T0MTSettings.h

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/*
  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
*/
 
//   T0MTSettings.h
//   Header file for class T0MTSettings
// (c) ATLAS Detector software
//
 
#ifndef T0MTSETTINGS_H
#define T0MTSETTINGS_H
 
#include "T0MTSettingsT0.h"
#include "T0MTSettingsTMax.h"
 
namespace MuonCalib {
 
    class T0MTSettings {
    public:
        //===========================constructor=======================================
        T0MTSettings();
        //============================public emmber functions===========================
        inline const int &NBinsADC() const { return m_n_bins_adc; }
        inline int &NBinsADC() { return m_n_bins_adc; }
        inline double ADCMin() const { return m_adc_min; }
        inline double &ADCMin() { return m_adc_min; }
        inline double ADCMax() const { return m_adc_max; }
        inline double &ADCMax() { return m_adc_max; }
        inline const int &NBinsTime() const { return m_n_bins_time; }
        inline int &NBinsTime() { return m_n_bins_time; }
        inline double TimeMin() const { return m_time_min; }
        inline double &TimeMin() { return m_time_min; }
        inline double TimeMax() const { return m_time_max; }
        inline double &TimeMax() { return m_time_max; }
 
 
        inline const bool &DrawDebugGraphs() const { return m_draw_debug_graphs; }
        inline bool &DrawDebugGraphs() { return m_draw_debug_graphs; }
        inline const bool &AddFitfun() const { return m_add_fitfun; }
        inline bool &AddFitfun() { return m_add_fitfun; }
        inline bool &AddFitfun(bool add_fitfun) {
            m_add_fitfun = add_fitfun;
            return m_add_fitfun;
        }
        inline const int &VerboseLevel() const { return m_verbose_level; }
        inline int &VerboseLevel() { return m_verbose_level; }
 
 
        inline const T0MTSettingsT0 *T0Settings() const { return &m_t0_settings; }
        inline T0MTSettingsT0 *T0Settings() { return &m_t0_settings; }
        inline const T0MTSettingsTMax *TMaxSettings() const { return &m_tmax_settings; }
        inline T0MTSettingsTMax *TMaxSettings() { return &m_tmax_settings; }
        inline const bool &FitTime() const { return m_fit_time; }
        inline bool &FitTime() { return m_fit_time; }
        inline const bool &FitADC() const { return m_fit_time; }
        inline bool &FitADC() { return m_fit_time; }
        /* minimum number of entries per fit */
        inline const int &MinEntriesTime() const { return m_min_entries_time; }
        inline int &MinEntriesTime() { return m_min_entries_time; }
        inline const int &MinEntriesADC() const { return m_min_entries_adc; }
        inline int &MinEntriesADC() { return m_min_entries_adc; }
 
    private:
        //===========================private data members=============================
        //----------------------------histogram binning--------------------------------
        int m_n_bins_adc;
        double m_adc_min, m_adc_max;
        int m_n_bins_time;
        double m_time_min, m_time_max;
        //---------------------------debug settings-------------------------------------
        bool m_draw_debug_graphs;
        bool m_add_fitfun;
        int m_verbose_level;
        //---------------------------t0 - tmax - settings-------------------------------
        bool m_fit_time;
        int m_min_entries_time, m_min_entries_adc;
        T0MTSettingsT0 m_t0_settings;
        T0MTSettingsTMax m_tmax_settings;
    };
 
}  // namespace MuonCalib
 
#endif