/* This file is part of MAUS: http://micewww.pp.rl.ac.uk/projects/maus * * MAUS is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * MAUS is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with MAUS. If not, see . */ #include "src/common_cpp/DataStructure/VLSB_C.hh" namespace MAUS { VLSB_C::VLSB_C() : _detector(""), _equip_type(0), _time_stamp(0), _phys_event_number(0), _bank_id(0), _adc(0), _part_event_number(0), _channel(0), _tdc(0), _discriminator(0), _ldc_id(0), _geo(0) { } VLSB_C::VLSB_C(const VLSB_C& vlsb_c) : _detector(""), _equip_type(0), _time_stamp(0), _phys_event_number(0), _bank_id(0), _adc(0), _part_event_number(0), _channel(0), _tdc(0), _discriminator(0), _ldc_id(0), _geo(0) { *this = vlsb_c; } VLSB_C& VLSB_C::operator=(const VLSB_C& vlsb_c) { if (this == &vlsb_c) { return *this; } SetDetector(vlsb_c._detector); SetEquipType(vlsb_c._equip_type); SetTimeStamp(vlsb_c._time_stamp); SetPhysEventNumber(vlsb_c._phys_event_number); SetBankID(vlsb_c._bank_id); SetADC(vlsb_c._adc); SetPartEventNumber(vlsb_c._part_event_number); SetChannel(vlsb_c._channel); SetTDC(vlsb_c._tdc); SetDiscriminator(vlsb_c._discriminator); SetLdcId(vlsb_c._ldc_id); SetGeo(vlsb_c._geo); return *this; } VLSB_C::~VLSB_C() { } std::string VLSB_C::GetDetector() const { return _detector; } void VLSB_C::SetDetector(std::string detector) { _detector = detector; } int VLSB_C::GetEquipType() const { return _equip_type; } void VLSB_C::SetEquipType(int equip_type) { _equip_type = equip_type; } int VLSB_C::GetTimeStamp() const { return _time_stamp; } void VLSB_C::SetTimeStamp(int time_stamp) { _time_stamp = time_stamp; } int VLSB_C::GetPhysEventNumber() const { return _phys_event_number; } void VLSB_C::SetPhysEventNumber(int phys_event_number) { _phys_event_number = phys_event_number; } int VLSB_C::GetBankID() const { return _bank_id; } void VLSB_C::SetBankID(int bank) { _bank_id = bank; } int VLSB_C::GetADC() const { return _adc; } void VLSB_C::SetADC(int adc) { _adc = adc; } int VLSB_C::GetPartEventNumber() const { return _part_event_number; } void VLSB_C::SetPartEventNumber(int part_event_number) { _part_event_number = part_event_number; } int VLSB_C::GetChannel() const { return _channel; } void VLSB_C::SetChannel(int channel) { _channel = channel; } int VLSB_C::GetTDC() const { return _tdc; } void VLSB_C::SetTDC(int tdc) { _tdc = tdc; } int VLSB_C::GetDiscriminator() const { return _discriminator; } void VLSB_C::SetDiscriminator(int discriminator) { _discriminator = discriminator; } int VLSB_C::GetLdcId() const { return _ldc_id; } void VLSB_C::SetLdcId(int ldc_id) { _ldc_id = ldc_id; } int VLSB_C::GetGeo() const { return _geo; } void VLSB_C::SetGeo(int geo) { _geo = geo; } }