#include <PulserTimeCalScheme.h>
Inheritance diagram for PulserTimeCalScheme:
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Definition at line 27 of file PulserTimeCalScheme.cxx. References Registry::Set(). 00028 {
00029 Registry r;
00030 // Set configurable options.
00031 r.Set("UseMuonCalibration",1);
00032 r.Set("UsePulserCalibration",0);
00033 r.Set("UseShieldCalibration",1);
00034 r.Set("UseJumps",1);
00035 r.Set("JumpTask",1); // (Obsolete - now tied to MuonTask)
00036 r.Set("DoWalkCorrection",1);
00037 r.Set("PulserLed1",2);
00038 r.Set("PulserLed2",3);
00039 r.Set("PulserLed3",4);
00040 r.Set("DefaultTimingCardSetting",260.);
00041 //r.Set("OverallOffset",30.*Munits::ns);
00042 r.Set("ReferenceDate",20040930);
00043 r.Set("ReferenceTime",0);
00044 r.Set("MuonTask","Dogwood");
00045 InitializeConfig(r);
00046 }
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Definition at line 287 of file PulserTimeCalScheme.cxx. References DoubleErr, fJumpResPtr, CalTimeJump::GetIndex(), CalTimeJump::GetJump(), and DbiResultPtr< T >::GetRowByIndex(). Referenced by DecalTime(), and GetCalibratedTime(). 00290 {
00291 // Find index number into table.
00292 UInt_t index = CalTimeJump::GetIndex(rcid);
00293
00294 // If a jump entry exists, apply it.
00295
00296 const CalTimeJump* jump = fJumpResPtr.GetRowByIndex(index);
00297 if(jump) {
00298 if(calibrate)
00299 return rawtime - (double)jump->GetJump();
00300 else
00301 return rawtime + (double)jump->GetJump();
00302 }
00303
00304 // Otherwise, do nothing.
00305
00306 return rawtime;
00307 }
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Definition at line 310 of file PulserTimeCalScheme.cxx. References PlexStripEndId::AsString(), PlexStripEndId::BuildPlnStripEndKey(), DoubleErr, fMuonResPtr, DbiResultPtr< T >::GetNumRows(), CalTimeCalibration::GetOffset(), DbiResultPtr< T >::GetRowByIndex(), CalTimeCalibration::GetScale(), CalScheme::IncrementErrors(), and MAXMSG. Referenced by DecalTime(), and GetCalibratedTime(). 00313 {
00314 // Now need to get the row which corresponds to the stripendnum.
00315 const CalTimeCalibration* dpgc = fMuonResPtr.GetRowByIndex(seid.BuildPlnStripEndKey());
00316
00317 if(dpgc==0) {
00318 if(fMuonResPtr.GetNumRows()>0) {
00319 MAXMSG("Calib",Msg::kWarning,10)
00320 << "PulserTimeCalScheme: No database row for StripEnd " << seid.AsString() << "\n";
00321
00322 IncrementErrors(kTimeCalibrator,kMissingRow,seid);
00323 }
00324 return rawtime + DoubleErr(0,20.*Munits::ns); // Show there's no calib constant.
00325 }
00326 if(calibrate)
00327 return (rawtime/(double)dpgc->GetScale()) - (double)dpgc->GetOffset();
00328
00329 // else decalibrate:
00330 // No inverse function exists in the row function, so I'll kludge one here.
00331 // NJT 7/04
00332 return (rawtime + (double)dpgc->GetOffset())*(double)dpgc->GetScale();
00333 }
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Definition at line 338 of file PulserTimeCalScheme.cxx. References RawChannelId::AsString(), DoubleErr, fPulserLed, fTimingCardReferencePtr, fTimingCardResPtr, RawChannelId::GetCrate(), PulserTimingCardSetting::GetDelayNanoSecs(), PulserTimeDrift::GetEntries(), PulserTimeDrift::GetIndex(), PulserTimeDrift::GetMean(), DbiResultPtr< T >::GetNumRows(), GetPulserCalibration(), PulserTimeDrift::GetRms(), DbiResultPtr< T >::GetRowByIndex(), Calibrator::GetTDCConvert(), CalScheme::IncrementErrors(), Calibrator::Instance(), kVaRcid, MAXMSG, and MSG. Referenced by DecalTime(), and GetCalibratedTime(). 00341 {
00342 // Find index number into table.
00343 UInt_t index = PulserTimeDrift::GetIndex(rcid);
00344
00345 const PulserTimeDrift* drift = 0;
00346 const PulserTimeDrift* driftref = 0;
00347
00348 // Get drift point and drift reference point
00349 Int_t whichled = 0;
00350 bool driftok = GetPulserCalibration(whichled,index,drift,driftref);
00351
00352 // If not good, look through the list of backups.
00353 while(!driftok){
00354 whichled++;
00355 if(whichled<kMaxLeds) {
00356 driftok = GetPulserCalibration(whichled,index,drift,driftref);
00357 MSG("Calib",Msg::kDebug) << "PulserTiming: " << rcid.AsString() << " Fell back to LED " << fPulserLed[whichled] << endl;
00358 } else {
00359 MAXMSG("Calib",Msg::kWarning,10)
00360 << "PulserTimeCalScheme: Failed to find calibration for channel "
00361 << rcid.AsString() << " index " << index << " in primary or fallback tables.\n";
00362 IncrementErrors(kTimeCalibrator,kMissingRow,rcid);
00363 return rawtime + DoubleErr(0,50.*Munits::ns); // no calibration. Add 50ns error to show.
00364 }
00365 }
00366
00367
00368 // Get Settings row, if it exists.
00369 const PulserTimingCardSetting* cardSetting =
00370 fTimingCardResPtr.GetRowByIndex(rcid.GetCrate());
00371 const PulserTimingCardSetting* refCardSetting =
00372 fTimingCardReferencePtr.GetRowByIndex(rcid.GetCrate());
00373
00374 Double_t tpmt_delay_ns = fDefaultTimingCardSetting;
00375 Double_t ref_delay_ns = fDefaultTimingCardSetting;
00376
00377 // Check for errors getting setting.
00378 if(cardSetting==0) {
00379 if(fTimingCardResPtr.GetNumRows()>0) {
00380 MAXMSG("Calib",Msg::kWarning,10) << "Incomplete PulserTimingCardSettings table!" << endl;
00381 }
00382 IncrementErrors(kTimeCalibrator,kMissingRow,rcid);
00383 } else {
00384 tpmt_delay_ns = cardSetting->GetDelayNanoSecs();
00385 }
00386
00387
00388 // Check for errors getting reference setting.
00389 if(refCardSetting==0) {
00390 if(fTimingCardReferencePtr.GetNumRows()>0) {
00391 MAXMSG("Calib",Msg::kWarning,10) << "Incomplete PulserTimingCardSettings table!" << endl;
00392 }
00393 IncrementErrors(kTimeCalibrator,kMissingRow,rcid);
00394 } else {
00395 ref_delay_ns = cardSetting->GetDelayNanoSecs();
00396 }
00397
00398
00399 // Finally, do the correction:
00400
00401 // Crate offset due to changed timing card setting:
00402 double crate_offset_t = (tpmt_delay_ns - ref_delay_ns)*Munits::ns;
00403
00404 // Offset as calibrated by LI. Longer timing card settings
00405 // mean that the drift point is too big a number.
00406 double drift_tdcs = (drift->GetMean() - driftref->GetMean());
00407 double drift_err = (drift->GetRms() / sqrt(drift->GetEntries()));
00408 double convert = Calibrator::Instance().GetTDCConvert(kVaRcid); // s per tick
00409 DoubleErr drift_t(drift_tdcs * convert,
00410 drift_err * convert);
00411
00412 // And the time walk.
00413
00414
00415 DoubleErr offset = drift_t - crate_offset_t;
00416
00417 if(calibrate)
00418 return rawtime - offset;
00419
00420 // else:
00421 return rawtime + offset;
00422 }
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Definition at line 497 of file PulserTimeCalScheme.cxx. References PlexStripEndId::AsString(), PlexStripEndId::BuildPlnStripEndKey(), DoubleErr, FloatErr, fShieldResPtr, DbiResultPtr< T >::GetNumRows(), CalTimeCalibration::GetOffset(), DbiResultPtr< T >::GetRowByIndex(), CalTimeCalibration::GetScale(), CalTimeCalibration::GetSlewC1(), CalTimeCalibration::GetSlewC2(), CalTimeCalibration::GetSlewC3(), CalTimeCalibration::GetSlewC4(), CalScheme::IncrementErrors(), MAXMSG, and WalkCorrection(). Referenced by DecalTime(), and GetCalibratedTime(). 00501 {
00502 // Now need to get the row which corresponds to the stripendnum.
00503 const CalTimeCalibration* dpgc = fShieldResPtr.GetRowByIndex(seid.BuildPlnStripEndKey());
00504
00505 if(dpgc==0) {
00506 if(fShieldResPtr.GetNumRows()>0) {
00507 MAXMSG("Calib",Msg::kWarning,10)
00508 << "PulserTimeCalScheme: No database row for shield StripEnd " << seid.AsString() << "\n";
00509 IncrementErrors(kTimeCalibrator,kMissingRow,seid);
00510 }
00511 return rawtime - DoubleErr(-30.0*Munits::ns, // -30ns is the usual average
00512 20.*Munits::ns); // Show there's no calib constant.
00513 }
00514
00515 // apply the 'extra' walk correction for shield hits.
00516 if(rawcharge<1) rawcharge=1; // Protect against -ve numbers
00517 Double_t logq = log(rawcharge);
00518
00519 Double_t walk = 0;
00520 if(fDoWalkCorrection) {
00521 const float kgainadjust=60./90.; // I think this compensates for the extra gain in the shield
00522 walk = WalkCorrection(rawcharge*kgainadjust,seid);
00523 walk += dpgc->GetSlewC1()
00524 + dpgc->GetSlewC2()*logq
00525 + dpgc->GetSlewC3()*logq*logq
00526 + dpgc->GetSlewC4()*logq*logq*logq;
00527 }
00528
00529
00530 if(calibrate)
00531 return rawtime - walk + (double)dpgc->GetOffset();
00532
00533 // else decalibrate:
00534 return rawtime + walk - (double)dpgc->GetScale();
00535
00536 }
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Reimplemented from CalScheme. Definition at line 49 of file PulserTimeCalScheme.cxx. References fDefaultTimingCardSetting, fDoWalkCorrection, fMuonTask, Form(), fPulserLed, fReferenceTime, fUseJumps, fUseMuonCalibration, fUsePulserCalibration, fUseShieldCalibration, Registry::Get(), CfgPromptConfigurable::GetConfig(), CalScheme::GetContext(), MSG, Registry::PrettyPrint(), and CalScheme::Reset(). 00050 {
00051 Int_t refDate = 0;
00052 Int_t refTime = 0;;
00053
00054 const char* taskname;
00055
00056 bool ok = true;
00057 ok = ok && GetConfig().Get("UseMuonCalibration",fUseMuonCalibration);
00058 ok = ok && GetConfig().Get("UseShieldCalibration",fUseShieldCalibration);
00059 ok = ok && GetConfig().Get("UsePulserCalibration",fUsePulserCalibration);
00060 ok = ok && GetConfig().Get("UseJumps",fUseJumps);
00061 //ok = ok && GetConfig().Get("JumpTask",fJumpTask);
00062 ok = ok && GetConfig().Get("DoWalkCorrection",fDoWalkCorrection);
00063 ok = ok && GetConfig().Get("DefaultTimingCardSetting",fDefaultTimingCardSetting);
00064 //ok = ok && GetConfig().Get("OverallOffset",fOverallOffset);
00065 ok = ok && GetConfig().Get("ReferenceDate",refDate);
00066 ok = ok && GetConfig().Get("ReferenceTime",refTime);
00067 for(int i=0;i<kMaxLeds; i++) {
00068 ok = ok && GetConfig().Get(Form("PulserLed%d",i+1),fPulserLed[i]);
00069 }
00070 ok = ok && GetConfig().Get("MuonTask",taskname);
00071
00072 if(!ok){
00073 MSG("Calib",Msg::kWarning) << "PulserTimeCalScheme couldn't configure properly!" << endl;
00074 GetConfig().PrettyPrint(std::cerr);
00075 }
00076
00077 if (0==strcasecmp(taskname,"Dogwood")){ fMuonTask = 2; }
00078 else if(0==strcasecmp(taskname,"Andys" )){ fMuonTask = 1; }
00079 else if(0==strcasecmp(taskname,"Brians" )){ fMuonTask = 0; }
00080 else{
00081 // Feh?
00082 MSG("Calib",Msg::kWarning) << "PulserTimeCalScheme doesn't recognise task " << taskname << endl;
00083 }
00084
00085 fReferenceTime = VldTimeStamp(refDate,refTime,0);
00086
00087 // Ensure that the DB has been changed for this event.
00088 Reset(GetContext(),true);
00089 }
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Inverse-calibration for use by Monte-Carlo Purpose: Go from calibrated time to raw time Input: True time Raw charge Strip end Output: Raw, uncalibrated time. Must be implimented by: TimeCalibrator Reimplemented from CalScheme. Definition at line 242 of file PulserTimeCalScheme.cxx. References CalibrateByJumps(), CalibrateByMuon(), CalibrateByPulser(), CalibrateShield(), DoubleErr, FloatErr, CalScheme::GetContext(), VldContext::GetDetector(), PlexHandle::GetRawChannelId(), PlexPlaneId::IsVetoShield(), and WalkCorrection(). 00245 {
00259
00260 // Find raw channel.
00261 DoubleErr time = caltime;
00262
00263 if(seid.IsVetoShield()) {
00264
00265 // Shield hits:
00266 if(fUseShieldCalibration) time = CalibrateShield(time,rawcharge,seid,false);
00267
00268 } else {
00269
00270 // Non-shield hits:
00271
00272 if(GetContext().GetDetector()==Detector::kFar) {
00273 PlexHandle plex(GetContext());
00274 RawChannelId rcid = plex.GetRawChannelId(seid);
00275 if(fUseJumps) time = CalibrateByJumps(time,rcid,false);
00276 if(fUsePulserCalibration) time = CalibrateByPulser(time,rcid,false);
00277 }
00278 if(fUseMuonCalibration) time = CalibrateByMuon(time,seid,false);
00279 if(fDoWalkCorrection) time+= WalkCorrection(rawcharge,seid);
00280 }
00281
00282 return time;
00283 }
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Reimplemented from CalScheme. Definition at line 120 of file PulserTimeCalScheme.cxx. References VldContext::AsString(), fDriftPtr, fDriftRefPtr, fJumpResPtr, fMuonResPtr, fMuonTask, fPulserLed, fShieldResPtr, fTimingCardReferencePtr, fTimingCardResPtr, fUseJumps, fUseShieldCalibration, VldContext::GetDetector(), DbiResultPtr< T >::GetNumRows(), VldContext::GetSimFlag(), CalScheme::IncrementErrors(), MAXMSG, MSG, and DbiResultPtr< T >::NewQuery(). 00121 {
00122 MSG("Calib",Msg::kVerbose) << "PulserTimeCalScheme::DoReset()" << endl;
00123
00124 if(fUseMuonCalibration) {
00125 fMuonResPtr.NewQuery(context,fMuonTask);
00126
00127 if(fMuonResPtr.GetNumRows()==0) {
00128 MAXMSG("Calib",Msg::kWarning,10)
00129 << "No rows in CALTIMECALIBRATION with validity context "
00130 << context.AsString() << " No muon timing calibration will be applied." << endl;
00131 IncrementErrors(kTimeCalibrator,kMissingTable);
00132 }
00133 }
00134
00135 if(fUseShieldCalibration && context.GetDetector()==Detector::kFar) {
00136 fShieldResPtr.NewQuery(context,99); // Task 99 is for shield.
00137 if(fShieldResPtr.GetNumRows()==0) {
00138 MAXMSG("Calib",Msg::kWarning,10)
00139 << "No rows for FD shield timing calibration CALTIMECALIBRATION task "
00140 << 99 << " with validity context "
00141 << context.AsString() << endl;
00142 IncrementErrors(kTimeCalibrator,kMissingTable);
00143 }
00144 }
00145
00146 if(fUseJumps && fMuonTask>0) {
00147 fJumpResPtr.NewQuery(context,fMuonTask);
00148 // No errors if no data.
00149 }
00150
00151 VldContext refContext(context.GetDetector(),
00152 context.GetSimFlag(),
00153 fReferenceTime);
00154
00155 if(fUsePulserCalibration) {
00156 // Note: we use the LED number to set the Task in the DB call.
00157 // This allows us to use different LEDs for the calibration if we desire.
00158
00159 for(int iled=0;iled<kMaxLeds;iled++) {
00160 fDriftPtr[iled].NewQuery(context,fPulserLed[iled]);
00161 if(fDriftPtr[iled].GetNumRows()==0) {
00162 MAXMSG("Calib",Msg::kWarning,10)
00163 << "No rows in PULSERTIMEDRIFT task " << fPulserLed[iled] << " with validity context "
00164 << context.AsString() << endl;
00165 IncrementErrors(kTimeCalibrator,kMissingTable);
00166 }
00167
00168
00169 fDriftRefPtr[iled].NewQuery(refContext,fPulserLed[iled]);
00170 if(fDriftRefPtr[iled].GetNumRows()==0) {
00171 MAXMSG("Calib",Msg::kWarning,10)
00172 << "No rows in PULSERTIMEDRIFT task " << fPulserLed[iled] << " with reference context "
00173 << refContext.AsString() << endl;
00174 IncrementErrors(kTimeCalibrator,kMissingTable);
00175 }
00176
00177 }
00178
00179 // Time card and reference.
00180
00181 fTimingCardResPtr.NewQuery(context,0);
00182 if(fTimingCardResPtr.GetNumRows()==0) {
00183 MAXMSG("Calib",Msg::kWarning,10)
00184 << "No rows in PULSERTIMINGCARDSETTING with validity context "
00185 << context.AsString() << endl;
00186 IncrementErrors(kTimeCalibrator,kMissingTable);
00187 }
00188
00189 fTimingCardReferencePtr.NewQuery(refContext,0);
00190 if(fTimingCardReferencePtr.GetNumRows()==0) {
00191 MAXMSG("Calib",Msg::kWarning,10)
00192 << "No rows in PULSERTIMINGCARDSETTING with reference context "
00193 << refContext.AsString() << endl;
00194 IncrementErrors(kTimeCalibrator,kMissingTable);
00195 }
00196
00197 }
00198 }
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Purpose: Apply time calibration In: raw time in seconds raw charge strip end Out: calibrated time. Must be implimented by: TimeCalibrator Reimplemented from CalScheme. Definition at line 201 of file PulserTimeCalScheme.cxx. References CalibrateByJumps(), CalibrateByMuon(), CalibrateByPulser(), CalibrateShield(), DoubleErr, FloatErr, CalScheme::GetContext(), VldContext::GetDetector(), PlexHandle::GetRawChannelId(), PlexPlaneId::IsVetoShield(), and WalkCorrection(). 00204 {
00216
00217 // Find raw channel.
00218 DoubleErr time = rawtime;
00219
00220 if(seid.IsVetoShield()) {
00221
00222 // Shield hits:
00223 if(fUseShieldCalibration) time = CalibrateShield(time,rawcharge,seid,true);
00224 } else {
00225
00226 // Non-shield hits:
00227
00228 if(GetContext().GetDetector()==Detector::kFar) {
00229 PlexHandle plex(GetContext());
00230 RawChannelId rcid = plex.GetRawChannelId(seid);
00231 if(fUseJumps) time = CalibrateByJumps(time,rcid,true);
00232 if(fUsePulserCalibration) time = CalibrateByPulser(time,rcid,true);
00233 }
00234 if(fUseMuonCalibration) time = CalibrateByMuon(time,seid,true);
00235 if(fDoWalkCorrection) time-= WalkCorrection(rawcharge,seid);
00236 }
00237
00238 return time;
00239 }
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Definition at line 425 of file PulserTimeCalScheme.cxx. References fDriftPtr, fDriftRefPtr, PulserTimeDrift::GetEntries(), PulserTimeDrift::GetRms(), and DbiResultPtr< T >::GetRowByIndex(). Referenced by CalibrateByPulser(). 00428 {
00429 // Retrieve rows from the DB. Return true if the rows exist and
00430 // are good, false if they are bad.
00431
00432 drift = fDriftPtr[iled].GetRowByIndex(index);
00433 ref = fDriftRefPtr[iled].GetRowByIndex(index);
00434
00435 // Do they exist?
00436 if(drift==0) return false;
00437 if(ref==0) return false;
00438
00439 // Are the means valid to a good precision?
00440 // Error limit: 0.2 ticks.
00441 // So, want to fail if RMS/Entries > 0.2 ticks
00442 // Rearrange to get below:
00443 // (The clever bit here is that this automatically checks for entries==0)
00444
00445 if( drift->GetRms() >= sqrt(drift->GetEntries())*0.2 ) return false;
00446 if( ref->GetRms() >= sqrt( ref->GetEntries())*0.2 ) return false;
00447
00448
00449 return true;
00450 }
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Prints out the current configuration status Should be overridden by implimentation. Reimplemented from CalScheme. Definition at line 92 of file PulserTimeCalScheme.cxx. References VldTimeStamp::AsString(), fMuonTask, fPulserLed, fReferenceTime, and kMaxLeds. 00093 {
00094 char taskname[100];
00095 switch(fMuonTask) {
00096 case 0: sprintf(taskname,"Brians"); break;
00097 case 1: sprintf(taskname,"Andys"); break;
00098 case 2: sprintf(taskname,"Dogwood"); break;
00099 default: sprintf(taskname,"Task %d",fMuonTask); break;
00100 }
00101
00102 os << " UseMuonCalibration: " << ((fUseMuonCalibration)?("On"):("Off")) << endl;
00103 os << " MuonTask: " << taskname << endl;
00104 os << " UseShieldCalibration: " << ((fUseShieldCalibration)?("On"):("Off")) << endl;
00105 os << " UseJumps: " << ((fUseJumps)?("On"):("Off")) << endl;
00106 // os << " JumpTask: " << fJumpTask << endl;
00107 os << " UsePulserCalibration: " << ((fUsePulserCalibration)?("On"):("Off")) << endl;
00108 os << " DoWalkCorrection: " << ((fDoWalkCorrection)?("On"):("Off")) << endl;
00109 os << " Reference date: " << fReferenceTime.AsString() << endl;
00110 os << " PulserLeds to use: ";
00111 for(int i=0;i<kMaxLeds;i++) {
00112 os << fPulserLed[i];
00113 if(i!=kMaxLeds-1) os << ",";
00114 }
00115 os << endl;
00116
00117 }
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Return the walk correction. Low charges result in slowly-rising pulse shapes, This function should return large numbers (~2 ns) at small charges, and 0 for high charge. Definition at line 455 of file PulserTimeCalScheme.cxx. References DoubleErr, FloatErr, CalScheme::GetContext(), VldContext::GetDetector(), and VldContext::GetSimFlag(). Referenced by CalibrateShield(), DecalTime(), and GetCalibratedTime(). 00457 {
00463
00464 // These are Andy's paramaterisations for the FD, hard-coded for now.
00465 if(GetContext().GetDetector()==Detector::kFar) {
00466
00467 const float kParData[4] = { 5.44066e+00,
00468 -5.94887e-01,
00469 -7.36609e-02,
00470 7.66637e-03 };
00471
00472 const float kParMC[4] = { 4.18608e+00,
00473 -3.75033e-01,
00474 -9.50218e-02,
00475 9.52560e-03 };
00476
00477 const float* par = kParData;
00478 if(GetContext().GetSimFlag()==SimFlag::kMC) par = kParMC;
00479
00480 if(rawcharge<=0) rawcharge = 1; // Be careful.
00481 double cx = log(rawcharge()/2.3);
00482 double walk = (
00483 par[0]
00484 + (par[1] * cx)
00485 + (par[2] * cx *cx)
00486 + (par[3] * cx * cx *cx)
00487 );
00488 // These parameters are in units of meters, so convert to time:
00489 return walk / Munits::c_light; // Fixme: does not paramaterize error.
00490
00491 }
00492
00493 return 0;
00494 }
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Definition at line 46 of file PulserTimeCalScheme.h. Referenced by ConfigModified(). |
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Definition at line 44 of file PulserTimeCalScheme.h. Referenced by ConfigModified(). |
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Definition at line 58 of file PulserTimeCalScheme.h. Referenced by DoReset(), and GetPulserCalibration(). |
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Definition at line 59 of file PulserTimeCalScheme.h. Referenced by DoReset(), and GetPulserCalibration(). |
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Definition at line 55 of file PulserTimeCalScheme.h. Referenced by CalibrateByJumps(), and DoReset(). |
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Definition at line 42 of file PulserTimeCalScheme.h. |
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Definition at line 51 of file PulserTimeCalScheme.h. Referenced by CalibrateByMuon(), and DoReset(). |
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Definition at line 39 of file PulserTimeCalScheme.h. Referenced by ConfigModified(), DoReset(), and PrintConfig(). |
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Definition at line 47 of file PulserTimeCalScheme.h. |
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Definition at line 45 of file PulserTimeCalScheme.h. Referenced by CalibrateByPulser(), ConfigModified(), DoReset(), and PrintConfig(). |
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Definition at line 48 of file PulserTimeCalScheme.h. Referenced by ConfigModified(), and PrintConfig(). |
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Definition at line 52 of file PulserTimeCalScheme.h. Referenced by CalibrateShield(), and DoReset(). |
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Definition at line 63 of file PulserTimeCalScheme.h. Referenced by CalibrateByPulser(), and DoReset(). |
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Definition at line 62 of file PulserTimeCalScheme.h. Referenced by CalibrateByPulser(), and DoReset(). |
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Definition at line 41 of file PulserTimeCalScheme.h. Referenced by ConfigModified(), and DoReset(). |
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Definition at line 38 of file PulserTimeCalScheme.h. Referenced by ConfigModified(). |
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Definition at line 43 of file PulserTimeCalScheme.h. Referenced by ConfigModified(). |
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Definition at line 40 of file PulserTimeCalScheme.h. Referenced by ConfigModified(), and DoReset(). |
1.3.9.1