#include <EmecRunHeader2002v0.h>
Public Methods | |
UInt_t | getFirstCh () |
first FEB channel number. More... | |
UInt_t | getLastCh () |
last FEB channel number. More... | |
Int_t | peakMethod () |
peak finding method (polynomial=1, digital filtering=2). More... | |
UInt_t | calVersion () |
cal Version number of calibration file (if digital filtering is used). More... | |
UInt_t | digVersion () |
Version number of weight parameters files (if digital filtering is used). More... | |
UInt_t | getShower () |
Shower model type ("0" for real data). More... | |
UInt_t | getEUnit () |
Unit of energy (ADC=1, nA=2). More... | |
Int_t | getCellsUsed () |
The number of adc channels. More... | |
Float_t | getPedRms (int febno) |
UInt_t | getTimingType () |
the global timing type (<= 0 is TDC, >0 is cubic). More... | |
string | getDataFileName () |
return the name of the data file read in. More... | |
void | setDataFileName (string fileName) |
EmecRunHeader2002v0 (TTree *tree=0, string fileName=0) | |
~EmecRunHeader2002v0 () | |
Int_t | Cut (Int_t entry) |
Int_t | GetEntry (Int_t entry) |
Int_t | LoadTree (Int_t entry) |
void | Init (TTree *tree) |
void | Loop () |
Bool_t | Notify () |
void | Show (Int_t entry=-1) |
Public Attributes | |
TTree * | fChain |
Int_t | fCurrent |
pointer to the analyzed TTree or TChain. More... | |
string | m_fileName |
UInt_t | first_ch |
UInt_t | last_ch |
Int_t | peakf |
UInt_t | cal_version |
UInt_t | dig_version |
UInt_t | shower |
UInt_t | eunit |
Int_t | cells_used |
Float_t | ped_rms [1152] |
Int_t | ieta [1152] |
Int_t | iphi [1152] |
Int_t | iz [1152] |
Int_t | ieta_atlas [1152] |
Int_t | iphi_atlas [1152] |
Int_t | iz_atlas [1152] |
Float_t | Signalovernoise_cut |
Float_t | Resolutioncoeffa |
Float_t | Resolutioncoeffb |
Int_t | Timehec_sample_low |
Float_t | Timehec_low_signal_cut |
Float_t | Timehec_int_signal_scale |
Float_t | Timehec_int_signal_dt |
Int_t | Timeemec_sample_low |
Float_t | Timeemec_low_signal_cut |
Float_t | Timeemec_int_signal_scale |
Float_t | Timeemec_int_signal_dt |
UInt_t | timing_type |
Float_t | t0_dig |
Float_t | t0_cub_c |
Float_t | t0_cub_epi |
Float_t | t0_cub_mu |
Int_t | t0_cub_trig |
Int_t | tdc_wac_c |
Int_t | tdc_wac_epi |
Int_t | tdc_wac_mu |
Int_t | tdc_wac_reference |
UInt_t | tdc_guard_region |
Int_t | tdc_force_wac |
Int_t | sample_low |
Float_t | low_signal_cut |
Float_t | int_signal_scale |
Float_t | int_signal_dt |
TBranch * | b_first_ch |
TBranch * | b_last_ch |
TBranch * | b_peakf |
TBranch * | b_cal_version |
TBranch * | b_dig_version |
TBranch * | b_shower |
TBranch * | b_eunit |
TBranch * | b_cells_used |
TBranch * | b_ped_rms |
TBranch * | b_ieta |
TBranch * | b_iphi |
TBranch * | b_iz |
TBranch * | b_ieta_atlas |
TBranch * | b_iphi_atlas |
TBranch * | b_iz_atlas |
TBranch * | b_Signalovernoise_cut |
TBranch * | b_Resolutioncoeffa |
TBranch * | b_Resolutioncoeffb |
TBranch * | b_Timehec_sample_low |
TBranch * | b_Timehec_low_signal_cut |
TBranch * | b_Timehec_int_signal_scale |
TBranch * | b_Timehec_int_signal_dt |
TBranch * | b_Timeemec_sample_low |
TBranch * | b_Timeemec_low_signal_cut |
TBranch * | b_Timeemec_int_signal_scale |
TBranch * | b_Timeemec_int_signal_dt |
TBranch * | b_timing_type |
TBranch * | b_t0_dig |
TBranch * | b_t0_cub_c |
TBranch * | b_t0_cub_epi |
TBranch * | b_t0_cub_mu |
TBranch * | b_t0_cub_trig |
TBranch * | b_tdc_wac_c |
TBranch * | b_tdc_wac_epi |
TBranch * | b_tdc_wac_mu |
TBranch * | b_tdc_wac_reference |
TBranch * | b_tdc_guard_region |
TBranch * | b_tdc_force_wac |
TBranch * | b_sample_low |
TBranch * | b_low_signal_cut |
TBranch * | b_int_signal_scale |
TBranch * | b_int_signal_dt |
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cal Version number of calibration file (if digital filtering is used).
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Version number of weight parameters files (if digital filtering is used).
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The number of adc channels.
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return the name of the data file read in.
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Unit of energy (ADC=1, nA=2).
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first FEB channel number.
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last FEB channel number.
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Shower model type ("0" for real data).
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the global timing type (<= 0 is TDC, >0 is cubic).
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peak finding method (polynomial=1, digital filtering=2).
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pointer to the analyzed TTree or TChain.
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