#include <TIcDetector.h>
Inheritance diagram for TIcDetector:
This is the "Ion Chamber TDetector" or IC detector class. It uses a THiCalibration and consists of 5 channels by default.
Definition at line 16 of file TIcDetector.h.
Public Member Functions | |
TIcDetector (const Char_t *="", UInt_t=3) | |
virtual | ~TIcDetector () |
virtual void | Print (const Char_t *="") const |
virtual void | SetSignals (const TSubEvent &) |
virtual void | FindHits (vector< THit > *) const |
virtual Bool_t | PlotEvT (TH2F *=0, Float_t=0, const TCutG *=0, Bool_t=1) const |
Bool_t | PlotHitPattern (TH2F *=0, const TCutG *=0, Bool_t=1) const |
Bool_t | PlotAnodeSum (TH1F *=0, Int_t=0, Int_t=0, Bool_t=1) const |
Bool_t | PlotEdE (TH2F *=0, UShort_t=0, UShort_t=0, const TCutG *=0, Bool_t=1) const |
virtual void | Clear (const Char_t *="") |
virtual void | PrintData () const |
virtual void | Calibrate () |
virtual Bool_t | PlotEnergies (TH2F *=0, const TCutG *=0, Bool_t=1) const |
virtual Bool_t | PlotTimes (TH2F *=0, const TCutG *=0, Bool_t=1) const |
void | SetCalibration (const Char_t *=0) |
void | SetDatabase (const Char_t *) |
virtual const Char_t * | GetName () const |
Float_t | GetMaxEnergy () const |
void | SetName (const Char_t *) |
void | SetChannels (UInt_t) |
void | SetCoordinates (Float_t, Float_t, Float_t) |
UInt_t | GetChannels () const |
const TVector3 & | GetCoordinates () const |
const vector< const TDataItem< Float_t > * > & | GetEnergies () const |
const vector< const TDataItem< Float_t > * > & | GetTimes () const |
void | Hit (Bool_t) |
Bool_t | IsHit () const |
Bool_t | IsName (const Char_t *) const |
Protected Attributes | |
vector< const TDataItem< UShort_t > * > | fAdcs |
vector< const TDataItem< UShort_t > * > | fTdcs |
THiCalibration | fCalib |
vector< const TDataItem< Float_t > * > | fEnergies |
vector< const TDataItem< Float_t > * > | fTimes |
TVector3 | fCoordinates |
Bool_t | fHit |
Private Attributes | |
vector< string > | fPlateNames |
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Default constructor, setting the number of channels to 32 and using the character string name to set the detector name. By default, THiDetector::SetCalibration() will use name to try and find a MySQL calibration table with a matching name.
Definition at line 24 of file TIcDetector.cxx. References fPlateNames. |
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Default destructor. Definition at line 45 of file TIcDetector.cxx. |
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Print data held in this class. This calls THiCalibration::Print().
Reimplemented from THiDetector. Definition at line 51 of file TIcDetector.cxx. References THiDetector::Print(). |
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Set the data in a detector correctly by determing which channels in the data actually belong to the detector. This set the ADCs and TDCs. Each channel is tested by passing the relevant data to the relevant calibration e.g. the ADC data is passed to the ADC calibration.
Reimplemented from THiDetector. Definition at line 63 of file TIcDetector.cxx. References THiCalibration::GetAdc(), TSubEvent::GetAdcs(), and TCalibration::TestChannel(). |
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Virtual method to rebuild the heavy-ion particle that have hit the detector from the energy and time data. This is implemented per detector class because, for example, a BGO will have only 1 ADC channel per particle hit, whereas an MCP detector may have 4 ADC channels per particle hit.
Reimplemented from TDetector. Definition at line 82 of file TIcDetector.cxx. References fPlateNames, THit::SetDetector(), and THit::SetEnergy(). |
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Plot energy versus time for the first IC signal. This is useful for plotting against a TAC time.
Reimplemented from THiDetector. Definition at line 127 of file TIcDetector.cxx. |
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Plots a two-dimensional hit pattern of ADC vs TDC to give a pseudo hit pattern.
Definition at line 102 of file TIcDetector.cxx. References THiCalibration::GetAdc(), TCalibration::GetHistogramMap(), and THiCalibration::GetTdc(). |
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Plots a sum of the anode hits.
Definition at line 153 of file TIcDetector.cxx. |
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Plots an EdE spectrum for the ion chamber anodes.
Definition at line 177 of file TIcDetector.cxx. |
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Clear all the data held in this class.
Reimplemented from TDetector. Definition at line 71 of file THiDetector.cxx. References TDetector::Clear(), THiDetector::fAdcs, and THiDetector::fTdcs. |
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Print all the data held in this class. Implements TDetector. Definition at line 95 of file THiDetector.cxx. References THiDetector::fAdcs, THiDetector::fTdcs, and THiCalibration::Print(). |
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Calibrate the energy and time signals. Implements TDetector. Definition at line 125 of file THiDetector.cxx. References TCalibration::Calibrate(), THiDetector::fAdcs, THiDetector::fCalib, THiDetector::fTdcs, THiCalibration::GetAdc(), and THiCalibration::GetTdc(). |
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Plots the calibrated ADC data (energies) in a histogram. The channel plotted is the histogram-mapped channel so that more than one detector can be plotted on one histogram.
Reimplemented from TDetector. Definition at line 134 of file THiDetector.cxx. References THiDetector::fCalib, THiCalibration::GetAdc(), and TCalibration::GetHistogramMap(). |
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Plots the calibrated TDC signals (times) in a histogram. The channel plotted is the histogram-mapped channel so that more than one detector can be plotted on one histogram.
Reimplemented from TDetector. Definition at line 159 of file THiDetector.cxx. References THiDetector::fCalib, TCalibration::GetHistogramMap(), and THiCalibration::GetTdc(). |
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Instructs the THiCalibration to get its information from the database. If no name is given, simply the detector name is used. This method enables the calibration to be changed by just using a different table name. For example, for default: TBgoDetector *bgo = new TBgoDetector("BGO12", 1); bgo->SetCalibration(); bgo->Print(); TBgoDetector *bgo = new TBgoDetector("BGO12", 1); bgo->SetCalibration("BGO13"); bgo->Print();
Definition at line 53 of file THiDetector.h. References THiDetector::fCalib, THiCalibration::FindCalibration(), and TDetector::GetName(). |
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Set the database from where the calibration data is accessed. Just a wrapper to the correct THiCalibration call.
Definition at line 76 of file THiDetector.h. References THiDetector::fCalib, and THiCalibration::SetDatabase(). |
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Get the detector name.
Definition at line 113 of file TDetector.h. References TDetector::fName. |
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Gets the maximum energy that was in the detector.
Definition at line 188 of file TDetector.cxx. References TDetector::fEnergies. |
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Set the detector name. This should match the name of the calibration table in the SQL database, otherwise the calibration will not be found.
Definition at line 84 of file TDetector.h. References TDetector::fName. |
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Set the number of channels of the detector.
Definition at line 94 of file TDetector.h. References TDetector::fChannels. |
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Set the x,y,z position of the particle.
Definition at line 103 of file TDetector.h. References TDetector::fCoordinates. |
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Get the number of detector channels.
Definition at line 121 of file TDetector.h. |
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Get the coordinates of the detector.
Definition at line 130 of file TDetector.h. |
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Get the energy signals belonging to this detector.
Definition at line 138 of file TDetector.h. |
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Get the time signals belonging to this detector.
Definition at line 146 of file TDetector.h. |
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Set the status of the fHit parameter.
Definition at line 154 of file TDetector.h. References TDetector::fHit. |
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Get the hit status of the detector.
Definition at line 163 of file TDetector.h. |
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Check to see if the name of the detector matches name.
Definition at line 171 of file TDetector.h. |
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Definition at line 30 of file TIcDetector.h. |
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Data from the heavy-ion ADCs is stored in here. This is contained in a vector due to considerations of speed and ability to manipulate the data within the raw data array. Definition at line 42 of file THiDetector.h. |
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Data from the heavy-ion TDCs is stored in here. This is contained in a vector due to considerations of speed and ability to manipulate the data within the raw data array. Definition at line 47 of file THiDetector.h. |
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The heavy-ion electronics calibration. Definition at line 50 of file THiDetector.h. |
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Calibrated data from the heavy-ion ADCs is stored in here i.e. this vector would be filled after a call to TDetector::Calibrate(). This data is then manipulated to build the correct energies for each particle that could have hit the detector. Definition at line 60 of file TDetector.h. |
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Calibrated data from the heavy-ion TDCs is stored in here i.e. this vector would be filled after a call to TDetector::Calibrate(). This data is then manipulated to build the correct energies for each particle that could have hit the detector. Definition at line 67 of file TDetector.h. |
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The detector coordinates. Definition at line 70 of file TDetector.h. |
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Boolean to keep track of whether the detector has been hit. Definition at line 73 of file TDetector.h. |