geant4/examples/extended/persistency/P02/xml/selection.xml

<lcgdict>

<class name="G4String"/>
<class name="std::vector<double>"/>

<class name="G4OrderedTable"/>
<class name="std::vector<G4DataVector*>"/>
<class name="G4DataVector"/>

<class name="ExP02DetectorConstruction"/>
<class name="ExP02GeoTree"/>

<class name="G4RunManager"/>
<class name="G4Isotope"/>

<class name="G4Element">
    <field name="fAtomicShells" comment="[fNbOfAtomicShells]" />
    <field name="fRelativeAbundanceVector" comment="[fNumberOfIsotopes]" />
    <field name="fNbOfShellElectrons" comment="[fNbOfAtomicShells]" />
</class>

<class name="std::vector<G4Isotope*>"/>
<class name="std::vector<G4Element*>"/>

<class name="G4Material">
    <field name="fMassFractionVector" comment="[fNumberOfElements]" />
    <field name="fAtomsVector" comment="[fNumberOfElements]" />
    <field name="VecNbOfAtomsPerVolume" comment="[fNumberOfElements]" />
<!--    <field name="fSandiaTable" transient="true"/> -->
</class>

<class name="G4IonisParamElm">
<!--    <field name="fShellCorrectionVector" comment="[3]" /> -->
      <field name="fShellCorrectionVector" transient="true"/>
</class>

<class name="G4IonisParamMat">
<!--    <field name="fShellCorrectionVector" comment="[three]" /> -->
      <field name="fShellCorrectionVector" transient="true"/>
</class>

 
<class name="G4SandiaTable"> 
    <field name="fPhotoAbsorptionCof" transient="true"/> 
</class>


<class name="G4MaterialPropertyVector"/>
<class name="G4MaterialPropertiesTable"/>
<class name="std::map<G4int, G4MaterialPropertyVector*, std::less<G4int> >" />
<class name="std::map< G4int, G4double, std::less<G4int> >" />


<class name="std::map<G4String, G4MaterialPropertyVector*>" /> 
<class name="std::map<G4String, double>" />

<class name="G4VSolid"/>
<class name="G4CSGSolid">
    <field name="fpPolyhedron" transient="true"/>
</class>
<class name="G4VCSGface"/>

<class name="std::vector<G4VCSGface*>"/>
<class name="G4VCSGfaceted">
    <field name="faces" comment="[numFace]"/>
    <field name="fpPolyhedron" transient="true"/>
</class>
<class name="G4BooleanSolid">
    <field name="fpPolyhedron" transient="true"/>
</class>
<class name="G4DisplacedSolid">
    <field name="fpPolyhedron" transient="true"/>
</class>

<class name="G4AffineTransform"/>
<class name="G4Box"/>
<class name="G4Tubs"/>
<class name="G4Trd"/>
<class name="G4Trap"/>
<class name="TrapSidePlane"/>
<class name="G4Torus"/>
<class name="G4Sphere"/>
<class name="G4Para"/>
<class name="G4Orb"/>
<class name="G4Cons"/>

<class name="G4Polyhedra">
    <field name="corners" comment="[numCorner]" />
</class>

<class name="G4PolyhedraSide">
    <field name="vecs" comment="[numSide]" />
    <field name="edges" comment="[numSide]" />
</class>
<class name="G4PolyhedraSideRZ"/>
<class name="G4PolyhedraSide::sG4PolyhedraSideVec"/>
<class name="G4PolyhedraSide::sG4PolyhedraSideEdge"/>

<class name="G4PolyhedraHistorical">
    <field name="Z_values" comment="[Num_z_planes]" />    
    <field name="Rmin" comment="[Num_z_planes]" />    
    <field name="Rmax" comment="[Num_z_planes]" />    
</class>

<class name="G4Polycone">
     <field name="corners" comment="[numCorner]" />
</class>

<class name="G4PolyconeSide">
      <field name="corners" comment="[ncorners]" />
</class>

<class name="G4PolyconeSideRZ"/>
<class name="std::vector<G4PolyconeSideRZ>"/>

<class name="G4PolyPhiFace">
     <field name="corners" comment="[numEdges]"/>
     <field name="edges" comment="[numEdges]"/>
</class>

<class name="G4PolyPhiFaceEdge"/>
<class name="G4PolyPhiFaceVertex"/> 
<class name="std::vector<G4PolyPhiFaceEdge>"/>
<class name="std::vector<G4PolyPhiFaceVertex>"/>

<class name="G4PolyconeHistorical">
    <field name="Z_values" comment="[Num_z_planes]" />    
    <field name="Rmin" comment="[Num_z_planes]" />    
    <field name="Rmax" comment="[Num_z_planes]" />    
</class>

<class name="G4IntersectingCone"/>
<class name="G4EnclosingCylinder"/>
<class name="G4UnionSolid"/>
<class name="G4SubtractionSolid"/>
<class name="G4IntersectionSolid"/>
<class name="G4LogicalVolume">
      <field name="fFieldManager" transient="true"/>
      <field name="fSensitiveDetector" transient="true"/>
      <field name="fVoxel" transient="true"/>
      <field name="fVisAttributes" transient="true"/>
</class>

<class name="std::vector<G4LogicalVolume*>"/>
<class name="std::vector<G4Material*>"/>
<class name="std::pair<G4Material*,G4MaterialCutsCouple*>"/>
<class name="std::map<G4Material*,G4MaterialCutsCouple*>"/>
<class name="G4Region">
      <field name="fFastSimulationManager" transient="true"/>
      <field name="fFieldManager" transient="true"/>
      <field name="fRegionalSteppingAction" transient="true"/>
</class>
<class name="G4MaterialCutsCouple"/>

<class name="G4ProductionCuts">
 <!--     <field name="gammaDef" transient="true"/>
      <field name="electDef" transient="true"/>
      <field name="positDef" transient="true"/> -->
</class>

<class name="G4VUserRegionInformation"/>
<class name="G4UserLimits"/>

<class name="CLHEP::Hep3Vector"/>
<class name="std::vector<CLHEP::Hep3Vector>"/>
<class name="CLHEP::HepRotation"/>
<class name="HepGeom::Transform3D"/>

<class name="G4PVPlacement"/>
<class name="G4VPhysicalVolume"/>
<class name="G4VPVParameterisation"/>
<class name="std::vector<G4VPhysicalVolume*>"/>

<class name="G4LVData">
      <field name="fFieldManager" transient="true"/>
      <field name="fSensitiveDetector" transient="true"/>
</class>
<class name="G4PVData"/>

<class name="G4GeomSplitter<G4LVData>"/>

<class name="std::map<G4Material*,G4double>" />

<ioread sourceClass="G4LogicalVolume"
           version="[1-]"
           targetClass="G4LogicalVolume"
           source="G4LVData* lvdata;"
	   target=""
           >
      <![CDATA[newObj->SetSolid(onfile.lvdata->fSolid);newObj->SetMaterial(onfile.lvdata->fMaterial);]]>
</ioread>


<ioread sourceClass="G4VPhysicalVolume"
           version="[1-]"
           targetClass="G4VPhysicalVolume"
           source="G4PVData* pvdata;"
	   target=""
           >
      <![CDATA[newObj->SetRotation(onfile.pvdata->frot);newObj->SetTranslation(onfile.pvdata->ftrans);]]>
</ioread>

</lcgdict>