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NEBULA
(NEutron Detection System for
Breakup of
Unstable Nuclei with
Large
Acceptance)
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Simulator (smsimulator)
The NEBULA simulator, named smsimulator, is C++ program based on Geant4 tool kit with ROOT libraries. This simulator is useful for
- simulating response of NEBULA to single neutron
- simulating trajectory of charged fragment in the SAMURAI magnet
- simulation for N-body neutron decay.
See README file for installation and use.
The following references are helpful to know the NEBULA neutron analysis.
- R. Tanaka: Master thesis (written in Japanese)
- T. Nakamura, Y. Kondo, Large acceptance spectrometers for invariant mass spectroscopy of exotic nuclei and future developments
NIMB 376 (2016) 156-161
- Y. Kondo, T. Tomai, T. Nakamura: Recent progress and developments for experimental studies with the SAMURAI spectrometer
NIMB 463 (2020) 173
Version6.0 (xx, xxx, 2024)
Updated for ROOT ver6, c++17 for future development with NPTOOL.
description
- Modified directory structure
- Compilation with cmake for smg4lib
Version5.5 (26, August, 2022)
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description
- Changed definition of TrackID and add ParentID in TSimData. Be careful if you use this variables.
- Modified XXXSimDataInitializer to avoid multiple SimDataArray for runs
Version5.4 (04, August, 2020)
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description
- Bug fix in MagField.cc (FieldFactor was not correct)
Version5.3 (31, July, 2020)
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description
- Added multitrace package in work/simtrace/ for drawing heavy ion trajectories easily
Version5.2 (03, July, 2020)
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description
- CATANA is included. Simple package is sim_catana.
Version5.1 (01, May, 2020)
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description
- FragSimDataConverter_Basic is included in sim_samurai21.cc
- work/sim_samurai21/macros/examples/analysis_example.cc is modified for ver5.x. Other example macros should be modified. (to be fixed in next version)
Version5.0 (16, October, 2019)
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description
- Compatible with Geant4.10 (not compatible with Geant4.9)
- Added an option to skip particle generation if Y position at center of magnet is larger than 40cm
Version4.5 (18, July, 2019)
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description
- Bug fix in ActionBasicMessenger.cc
- Bug fix in simtrace.cc
Version4.4 (11, December, 2018)
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description
- Bug fix in FragSimDataConverter_Basic.cc (definition of OK_XXX in TTree::Branch)
- WinC1_Hole_log -> WinC1_Hole, WinC1_Hole is added to FragSimDataConverter_Basic
- FragSimDataConverter_Bsic has been added to simdayone and sim_tm1510
Version4.3 (22, June, 2018)
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description
- fixed bug in sim_dali/src/SIMALIConstruction.cc. (Only SG was registered as sensitive volume)
- modified TSimData::fPrimaryParticleID -> fTrackID
- added TrackingActionBasic for tracing track ID of generated neutrons
Version4.2 (9, May, 2018)
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description
- modified NEBULASimDataConverterTArtNEBULAPla, NEBULANeuLANDSimDataConverterTArtNEBULAPla
- modified default value of attuenation length for NeuLAND
Version4.1 (25, Jan, 2018)
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description
- bug fix in sim_dali/EventGenerator
- command /action/data/Beam/StoreData is added
- A and Z are inputted in PrimaryGeneratorActionBasic
Version4.0 (28, December, 2017)
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description
- DALI2 is implemented, sim_dali and sim_s21dali are examples
- TFragSimData, TNEBULASimData, TNeuLANDSimData is unified by TSimData
- TXXXSimDataArray (vector) is replaced to TClonesArray except for TBeamSimDataArray
- command /action/gun/SetBeamParticleName is added
- command /action/gun/SkipGamma is added
- command /action/gun/Type Isotropic is added
- command /action/cut/gamma,electron,positron is added for gamma-ray detector simulation
- FragSimDataConverter_Basic is implemented
Version3.7 (24, November, 2017)
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description
- neutron detector positions measured for SAMURAI21 experiment
- added ExitWindowC2Construction for new charged particle window (dy=800mm)
- added Q_factor in TNeuLANDSimParameter, TNEBULASimParameter
- added ICF and HODS in smg4lib/construction
- added sim_tm1510 for ImPACT setup
Version3.6 (2, March, 2017)
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description
- added FlightLength to TFragSimData
- added example for making Brho function in work/simtrace
Version3.5 (13, November, 2015)
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description
- HODF24 is added
- bug fix in DipoleConstruction::SetMagFieldFactor
Version3.4 (10, September, 2014)
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description
- bug(?) fix in XXXSimDataInitializer::Initialize
Version3.3 (31, July, 2014)
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description
- bug fix: "beam" was not stored in output tree
Version3.2 (21, July, 2014)
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description
- NeuLAND is implemented
- Example of crosstalk analysis is included
- Geant4.9.6.p02 is recommended
- Geant version 10.0 is not compatible
Version3.1 (2, May, 2014)
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description
- Geant4.9.6.p02 is recommended
- Bug in NEBULASimDataConverter fixed Layer, SubLayer
- Geant version 10.0 is not compatible
Version3.0 (12, Mar, 2014)
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description
- Geant4.9.6.p02 is recommended
- Sample macros are included
- TTree input is supported
- Example of crosstalk analysis is not included
Version2.0.6 (6, Dec, 2013)
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known bug
- SimToExp() in TConvertToTArtNEBULAPla.cc
Position is not from the earliest step. Order of a line for substituting position should be before updating tl and tr.
description
- Geant4.9.6.p02 is recommended
- Sample macros are included
- Angular distribution of generated decay system is not implemented
- Example of crosstalk analysis is not included
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