FairRoot/PandaRoot
Public Member Functions | Private Member Functions | List of all members
PndFieldContFact Class Reference

#include <PndFieldContFact.h>

Inheritance diagram for PndFieldContFact:

Public Member Functions

 PndFieldContFact ()
 
 ~PndFieldContFact ()
 
FairParSet * createContainer (FairContainer *container)
 

Private Member Functions

void SetAllContainers ()
 
 ClassDef (PndFieldContFact, 1)
 

Detailed Description

Definition at line 13 of file PndFieldContFact.h.

Constructor & Destructor Documentation

PndFieldContFact::PndFieldContFact ( )

Constructor

Definition at line 24 of file PndFieldContFact.cxx.

24  {
25  fName = "PndFieldContFact";
26  fTitle = "Factory for field parameter containers";
27  SetAllContainers();
28  FairRuntimeDb::instance()->addContFactory(this);
29 }
PndFieldContFact::~PndFieldContFact ( )

Destructor

Definition at line 34 of file PndFieldContFact.cxx.

34 { }

Member Function Documentation

PndFieldContFact::ClassDef ( PndFieldContFact  ,
1   
)
private
FairParSet * PndFieldContFact::createContainer ( FairContainer *  container)

Create containers Creates the requested parameter sets (PndFieldPar)

Definition at line 40 of file PndFieldContFact.cxx.

References name.

40  {
41 
42 
43  const char* name = container->GetName();
44  // cout << "create PndFieldPar container " << name << endl;
45  FairParSet* set = NULL;
46  if ( strcmp(name, "PndFieldPar") == 0 ) {
47  set = new PndFieldPar( container->getConcatName().Data(),
48  container->GetTitle(),
49  container->getContext() );
50  } else if ( strcmp(name, "PndSolenoidPar") == 0 ) {
51  set = new PndSolenoidPar( container->getConcatName().Data(),
52  container->GetTitle(),
53  container->getContext() );
54  } else if ( strcmp(name, "PndSolenoid1Par") == 0 ) {
55  set = new PndSolenoid1Par( container->getConcatName().Data(),
56  container->GetTitle(),
57  container->getContext() );
58  } else if ( strcmp(name, "PndSolenoid2Par") == 0 ) {
59  set = new PndSolenoid2Par( container->getConcatName().Data(),
60  container->GetTitle(),
61  container->getContext() );
62  } else if ( strcmp(name, "PndSolenoid3Par") == 0 ) {
63  set = new PndSolenoid3Par( container->getConcatName().Data(),
64  container->GetTitle(),
65  container->getContext() );
66  } else if ( strcmp(name, "PndSolenoid4Par") == 0 ) {
67  set = new PndSolenoid4Par( container->getConcatName().Data(),
68  container->GetTitle(),
69  container->getContext() );
70  } else if ( strcmp(name, "PndDipolePar") == 0 ) {
71  set = new PndDipolePar( container->getConcatName().Data(),
72  container->GetTitle(),
73  container->getContext() );
74  } else if ( strcmp(name, "PndDipole1Par") == 0 ) {
75  set = new PndDipole1Par( container->getConcatName().Data(),
76  container->GetTitle(),
77  container->getContext() );
78  } else if ( strcmp(name, "PndDipole2Par") == 0 ) {
79  set = new PndDipole2Par( container->getConcatName().Data(),
80  container->GetTitle(),
81  container->getContext() );
82  } else if ( strcmp(name, "PndDipoleP3ar") == 0 ) {
83  set = new PndDipole3Par( container->getConcatName().Data(),
84  container->GetTitle(),
85  container->getContext() );
86  } else if ( strcmp(name, "PndTransPar") == 0 ) {
87  set = new PndTransPar( container->getConcatName().Data(),
88  container->GetTitle(),
89  container->getContext() );
90  } else if ( strcmp(name, "PndConstPar") == 0 ) {
91  set = new PndConstPar( container->getConcatName().Data(),
92  container->GetTitle(),
93  container->getContext() );
94  }else if ( strcmp(name, "PndMultiFieldPar") == 0 ) {
95  set = new PndMultiFieldPar( container->getConcatName().Data(),
96  container->GetTitle(),
97  container->getContext() );
98  }
99 return set;
100 }
name
TString name
Definition: createRootGeoFile.C:82
void PndFieldContFact::SetAllContainers ( )
private

Set all containers Creates container objects with all accepted contexts and adds them to the list of containers for the field library.

Definition at line 106 of file PndFieldContFact.cxx.

106  {
107  FairContainer* con1 = new FairContainer("PndFieldPar",
108  "Field parameter container",
109  "Default field");
110  containers->Add(con1);
111  FairContainer* con2 = new FairContainer("PndSolenoidPar",
112  "Solenoid Field parameter container",
113  "Default field");
114  containers->Add(con2);
115 
116  FairContainer* con21 = new FairContainer("PndSolenoid1Par",
117  "Solenoid 1st region parameter container",
118  "Default field");
119  containers->Add(con21);
120  FairContainer* con22 = new FairContainer("PndSolenoid2Par",
121  "Solenoid 2nd region parameter container",
122  "Default field");
123  containers->Add(con22);
124 
125  FairContainer* con23 = new FairContainer("PndSolenoid3Par",
126  "Solenoid 3rd region parameter container",
127  "Default field");
128  containers->Add(con23);
129 
130  FairContainer* con24 = new FairContainer("PndSolenoid4Par",
131  "Solenoid 4th region parameter container",
132  "Default field");
133  containers->Add(con24);
134 
135  FairContainer* con3 = new FairContainer("PndDipolePar",
136  "Dipole Field parameter container",
137  "Default field");
138  containers->Add(con3);
139 
140 
141  FairContainer* con31 = new FairContainer("PndDipole1Par",
142  "Dipole Field parameter container",
143  "Default field");
144  containers->Add(con31);
145 
146  FairContainer* con32 = new FairContainer("PndDipole2Par",
147  "Dipole Field parameter container",
148  "Default field");
149  containers->Add(con32);
150 
151 
152  FairContainer* con33 = new FairContainer("PndDipole3Par",
153  "Dipole Field parameter container",
154  "Default field");
155  containers->Add(con33);
156 
157 
158  FairContainer* con4 = new FairContainer("PndTransPar",
159  "Trans. Field parameter container",
160  "Default field");
161  containers->Add(con4);
162 
163  FairContainer* con5 = new FairContainer("PndConstPar",
164  "Const Field parameter container",
165  "Default field");
166  containers->Add(con5);
167 
168  FairContainer* con6 = new FairContainer("PndMultiFieldPar",
169  "Multiple Field parameter container",
170  "Default field");
171  containers->Add(con6);
172 
173 
174 }
The documentation for this class was generated from the following files:
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