Galaxy Class Reference

Class containing a general description of the galaxy. More...

#include <galaxy.h>

List of all members.

Public Member Functions

 Galaxy ()
 Galaxy (Input *)
TGridGetCoordinates ()
TSourceGetSource ()
vector< TGas * > & GetGas ()
TGasGetTotalGas ()
TDiffusionCoefficientGetDiffCoeff ()
TReaccelerationCoefficientGetReaccCoeff ()
TDiffusionCoefficientGetDiffCoeffEl ()
TReaccelerationCoefficientGetReaccCoeffEl ()
TConvectionVelocityGetVC ()
TISRFGetISRF ()
TBFieldGetBField ()
InputGetInput ()
void Delete ()
double GetSourceAbundance (int uid)
 Obtain source abundance of specified nucleus.
const double GetInjLowSpectrum () const
double GetInjSpectrum (int uid)
 Obtain high energy injection index of specified nucleus.
 ~Galaxy ()

Protected Attributes

map< int, double > _fInjSpectrum
 Map associating to each nucleus its corresponding injection index.
double inj_low_nucl
map< int, double > _fSourceAbundances
 Map associating to each nucleus its corresponding source abundance.
TGrid_fCoordinates
TSource_fSource
vector< TGas * > _fGas
TGas_fTotalGas
TDiffusionCoefficient_fDperp
TReaccelerationCoefficient_fDpp
TDiffusionCoefficient_fDperpEl
TReaccelerationCoefficient_fDppEl
TConvectionVelocity_fVC
TISRF_fISRF
TBField_fB
Inputinp

Detailed Description

Class containing a general description of the galaxy.

Author:
Luca Maccione luca.maccione@desy.de

Definition at line 576 of file galaxy.h.


Constructor & Destructor Documentation

Galaxy::Galaxy (  )  [inline]

Default constructor.

Definition at line 580 of file galaxy.h.

Galaxy::Galaxy ( Input in  ) 

Constructor given user input.

Parameters:
in User input.

Definition at line 670 of file galaxy.cc.

References _fB, _fCoordinates, _fDperp, _fDperpEl, _fDpp, _fDppEl, _fGas, _fInjSpectrum, _fISRF, _fSource, _fSourceAbundances, _fTotalGas, _fVC, ab_Al26, ab_Al27, ab_Ar36, ab_Ar38, ab_B10, ab_B11, ab_Be10, ab_Be9, Input::ab_C, ab_C13, ab_C14, ab_Ca40, ab_Ca42, ab_Ca44, ab_Ca48, ab_Cl35, ab_Cl37, ab_Co59, ab_Cr50, ab_Cr52, ab_Cr53, ab_Cr54, ab_F19, ab_Fe54, ab_Fe56, ab_Fe57, ab_Fe58, ab_He3, ab_He4, ab_K39, ab_Mg24, ab_Mg25, ab_Mg26, ab_Mn55, Input::ab_N, ab_N15, ab_Na22, ab_Na23, ab_Ne20, ab_Ne21, ab_Ne22, ab_Ni58, ab_Ni60, ab_Ni61, ab_Ni62, ab_Ni64, ab_O, ab_O17, ab_O18, ab_P31, ab_pr, ab_S32, ab_S33, ab_S34, ab_S36, ab_Sc45, ab_Si28, ab_Si29, ab_Si30, ab_Si32, ab_Ti46, ab_Ti47, ab_Ti48, ab_Ti49, ab_Ti50, ab_V51, Input::D0, Input::delta, Input::dmprof, Input::dvdz, Input::Ekfact, Input::etaT, TGrid::GetMomentum(), TGrid::GetMomentumEl(), ind_low_nucl, Input::index_radial, inj_low_nucl, inp, ISRFfile, Input::mx, Input::numr, Input::numz, prop_el, prop_extracomp, Input::set_profile, Input::sigmav, spect_ind_Al, spect_ind_Ar, spect_ind_B, spect_ind_Be, spect_ind_C, spect_ind_Ca, spect_ind_Cl, spect_ind_Co, spect_ind_Cr, spect_ind_F, spect_ind_Fe, spect_ind_He, spect_ind_K, spect_ind_Mg, spect_ind_Mn, spect_ind_N, spect_ind_Na, spect_ind_Ne, spect_ind_Ni, spect_ind_O, spect_ind_P, spect_ind_pr, spect_ind_S, spect_ind_Sc, spect_ind_Si, spect_ind_Ti, spect_ind_V, Input::taudec, Input::v0, Input::vAlfven, Input::zmax, and Input::zt.

00670                         {
00671 
00672   if (in == NULL) {
00673     cerr << "No Input specified!" << endl;
00674     return ;
00675   }
00676   inp = in;
00677 
00678 #ifndef HAVE_DS
00679 
00680   _fSourceAbundances[1001]  = ab_pr;
00681 
00682   _fSourceAbundances[2003]  = ab_He3;
00683   _fSourceAbundances[2004]  = ab_He4;
00684 
00685   _fSourceAbundances[4009]  = ab_Be9;
00686   _fSourceAbundances[4010]  = ab_Be10;
00687 
00688   _fSourceAbundances[5010]  = ab_B10;
00689   _fSourceAbundances[5011]  = ab_B11;
00690 
00691   _fSourceAbundances[6012]  = in->ab_C;
00692   _fSourceAbundances[6013]  = ab_C13;
00693   _fSourceAbundances[6014]  = ab_C14;  
00694 
00695   _fSourceAbundances[7014]  = in->ab_N;
00696   _fSourceAbundances[7015]  = ab_N15;
00697 
00698   _fSourceAbundances[8016]  = ab_O;
00699   _fSourceAbundances[8017]  = ab_O17;
00700   _fSourceAbundances[8018]  = ab_O18;
00701 
00702   _fSourceAbundances[9019]  = ab_F19;
00703 
00704   _fSourceAbundances[10020] = ab_Ne20;
00705   _fSourceAbundances[10021] = ab_Ne21;
00706   _fSourceAbundances[10022] = ab_Ne22;
00707 
00708   _fSourceAbundances[11022] = ab_Na22;
00709   _fSourceAbundances[11023] = ab_Na23;
00710 
00711   _fSourceAbundances[12024] = ab_Mg24;
00712   _fSourceAbundances[12025] = ab_Mg25;
00713   _fSourceAbundances[12026] = ab_Mg26;
00714 
00715   _fSourceAbundances[13026] = ab_Al26;
00716   _fSourceAbundances[13027] = ab_Al27;
00717 
00718   _fSourceAbundances[14028] = ab_Si28;
00719   _fSourceAbundances[14029] = ab_Si29;
00720   _fSourceAbundances[14030] = ab_Si30;
00721   _fSourceAbundances[14032] = ab_Si32;
00722 
00723   _fSourceAbundances[15031] = ab_P31;
00724 
00725   _fSourceAbundances[16032] = ab_S32;
00726   _fSourceAbundances[16033] = ab_S33;
00727   _fSourceAbundances[16034] = ab_S34;
00728   _fSourceAbundances[16036] = ab_S36;
00729 
00730   _fSourceAbundances[17035] = ab_Cl35;
00731   _fSourceAbundances[17037] = ab_Cl37;
00732 
00733   _fSourceAbundances[18036] = ab_Ar36;
00734   _fSourceAbundances[18038] = ab_Ar38;
00735 
00736   _fSourceAbundances[19039] = ab_K39;
00737 
00738   _fSourceAbundances[20040] = ab_Ca40;
00739   _fSourceAbundances[20042] = ab_Ca42;
00740   _fSourceAbundances[20044] = ab_Ca44;
00741   _fSourceAbundances[20048] = ab_Ca48;
00742 
00743   _fSourceAbundances[21045] = ab_Sc45;
00744 
00745   _fSourceAbundances[22046] = ab_Ti46;
00746   _fSourceAbundances[22047] = ab_Ti47;
00747   _fSourceAbundances[22048] = ab_Ti48;
00748   _fSourceAbundances[22049] = ab_Ti49;
00749   _fSourceAbundances[22050] = ab_Ti50;
00750 
00751   _fSourceAbundances[23051] = ab_V51;
00752 
00753   _fSourceAbundances[24050] = ab_Cr50;
00754   _fSourceAbundances[24052] = ab_Cr52;
00755   _fSourceAbundances[24053] = ab_Cr53;
00756   _fSourceAbundances[24054] = ab_Cr54;
00757 
00758   _fSourceAbundances[25055] = ab_Mn55;
00759 
00760   _fSourceAbundances[26054] = ab_Fe54;
00761   _fSourceAbundances[26056] = ab_Fe56;
00762   _fSourceAbundances[26057] = ab_Fe57;
00763   _fSourceAbundances[26058] = ab_Fe58;
00764 
00765   _fSourceAbundances[27059] = ab_Co59;
00766 
00767   _fSourceAbundances[28058] = ab_Ni58;
00768   _fSourceAbundances[28060] = ab_Ni60;
00769   _fSourceAbundances[28061] = ab_Ni61;
00770   _fSourceAbundances[28062] = ab_Ni62;
00771   _fSourceAbundances[28064] = ab_Ni64;
00772 
00773   inj_low_nucl = ind_low_nucl-in->delta;
00774 
00775   _fInjSpectrum[1001]  = spect_ind_pr-in->delta;
00776 
00777   _fInjSpectrum[2004]  = spect_ind_He-in->delta;
00778 
00779   _fInjSpectrum[4009]  = spect_ind_Be-in->delta;
00780   _fInjSpectrum[4010]  = spect_ind_Be-in->delta;
00781 
00782   _fInjSpectrum[5010]  = spect_ind_B-in->delta;
00783   _fInjSpectrum[5011]  = spect_ind_B-in->delta;
00784 
00785   _fInjSpectrum[6012]  = spect_ind_C-in->delta;
00786   _fInjSpectrum[6013]  = spect_ind_C-in->delta;
00787   _fInjSpectrum[6014]  = spect_ind_C-in->delta;  
00788 
00789   _fInjSpectrum[7014]  = spect_ind_N-in->delta;
00790   _fInjSpectrum[7015]  = spect_ind_N-in->delta;
00791 
00792   _fInjSpectrum[8016]  = spect_ind_O-in->delta;
00793   _fInjSpectrum[8017]  = spect_ind_O-in->delta;
00794   _fInjSpectrum[8018]  = spect_ind_O-in->delta;
00795 
00796   _fInjSpectrum[9019]  = spect_ind_F-in->delta;
00797 
00798   _fInjSpectrum[10020] = spect_ind_Ne-in->delta;
00799   _fInjSpectrum[10021] = spect_ind_Ne-in->delta;
00800   _fInjSpectrum[10022] = spect_ind_Ne-in->delta;
00801 
00802   _fInjSpectrum[11022] = spect_ind_Na-in->delta;
00803   _fInjSpectrum[11023] = spect_ind_Na-in->delta;
00804 
00805   _fInjSpectrum[12024] = spect_ind_Mg-in->delta;
00806   _fInjSpectrum[12025] = spect_ind_Mg-in->delta;
00807   _fInjSpectrum[12026] = spect_ind_Mg-in->delta;
00808 
00809   _fInjSpectrum[13026] = spect_ind_Al-in->delta;
00810   _fInjSpectrum[13027] = spect_ind_Al-in->delta;
00811 
00812   _fInjSpectrum[14028] = spect_ind_Si-in->delta;
00813   _fInjSpectrum[14029] = spect_ind_Si-in->delta;
00814   _fInjSpectrum[14030] = spect_ind_Si-in->delta;
00815   _fInjSpectrum[14032] = spect_ind_Si-in->delta;
00816 
00817   _fInjSpectrum[15031] = spect_ind_P-in->delta;
00818 
00819   _fInjSpectrum[16032] = spect_ind_S-in->delta;
00820   _fInjSpectrum[16033] = spect_ind_S-in->delta;
00821   _fInjSpectrum[16034] = spect_ind_S-in->delta;
00822   _fInjSpectrum[16036] = spect_ind_S-in->delta;
00823 
00824   _fInjSpectrum[17035] = spect_ind_Cl-in->delta;
00825   _fInjSpectrum[17037] = spect_ind_Cl-in->delta;
00826 
00827   _fInjSpectrum[18036] = spect_ind_Ar-in->delta;
00828   _fInjSpectrum[18038] = spect_ind_Ar-in->delta;
00829 
00830   _fInjSpectrum[19039] = spect_ind_K-in->delta;
00831 
00832   _fInjSpectrum[20040] = spect_ind_Ca-in->delta;
00833   _fInjSpectrum[20042] = spect_ind_Ca-in->delta;
00834   _fInjSpectrum[20044] = spect_ind_Ca-in->delta;
00835   _fInjSpectrum[20048] = spect_ind_Ca-in->delta;
00836 
00837   _fInjSpectrum[21045] = spect_ind_Sc-in->delta;
00838 
00839   _fInjSpectrum[22046] = spect_ind_Ti-in->delta;
00840   _fInjSpectrum[22047] = spect_ind_Ti-in->delta;
00841   _fInjSpectrum[22048] = spect_ind_Ti-in->delta;
00842   _fInjSpectrum[22049] = spect_ind_Ti-in->delta;
00843   _fInjSpectrum[22050] = spect_ind_Ti-in->delta;
00844 
00845   _fInjSpectrum[23051] = spect_ind_V-in->delta;
00846 
00847   _fInjSpectrum[24050] = spect_ind_Cr-in->delta;
00848   _fInjSpectrum[24052] = spect_ind_Cr-in->delta;
00849   _fInjSpectrum[24053] = spect_ind_Cr-in->delta;
00850   _fInjSpectrum[24054] = spect_ind_Cr-in->delta;
00851 
00852   _fInjSpectrum[25055] = spect_ind_Mn-in->delta;
00853 
00854   _fInjSpectrum[26054] = spect_ind_Fe-in->delta;
00855   _fInjSpectrum[26056] = spect_ind_Fe-in->delta;
00856   _fInjSpectrum[26057] = spect_ind_Fe-in->delta;
00857   _fInjSpectrum[26058] = spect_ind_Fe-in->delta;
00858 
00859   _fInjSpectrum[27059] = spect_ind_Co-in->delta;
00860 
00861   _fInjSpectrum[28058] = spect_ind_Ni-in->delta;
00862   _fInjSpectrum[28060] = spect_ind_Ni-in->delta;
00863   _fInjSpectrum[28061] = spect_ind_Ni-in->delta;
00864   _fInjSpectrum[28062] = spect_ind_Ni-in->delta;
00865   _fInjSpectrum[28064] = spect_ind_Ni-in->delta;
00866 #endif
00867   _fSourceAbundances[-1000] = 1.0;
00868   _fSourceAbundances[1000] = 0.0;
00869   _fSourceAbundances[-999] = 0.0;
00870 
00871   _fCoordinates = new TGrid(in->Ekfact, in->numr, in->numz, in->zmax);
00872 
00873   _fGas.push_back(new TH2Gas(_fCoordinates));
00874   _fGas.push_back(new THIGas(_fCoordinates));
00875   _fGas.push_back(new THIIGas(_fCoordinates));
00876   _fTotalGas = new TGas(_fCoordinates);
00877 
00878 #ifdef HAVE_DS
00879   _fSource = new TDMSource(_fCoordinates, in->dmprof, in->mx, in->sigmav, in->taudec);
00880 #else
00881   _fSource = new TAstrophysicalSource(_fCoordinates);
00882 #endif
00883 
00884   _fDperp = new TDiffusionCoefficient(_fCoordinates, in->D0, in->delta, in->zt, in->etaT, in->index_radial, in->set_profile);
00885 
00886 #ifdef REAC
00887   _fDpp = new TReaccelerationCoefficient(_fCoordinates->GetMomentum(), _fDperp, in->vAlfven);
00888 #else
00889   _fDpp = NULL;
00890 #endif
00891 
00892 #ifdef CONVECTION
00893   _fVC = new TConvectionVelocity(_fCoordinates, in->v0, in->dvdz);
00894 #else
00895   _fVC = NULL;
00896 #endif
00897 
00898   if (prop_el || prop_extracomp) {
00899     _fDperpEl = new TDiffusionCoefficient(_fCoordinates, in->D0, in->delta, in->zt, in->etaT, in->index_radial, in->set_profile, prop_el);
00900 
00901 #ifdef REAC
00902     _fDppEl = new TReaccelerationCoefficient(_fCoordinates->GetMomentumEl(), _fDperpEl, in->vAlfven);
00903 #else
00904     _fDppEl = NULL;
00905 #endif
00906 
00907     _fB = new TBField(_fCoordinates);
00908     _fISRF = new TISRF(_fCoordinates, ISRFfile);
00909   }
00910   else {
00911     _fDperpEl = NULL;
00912     _fDppEl = NULL;
00913     _fB = NULL;
00914     _fISRF = NULL;
00915   }
00916 }

Galaxy::~Galaxy (  ) 

Destructor.

Definition at line 918 of file galaxy.cc.

References _fB, _fCoordinates, _fDperp, _fDperpEl, _fDpp, _fDppEl, _fGas, _fInjSpectrum, _fISRF, _fSource, _fSourceAbundances, _fTotalGas, and _fVC.

00918                 {
00919   if (_fCoordinates) delete _fCoordinates;
00920   if (_fSource) delete _fSource;
00921   if (_fDperp) delete _fDperp;
00922   if (_fDpp) delete _fDpp;
00923   if (_fDperpEl) delete _fDperpEl;
00924   if (_fDppEl) delete _fDppEl;
00925   if (_fVC) delete _fVC;
00926   if (_fISRF) delete _fISRF;
00927   if (_fB) delete _fB;
00928   if (_fTotalGas) delete _fTotalGas;
00929   for (vector<TGas*>::iterator i = _fGas.begin(); i != _fGas.end(); ++i) {
00930     if (*i) delete *i;
00931   }
00932   _fGas.clear();
00933   _fInjSpectrum.clear();
00934   _fSourceAbundances.clear();
00935 }


Member Function Documentation

void Galaxy::Delete (  ) 

Definition at line 937 of file galaxy.cc.

References _fB, _fGas, _fISRF, and _fTotalGas.

00937                     {
00938   if (_fTotalGas) delete _fTotalGas;
00939   for (vector<TGas*>::iterator i = _fGas.begin(); i != _fGas.end(); ++i) {
00940     if (*i) delete *i;
00941   }
00942   _fGas.clear();
00943   if (_fISRF) delete _fISRF;
00944   if (_fB) delete _fB;
00945 }

TBField* Galaxy::GetBField (  )  [inline]

Obtain the Magnetic Field.

Definition at line 605 of file galaxy.h.

References _fB.

Referenced by TParticle::TParticle().

TGrid* Galaxy::GetCoordinates (  )  [inline]
TDiffusionCoefficient* Galaxy::GetDiffCoeff (  )  [inline]

Obtain the diffusion coefficient.

Definition at line 591 of file galaxy.h.

References _fDperp.

Referenced by TCREvolutorADI::Run(), and TCREvolutor::Run().

TDiffusionCoefficient* Galaxy::GetDiffCoeffEl (  )  [inline]

Obtain the diffusion coefficient for electrons/positrons.

Definition at line 596 of file galaxy.h.

References _fDperpEl.

Referenced by TCREvolutorADI::Run(), and TCREvolutor::Run().

vector<TGas*>& Galaxy::GetGas (  )  [inline]

Obtain the ISM gas components.

Definition at line 586 of file galaxy.h.

References _fGas.

Referenced by TParticle::TParticle().

const double Galaxy::GetInjLowSpectrum (  )  const [inline]

Obtain the injection spectral index at low energy (below some ref rigidity.

Definition at line 620 of file galaxy.h.

References inj_low_nucl.

Referenced by TParticle::TParticle().

double Galaxy::GetInjSpectrum ( int  uid  )  [inline]

Obtain high energy injection index of specified nucleus.

Parameters:
uid Unique ID of nucleus.

Definition at line 623 of file galaxy.h.

References _fInjSpectrum.

Referenced by TParticle::Print(), TParticle::PrintSpectrum(), and TParticle::TParticle().

00623                                                                {
00624     map<int,double>::iterator found = _fInjSpectrum.find(uid); 
00625     if (found != _fInjSpectrum.end()) return (*found).second;
00626     else return 0;
00627   }

Input* Galaxy::GetInput (  )  [inline]

Definition at line 608 of file galaxy.h.

References inp.

00608 { return inp; }

TISRF* Galaxy::GetISRF (  )  [inline]

Obtain the description of InterStellar Radiation Fields.

Definition at line 603 of file galaxy.h.

References _fISRF.

Referenced by TParticle::TParticle().

TReaccelerationCoefficient* Galaxy::GetReaccCoeff (  )  [inline]

Obtain the diffusion coefficient in momentum space.

Definition at line 593 of file galaxy.h.

References _fDpp.

Referenced by TCREvolutorADI::Run(), and TCREvolutor::Run().

TReaccelerationCoefficient* Galaxy::GetReaccCoeffEl (  )  [inline]

Obtain the diffusion coefficient for electrons/positrons in momentum space.

Definition at line 598 of file galaxy.h.

References _fDppEl.

Referenced by TCREvolutorADI::Run(), and TCREvolutor::Run().

TSource* Galaxy::GetSource (  )  [inline]

Obtain the CR source distribution.

Definition at line 584 of file galaxy.h.

References _fSource.

Referenced by TCREvolutor::TCREvolutor(), and TCREvolutorADI::TCREvolutorADI().

double Galaxy::GetSourceAbundance ( int  uid  )  [inline]

Obtain source abundance of specified nucleus.

Parameters:
uid Unique ID of nucleus.

Definition at line 611 of file galaxy.h.

References _fSourceAbundances.

Referenced by TParticle::Print(), TParticle::PrintSpectrum(), DRAGON::Run(), TCREvolutorADI::Run(), and TCREvolutor::Run().

00611                                                                    { 
00612     map<int,double>::iterator found = _fSourceAbundances.find(uid); 
00613     if (found != _fSourceAbundances.end()) return (*found).second;
00614     else return -1;
00615   }

TGas* Galaxy::GetTotalGas (  )  [inline]

Obtain the distribution of total gas in the galaxy.

Definition at line 588 of file galaxy.h.

References _fTotalGas.

Referenced by TParticle::ComputeSecondarySource(), TCREvolutor::TCREvolutor(), TCREvolutorADI::TCREvolutorADI(), and TParticle::TParticle().

TConvectionVelocity* Galaxy::GetVC (  )  [inline]

Obtain the convection velocity.

Definition at line 600 of file galaxy.h.

References _fVC.

Referenced by TCREvolutor::TCREvolutor(), and TCREvolutorADI::TCREvolutorADI().


Member Data Documentation

TBField* Galaxy::_fB [protected]

Magnetic Field.

Definition at line 659 of file galaxy.h.

Referenced by Delete(), Galaxy(), GetBField(), and ~Galaxy().

Geometry and kinematics.

Definition at line 646 of file galaxy.h.

Referenced by Galaxy(), GetCoordinates(), and ~Galaxy().

Diffusion coefficient.

Definition at line 650 of file galaxy.h.

Referenced by Galaxy(), GetDiffCoeff(), and ~Galaxy().

Diffusion coefficient for electrons/positrons.

Definition at line 654 of file galaxy.h.

Referenced by Galaxy(), GetDiffCoeffEl(), and ~Galaxy().

Reacceleration coefficient.

Definition at line 651 of file galaxy.h.

Referenced by Galaxy(), GetReaccCoeff(), and ~Galaxy().

Reacceleration coefficient for electrons/positrons.

Definition at line 655 of file galaxy.h.

Referenced by Galaxy(), GetReaccCoeffEl(), and ~Galaxy().

vector<TGas*> Galaxy::_fGas [protected]

Array of gas components.

Definition at line 648 of file galaxy.h.

Referenced by Delete(), Galaxy(), GetGas(), and ~Galaxy().

map< int, double > Galaxy::_fInjSpectrum [protected]

Map associating to each nucleus its corresponding injection index.

Definition at line 636 of file galaxy.h.

Referenced by Galaxy(), GetInjSpectrum(), and ~Galaxy().

TISRF* Galaxy::_fISRF [protected]

InterStellar Radiation Field.

Definition at line 658 of file galaxy.h.

Referenced by Delete(), Galaxy(), GetISRF(), and ~Galaxy().

TSource* Galaxy::_fSource [protected]

CR sources.

Definition at line 647 of file galaxy.h.

Referenced by Galaxy(), GetSource(), and ~Galaxy().

map< int, double > Galaxy::_fSourceAbundances [protected]

Map associating to each nucleus its corresponding source abundance.

Definition at line 642 of file galaxy.h.

Referenced by Galaxy(), GetSourceAbundance(), and ~Galaxy().

TGas* Galaxy::_fTotalGas [protected]

Total gas.

Definition at line 649 of file galaxy.h.

Referenced by Delete(), Galaxy(), GetTotalGas(), and ~Galaxy().

Convection velocity.

Definition at line 657 of file galaxy.h.

Referenced by Galaxy(), GetVC(), and ~Galaxy().

double Galaxy::inj_low_nucl [protected]

Injection index at low energy (common to all nuclei).

Definition at line 641 of file galaxy.h.

Referenced by Galaxy(), and GetInjLowSpectrum().

Input* Galaxy::inp [protected]

Definition at line 660 of file galaxy.h.

Referenced by Galaxy(), and GetInput().


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