58
VP1CaloCellController::displayLArDigits
void displayLArDigits(int n_samples, std::vector< short > samples, std::vector< std::string > &msg)
Definition: VP1CaloCellController.cxx:888
TileInfo.h
VP1CC_SepLArEMBPos
@ VP1CC_SepLArEMBPos
Definition: VP1CaloCells.h:91
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Definition: VP1CaloCells.h:47
VP1CaloCellController::possibleChange_selectionIntervals
void possibleChange_selectionIntervals()
VP1CCUi2Manager::globalEnableCB
const QCheckBox * globalEnableCB
Definition: VP1CaloCells.h:124
VP1CC_SelTypeEMEC3
@ VP1CC_SelTypeEMEC3
Definition: VP1CaloCells.h:75
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Definition: TileInfo.h:49
VP1CaloCellController::Imp::digit_form_single
QWidget * digit_form_single
Definition: VP1CaloCellController.cxx:79
VP1CCIntervalMap
QMap< VP1CC_SelectionTypes, VP1CCIntervalPair > VP1CCIntervalMap
Definition: VP1CaloCells.h:119
VP1CC_SepTileNegativeDown
@ VP1CC_SepTileNegativeDown
Definition: VP1CaloCells.h:103
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Definition: yodamerge_tmp.py:138
VP1String::str
static QString str(const QString &s)
Definition: VP1String.h:49
VP1HelperClassBase::messageDebug
void messageDebug(const QString &) const
Definition: VP1HelperClassBase.cxx:65
VP1Controller::connectToLastUpdateSlot
void connectToLastUpdateSlot(QObject *sender, const char *signal)
Definition: VP1Controller.cxx:327
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Definition: CaloAddPedShiftConfig.py:42
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@ sys
Definition: TElectronEfficiencyCorrectionTool.cxx:42
VP1CaloCellController::possibleChange_selectionMbts
void possibleChange_selectionMbts()
VP1CC_SelTypeEMB2
@ VP1CC_SelTypeEMB2
Definition: VP1CaloCells.h:70
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void setOpenLower(bool openLower)
VP1CC_SelTypeHEC1
@ VP1CC_SelTypeHEC1
Definition: VP1CaloCells.h:77
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bool last_showVolumeOutLines
Definition: VP1CaloCellController.cxx:66
VP1CaloCells.h
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bool sideA
Definition: VP1CaloCells.h:55
VP1CaloCellController::Imp::last_selectionMbts
VP1Interval last_selectionMbts
Definition: VP1CaloCellController.cxx:64
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VP1CaloCellController::Imp::last_globalCuts
VP1CC_GlobalCuts last_globalCuts
Definition: VP1CaloCellController.cxx:68
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Helper class for TileCal online (hardware) identifiers.
Definition: TileHWID.h:49
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Definition: IVP1System.h:36
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Definition: AtlRunQueryDQUtils.py:209
VP1CaloCellController::Imp::ui_threshlarexp
Ui::frmCaloCellThresholdsLArExpert ui_threshlarexp
Definition: VP1CaloCellController.cxx:59
TileHWID.h
VP1CaloCellController::possibleChange_scale
void possibleChange_scale()
TileCablingService.h
VP1CC_SepTileNegativePos
@ VP1CC_SepTileNegativePos
Definition: VP1CaloCells.h:104
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static double inf()
Definition: VP1Interval.h:25
VP1CaloCellController::actualRestoreSettings
void actualRestoreSettings(VP1Deserialise &)
Definition: VP1CaloCellController.cxx:578
VP1CaloCellController::changeMode
void changeMode()
Definition: VP1CaloCellController.cxx:1318
VP1CaloCellController::drawOptions
SoGroup * drawOptions() const
Definition: VP1CaloCellController.cxx:828
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Definition: TileRawChannel.h:35
VP1CC_SelTypeHEC2
@ VP1CC_SelTypeHEC2
Definition: VP1CaloCells.h:78
VP1CaloCellController::showDigits
bool showDigits() const
Definition: VP1CaloCellController.cxx:1154
VP1CaloCellController::Imp::ui_threshmbts
Ui::frmCaloCellThresholdsMbts ui_threshmbts
Definition: VP1CaloCellController.cxx:56
VP1CaloCellController::Imp::ui_visopts
Ui::frmCaloCellVisOptions ui_visopts
Definition: VP1CaloCellController.cxx:52
VP1CC_SelTypeHEC3
@ VP1CC_SelTypeHEC3
Definition: VP1CaloCells.h:79
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Definition: TileCablingService.h:23
VP1CC_SepLArFCALNeg
@ VP1CC_SepLArFCALNeg
Definition: VP1CaloCells.h:98
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Definition: VP1Deserialise.h:44
VP1CaloCellController::Imp::digit_form_double
QWidget * digit_form_double
Definition: VP1CaloCellController.cxx:80
VP1CC_GlobalCuts::clipRadius
double clipRadius
Definition: VP1CaloCells.h:59
VP1CaloCellController::currentSettingsVersion
int currentSettingsVersion() const
Definition: VP1CaloCellController.cxx:709
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Definition: VP1Controller.h:45
VP1CCUi2Manager::upperThreshOffCB
const QCheckBox * upperThreshOffCB
Definition: VP1CaloCells.h:126
VP1CaloCellController::m_d
Imp * m_d
Definition: VP1CaloCellController.h:107
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std::map< VP1CC_SelectionTypes, VP1CCUi2Manager * > VP1CCSelectionType2GuiMap
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@ VP1CC_SelTypeFCAL3
Definition: VP1CaloCells.h:82
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VP1CCSelectionType2GuiMap sel2GuiExpert
Definition: VP1CaloCellController.cxx:72
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void possibleChange_energyModeEt()
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@ VP1CC_SelTypeHEC0
Definition: VP1CaloCells.h:76
VP1CC_SelTypeEMB1
@ VP1CC_SelTypeEMB1
Definition: VP1CaloCells.h:69
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static SoMaterial * createMaterial(const QColor &, const double &brightness=0.0, const double &transp=0.0)
Definition: VP1MaterialButton.cxx:786
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SoMaterial * getMaterial(VP1MaterialButton *) const
Definition: VP1Controller.cxx:437
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const QDoubleSpinBox * lowerThresholdSB
Definition: VP1CaloCells.h:128
VP1CC_SelTypeFCAL2
@ VP1CC_SelTypeFCAL2
Definition: VP1CaloCells.h:81
VP1CaloCellController::enableUpperThreshold
void enableUpperThreshold()
Definition: VP1CaloCellController.cxx:1302
VP1CaloCellController::Imp::last_energyModeEt
bool last_energyModeEt
Definition: VP1CaloCellController.cxx:67
VP1CaloCellController::EnableDigitsCheckbox
void EnableDigitsCheckbox(bool enable)
Definition: VP1CaloCellController.cxx:883
VP1CC_SepTilePositiveDown
@ VP1CC_SepTilePositiveDown
Definition: VP1CaloCells.h:100
VP1CC_SelTypeTileEC
@ VP1CC_SelTypeTileEC
Definition: VP1CaloCells.h:84
VP1CC_SepLArHECNeg
@ VP1CC_SepLArHECNeg
Definition: VP1CaloCells.h:97
VP1CC_SepLArEMECNeg
@ VP1CC_SepLArEMECNeg
Definition: VP1CaloCells.h:96
TileRawChannelUnit.h
VP1Interval::setOpenUpper
void setOpenUpper(bool openUpper)
VP1CCUi2Manager::upperThresholdSB
QDoubleSpinBox * upperThresholdSB
Definition: VP1CaloCells.h:129
VP1CC_SelTypeEMEC0
@ VP1CC_SelTypeEMEC0
Definition: VP1CaloCells.h:72
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Definition: VP1Interval.h:23
VP1Interval::setUpper
void setUpper(const double &upper)
VP1CC_GlobalCuts::sideC
bool sideC
Definition: VP1CaloCells.h:56
VP1CaloCellController::selectionIntervals
VP1CCIntervalMap selectionIntervals() const
Definition: VP1CaloCellController.cxx:1076
VP1CaloCellController::Imp::ui_cuts
Ui::frmCaloCellCuts ui_cuts
Definition: VP1CaloCellController.cxx:55
VP1CaloCellController::Imp::doublePlotHasData
bool doublePlotHasData
Definition: VP1CaloCellController.cxx:87
VP1CC_SepMBTS
@ VP1CC_SepMBTS
Definition: VP1CaloCells.h:105
VP1CaloCellController::Imp::last_selectionIntervals
VP1CCIntervalMap last_selectionIntervals
Definition: VP1CaloCellController.cxx:62
VP1CaloCellController::scale
QPair< bool, double > scale() const
Definition: VP1CaloCellController.cxx:1136
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Definition: CaloCondTools.py:20
VP1CaloCellController::Imp
Definition: VP1CaloCellController.cxx:47
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Definition: SystemOfUnits.py:147
VP1CC_SepLArEMBNeg
@ VP1CC_SepLArEMBNeg
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VP1CC_SepLArEMECPos
@ VP1CC_SepLArEMECPos
Definition: VP1CaloCells.h:92
Exception.h
VP1HelperClassBase::message
void message(const QString &) const
Definition: VP1HelperClassBase.cxx:49
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Definition: VP1CaloCellController.cxx:54
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bool last_showDigits
Definition: VP1CaloCellController.cxx:65
VP1CaloCellController::energyModeEt
bool energyModeEt() const
Definition: VP1CaloCellController.cxx:1164
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@ VP1CC_SepLArHECPos
Definition: VP1CaloCells.h:93
VP1CaloCellController::m_tile_info
const TileInfo * m_tile_info
Definition: VP1CaloCellController.h:111
VP1CaloCellController::VP1CaloCellController
VP1CaloCellController(IVP1System *sys)
Definition: VP1CaloCellController.cxx:91
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std::map< VP1CC_SeparatorTypes, VP1MaterialButton * > MatButtonMap
Definition: VP1CaloCellController.cxx:75
VP1CC_SelTypeEMB0
@ VP1CC_SelTypeEMB0
Definition: VP1CaloCells.h:68
VP1CaloCellController::Imp::sel2GuiSimple
VP1CCSelectionType2GuiMap sel2GuiSimple
Definition: VP1CaloCellController.cxx:71
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@ VP1CC_SelTypeEMB3
Definition: VP1CaloCells.h:71
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Definition: VP1Controller.cxx:68
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Definition: VP1CaloCells.h:90
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Ui::frmCaloCellBadChannels ui_badchans
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VP1CaloCellController::showVolumeOutLines
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Definition: VP1CaloCellController.cxx:1159
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VP1CC_GlobalCuts globalCuts() const
Definition: VP1CaloCellController.cxx:1169
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MatButtonMap matButtonMap
Definition: VP1CaloCellController.cxx:76
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@ VP1CC_SelTypeTileCrack
Definition: VP1CaloCells.h:85
VP1CC_SelTypeEMEC2
@ VP1CC_SelTypeEMEC2
Definition: VP1CaloCells.h:74
python.SystemOfUnits.m
float m
Definition: SystemOfUnits.py:106
VP1Interval::setLower
void setLower(const double &lower)
VP1CaloCellController::~VP1CaloCellController
virtual ~VP1CaloCellController()
Definition: VP1CaloCellController.cxx:562
VP1ControllerMacros.h
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Definition: VP1CaloCells.h:123
VP1CC_SelTypeEMEC1
@ VP1CC_SelTypeEMEC1
Definition: VP1CaloCells.h:73
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