remage
Simulation framework for HPGe-based experiments
 
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RMGGeneratorDecay0.hh
1// Copyright (C) 2022 Luigi Pertoldi <https://orcid.org/0000-0002-0467-2571>
2//
3// This program is free software: you can redistribute it and/or modify it under
4// the terms of the GNU Lesser General Public License as published by the Free
5// Software Foundation, either version 3 of the License, or (at your option) any
6// later version.
7//
8// This program is distributed in the hope that it will be useful, but WITHOUT
9// ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
10// FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more
11// details.
12//
13// You should have received a copy of the GNU Lesser General Public License
14// along with this program. If not, see <https://www.gnu.org/licenses/>.
15
16#ifndef _RMG_GENERATOR_DECAY0_HH_
17#define _RMG_GENERATOR_DECAY0_HH_
18
19#include <memory>
20
21#include "G4GenericMessenger.hh"
22#include "G4ThreeVector.hh"
23
24#include "RMGMasterGenerator.hh"
25#include "RMGVGenerator.hh"
26#include "RMGVVertexGenerator.hh"
27
28namespace bxdecay0_g4 {
29 class PrimaryGeneratorAction;
30}
31
32class G4Event;
42class RMGGeneratorDecay0 : public RMGVGenerator {
43
44 public:
45
52 enum class Process { k0vbb = 1, k0vbb_lambda_0 = 2, k0vbb_lambda_02 = 3, k2vbb = 4, k0vbb_M1 = 5, k0vbb_M2 = 6, k0vbb_M3 = 7, k0vbb_M7 = 8, k0vbb_lambda_2 = 9, k2vbb_2 = 10, k0vkb = 11, k2vkb = 12, k0v2k = 13, k2v2k = 14, k2vbb_bos0 = 15, k2vbb_bos2 = 16, k0vbb_eta_s = 17, k0vbb_eta_nmes = 18, k2vbb_lv = 19, k0v4b = 20
73 };
74
79 RMGGeneratorDecay0(RMGMasterGenerator* master_gen);
80 RMGGeneratorDecay0() = delete;
81 ~RMGGeneratorDecay0();
82
83 RMGGeneratorDecay0(RMGGeneratorDecay0 const&) = delete;
84 RMGGeneratorDecay0& operator=(RMGGeneratorDecay0 const&) = delete;
85 RMGGeneratorDecay0(RMGGeneratorDecay0&&) = delete;
86 RMGGeneratorDecay0& operator=(RMGGeneratorDecay0&&) = delete;
87
90 void GeneratePrimaries(G4Event*) override;
91 void SetParticlePosition(G4ThreeVector) override{};
92
96 void BeginOfRunAction(const G4Run*) override;
97 void EndOfRunAction(const G4Run*) override;
98
102 void SetBackground(std::string);
103
104
105 private:
106
107 std::unique_ptr<bxdecay0_g4::PrimaryGeneratorAction> fDecay0G4Generator;
108 RMGMasterGenerator* fMasterGen = nullptr; // non-owning
109
110 std::unique_ptr<G4GenericMessenger> fMessenger = nullptr;
111 void DefineCommands();
112
116 bool fUpdateSeeds = false;
117
123 class BxMessenger : public G4UImessenger {
124 public:
125
126 BxMessenger(RMGGeneratorDecay0* gen);
127 ~BxMessenger();
128
129 void SetNewValue(G4UIcommand* command, G4String newValues) override;
130
131 private:
132
133 RMGGeneratorDecay0* fGen;
134 G4UIcommand* fGeneratorCmd;
135
136 void GeneratorCmd(const std::string& parameters);
137 };
138
139 std::unique_ptr<BxMessenger> fUIMessenger;
140};
141
142#endif
143
144// vim: tabstop=2 shiftwidth=2 expandtab
RMGGeneratorDecay0
Integration of the BxDecay0 generator into remage.
Definition RMGGeneratorDecay0.hh:42
RMGGeneratorDecay0::Process
Process
Enumeration of nuclear decay processes supported by the generator.
Definition RMGGeneratorDecay0.hh:52
RMGGeneratorDecay0::Process::k0vkb
@ k0vkb
EC + beta+ 0+ -> 0+, 2+.
Definition RMGGeneratorDecay0.hh:63
RMGGeneratorDecay0::Process::k0vbb_lambda_2
@ k0vbb_lambda_2
0+ -> 2+ {2n} with RHC lambda
Definition RMGGeneratorDecay0.hh:61
RMGGeneratorDecay0::Process::k2vbb_lv
@ k2vbb_lv
0+ -> 0+ with Lorentz violation
Definition RMGGeneratorDecay0.hh:71
RMGGeneratorDecay0::Process::k0v2k
@ k0v2k
double EC 0+ -> 0+, 2+
Definition RMGGeneratorDecay0.hh:65
RMGGeneratorDecay0::Process::k0vbb_M2
@ k0vbb_M2
0+ -> 0+ {2n} (Majoron, SI=2)
Definition RMGGeneratorDecay0.hh:58
RMGGeneratorDecay0::Process::k0vbb
@ k0vbb
neutrinoless double beta decay
Definition RMGGeneratorDecay0.hh:53
RMGGeneratorDecay0::Process::k0vbb_lambda_0
@ k0vbb_lambda_0
0+ -> 0+ {2n} with RHC lambda
Definition RMGGeneratorDecay0.hh:54
RMGGeneratorDecay0::Process::k0vbb_eta_nmes
@ k0vbb_eta_nmes
0+ -> 0+ with RHC eta and specific NMEs
Definition RMGGeneratorDecay0.hh:70
RMGGeneratorDecay0::Process::k0vbb_M7
@ k0vbb_M7
0+ -> 0+ {2n} (Majoron, SI=7)
Definition RMGGeneratorDecay0.hh:60
RMGGeneratorDecay0::Process::k2v2k
@ k2v2k
double EC 0+ -> 0+, 2+
Definition RMGGeneratorDecay0.hh:66
RMGGeneratorDecay0::Process::k0vbb_eta_s
@ k0vbb_eta_s
0+ -> 0+ with RHC eta simplified expression
Definition RMGGeneratorDecay0.hh:69
RMGGeneratorDecay0::Process::k2vbb_2
@ k2vbb_2
0+ -> 2+ {2n}, {N*}
Definition RMGGeneratorDecay0.hh:62
RMGGeneratorDecay0::Process::k2vkb
@ k2vkb
EC + beta+ 0+ -> 0+, 2+.
Definition RMGGeneratorDecay0.hh:64
RMGGeneratorDecay0::Process::k2vbb_bos0
@ k2vbb_bos0
0+ -> 0+ with bosonic neutrinos
Definition RMGGeneratorDecay0.hh:67
RMGGeneratorDecay0::Process::k0vbb_lambda_02
@ k0vbb_lambda_02
0+ -> 0+, 2+ {N*} with RHC lambda
Definition RMGGeneratorDecay0.hh:55
RMGGeneratorDecay0::Process::k0v4b
@ k0v4b
0+ -> 0+ Quadruple beta decay
Definition RMGGeneratorDecay0.hh:72
RMGGeneratorDecay0::Process::k2vbb_bos2
@ k2vbb_bos2
0+ -> 2+ with bosonic neutrinos
Definition RMGGeneratorDecay0.hh:68
RMGGeneratorDecay0::Process::k0vbb_M3
@ k0vbb_M3
0+ -> 0+ {2n} (Majoron, SI=3)
Definition RMGGeneratorDecay0.hh:59
RMGGeneratorDecay0::Process::k2vbb
@ k2vbb
2 neutrino double beta decay
Definition RMGGeneratorDecay0.hh:56
RMGGeneratorDecay0::Process::k0vbb_M1
@ k0vbb_M1
0+ -> 0+ {2n} (Majoron, SI=1)
Definition RMGGeneratorDecay0.hh:57
RMGGeneratorDecay0::GeneratePrimaries
void GeneratePrimaries(G4Event *) override
Calls to fDecay0G4Generator to generate the primary for the event.
Definition RMGGeneratorDecay0.cc:49
RMGGeneratorDecay0::BeginOfRunAction
void BeginOfRunAction(const G4Run *) override
Updates the seed and configuration at the beginning of each run.
Definition RMGGeneratorDecay0.cc:53
RMGGeneratorDecay0::RMGGeneratorDecay0
RMGGeneratorDecay0(RMGMasterGenerator *master_gen)
Constructor that links the BxDecay0 generator action to remage.
Definition RMGGeneratorDecay0.cc:32
RMGGeneratorDecay0::SetBackground
void SetBackground(std::string)
Sets BxDecay0 to run in background mode and sets the specific isotope.
Definition RMGGeneratorDecay0.cc:104
RMGGeneratorDecay0::SetParticlePosition
void SetParticlePosition(G4ThreeVector) override
Set the primary vertex position.
Definition RMGGeneratorDecay0.hh:91
RMGGeneratorDecay0::EndOfRunAction
void EndOfRunAction(const G4Run *) override
Called at the end of a run.
Definition RMGGeneratorDecay0.cc:99
RMGMasterGenerator
Definition RMGMasterGenerator.hh:28