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>> 1 // This code implementation is the intellectual property of
>> 2 // the GEANT4 collaboration.
1 // 3 //
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14 // * regarding this software system or assum <<
15 // * use. Please see the license in the file <<
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17 // * <<
18 // * This code implementation is the result <<
19 // * technical work of the GEANT4 collaboratio <<
20 // * By using, copying, modifying or distri <<
21 // * any work based on the software) you ag <<
22 // * use in resulting scientific publicati <<
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24 // ******************************************* <<
25 // <<
26 // 7 //
>> 8 // $Id: G3VolTable.cc,v 1.19 2000/03/02 17:54:07 gcosmo Exp $
>> 9 // GEANT4 tag $Name: geant4-03-00 $
27 // 10 //
28 // modified by I.Hrivnacova, 13.10.99 11 // modified by I.Hrivnacova, 13.10.99
29 12
30 #include <iomanip> << 13 #include "g4std/iomanip"
31 #include "globals.hh" 14 #include "globals.hh"
32 #include "G3VolTable.hh" 15 #include "G3VolTable.hh"
33 #include "G3Pos.hh" 16 #include "G3Pos.hh"
34 17
35 typedef std::map<G4String, G3VolTableEntry*, s << 18 typedef G4std::map<G4String, G3VolTableEntry*, G4std::less<G4String> >
36 ::iterator VTDiterator; 19 ::iterator VTDiterator;
37 20
38 G3VolTable::G3VolTable() 21 G3VolTable::G3VolTable()
39 : G3toG4TopVTE(0), _FirstKey("UnDefined"), _ 22 : G3toG4TopVTE(0), _FirstKey("UnDefined"), _NG3Pos(0){
40 } 23 }
41 24
42 G3VolTable::~G3VolTable(){ 25 G3VolTable::~G3VolTable(){
43 if (VTD.size()>0){ 26 if (VTD.size()>0){
44 // G4cout << "Deleting VTD" << G4endl; 27 // G4cout << "Deleting VTD" << G4endl;
45 for (VTDiterator i=VTD.begin(); i != VTD.e 28 for (VTDiterator i=VTD.begin(); i != VTD.end(); i++) {
46 delete (*i).second; 29 delete (*i).second;
47 } 30 }
48 VTD.clear(); 31 VTD.clear();
49 } 32 }
50 } 33 }
51 34
52 G3VolTableEntry* 35 G3VolTableEntry*
53 G3VolTable::GetVTE(const G4String& Vname) { 36 G3VolTable::GetVTE(const G4String& Vname) {
54 VTDiterator i = VTD.find(Vname); 37 VTDiterator i = VTD.find(Vname);
55 if (i == VTD.end()) return 0; 38 if (i == VTD.end()) return 0;
56 else return (*i).second; 39 else return (*i).second;
57 } 40 }
58 41
59 void 42 void
60 G3VolTable::PrintAll(){ 43 G3VolTable::PrintAll(){
61 if (VTD.size()){ 44 if (VTD.size()){
62 G4int i=0; 45 G4int i=0;
63 G4cout << "Dump of VTD - " << VTD.size() < 46 G4cout << "Dump of VTD - " << VTD.size() << " entries:" << G4endl;
64 VTEStat(); 47 VTEStat();
65 for (VTDiterator v=VTD.begin(); v != VTD.e 48 for (VTDiterator v=VTD.begin(); v != VTD.end(); v++){
66 G3VolTableEntry* VTE = (*v).second; 49 G3VolTableEntry* VTE = (*v).second;
67 G4cout << "G3VolTable element " << std:: << 50 G4cout << "G3VolTable element " << G4std::setw(3) << i++ << " name "
68 << VTE->GetName() << " has " << VTE->Ge 51 << VTE->GetName() << " has " << VTE->GetNoDaughters()
69 << " daughters" << G4endl; 52 << " daughters" << G4endl;
70 } 53 }
71 } 54 }
72 } 55 }
73 56
74 G3VolTableEntry* 57 G3VolTableEntry*
75 G3VolTable::PutVTE(G3VolTableEntry* aG3VolTabl 58 G3VolTable::PutVTE(G3VolTableEntry* aG3VolTableEntry){
76 59
77 if (GetVTE(aG3VolTableEntry->GetName()) == 0 60 if (GetVTE(aG3VolTableEntry->GetName()) == 0 ){
78 61
79 // create a hash key 62 // create a hash key
80 G4String HashID = aG3VolTableEntry->GetNam 63 G4String HashID = aG3VolTableEntry->GetName();
81 64
82 if (_FirstKey == "UnDefined") _FirstKey = 65 if (_FirstKey == "UnDefined") _FirstKey = HashID;
83 66
84 // insert into dictionary 67 // insert into dictionary
85 VTD[HashID] = aG3VolTableEntry; 68 VTD[HashID] = aG3VolTableEntry;
86 } 69 }
87 return GetVTE(aG3VolTableEntry->GetName()); 70 return GetVTE(aG3VolTableEntry->GetName());
88 } 71 }
89 72
90 void 73 void
91 G3VolTable::CountG3Pos(){ 74 G3VolTable::CountG3Pos(){
92 _NG3Pos++; 75 _NG3Pos++;
93 } 76 }
94 77
95 void 78 void
96 G3VolTable::SetFirstVTE(){ 79 G3VolTable::SetFirstVTE(){
97 G3toG4TopVTE = VTD[_FirstKey]; 80 G3toG4TopVTE = VTD[_FirstKey];
98 81
99 if (G3toG4TopVTE->NPCopies() > 0) { 82 if (G3toG4TopVTE->NPCopies() > 0) {
100 _FirstKey = G3toG4TopVTE->GetMother()->Get 83 _FirstKey = G3toG4TopVTE->GetMother()->GetName();
101 SetFirstVTE(); 84 SetFirstVTE();
102 } 85 }
103 } 86 }
104 87
105 G3VolTableEntry* 88 G3VolTableEntry*
106 G3VolTable::GetFirstVTE() { 89 G3VolTable::GetFirstVTE() {
107 return G3toG4TopVTE; 90 return G3toG4TopVTE;
108 } 91 }
109 92
110 void 93 void
111 G3VolTable::VTEStat() { 94 G3VolTable::VTEStat() {
112 G4cout << "Instantiated " << VTD.size() << 95 G4cout << "Instantiated " << VTD.size() <<
113 " volume table entries \n" 96 " volume table entries \n"
114 << " " << _NG3Pos << " 97 << " " << _NG3Pos << " positions." << G4endl;
115 } 98 }
116 99
117 void 100 void
118 G3VolTable::Clear() { 101 G3VolTable::Clear() {
119 if (VTD.size()>0){ 102 if (VTD.size()>0){
120 for (VTDiterator i=VTD.begin(); i != VTD.e 103 for (VTDiterator i=VTD.begin(); i != VTD.end(); i++) {
121 delete (*i).second; 104 delete (*i).second;
122 } 105 }
123 VTD.clear(); 106 VTD.clear();
124 } 107 }
125 G3toG4TopVTE = 0; 108 G3toG4TopVTE = 0;
126 _FirstKey = "UnDefined"; 109 _FirstKey = "UnDefined";
127 _NG3Pos = 0; 110 _NG3Pos = 0;
128 } 111 }
129 112