| Geant4 Cross Reference |
1 <lcgdict>
2
3 <class name="G4String"/>
4 <class name="std::vector<double>"/>
5
6 <class name="G4OrderedTable"/>
7 <class name="std::vector<G4DataVector*>"/>
8 <class name="G4DataVector"/>
9
10 <class name="ExP02DetectorConstruction"/>
11 <class name="ExP02GeoTree"/>
12
13 <class name="G4RunManager"/>
14 <class name="G4Isotope"/>
15
16 <class name="G4Element">
17 <field name="fAtomicShells" comment="[fNbO
18 <field name="fRelativeAbundanceVector" com
19 <field name="fNbOfShellElectrons" comment=
20 </class>
21
22 <class name="std::vector<G4Isotope*>"/>
23 <class name="std::vector<G4Element*>"/>
24
25 <class name="G4Material">
26 <field name="fMassFractionVector" comment=
27 <field name="fAtomsVector" comment="[fNumb
28 <field name="VecNbOfAtomsPerVolume" commen
29 <!-- <field name="fSandiaTable" transient="
30 </class>
31
32 <class name="G4IonisParamElm">
33 <!-- <field name="fShellCorrectionVector" c
34 <field name="fShellCorrectionVector" tra
35 </class>
36
37 <class name="G4IonisParamMat">
38 <!-- <field name="fShellCorrectionVector" c
39 <field name="fShellCorrectionVector" tra
40 </class>
41
42
43 <class name="G4SandiaTable">
44 <field name="fPhotoAbsorptionCof" transien
45 </class>
46
47
48 <class name="G4MaterialPropertyVector"/>
49 <class name="G4MaterialPropertiesTable"/>
50 <class name="std::map<G4int, G4MaterialPropert
51 <class name="std::map< G4int, G4double, std::l
52
53
54 <class name="std::map<G4String, G4MaterialProp
55 <class name="std::map<G4String, double>" />
56
57 <class name="G4VSolid"/>
58 <class name="G4CSGSolid">
59 <field name="fpPolyhedron" transient="true
60 </class>
61 <class name="G4VCSGface"/>
62
63 <class name="std::vector<G4VCSGface*>"/>
64 <class name="G4VCSGfaceted">
65 <field name="faces" comment="[numFace]"/>
66 <field name="fpPolyhedron" transient="true
67 </class>
68 <class name="G4BooleanSolid">
69 <field name="fpPolyhedron" transient="true
70 </class>
71 <class name="G4DisplacedSolid">
72 <field name="fpPolyhedron" transient="true
73 </class>
74
75 <class name="G4AffineTransform"/>
76 <class name="G4Box"/>
77 <class name="G4Tubs"/>
78 <class name="G4Trd"/>
79 <class name="G4Trap"/>
80 <class name="TrapSidePlane"/>
81 <class name="G4Torus"/>
82 <class name="G4Sphere"/>
83 <class name="G4Para"/>
84 <class name="G4Orb"/>
85 <class name="G4Cons"/>
86
87 <class name="G4Polyhedra">
88 <field name="corners" comment="[numCorner]
89 </class>
90
91 <class name="G4PolyhedraSide">
92 <field name="vecs" comment="[numSide]" />
93 <field name="edges" comment="[numSide]" />
94 </class>
95 <class name="G4PolyhedraSideRZ"/>
96 <class name="G4PolyhedraSide::sG4PolyhedraSide
97 <class name="G4PolyhedraSide::sG4PolyhedraSide
98
99 <class name="G4PolyhedraHistorical">
100 <field name="Z_values" comment="[Num_z_pla
101 <field name="Rmin" comment="[Num_z_planes]
102 <field name="Rmax" comment="[Num_z_planes]
103 </class>
104
105 <class name="G4Polycone">
106 <field name="corners" comment="[numCorner
107 </class>
108
109 <class name="G4PolyconeSide">
110 <field name="corners" comment="[ncorners
111 </class>
112
113 <class name="G4PolyconeSideRZ"/>
114 <class name="std::vector<G4PolyconeSideRZ>"/>
115
116 <class name="G4PolyPhiFace">
117 <field name="corners" comment="[numEdges]
118 <field name="edges" comment="[numEdges]"/
119 </class>
120
121 <class name="G4PolyPhiFaceEdge"/>
122 <class name="G4PolyPhiFaceVertex"/>
123 <class name="std::vector<G4PolyPhiFaceEdge>"/>
124 <class name="std::vector<G4PolyPhiFaceVertex>"
125
126 <class name="G4PolyconeHistorical">
127 <field name="Z_values" comment="[Num_z_pla
128 <field name="Rmin" comment="[Num_z_planes]
129 <field name="Rmax" comment="[Num_z_planes]
130 </class>
131
132 <class name="G4IntersectingCone"/>
133 <class name="G4EnclosingCylinder"/>
134 <class name="G4UnionSolid"/>
135 <class name="G4SubtractionSolid"/>
136 <class name="G4IntersectionSolid"/>
137 <class name="G4LogicalVolume">
138 <field name="fFieldManager" transient="t
139 <field name="fSensitiveDetector" transie
140 <field name="fVoxel" transient="true"/>
141 <field name="fVisAttributes" transient="
142 </class>
143
144 <class name="std::vector<G4LogicalVolume*>"/>
145 <class name="std::vector<G4Material*>"/>
146 <class name="std::pair<G4Material*,G4MaterialC
147 <class name="std::map<G4Material*,G4MaterialCu
148 <class name="G4Region">
149 <field name="fFastSimulationManager" tra
150 <field name="fFieldManager" transient="t
151 <field name="fRegionalSteppingAction" tr
152 </class>
153 <class name="G4MaterialCutsCouple"/>
154
155 <class name="G4ProductionCuts">
156 <!-- <field name="gammaDef" transient="tr
157 <field name="electDef" transient="true"/
158 <field name="positDef" transient="true"/
159 </class>
160
161 <class name="G4VUserRegionInformation"/>
162 <class name="G4UserLimits"/>
163
164 <class name="CLHEP::Hep3Vector"/>
165 <class name="std::vector<CLHEP::Hep3Vector>"/>
166 <class name="CLHEP::HepRotation"/>
167 <class name="HepGeom::Transform3D"/>
168
169 <class name="G4PVPlacement"/>
170 <class name="G4VPhysicalVolume"/>
171 <class name="G4VPVParameterisation"/>
172 <class name="std::vector<G4VPhysicalVolume*>"/
173
174 <class name="G4LVData">
175 <field name="fFieldManager" transient="t
176 <field name="fSensitiveDetector" transie
177 </class>
178 <class name="G4PVData"/>
179
180 <class name="G4GeomSplitter<G4LVData>"/>
181
182 <class name="std::map<G4Material*,G4double>" /
183
184 <ioread sourceClass="G4LogicalVolume"
185 version="[1-]"
186 targetClass="G4LogicalVolume"
187 source="G4LVData* lvdata;"
188 target=""
189 >
190 <![CDATA[newObj->SetSolid(onfile.lvdata-
191 </ioread>
192
193
194 <ioread sourceClass="G4VPhysicalVolume"
195 version="[1-]"
196 targetClass="G4VPhysicalVolume"
197 source="G4PVData* pvdata;"
198 target=""
199 >
200 <![CDATA[newObj->SetRotation(onfile.pvda
201 </ioread>
202
203 </lcgdict>