Uses of Class hep.geant4.jni.G4ThreeVector (G4 Java 4.8.2-1-SNAPSHOT API)

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Uses of Class
hep.geant4.jni.G4ThreeVector

Packages that use G4ThreeVector
hep.geant4.jni
hep.geant4.particles

Uses of G4ThreeVector in hep.geant4.jni

Methods in hep.geant4.jni that return G4ThreeVector
`G4ThreeVector`	`G4ThreeVector.add(G4ThreeVector arg0)`
`G4ThreeVector`	`HepRotationZ.axis()`
`G4ThreeVector`	`HepRotationY.axis()`
`G4ThreeVector`	`HepRotationX.axis()`
`G4ThreeVector`	`G4RotationMatrix.axis()`
`G4ThreeVector`	`HepBoostZ.boostVector()`
`G4ThreeVector`	`HepBoostY.boostVector()`
`G4ThreeVector`	`HepBoostX.boostVector()`
`G4ThreeVector`	`HepBoost.boostVector()`
`G4ThreeVector`	`G4LorentzVector.boostVector()`
`G4ThreeVector`	`G4ParticleChange.calcMomentum(double energy, G4ThreeVector direction, double mass)`
`G4ThreeVector`	`HepRotationZ.colX()`
`G4ThreeVector`	`HepRotationY.colX()`
`G4ThreeVector`	`HepRotationX.colX()`
`G4ThreeVector`	`G4RotationMatrix.colX()`
`G4ThreeVector`	`HepRotationZ.colY()`
`G4ThreeVector`	`HepRotationY.colY()`
`G4ThreeVector`	`HepRotationX.colY()`
`G4ThreeVector`	`G4RotationMatrix.colY()`
`G4ThreeVector`	`HepRotationZ.colZ()`
`G4ThreeVector`	`HepRotationY.colZ()`
`G4ThreeVector`	`HepRotationX.colZ()`
`G4ThreeVector`	`G4RotationMatrix.colZ()`
`G4ThreeVector`	`G4VTwistSurface.computeGlobalDirection(G4ThreeVector lp)`
`G4ThreeVector`	`G4VTwistSurface.computeGlobalPoint(G4ThreeVector lp)`
`G4ThreeVector`	`G4VTwistSurface.computeLocalDirection(G4ThreeVector gp)`
`G4ThreeVector`	`G4VTwistSurface.computeLocalPoint(G4ThreeVector gp)`
`static G4ThreeVector`	`G4UIcommand.convertTo3Vector(String st)`
`static G4ThreeVector`	`G4UIcommand.convertToDimensioned3Vector(String st)`
`G4ThreeVector`	`G4ThreeVector.cross(G4ThreeVector arg0)`
`G4ThreeVector`	`HepBoost.direction()`
`G4ThreeVector`	`G4ThreeVector.div(double arg0)`
`G4ThreeVector`	`G4PropagatorInField.endMomentumDir()`
`G4ThreeVector`	`G4PropagatorInField.endPosition()`
`G4ThreeVector`	`G4LorentzVector.findBoostToCM()`
`G4ThreeVector`	`G4LorentzVector.findBoostToCM(G4LorentzVector w)`
`static G4ThreeVector`	`G4Java.g4RandomDirection()`
`G4ThreeVector`	`G4SPSPosDistribution.generateOne()`
`G4ThreeVector`	`G4SPSAngDistribution.generateOne()`
`G4ThreeVector`	`HepRotationZ.getAxis()`
`G4ThreeVector`	`HepRotationY.getAxis()`
`G4ThreeVector`	`HepRotationX.getAxis()`
`G4ThreeVector`	`G4RotationMatrix.getAxis()`
`G4ThreeVector`	`G4VTwistSurface.getBoundaryAtPZ(int areacode, G4ThreeVector p)`
`G4ThreeVector`	`G4SPSPosDistribution.getCentreCoords()`
`G4ThreeVector`	`G4UniformMagField.getConstantFieldValue()`
`G4ThreeVector`	`G4Step.getDeltaMomentum()`
`G4ThreeVector`	`G4Step.getDeltaPosition()`
`G4ThreeVector`	`HepBoostZ.getDirection()`
`G4ThreeVector`	`HepBoostY.getDirection()`
`G4ThreeVector`	`HepBoostX.getDirection()`
`G4ThreeVector`	`HepBoost.getDirection()`
`G4ThreeVector`	`G4Nucleus.getFermiMomentum()`
`G4ThreeVector`	`G4VPhysicalVolume.getFrameTranslation()`
`G4ThreeVector`	`G4DisplacedSolid.getFrameTranslation()`
`G4ThreeVector`	`G4ParticleChange.getGlobalPosition(G4ThreeVector displacement)`
`static G4ThreeVector`	`G4Java.getHepXHat()`
`static G4ThreeVector`	`G4Java.getHepYHat()`
`static G4ThreeVector`	`G4Java.getHepZHat()`
`G4ThreeVector`	`G4VTrajectory.getInitialMomentum()`
`G4ThreeVector`	`G4Trajectory.getInitialMomentum()`
`G4ThreeVector`	`G4SmoothTrajectory.getInitialMomentum()`
`G4ThreeVector`	`G4Navigator.getLocalExitNormal(SWIGTYPE_p_bool valid)`
`G4ThreeVector`	`G4ClippablePolygon.getMaxPoint(EAxis axis)`
`G4ThreeVector`	`G4ClippablePolygon.getMinPoint(EAxis axis)`
`G4ThreeVector`	`G4Track.getMomentum()`
`G4ThreeVector`	`G4StepPoint.getMomentum()`
`G4ThreeVector`	`G4ReactionProduct.getMomentum()`
`G4ThreeVector`	`G4PrimaryParticle.getMomentum()`
`G4ThreeVector`	`G4HEVector.getMomentum()`
`G4ThreeVector`	`G4GHEKinematicsVector.getMomentum()`
`G4ThreeVector`	`G4FieldTrack.getMomentum()`
`G4ThreeVector`	`G4DynamicParticle.getMomentum()`
`G4ThreeVector`	`G4HadFinalState.getMomentumChange()`
`G4ThreeVector`	`G4FieldTrack.getMomentumDir()`
`G4ThreeVector`	`G4Track.getMomentumDirection()`
`G4ThreeVector`	`G4StepPoint.getMomentumDirection()`
`G4ThreeVector`	`G4ParticleChangeForMSC.getMomentumDirection()`
`G4ThreeVector`	`G4ParticleChangeForLoss.getMomentumDirection()`
`G4ThreeVector`	`G4ParticleChange.getMomentumDirection()`
`G4ThreeVector`	`G4FieldTrack.getMomentumDirection()`
`G4ThreeVector`	`G4DynamicParticle.getMomentumDirection()`
`static G4ThreeVector`	`G4UIcmdWith3VectorAndUnit.getNew3VectorRawValue(String paramString)`
`static G4ThreeVector`	`G4UIcmdWith3VectorAndUnit.getNew3VectorValue(String paramString)`
`static G4ThreeVector`	`G4UIcmdWith3Vector.getNew3VectorValue(String paramString)`
`G4ThreeVector`	`G4PolyPhiFaceVertex.getNorm3D()`
`G4ThreeVector`	`G4PolyPhiFaceEdge.getNorm3D()`
`G4ThreeVector`	`G4ClippablePolygon.getNormal()`
`G4ThreeVector`	`G4TwistTubsSide.getNormal(G4ThreeVector xx)`
`G4ThreeVector`	`G4TwistTubsHypeSide.getNormal(G4ThreeVector xx)`
`G4ThreeVector`	`G4TwistTubsFlatSide.getNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4TwistTrapParallelSide.getNormal(G4ThreeVector xx)`
`G4ThreeVector`	`G4TwistTrapFlatSide.getNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4TwistTrapAlphaSide.getNormal(G4ThreeVector xx)`
`G4ThreeVector`	`G4TwistBoxSide.getNormal(G4ThreeVector xx)`
`G4ThreeVector`	`G4VTwistSurface.getNormal(G4ThreeVector xx, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTubsSide.getNormal(G4ThreeVector xx, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTubsHypeSide.getNormal(G4ThreeVector xx, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTubsFlatSide.getNormal(G4ThreeVector arg0, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTrapParallelSide.getNormal(G4ThreeVector xx, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTrapFlatSide.getNormal(G4ThreeVector arg0, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTrapAlphaSide.getNormal(G4ThreeVector xx, boolean isGlobal)`
`G4ThreeVector`	`G4TwistBoxSide.getNormal(G4ThreeVector xx, boolean isGlobal)`
`G4ThreeVector`	`G4VPhysicalVolume.getObjectTranslation()`
`G4ThreeVector`	`G4DisplacedSolid.getObjectTranslation()`
`G4ThreeVector`	`G4GeomTestSegment.getP()`
`G4ThreeVector`	`G4SingleParticleSource.getParticleMomentumDirection()`
`G4ThreeVector`	`G4ParticleGun.getParticleMomentumDirection()`
`G4ThreeVector`	`G4GeneralParticleSource.getParticleMomentumDirection()`
`G4ThreeVector`	`G4SingleParticleSource.getParticlePolarization()`
`G4ThreeVector`	`G4ParticleGun.getParticlePolarization()`
`G4ThreeVector`	`G4GeneralParticleSource.getParticlePolarization()`
`G4ThreeVector`	`G4VPrimaryGenerator.getParticlePosition()`
`G4ThreeVector`	`G4SingleParticleSource.getParticlePosition()`
`G4ThreeVector`	`G4GeneralParticleSource.getParticlePosition()`
`G4ThreeVector`	`G4VTwistedFaceted.getPointInSolid(double z)`
`G4ThreeVector`	`G4VTwistedFaceted.getPointOnSurface()`
`G4ThreeVector`	`G4VSolid.getPointOnSurface()`
`G4ThreeVector`	`G4TwistedTubs.getPointOnSurface()`
`G4ThreeVector`	`G4Tubs.getPointOnSurface()`
`G4ThreeVector`	`G4Trd.getPointOnSurface()`
`G4ThreeVector`	`G4Trap.getPointOnSurface()`
`G4ThreeVector`	`G4Torus.getPointOnSurface()`
`G4ThreeVector`	`G4Tet.getPointOnSurface()`
`G4ThreeVector`	`G4Sphere.getPointOnSurface()`
`G4ThreeVector`	`G4ReflectedSolid.getPointOnSurface()`
`G4ThreeVector`	`G4Polyhedra.getPointOnSurface()`
`G4ThreeVector`	`G4Polycone.getPointOnSurface()`
`G4ThreeVector`	`G4Para.getPointOnSurface()`
`G4ThreeVector`	`G4Orb.getPointOnSurface()`
`G4ThreeVector`	`G4Hype.getPointOnSurface()`
`G4ThreeVector`	`G4EllipticalTube.getPointOnSurface()`
`G4ThreeVector`	`G4EllipticalCone.getPointOnSurface()`
`G4ThreeVector`	`G4Ellipsoid.getPointOnSurface()`
`G4ThreeVector`	`G4DisplacedSolid.getPointOnSurface()`
`G4ThreeVector`	`G4Cons.getPointOnSurface()`
`G4ThreeVector`	`G4Box.getPointOnSurface()`
`G4ThreeVector`	`G4BooleanSolid.getPointOnSurface()`
`G4ThreeVector`	`G4Track.getPolarization()`
`G4ThreeVector`	`G4StepPoint.getPolarization()`
`G4ThreeVector`	`G4PrimaryParticle.getPolarization()`
`G4ThreeVector`	`G4ParticleChangeForDecay.getPolarization()`
`G4ThreeVector`	`G4ParticleChange.getPolarization()`
`G4ThreeVector`	`G4MuonDecayChannelWithSpin.getPolarization()`
`G4ThreeVector`	`G4DynamicParticle.getPolarization()`
`G4ThreeVector`	`G4VTrajectoryPoint.getPosition()`
`G4ThreeVector`	`G4TrajectoryPoint.getPosition()`
`G4ThreeVector`	`G4Track.getPosition()`
`G4ThreeVector`	`G4StepPoint.getPosition()`
`G4ThreeVector`	`G4SmoothTrajectoryPoint.getPosition()`
`G4ThreeVector`	`G4PrimaryVertex.getPosition()`
`G4ThreeVector`	`G4ParticleChangeForMSC.getPosition()`
`G4ThreeVector`	`G4ParticleChange.getPosition()`
`G4ThreeVector`	`G4GeomTestPoint.getPosition()`
`G4ThreeVector`	`G4FieldTrack.getPosition()`
`G4ThreeVector`	`G4ReactionProduct.getPositionInNucleus()`
`G4ThreeVector`	`G4FastTrack.getPrimaryTrackLocalDirection()`
`G4ThreeVector`	`G4FastTrack.getPrimaryTrackLocalMomentum()`
`G4ThreeVector`	`G4FastTrack.getPrimaryTrackLocalPolarization()`
`G4ThreeVector`	`G4FastTrack.getPrimaryTrackLocalPosition()`
`G4ThreeVector`	`G4IsoParticleChange.getProductionPosition()`
`G4ThreeVector`	`G4ParticleChangeForMSC.getProposedMomentumDirection()`
`G4ThreeVector`	`G4ParticleChangeForLoss.getProposedMomentumDirection()`
`G4ThreeVector`	`G4ParticleChangeForGamma.getProposedMomentumDirection()`
`G4ThreeVector`	`G4ParticleChangeForGamma.getProposedPolarization()`
`G4ThreeVector`	`G4ParticleChangeForMSC.getProposedPosition()`
`G4ThreeVector`	`G4FieldTrack.getSpin()`
`G4ThreeVector`	`G4Trap.getSymAxis()`
`G4ThreeVector`	`G4Para.getSymAxis()`
`G4ThreeVector`	`G4VTouchable.getTranslation()`
`G4ThreeVector`	`G4VPhysicalVolume.getTranslation()`
`G4ThreeVector`	`G4Transform3D.getTranslation()`
`G4ThreeVector`	`G4TouchableHistoryReference.getTranslation()`
`G4ThreeVector`	`G4TouchableHistoryHandle.getTranslation()`
`G4ThreeVector`	`G4TouchableHistory.getTranslation()`
`G4ThreeVector`	`G4TouchableHandle.getTranslation()`
`G4ThreeVector`	`G4PlacedSolid.getTranslation()`
`G4ThreeVector`	`G4GRSVolume.getTranslation()`
`G4ThreeVector`	`G4GRSSolid.getTranslation()`
`G4ThreeVector`	`G4VTouchable.getTranslation(int depth)`
`G4ThreeVector`	`G4TouchableHistoryReference.getTranslation(int depth)`
`G4ThreeVector`	`G4TouchableHistoryHandle.getTranslation(int depth)`
`G4ThreeVector`	`G4TouchableHistory.getTranslation(int depth)`
`G4ThreeVector`	`G4TouchableHandle.getTranslation(int depth)`
`G4ThreeVector`	`G4GRSVolume.getTranslation(int depth)`
`G4ThreeVector`	`G4GRSSolid.getTranslation(int depth)`
`G4ThreeVector`	`G4LorentzVector.getV()`
`G4ThreeVector`	`G4GeomTestSegment.getV()`
`G4ThreeVector`	`G4Track.getVertexMomentumDirection()`
`G4ThreeVector`	`G4Track.getVertexPosition()`
`G4ThreeVector`	`Intersection.getXx()`
`G4ThreeVector`	`G4ThreeVector.mul(double arg0)`
`G4ThreeVector`	`G4ThreeVector.mul(G4RotationMatrix arg0)`
`G4ThreeVector`	`G4AffineTransform.netTranslation()`
`G4ThreeVector`	`G4VCSGface.normal(G4ThreeVector p, SWIGTYPE_p_double bestDistance)`
`G4ThreeVector`	`G4PolyPhiFace.normal(G4ThreeVector p, SWIGTYPE_p_double bestDistance)`
`G4ThreeVector`	`G4PolyhedraSide.normal(G4ThreeVector p, SWIGTYPE_p_double bestDistance)`
`G4ThreeVector`	`G4PolyconeSide.normal(G4ThreeVector p, SWIGTYPE_p_double bestDistance)`
`G4ThreeVector`	`G4ThreeVector.orthogonal()`
`G4ThreeVector`	`G4ThreeVector.perpPart()`
`G4ThreeVector`	`G4ThreeVector.perpPart(G4ThreeVector v2)`
`G4ThreeVector`	`G4ThreeVector.project()`
`G4ThreeVector`	`G4ThreeVector.project(G4ThreeVector v2)`
`G4ThreeVector`	`G4TwistTubsSide.projectAtPXPZ(G4ThreeVector p)`
`G4ThreeVector`	`G4TwistTubsSide.projectAtPXPZ(G4ThreeVector p, boolean isglobal)`
`G4ThreeVector`	`G4ThreeVector.rotate(double phi, double theta, double psi)`
`G4ThreeVector`	`G4ThreeVector.rotate(double arg0, G4ThreeVector arg1)`
`G4ThreeVector`	`G4ThreeVector.rotate(G4ThreeVector axis, double delta)`
`G4ThreeVector`	`G4ThreeVector.rotate(SWIGTYPE_p_CLHEP__HepAxisAngle ax)`
`G4ThreeVector`	`G4ThreeVector.rotate(SWIGTYPE_p_CLHEP__HepEulerAngles e)`
`G4ThreeVector`	`G4ThreeVector.rotateUz(G4ThreeVector arg0)`
`G4ThreeVector`	`G4ThreeVector.rotateX(double arg0)`
`G4ThreeVector`	`G4ThreeVector.rotateY(double arg0)`
`G4ThreeVector`	`G4ThreeVector.rotateZ(double arg0)`
`G4ThreeVector`	`HepRotationZ.rowX()`
`G4ThreeVector`	`HepRotationY.rowX()`
`G4ThreeVector`	`HepRotationX.rowX()`
`G4ThreeVector`	`G4RotationMatrix.rowX()`
`G4ThreeVector`	`HepRotationZ.rowY()`
`G4ThreeVector`	`HepRotationY.rowY()`
`G4ThreeVector`	`HepRotationX.rowY()`
`G4ThreeVector`	`G4RotationMatrix.rowY()`
`G4ThreeVector`	`HepRotationZ.rowZ()`
`G4ThreeVector`	`HepRotationY.rowZ()`
`G4ThreeVector`	`HepRotationX.rowZ()`
`G4ThreeVector`	`G4RotationMatrix.rowZ()`
`G4ThreeVector`	`G4ThreeVector.sub(G4ThreeVector arg0)`
`G4ThreeVector`	`G4VTwistedFaceted.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4VSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4VCSGfaceted.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4UnionSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4TwistedTubs.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Tubs.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Trd.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Trap.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Torus.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Tet.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4SubtractionSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Sphere.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4ReflectedSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Para.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Orb.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4IntersectionSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Hype.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4EllipticalTube.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4EllipticalCone.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Ellipsoid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4DisplacedSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Cons.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4BREPSolidSphere.surfaceNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4BREPSolidPolyhedra.surfaceNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4BREPSolidPCone.surfaceNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4BREPSolidCone.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4BREPSolid.surfaceNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4Box.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4VTwistSurface.surfacePoint(double arg0, double arg1)`
`G4ThreeVector`	`G4TwistTubsSide.surfacePoint(double arg0, double arg1)`
`G4ThreeVector`	`G4TwistTubsHypeSide.surfacePoint(double arg0, double arg1)`
`G4ThreeVector`	`G4TwistTubsFlatSide.surfacePoint(double arg0, double arg1)`
`G4ThreeVector`	`G4TwistTrapFlatSide.surfacePoint(double x, double y)`
`G4ThreeVector`	`G4VTwistSurface.surfacePoint(double arg0, double arg1, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTubsSide.surfacePoint(double arg0, double arg1, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTubsHypeSide.surfacePoint(double arg0, double arg1, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTubsFlatSide.surfacePoint(double arg0, double arg1, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTrapFlatSide.surfacePoint(double x, double y, boolean isGlobal)`
`G4ThreeVector`	`G4ThreeVector.transform(G4RotationMatrix arg0)`
`G4ThreeVector`	`G4AffineTransform.transformAxis(G4ThreeVector axis)`
`G4ThreeVector`	`G4AffineTransform.transformPoint(G4ThreeVector vec)`
`G4ThreeVector`	`G4ThreeVector.unit()`
`G4ThreeVector`	`G4LorentzVector.v()`
`G4ThreeVector`	`G4LorentzVector.vect()`

Methods in hep.geant4.jni with parameters of type G4ThreeVector
`G4ThreeVector`	`G4ThreeVector.add(G4ThreeVector arg0)`
`void`	`G4GeomTestErrorList.addError(G4ThreeVector s1, G4ThreeVector s2)`
`G4Transform3D`	`G4FastSimulationManager.addGhostPlacement(G4RotationMatrix arg0, G4ThreeVector arg1)`
`void`	`G4Nucleus.addMomentum(G4ThreeVector aMomentum)`
`void`	`G4StepPoint.addMomentumDirection(G4ThreeVector aValue)`
`void`	`G4AssemblyVolume.addPlacedAssembly(G4AssemblyVolume pAssembly, G4ThreeVector translation, G4RotationMatrix rotation)`
`void`	`G4AssemblyVolume.addPlacedVolume(G4LogicalVolume pPlacedVolume, G4ThreeVector translation, G4RotationMatrix rotation)`
`void`	`G4StepPoint.addPolarization(G4ThreeVector aValue)`
`void`	`G4StepPoint.addPosition(G4ThreeVector aValue)`
`void`	`G4ParticleChange.addSecondary(G4DynamicParticle aSecondary, G4ThreeVector position)`
`void`	`G4ParticleChange.addSecondary(G4DynamicParticle aSecondary, G4ThreeVector position, boolean IsGoodForTracking)`
`void`	`G4ClippablePolygon.addVertexInOrder(G4ThreeVector vertex)`
`double`	`G4ChordFinder.advanceChordLimited(G4FieldTrack yCurrent, double stepInitial, double epsStep_Relative, G4ThreeVector latestSafetyOrigin, double lasestSafetyRadius)`
`int`	`G4VTwistSurface.amIOnLeftSide(G4ThreeVector me, G4ThreeVector vec)`
`int`	`G4VTwistSurface.amIOnLeftSide(G4ThreeVector me, G4ThreeVector vec, boolean withTol)`
`double`	`G4ThreeVector.angle(G4ThreeVector arg0)`
`double`	`G4LorentzVector.angle(G4ThreeVector arg0)`
`void`	`G4AffineTransform.applyAxisTransform(G4ThreeVector axis)`
`void`	`G4AffineTransform.applyPointTransform(G4ThreeVector vec)`
`G4FieldTrack`	`G4ChordFinder.approxCurvePointV(G4FieldTrack curveAPointVelocity, G4FieldTrack curveBPointVelocity, G4ThreeVector currentEPoint, double epsStep)`
`void`	`G4SPSEneDistribution.arbEnergyHisto(G4ThreeVector arg0)`
`double`	`G4ThreeVector.azimAngle(G4ThreeVector v2)`
`double`	`G4ThreeVector.azimAngle(G4ThreeVector v2, G4ThreeVector ref)`
`EInside`	`G4ReplicaNavigation.backLocate(G4NavigationHistory history, G4ThreeVector globalPoint, G4ThreeVector localPoint, boolean exiting, SWIGTYPE_p_bool notKnownInside)`
`void`	`G4DecayProducts.boost(double totalEnergy, G4ThreeVector momentumDirection)`
`G4LorentzVector`	`G4LorentzVector.boost(G4ThreeVector arg0)`
`G4LorentzRotation`	`G4LorentzRotation.boost(G4ThreeVector arg0)`
`G4LorentzVector`	`G4LorentzVector.boost(G4ThreeVector axis, double beta)`
`G4ThreeVector`	`G4ParticleChange.calcMomentum(double energy, G4ThreeVector direction, double mass)`
`static boolean`	`G4Tet.checkDegeneracy(G4ThreeVector anchor, G4ThreeVector p2, G4ThreeVector p3, G4ThreeVector p4)`
`static boolean`	`G4AuxiliaryNavServices.checkPointOnSurface(G4VSolid sampleSolid, G4ThreeVector localPoint, G4ThreeVector globalDirection, G4AffineTransform sampleTransform, boolean locatedOnEdge)`
`static boolean`	`G4VPrimaryGenerator.checkVertexInsideWorld(G4ThreeVector pos)`
`boolean`	`G4VoxelLimits.clipToLimits(G4ThreeVector pStart, G4ThreeVector pEnd)`
`int`	`G4ThreeVector.compare(G4ThreeVector v)`
`G4ThreeVector`	`G4VTwistSurface.computeGlobalDirection(G4ThreeVector lp)`
`G4ThreeVector`	`G4VTwistSurface.computeGlobalPoint(G4ThreeVector lp)`
`G4ThreeVector`	`G4VTwistSurface.computeLocalDirection(G4ThreeVector gp)`
`G4ThreeVector`	`G4VTwistSurface.computeLocalPoint(G4ThreeVector gp)`
`double`	`G4Navigator.computeSafety(G4ThreeVector globalpoint)`
`double`	`G4Navigator.computeSafety(G4ThreeVector globalpoint, double pProposedMaxLength)`
`double`	`G4VoxelNavigation.computeSafety(G4ThreeVector globalpoint, G4NavigationHistory history)`
`double`	`G4ParameterisedNavigation.computeSafety(G4ThreeVector localPoint, G4NavigationHistory history)`
`double`	`G4NormalNavigation.computeSafety(G4ThreeVector globalpoint, G4NavigationHistory history)`
`double`	`G4VoxelNavigation.computeSafety(G4ThreeVector globalpoint, G4NavigationHistory history, double pMaxLength)`
`double`	`G4ParameterisedNavigation.computeSafety(G4ThreeVector localPoint, G4NavigationHistory history, double pProposedMaxLength)`
`double`	`G4NormalNavigation.computeSafety(G4ThreeVector globalpoint, G4NavigationHistory history, double pMaxLength)`
`double`	`G4ReplicaNavigation.computeSafety(G4ThreeVector globalPoint, G4ThreeVector localPoint, G4NavigationHistory history)`
`double`	`G4ReplicaNavigation.computeSafety(G4ThreeVector globalPoint, G4ThreeVector localPoint, G4NavigationHistory history, double pProposedMaxLength)`
`double`	`G4Navigator.computeStep(G4ThreeVector pGlobalPoint, G4ThreeVector pDirection, double pCurrentProposedStepLength, SWIGTYPE_p_double pNewSafety)`
`double`	`G4VoxelNavigation.computeStep(G4ThreeVector globalPoint, G4ThreeVector globalDirection, double currentProposedStepLength, SWIGTYPE_p_double newSafety, G4NavigationHistory history, SWIGTYPE_p_bool validExitNormal, G4ThreeVector exitNormal, SWIGTYPE_p_bool exiting, SWIGTYPE_p_bool entering, SWIGTYPE_p_p_G4VPhysicalVolume pBlockedPhysical, SWIGTYPE_p_int blockedReplicaNo)`
`double`	`G4ParameterisedNavigation.computeStep(G4ThreeVector globalPoint, G4ThreeVector globalDirection, double currentProposedStepLength, SWIGTYPE_p_double newSafety, G4NavigationHistory history, SWIGTYPE_p_bool validExitNormal, G4ThreeVector exitNormal, SWIGTYPE_p_bool exiting, SWIGTYPE_p_bool entering, SWIGTYPE_p_p_G4VPhysicalVolume pBlockedPhysical, SWIGTYPE_p_int blockedReplicaNo)`
`double`	`G4NormalNavigation.computeStep(G4ThreeVector localPoint, G4ThreeVector localDirection, double currentProposedStepLength, SWIGTYPE_p_double newSafety, G4NavigationHistory history, SWIGTYPE_p_bool validExitNormal, G4ThreeVector exitNormal, SWIGTYPE_p_bool exiting, SWIGTYPE_p_bool entering, SWIGTYPE_p_p_G4VPhysicalVolume pBlockedPhysical, SWIGTYPE_p_int blockedReplicaNo)`
`double`	`G4ReplicaNavigation.computeStep(G4ThreeVector globalPoint, G4ThreeVector globalDirection, G4ThreeVector localPoint, G4ThreeVector localDirection, double currentProposedStepLength, SWIGTYPE_p_double newSafety, G4NavigationHistory history, SWIGTYPE_p_bool validExitNormal, G4ThreeVector exitNormal, SWIGTYPE_p_bool exiting, SWIGTYPE_p_bool entering, SWIGTYPE_p_p_G4VPhysicalVolume pBlockedPhysical, SWIGTYPE_p_int blockedReplicaNo)`
`double`	`G4VPGeoDriver.computeStepLengthCrossBoundary(G4ThreeVector aPosition, G4ThreeVector aDirection)`
`double`	`G4ParallelNavigator.computeStepLengthCrossBoundary(G4ThreeVector aPosition, G4ThreeVector aDirection)`
`double`	`G4VPGeoDriver.computeStepLengthInit(G4ThreeVector aPosition, G4ThreeVector aDirection)`
`double`	`G4ParallelNavigator.computeStepLengthInit(G4ThreeVector aPosition, G4ThreeVector aDirection)`
`double`	`G4VPGeoDriver.computeStepLengthInVolume(G4ThreeVector aPosition, G4ThreeVector aDirection)`
`double`	`G4ParallelNavigator.computeStepLengthInVolume(G4ThreeVector aPosition, G4ThreeVector aDirection)`
`void`	`G4ReplicaNavigation.computeTransformation(int replicaNo, G4VPhysicalVolume pVol, G4ThreeVector point)`
`static String`	`G4UIcommand.convertToString(G4ThreeVector vec)`
`static String`	`G4UIcommand.convertToString(G4ThreeVector vec, String unitName)`
`String`	`G4UIcmdWith3VectorAndUnit.convertToStringWithBestUnit(G4ThreeVector vec)`
`String`	`G4UIcmdWith3VectorAndUnit.convertToStringWithDefaultUnit(G4ThreeVector vec)`
`double`	`G4ThreeVector.cos2Theta(G4ThreeVector v2)`
`double`	`G4ThreeVector.cosTheta(G4ThreeVector v2)`
`G4Track`	`G4FastStep.createSecondaryTrack(G4DynamicParticle arg0, G4ThreeVector arg1, double arg2)`
`G4Track`	`G4FastStep.createSecondaryTrack(G4DynamicParticle arg0, G4ThreeVector arg1, double arg2, boolean localCoordinates)`
`G4Track`	`G4FastStep.createSecondaryTrack(G4DynamicParticle arg0, G4ThreeVector arg1, G4ThreeVector arg2, double arg3)`
`G4Track`	`G4FastStep.createSecondaryTrack(G4DynamicParticle arg0, G4ThreeVector arg1, G4ThreeVector arg2, double arg3, boolean localCoordinates)`
`G4ThreeVector`	`G4ThreeVector.cross(G4ThreeVector arg0)`
`void`	`HepRotationZ.decompose(G4ThreeVector boost, SWIGTYPE_p_CLHEP__HepAxisAngle rotation)`
`void`	`HepRotationY.decompose(G4ThreeVector boost, SWIGTYPE_p_CLHEP__HepAxisAngle rotation)`
`void`	`HepRotationX.decompose(G4ThreeVector boost, SWIGTYPE_p_CLHEP__HepAxisAngle rotation)`
`void`	`HepBoostZ.decompose(G4ThreeVector boost, SWIGTYPE_p_CLHEP__HepAxisAngle rotation)`
`void`	`HepBoostY.decompose(G4ThreeVector boost, SWIGTYPE_p_CLHEP__HepAxisAngle rotation)`
`void`	`HepBoostX.decompose(G4ThreeVector boost, SWIGTYPE_p_CLHEP__HepAxisAngle rotation)`
`void`	`HepBoost.decompose(G4ThreeVector boost, SWIGTYPE_p_CLHEP__HepAxisAngle rotation)`
`void`	`G4RotationMatrix.decompose(G4ThreeVector boost, SWIGTYPE_p_CLHEP__HepAxisAngle rotation)`
`void`	`G4LorentzRotation.decompose(G4ThreeVector boost, SWIGTYPE_p_CLHEP__HepAxisAngle rotation)`
`void`	`HepRotationZ.decompose(SWIGTYPE_p_CLHEP__HepAxisAngle rotation, G4ThreeVector boost)`
`void`	`HepRotationY.decompose(SWIGTYPE_p_CLHEP__HepAxisAngle rotation, G4ThreeVector boost)`
`void`	`HepRotationX.decompose(SWIGTYPE_p_CLHEP__HepAxisAngle rotation, G4ThreeVector boost)`
`void`	`HepBoostZ.decompose(SWIGTYPE_p_CLHEP__HepAxisAngle rotation, G4ThreeVector boost)`
`void`	`HepBoostY.decompose(SWIGTYPE_p_CLHEP__HepAxisAngle rotation, G4ThreeVector boost)`
`void`	`HepBoostX.decompose(SWIGTYPE_p_CLHEP__HepAxisAngle rotation, G4ThreeVector boost)`
`void`	`HepBoost.decompose(SWIGTYPE_p_CLHEP__HepAxisAngle rotation, G4ThreeVector boost)`
`void`	`G4RotationMatrix.decompose(SWIGTYPE_p_CLHEP__HepAxisAngle rotation, G4ThreeVector boost)`
`void`	`G4LorentzRotation.decompose(SWIGTYPE_p_CLHEP__HepAxisAngle rotation, G4ThreeVector boost)`
`void`	`G4SPSAngDistribution.defineAngRefAxes(String arg0, G4ThreeVector arg1)`
`double`	`G4ThreeVector.deltaPhi(G4ThreeVector v2)`
`double`	`G4ThreeVector.deltaR(G4ThreeVector v)`
`double`	`G4ThreeVector.diff2(G4ThreeVector v)`
`double`	`G4LineSection.dist(G4ThreeVector OtherPnt)`
`double`	`G4VCSGface.distance(G4ThreeVector p, boolean outgoing)`
`double`	`G4PolyPhiFace.distance(G4ThreeVector p, boolean outgoing)`
`double`	`G4PolyhedraSide.distance(G4ThreeVector p, boolean outgoing)`
`double`	`G4PolyconeSide.distance(G4ThreeVector p, boolean outgoing)`
`double`	`G4VTwistSurface.distanceTo(G4ThreeVector gp, G4ThreeVector gxx)`
`double`	`G4VTwistSurface.distanceToBoundary(int areacode, G4ThreeVector xx, G4ThreeVector p)`
`double`	`G4VTwistedFaceted.distanceToIn(G4ThreeVector p)`
`double`	`G4VSolid.distanceToIn(G4ThreeVector p)`
`double`	`G4VCSGfaceted.distanceToIn(G4ThreeVector p)`
`double`	`G4UnionSolid.distanceToIn(G4ThreeVector p)`
`double`	`G4TwistedTubs.distanceToIn(G4ThreeVector p)`
`double`	`G4Tubs.distanceToIn(G4ThreeVector p)`
`double`	`G4Trd.distanceToIn(G4ThreeVector p)`
`double`	`G4Trap.distanceToIn(G4ThreeVector p)`
`double`	`G4Torus.distanceToIn(G4ThreeVector p)`
`double`	`G4Tet.distanceToIn(G4ThreeVector p)`
`double`	`G4SubtractionSolid.distanceToIn(G4ThreeVector p)`
`double`	`G4Sphere.distanceToIn(G4ThreeVector p)`
`double`	`G4ReflectedSolid.distanceToIn(G4ThreeVector p)`
`double`	`G4Polyhedra.distanceToIn(G4ThreeVector p)`
`double`	`G4Polycone.distanceToIn(G4ThreeVector p)`
`double`	`G4Para.distanceToIn(G4ThreeVector p)`
`double`	`G4Orb.distanceToIn(G4ThreeVector p)`
`double`	`G4IntersectionSolid.distanceToIn(G4ThreeVector p)`
`double`	`G4Hype.distanceToIn(G4ThreeVector p)`
`double`	`G4EllipticalTube.distanceToIn(G4ThreeVector p)`
`double`	`G4EllipticalCone.distanceToIn(G4ThreeVector p)`
`double`	`G4Ellipsoid.distanceToIn(G4ThreeVector p)`
`double`	`G4DisplacedSolid.distanceToIn(G4ThreeVector p)`
`double`	`G4Cons.distanceToIn(G4ThreeVector p)`
`double`	`G4BREPSolidSphere.distanceToIn(G4ThreeVector arg0)`
`double`	`G4BREPSolidPolyhedra.distanceToIn(G4ThreeVector arg0)`
`double`	`G4BREPSolidPCone.distanceToIn(G4ThreeVector arg0)`
`double`	`G4BREPSolidCone.distanceToIn(G4ThreeVector p)`
`double`	`G4BREPSolid.distanceToIn(G4ThreeVector arg0)`
`double`	`G4Box.distanceToIn(G4ThreeVector p)`
`double`	`G4VTwistedFaceted.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4VSolid.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4VCSGfaceted.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4UnionSolid.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4TwistedTubs.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Tubs.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Trd.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Trap.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Torus.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Tet.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4SubtractionSolid.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Sphere.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4ReflectedSolid.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Polyhedra.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Polycone.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Para.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Orb.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4IntersectionSolid.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Hype.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4EllipticalTube.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4EllipticalCone.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Ellipsoid.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4DisplacedSolid.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Cons.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4BREPSolidSphere.distanceToIn(G4ThreeVector Pt, G4ThreeVector V)`
`double`	`G4BREPSolidPolyhedra.distanceToIn(G4ThreeVector Pt, G4ThreeVector V)`
`double`	`G4BREPSolidPCone.distanceToIn(G4ThreeVector Pt, G4ThreeVector V)`
`double`	`G4BREPSolidCone.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4BREPSolid.distanceToIn(G4ThreeVector Pt, G4ThreeVector V)`
`double`	`G4Box.distanceToIn(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4VTwistSurface.distanceToIn(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxxbest)`
`double`	`G4VTwistSurface.distanceToLine(G4ThreeVector p, G4ThreeVector x0, G4ThreeVector d, G4ThreeVector xx)`
`double`	`G4VTwistedFaceted.distanceToOut(G4ThreeVector p)`
`double`	`G4VSolid.distanceToOut(G4ThreeVector p)`
`double`	`G4VCSGfaceted.distanceToOut(G4ThreeVector p)`
`double`	`G4UnionSolid.distanceToOut(G4ThreeVector p)`
`double`	`G4TwistedTubs.distanceToOut(G4ThreeVector p)`
`double`	`G4Tubs.distanceToOut(G4ThreeVector p)`
`double`	`G4Trd.distanceToOut(G4ThreeVector p)`
`double`	`G4Trap.distanceToOut(G4ThreeVector p)`
`double`	`G4Torus.distanceToOut(G4ThreeVector p)`
`double`	`G4Tet.distanceToOut(G4ThreeVector p)`
`double`	`G4SubtractionSolid.distanceToOut(G4ThreeVector p)`
`double`	`G4Sphere.distanceToOut(G4ThreeVector p)`
`double`	`G4ReflectedSolid.distanceToOut(G4ThreeVector p)`
`double`	`G4Para.distanceToOut(G4ThreeVector p)`
`double`	`G4Orb.distanceToOut(G4ThreeVector p)`
`double`	`G4IntersectionSolid.distanceToOut(G4ThreeVector p)`
`double`	`G4Hype.distanceToOut(G4ThreeVector p)`
`double`	`G4EllipticalTube.distanceToOut(G4ThreeVector p)`
`double`	`G4EllipticalCone.distanceToOut(G4ThreeVector p)`
`double`	`G4Ellipsoid.distanceToOut(G4ThreeVector p)`
`double`	`G4DisplacedSolid.distanceToOut(G4ThreeVector p)`
`double`	`G4Cons.distanceToOut(G4ThreeVector p)`
`double`	`G4BREPSolidSphere.distanceToOut(G4ThreeVector arg0)`
`double`	`G4BREPSolidPolyhedra.distanceToOut(G4ThreeVector arg0)`
`double`	`G4BREPSolidPCone.distanceToOut(G4ThreeVector arg0)`
`double`	`G4BREPSolidCone.distanceToOut(G4ThreeVector p)`
`double`	`G4BREPSolid.distanceToOut(G4ThreeVector arg0)`
`double`	`G4Box.distanceToOut(G4ThreeVector p)`
`double`	`G4VTwistedFaceted.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4VSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4VCSGfaceted.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4UnionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4TwistedTubs.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Tubs.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Trd.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Trap.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Torus.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Tet.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4SubtractionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Sphere.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4ReflectedSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Para.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Orb.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4IntersectionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Hype.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4EllipticalTube.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4EllipticalCone.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Ellipsoid.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4DisplacedSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4Cons.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4BREPSolidSphere.distanceToOut(G4ThreeVector Pt, G4ThreeVector V)`
`double`	`G4BREPSolidPolyhedra.distanceToOut(G4ThreeVector Pt, G4ThreeVector V)`
`double`	`G4BREPSolidPCone.distanceToOut(G4ThreeVector Pt, G4ThreeVector V)`
`double`	`G4BREPSolidCone.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4BREPSolid.distanceToOut(G4ThreeVector Pt, G4ThreeVector V)`
`double`	`G4Box.distanceToOut(G4ThreeVector p, G4ThreeVector v)`
`double`	`G4VTwistedFaceted.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcnorm)`
`double`	`G4VSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4VCSGfaceted.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4UnionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4TwistedTubs.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcnorm)`
`double`	`G4Tubs.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4Trd.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4Trap.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4Torus.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4Tet.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4SubtractionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4Sphere.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4ReflectedSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4Para.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4Orb.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4IntersectionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4Hype.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4EllipticalTube.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4EllipticalCone.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4Ellipsoid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4DisplacedSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4Cons.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4BREPSolidSphere.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm)`
`double`	`G4BREPSolidPolyhedra.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm)`
`double`	`G4BREPSolidPCone.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm)`
`double`	`G4BREPSolidCone.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4BREPSolid.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm)`
`double`	`G4Box.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm)`
`double`	`G4VTwistedFaceted.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcnorm, SWIGTYPE_p_bool validnorm)`
`double`	`G4VSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4VCSGfaceted.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4UnionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4TwistedTubs.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcnorm, SWIGTYPE_p_bool validnorm)`
`double`	`G4Tubs.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4Trd.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4Trap.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4Torus.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4Tet.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4SubtractionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4Sphere.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4ReflectedSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4Para.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4Orb.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4IntersectionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4Hype.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4EllipticalTube.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4EllipticalCone.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4Ellipsoid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4DisplacedSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4Cons.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4BREPSolidSphere.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4BREPSolidPolyhedra.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4BREPSolidPCone.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4BREPSolidCone.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4BREPSolid.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4Box.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm)`
`double`	`G4VTwistedFaceted.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcnorm, SWIGTYPE_p_bool validnorm, G4ThreeVector n)`
`double`	`G4VSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4VCSGfaceted.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4UnionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4TwistedTubs.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcnorm, SWIGTYPE_p_bool validnorm, G4ThreeVector n)`
`double`	`G4Tubs.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4Trd.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4Trap.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4Torus.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4Tet.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4SubtractionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4Sphere.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4ReflectedSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4Para.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4Orb.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4IntersectionSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4Hype.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4EllipticalTube.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4EllipticalCone.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4Ellipsoid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4DisplacedSolid.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4Cons.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4BREPSolidSphere.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4BREPSolidPolyhedra.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4BREPSolidPCone.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4BREPSolidCone.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4BREPSolid.distanceToOut(G4ThreeVector Pt, G4ThreeVector V, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4Box.distanceToOut(G4ThreeVector p, G4ThreeVector v, boolean calcNorm, SWIGTYPE_p_bool validNorm, G4ThreeVector n)`
`double`	`G4VTwistSurface.distanceToOut(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxxbest)`
`double`	`G4ReplicaNavigation.distanceToOut(G4VPhysicalVolume pVol, int replicaNo, G4ThreeVector localPoint)`
`double`	`G4ReplicaNavigation.distanceToOut(G4VPhysicalVolume pVol, int replicaNo, G4ThreeVector localPoint, G4ThreeVector localDirection)`
`double`	`G4VTwistSurface.distanceToPlane(G4ThreeVector p, G4ThreeVector x0, G4ThreeVector n0, G4ThreeVector xx)`
`double`	`G4VTwistSurface.distanceToPlane(G4ThreeVector p, G4ThreeVector x0, G4ThreeVector t1, G4ThreeVector t2, G4ThreeVector xx, G4ThreeVector n)`
`double`	`G4VTwistSurface.distanceToPlaneWithV(G4ThreeVector p, G4ThreeVector v, G4ThreeVector x0, G4ThreeVector n0, G4ThreeVector xx)`
`int`	`G4VTwistSurface.distanceToSurface(G4ThreeVector gp, G4ThreeVector gxx, double[] distance, int[] areacode)`
`int`	`G4TwistTubsSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gxx, double[] distance, int[] areacode)`
`int`	`G4TwistTubsHypeSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gxx, double[] distance, int[] areacode)`
`int`	`G4TwistTubsFlatSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gxx, double[] distance, int[] areacode)`
`int`	`G4TwistTrapParallelSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gxx, double[] distance, int[] areacode)`
`int`	`G4TwistTrapFlatSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gxx, double[] distance, int[] areacode)`
`int`	`G4TwistTrapAlphaSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gxx, double[] distance, int[] areacode)`
`int`	`G4TwistBoxSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gxx, double[] distance, int[] areacode)`
`int`	`G4VTwistSurface.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid)`
`int`	`G4TwistTubsSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid)`
`int`	`G4TwistTubsHypeSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid)`
`int`	`G4TwistTubsFlatSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid)`
`int`	`G4TwistTrapParallelSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid)`
`int`	`G4TwistTrapFlatSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid)`
`int`	`G4TwistTrapAlphaSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid)`
`int`	`G4TwistBoxSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid)`
`int`	`G4VTwistSurface.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid, G4VTwistSurface.EValidate validate)`
`int`	`G4TwistTubsSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid, G4VTwistSurface.EValidate validate)`
`int`	`G4TwistTubsHypeSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid, G4VTwistSurface.EValidate validate)`
`int`	`G4TwistTubsFlatSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid, G4VTwistSurface.EValidate validate)`
`int`	`G4TwistTrapParallelSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid, G4VTwistSurface.EValidate validate)`
`int`	`G4TwistTrapFlatSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid, G4VTwistSurface.EValidate validate)`
`int`	`G4TwistTrapAlphaSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid, G4VTwistSurface.EValidate validate)`
`int`	`G4TwistBoxSide.distanceToSurface(G4ThreeVector gp, G4ThreeVector gv, G4ThreeVector gxx, double[] distance, int[] areacode, boolean[] isvalid, G4VTwistSurface.EValidate validate)`
`static double`	`G4LineSection.distline(G4ThreeVector OtherPnt, G4ThreeVector LinePntA, G4ThreeVector LinePntB)`
`double`	`G4ThreeVector.dot(G4ThreeVector arg0)`
`void`	`G4MagHelicalStepper.dumbStepper(double[] y, G4ThreeVector Bfld, double h, double[] yout)`
`void`	`G4HelixSimpleRunge.dumbStepper(double[] y, G4ThreeVector Bfld, double h, double[] yout)`
`void`	`G4HelixImplicitEuler.dumbStepper(double[] y, G4ThreeVector Bfld, double h, double[] yout)`
`void`	`G4HelixHeum.dumbStepper(double[] y, G4ThreeVector Bfld, double h, double[] yout)`
`void`	`G4HelixExplicitEuler.dumbStepper(double[] y, G4ThreeVector Bfld, double h, double[] yout)`
`void`	`G4SPSEneDistribution.epnEnergyHisto(G4ThreeVector arg0)`
`double`	`G4LorentzVector.et(G4ThreeVector arg0)`
`double`	`G4LorentzVector.et2(G4ThreeVector arg0)`
`double`	`G4ThreeVector.eta(G4ThreeVector v2)`
`double`	`G4LorentzVector.eta(G4ThreeVector ref)`
`double`	`G4VCSGface.extent(G4ThreeVector axis)`
`double`	`G4PolyPhiFace.extent(G4ThreeVector axis)`
`double`	`G4PolyhedraSide.extent(G4ThreeVector axis)`
`double`	`G4PolyconeSide.extent(G4ThreeVector axis)`
`double`	`G4ChordFinderSaf.findNextChord(G4FieldTrack yStart, double stepMax, G4FieldTrack yEnd, SWIGTYPE_p_double dyErrPos, double epsStep, SWIGTYPE_p_double pStepForAccuracy, G4ThreeVector latestSafetyOrigin, double latestSafetyRadius)`
`void`	`HepRotationZ.getAngleAxis(double[] delta, G4ThreeVector axis)`
`void`	`HepRotationY.getAngleAxis(double[] delta, G4ThreeVector axis)`
`void`	`HepRotationX.getAngleAxis(double[] delta, G4ThreeVector axis)`
`void`	`G4RotationMatrix.getAngleAxis(double[] delta, G4ThreeVector axis)`
`G4ReactionProduct`	`G4Nucleus.getBiasedThermalNucleus(double aMass, G4ThreeVector aVelocity)`
`G4ReactionProduct`	`G4Nucleus.getBiasedThermalNucleus(double aMass, G4ThreeVector aVelocity, double temp)`
`G4ThreeVector`	`G4VTwistSurface.getBoundaryAtPZ(int areacode, G4ThreeVector p)`
`void`	`G4VTwistSurface.getBoundaryParameters(int areacode, G4ThreeVector d, G4ThreeVector x0, SWIGTYPE_p_int boundarytype)`
`protected static long`	`G4ThreeVector.getCPtr(G4ThreeVector obj)`
`void`	`G4GeomTestOverlapList.getDaught1Points(int arg0, G4ThreeVector arg1, G4ThreeVector arg2)`
`void`	`G4GeomTestOverlapList.getDaught2Points(int arg0, G4ThreeVector arg1, G4ThreeVector arg2)`
`void`	`G4GeomTestOvershootList.getDaughtPoints(int i, G4ThreeVector s1, G4ThreeVector s2)`
`void`	`G4GeomTestErrorList.getGlobalPoints(int i, G4ThreeVector s1, G4ThreeVector s2)`
`G4ThreeVector`	`G4ParticleChange.getGlobalPosition(G4ThreeVector displacement)`
`void`	`G4GeomTestErrorList.getMotherPoints(int i, G4ThreeVector s1, G4ThreeVector s2)`
`G4ThreeVector`	`G4TwistTubsSide.getNormal(G4ThreeVector xx)`
`G4ThreeVector`	`G4TwistTubsHypeSide.getNormal(G4ThreeVector xx)`
`G4ThreeVector`	`G4TwistTubsFlatSide.getNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4TwistTrapParallelSide.getNormal(G4ThreeVector xx)`
`G4ThreeVector`	`G4TwistTrapFlatSide.getNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4TwistTrapAlphaSide.getNormal(G4ThreeVector xx)`
`G4ThreeVector`	`G4TwistBoxSide.getNormal(G4ThreeVector xx)`
`G4ThreeVector`	`G4VTwistSurface.getNormal(G4ThreeVector xx, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTubsSide.getNormal(G4ThreeVector xx, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTubsHypeSide.getNormal(G4ThreeVector xx, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTubsFlatSide.getNormal(G4ThreeVector arg0, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTrapParallelSide.getNormal(G4ThreeVector xx, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTrapFlatSide.getNormal(G4ThreeVector arg0, boolean isGlobal)`
`G4ThreeVector`	`G4TwistTrapAlphaSide.getNormal(G4ThreeVector xx, boolean isGlobal)`
`G4ThreeVector`	`G4TwistBoxSide.getNormal(G4ThreeVector xx, boolean isGlobal)`
`void`	`G4GeomTestErrorList.getOneDaughtPoints(G4VPhysicalVolume daught, int i, G4ThreeVector s1, G4ThreeVector s2)`
`boolean`	`G4ClippablePolygon.getPlanerExtent(G4ThreeVector pointOnPlane, G4ThreeVector planeNormal, SWIGTYPE_p_double min, SWIGTYPE_p_double max)`
`double`	`G4TwistTubsHypeSide.getRhoAtPZ(G4ThreeVector p)`
`double`	`G4TwistTubsHypeSide.getRhoAtPZ(G4ThreeVector p, boolean isglobal)`
`double`	`G4ThreeVector.howNear(G4ThreeVector v)`
`double`	`G4ThreeVector.howOrthogonal(G4ThreeVector v)`
`double`	`G4ThreeVector.howParallel(G4ThreeVector v)`
`void`	`G4FieldTrack.initialiseSpin(G4ThreeVector Spin)`
`EInside`	`G4VTwistedFaceted.inside(G4ThreeVector p)`
`EInside`	`G4VSolid.inside(G4ThreeVector p)`
`boolean`	`G4VoxelLimits.inside(G4ThreeVector pVec)`
`EInside`	`G4VCSGfaceted.inside(G4ThreeVector p)`
`EInside`	`G4UnionSolid.inside(G4ThreeVector p)`
`EInside`	`G4TwistTubsHypeSide.inside(G4ThreeVector gp)`
`EInside`	`G4TwistedTubs.inside(G4ThreeVector p)`
`EInside`	`G4Tubs.inside(G4ThreeVector p)`
`EInside`	`G4Trd.inside(G4ThreeVector p)`
`EInside`	`G4Trap.inside(G4ThreeVector p)`
`EInside`	`G4Torus.inside(G4ThreeVector p)`
`EInside`	`G4Tet.inside(G4ThreeVector p)`
`EInside`	`G4SubtractionSolid.inside(G4ThreeVector p)`
`EInside`	`G4Sphere.inside(G4ThreeVector p)`
`EInside`	`G4ReflectedSolid.inside(G4ThreeVector p)`
`EInside`	`G4Polyhedra.inside(G4ThreeVector p)`
`EInside`	`G4Polycone.inside(G4ThreeVector p)`
`EInside`	`G4Para.inside(G4ThreeVector p)`
`EInside`	`G4Orb.inside(G4ThreeVector p)`
`EInside`	`G4IntersectionSolid.inside(G4ThreeVector p)`
`EInside`	`G4Hype.inside(G4ThreeVector p)`
`EInside`	`G4EllipticalTube.inside(G4ThreeVector p)`
`EInside`	`G4EllipticalCone.inside(G4ThreeVector p)`
`EInside`	`G4Ellipsoid.inside(G4ThreeVector p)`
`EInside`	`G4DisplacedSolid.inside(G4ThreeVector p)`
`EInside`	`G4Cons.inside(G4ThreeVector p)`
`EInside`	`G4BREPSolidSphere.inside(G4ThreeVector Pt)`
`EInside`	`G4BREPSolidPolyhedra.inside(G4ThreeVector Pt)`
`EInside`	`G4BREPSolidPCone.inside(G4ThreeVector Pt)`
`EInside`	`G4BREPSolidCone.inside(G4ThreeVector Pt)`
`EInside`	`G4BREPSolidBox.inside(G4ThreeVector Pt)`
`EInside`	`G4BREPSolid.inside(G4ThreeVector Pt)`
`EInside`	`G4Box.inside(G4ThreeVector p)`
`EInside`	`G4VCSGface.inside(G4ThreeVector p, double tolerance, SWIGTYPE_p_double bestDistance)`
`EInside`	`G4PolyPhiFace.inside(G4ThreeVector p, double tolerance, SWIGTYPE_p_double bestDistance)`
`EInside`	`G4PolyhedraSide.inside(G4ThreeVector p, double tolerance, SWIGTYPE_p_double bestDistance)`
`EInside`	`G4PolyconeSide.inside(G4ThreeVector p, double tolerance, SWIGTYPE_p_double bestDistance)`
`EInside`	`G4ReplicaNavigation.inside(G4VPhysicalVolume pVol, int replicaNo, G4ThreeVector localPoint)`
`boolean`	`G4VCSGface.intersect(G4ThreeVector p, G4ThreeVector v, boolean outgoing, double surfTolerance, SWIGTYPE_p_double distance, SWIGTYPE_p_double distFromSurface, G4ThreeVector normal, SWIGTYPE_p_bool allBehind)`
`boolean`	`G4PolyPhiFace.intersect(G4ThreeVector p, G4ThreeVector v, boolean outgoing, double surfTolerance, SWIGTYPE_p_double distance, SWIGTYPE_p_double distFromSurface, G4ThreeVector normal, SWIGTYPE_p_bool allBehind)`
`boolean`	`G4PolyhedraSide.intersect(G4ThreeVector p, G4ThreeVector v, boolean outgoing, double surfTolerance, SWIGTYPE_p_double distance, SWIGTYPE_p_double distFromSurface, G4ThreeVector normal, SWIGTYPE_p_bool allBehind)`
`boolean`	`G4PolyconeSide.intersect(G4ThreeVector p, G4ThreeVector v, boolean outgoing, double surfTolerance, SWIGTYPE_p_double distance, SWIGTYPE_p_double distFromSurface, G4ThreeVector normal, SWIGTYPE_p_bool isAllBehind)`
`boolean`	`G4ThreeVector.isNear(G4ThreeVector arg0)`
`boolean`	`G4ThreeVector.isNear(G4ThreeVector arg0, double epsilon)`
`boolean`	`G4ThreeVector.isOrthogonal(G4ThreeVector v)`
`boolean`	`G4ThreeVector.isOrthogonal(G4ThreeVector v, double epsilon)`
`boolean`	`G4ThreeVector.isParallel(G4ThreeVector v)`
`boolean`	`G4ThreeVector.isParallel(G4ThreeVector v, double epsilon)`
`boolean`	`G4VoxelNavigation.levelLocate(G4NavigationHistory history, G4VPhysicalVolume blockedVol, int blockedNum, G4ThreeVector globalPoint, G4ThreeVector globalDirection, boolean pLocatedOnEdge, G4ThreeVector localPoint)`
`boolean`	`G4ReplicaNavigation.levelLocate(G4NavigationHistory history, G4VPhysicalVolume blockedVol, int blockedNum, G4ThreeVector globalPoint, G4ThreeVector globalDirection, boolean pLocatedOnEdge, G4ThreeVector localPoint)`
`boolean`	`G4ParameterisedNavigation.levelLocate(G4NavigationHistory history, G4VPhysicalVolume blockedVol, int blockedNum, G4ThreeVector globalPoint, G4ThreeVector globalDirection, boolean pLocatedOnEdge, G4ThreeVector localPoint)`
`boolean`	`G4NormalNavigation.levelLocate(G4NavigationHistory history, G4VPhysicalVolume blockedVol, int blockedNum, G4ThreeVector globalPoint, G4ThreeVector globalDirection, boolean pLocatedOnEdge, G4ThreeVector localPoint)`
`int`	`G4IntersectingCone.lineHitsCone(G4ThreeVector p, G4ThreeVector v, SWIGTYPE_p_double s1, SWIGTYPE_p_double s2)`
`G4VPhysicalVolume`	`G4Navigator.locateGlobalPointAndSetup(G4ThreeVector point)`
`G4VPhysicalVolume`	`G4Navigator.locateGlobalPointAndSetup(G4ThreeVector point, G4ThreeVector direction)`
`G4VPhysicalVolume`	`G4Navigator.locateGlobalPointAndSetup(G4ThreeVector point, G4ThreeVector direction, boolean pRelativeSearch)`
`G4VPhysicalVolume`	`G4Navigator.locateGlobalPointAndSetup(G4ThreeVector point, G4ThreeVector direction, boolean pRelativeSearch, boolean ignoreDirection)`
`void`	`G4Navigator.locateGlobalPointAndUpdateTouchable(G4ThreeVector position, G4ThreeVector direction, G4VTouchable touchableToUpdate)`
`void`	`G4Navigator.locateGlobalPointAndUpdateTouchable(G4ThreeVector position, G4ThreeVector direction, G4VTouchable touchableToUpdate, boolean RelativeSearch)`
`void`	`G4Navigator.locateGlobalPointAndUpdateTouchable(G4ThreeVector position, G4VTouchable touchableToUpdate)`
`void`	`G4Navigator.locateGlobalPointAndUpdateTouchable(G4ThreeVector position, G4VTouchable touchableToUpdate, boolean RelativeSearch)`
`void`	`G4Navigator.locateGlobalPointAndUpdateTouchableHandle(G4ThreeVector position, G4ThreeVector direction, G4TouchableHandle oldTouchableToUpdate)`
`void`	`G4Navigator.locateGlobalPointAndUpdateTouchableHandle(G4ThreeVector position, G4ThreeVector direction, G4TouchableHandle oldTouchableToUpdate, boolean RelativeSearch)`
`void`	`G4Navigator.locateGlobalPointWithinVolume(G4ThreeVector position)`
`G4GeometryCell`	`G4VPGeoDriver.locateOnBoundary(G4ThreeVector aPosition, G4ThreeVector aDirection)`
`G4GeometryCell`	`G4ParallelNavigator.locateOnBoundary(G4ThreeVector aPosition, G4ThreeVector aDirection)`
`void`	`G4AssemblyVolume.makeImprint(G4LogicalVolume pMotherLV, G4ThreeVector translationInMother, G4RotationMatrix pRotationInMother)`
`void`	`G4AssemblyVolume.makeImprint(G4LogicalVolume pMotherLV, G4ThreeVector translationInMother, G4RotationMatrix pRotationInMother, int copyNumBase)`
`void`	`G4AssemblyVolume.makeImprint(G4LogicalVolume pMotherLV, G4ThreeVector translationInMother, G4RotationMatrix pRotationInMother, int copyNumBase, boolean surfCheck)`
`double`	`G4LorentzVector.minus(G4ThreeVector ref)`
`boolean`	`G4EnclosingCylinder.mustBeOutside(G4ThreeVector p)`
`G4ThreeVector`	`G4VCSGface.normal(G4ThreeVector p, SWIGTYPE_p_double bestDistance)`
`G4ThreeVector`	`G4PolyPhiFace.normal(G4ThreeVector p, SWIGTYPE_p_double bestDistance)`
`G4ThreeVector`	`G4PolyhedraSide.normal(G4ThreeVector p, SWIGTYPE_p_double bestDistance)`
`G4ThreeVector`	`G4PolyconeSide.normal(G4ThreeVector p, SWIGTYPE_p_double bestDistance)`
`int`	`G4VoxelLimits.outCode(G4ThreeVector pVec)`
`G4SmartVoxelNode`	`G4ParameterisedNavigation.paramVoxelLocate(G4SmartVoxelHeader pHead, G4ThreeVector localPoint)`
`double`	`G4ThreeVector.perp(G4ThreeVector arg0)`
`double`	`G4LorentzVector.perp(G4ThreeVector arg0)`
`double`	`G4ThreeVector.perp2(G4ThreeVector arg0)`
`double`	`G4LorentzVector.perp2(G4ThreeVector arg0)`
`G4ThreeVector`	`G4ThreeVector.perpPart(G4ThreeVector v2)`
`double`	`G4LorentzVector.plus(G4ThreeVector ref)`
`double`	`G4ThreeVector.polarAngle(G4ThreeVector v2)`
`double`	`G4ThreeVector.polarAngle(G4ThreeVector v2, G4ThreeVector ref)`
`G4ThreeVector`	`G4ThreeVector.project(G4ThreeVector v2)`
`G4ThreeVector`	`G4TwistTubsSide.projectAtPXPZ(G4ThreeVector p)`
`G4ThreeVector`	`G4TwistTubsSide.projectAtPXPZ(G4ThreeVector p, boolean isglobal)`
`void`	`G4ParticleChangeForMSC.proposeMomentumDirection(G4ThreeVector Pfinal)`
`void`	`G4ParticleChangeForLoss.proposeMomentumDirection(G4ThreeVector Pfinal)`
`void`	`G4ParticleChangeForGamma.proposeMomentumDirection(G4ThreeVector Pfinal)`
`void`	`G4ParticleChange.proposeMomentumDirection(G4ThreeVector Pfinal)`
`void`	`G4ParticleChangeForGamma.proposePolarization(G4ThreeVector dir)`
`void`	`G4ParticleChangeForDecay.proposePolarization(G4ThreeVector finalPoralization)`
`void`	`G4ParticleChange.proposePolarization(G4ThreeVector finalPoralization)`
`void`	`G4ParticleChangeForMSC.proposePosition(G4ThreeVector finalPosition)`
`void`	`G4ParticleChange.proposePosition(G4ThreeVector finalPosition)`
`void`	`G4FastStep.proposePrimaryTrackFinalKineticEnergyAndDirection(double arg0, G4ThreeVector arg1)`
`void`	`G4FastStep.proposePrimaryTrackFinalKineticEnergyAndDirection(double arg0, G4ThreeVector arg1, boolean localCoordinates)`
`void`	`G4FastStep.proposePrimaryTrackFinalMomentumDirection(G4ThreeVector arg0)`
`void`	`G4FastStep.proposePrimaryTrackFinalMomentumDirection(G4ThreeVector arg0, boolean localCoordinates)`
`void`	`G4FastStep.proposePrimaryTrackFinalPolarization(G4ThreeVector arg0)`
`void`	`G4FastStep.proposePrimaryTrackFinalPolarization(G4ThreeVector arg0, boolean localCoordinates)`
`void`	`G4FastStep.proposePrimaryTrackFinalPosition(G4ThreeVector arg0)`
`void`	`G4FastStep.proposePrimaryTrackFinalPosition(G4ThreeVector arg0, boolean localCoordinates)`
`double`	`G4ThreeVector.rapidity(G4ThreeVector v2)`
`double`	`G4LorentzVector.rapidity(G4ThreeVector ref)`
`G4VPhysicalVolume`	`G4Navigator.resetHierarchyAndLocate(G4ThreeVector point, G4ThreeVector direction, G4TouchableHistory h)`
`G4ThreeVector`	`G4ThreeVector.rotate(double arg0, G4ThreeVector arg1)`
`G4RotationMatrix`	`G4RotationMatrix.rotate(double delta, G4ThreeVector axis)`
`G4LorentzVector`	`G4LorentzVector.rotate(double arg0, G4ThreeVector arg1)`
`G4LorentzRotation`	`G4LorentzRotation.rotate(double delta, G4ThreeVector axis)`
`G4ThreeVector`	`G4ThreeVector.rotate(G4ThreeVector axis, double delta)`
`G4LorentzVector`	`G4LorentzVector.rotate(G4ThreeVector axis, double delta)`
`G4RotationMatrix`	`G4RotationMatrix.rotateAxes(G4ThreeVector newX, G4ThreeVector newY, G4ThreeVector newZ)`
`G4ThreeVector`	`G4ThreeVector.rotateUz(G4ThreeVector arg0)`
`G4LorentzVector`	`G4LorentzVector.rotateUz(G4ThreeVector arg0)`
`void`	`G4LorentzVector.set(double t, G4ThreeVector v)`
`HepBoost`	`HepBoost.set(G4ThreeVector boost)`
`void`	`G4LorentzVector.set(G4ThreeVector v)`
`G4LorentzRotation`	`G4LorentzRotation.set(G4ThreeVector p)`
`HepBoost`	`HepBoost.set(G4ThreeVector direction, double beta)`
`G4RotationMatrix`	`G4RotationMatrix.set(G4ThreeVector axis, double delta)`
`void`	`G4LorentzVector.set(G4ThreeVector v, double t)`
`G4RotationMatrix`	`G4RotationMatrix.set(G4ThreeVector colX, G4ThreeVector colY, G4ThreeVector colZ)`
`void`	`G4RotationMatrix.setAxis(G4ThreeVector axis)`
`void`	`G4SPSPosDistribution.setCentreCoords(G4ThreeVector arg0)`
`G4FieldTrack`	`G4FieldTrack.setCurvePnt(G4ThreeVector pPosition, G4ThreeVector pMomentum, double s_curve)`
`void`	`G4UIcmdWith3VectorAndUnit.setDefaultValue(G4ThreeVector defVal)`
`void`	`G4UIcmdWith3Vector.setDefaultValue(G4ThreeVector defVal)`
`void`	`G4SPSRandomGenerator.setEnergyBias(G4ThreeVector arg0)`
`void`	`G4UniformMagField.setFieldValue(G4ThreeVector newFieldValue)`
`void`	`G4SPSAngDistribution.setFocusPoint(G4ThreeVector arg0)`
`void`	`G4DisplacedSolid.setFrameTranslation(G4ThreeVector arg0)`
`void`	`G4ReactionProduct.setMomentum(G4ThreeVector m)`
`void`	`G4HEVector.setMomentum(G4ThreeVector mom)`
`void`	`G4GHEKinematicsVector.setMomentum(G4ThreeVector mom)`
`void`	`G4FieldTrack.setMomentum(G4ThreeVector nMomDir)`
`void`	`G4DynamicParticle.setMomentum(G4ThreeVector momentum)`
`void`	`G4HEVector.setMomentumAndUpdate(G4ThreeVector mom)`
`void`	`G4GHEKinematicsVector.setMomentumAndUpdate(G4ThreeVector mom)`
`void`	`G4HadFinalState.setMomentumChange(G4ThreeVector aV)`
`void`	`G4FieldTrack.setMomentumDir(G4ThreeVector nMomDir)`
`void`	`G4Track.setMomentumDirection(G4ThreeVector aValue)`
`void`	`G4StepPoint.setMomentumDirection(G4ThreeVector aValue)`
`void`	`G4DynamicParticle.setMomentumDirection(G4ThreeVector aDirection)`
`void`	`G4AffineTransform.setNetTranslation(G4ThreeVector tlate)`
`void`	`G4PolyPhiFaceVertex.setNorm3D(G4ThreeVector value)`
`void`	`G4PolyPhiFaceEdge.setNorm3D(G4ThreeVector value)`
`void`	`G4ClippablePolygon.setNormal(G4ThreeVector newNormal)`
`void`	`G4DisplacedSolid.setObjectTranslation(G4ThreeVector arg0)`
`void`	`G4ParticleGun.setParticleMomentum(G4ThreeVector aMomentum)`
`void`	`G4SPSAngDistribution.setParticleMomentumDirection(G4ThreeVector aMomentumDirection)`
`void`	`G4ParticleGun.setParticleMomentumDirection(G4ThreeVector aMomentumDirection)`
`void`	`G4SingleParticleSource.setParticlePolarization(G4ThreeVector aVal)`
`void`	`G4ParticleGun.setParticlePolarization(G4ThreeVector aVal)`
`void`	`G4GeneralParticleSource.setParticlePolarization(G4ThreeVector aVal)`
`void`	`G4VPrimaryGenerator.setParticlePosition(G4ThreeVector aPosition)`
`void`	`G4SPSRandomGenerator.setPhiBias(G4ThreeVector arg0)`
`void`	`G4Track.setPolarization(G4ThreeVector aValue)`
`void`	`G4StepPoint.setPolarization(G4ThreeVector aValue)`
`void`	`G4MuonDecayChannelWithSpin.setPolarization(G4ThreeVector arg0)`
`void`	`G4Track.setPosition(G4ThreeVector aValue)`
`void`	`G4StepPoint.setPosition(G4ThreeVector aValue)`
`void`	`G4FieldTrack.setPosition(G4ThreeVector nPos)`
`void`	`G4ReactionProduct.setPositionInNucleus(G4ThreeVector aPosition)`
`void`	`G4SPSRandomGenerator.setPosPhiBias(G4ThreeVector arg0)`
`void`	`G4SPSPosDistribution.setPosRot1(G4ThreeVector arg0)`
`void`	`G4SPSPosDistribution.setPosRot2(G4ThreeVector arg0)`
`void`	`G4SPSRandomGenerator.setPosThetaBias(G4ThreeVector arg0)`
`void`	`G4FastStep.setPrimaryTrackFinalKineticEnergyAndDirection(double arg0, G4ThreeVector arg1)`
`void`	`G4FastStep.setPrimaryTrackFinalKineticEnergyAndDirection(double arg0, G4ThreeVector arg1, boolean localCoordinates)`
`void`	`G4FastStep.setPrimaryTrackFinalMomentum(G4ThreeVector arg0)`
`void`	`G4FastStep.setPrimaryTrackFinalMomentum(G4ThreeVector arg0, boolean localCoordinates)`
`void`	`G4FastStep.setPrimaryTrackFinalPolarization(G4ThreeVector arg0)`
`void`	`G4FastStep.setPrimaryTrackFinalPolarization(G4ThreeVector arg0, boolean localCoordinates)`
`void`	`G4FastStep.setPrimaryTrackFinalPosition(G4ThreeVector arg0)`
`void`	`G4FastStep.setPrimaryTrackFinalPosition(G4ThreeVector arg0, boolean localCoordinates)`
`void`	`G4IsoParticleChange.setProductionPosition(G4ThreeVector aPosition)`
`void`	`G4ParticleChangeForMSC.setProposedMomentumDirection(G4ThreeVector Pfinal)`
`void`	`G4ParticleChangeForLoss.setProposedMomentumDirection(G4ThreeVector dir)`
`void`	`G4ParticleChangeForMSC.setProposedPosition(G4ThreeVector finalPosition)`
`G4RotationMatrix`	`G4RotationMatrix.setRows(G4ThreeVector rowX, G4ThreeVector rowY, G4ThreeVector rowZ)`
`void`	`G4FieldTrack.setSpin(G4ThreeVector nSpin)`
`void`	`G4SPSRandomGenerator.setThetaBias(G4ThreeVector arg0)`
`void`	`G4VPhysicalVolume.setTranslation(G4ThreeVector v)`
`void`	`G4LorentzVector.setV(G4ThreeVector arg0)`
`void`	`G4LorentzVector.setVect(G4ThreeVector arg0)`
`void`	`G4LorentzVector.setVectM(G4ThreeVector spatial, double mass)`
`void`	`G4LorentzVector.setVectMag(G4ThreeVector spatial, double magnitude)`
`void`	`G4Track.setVertexMomentumDirection(G4ThreeVector aValue)`
`void`	`G4Track.setVertexPosition(G4ThreeVector aValue)`
`void`	`G4SPSRandomGenerator.setXBias(G4ThreeVector arg0)`
`void`	`Intersection.setXx(G4ThreeVector value)`
`void`	`G4SPSRandomGenerator.setYBias(G4ThreeVector arg0)`
`void`	`G4SPSRandomGenerator.setZBias(G4ThreeVector arg0)`
`boolean`	`G4EnclosingCylinder.shouldMiss(G4ThreeVector p, G4ThreeVector v)`
`void`	`G4GeomTestLogger.solidProblem(G4VSolid solid, String message, G4ThreeVector point)`
`G4ThreeVector`	`G4ThreeVector.sub(G4ThreeVector arg0)`
`G4ThreeVector`	`G4VTwistedFaceted.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4VSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4VCSGfaceted.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4UnionSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4TwistedTubs.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Tubs.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Trd.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Trap.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Torus.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Tet.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4SubtractionSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Sphere.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4ReflectedSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Para.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Orb.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4IntersectionSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Hype.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4EllipticalTube.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4EllipticalCone.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Ellipsoid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4DisplacedSolid.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4Cons.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4BREPSolidSphere.surfaceNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4BREPSolidPolyhedra.surfaceNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4BREPSolidPCone.surfaceNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4BREPSolidCone.surfaceNormal(G4ThreeVector p)`
`G4ThreeVector`	`G4BREPSolid.surfaceNormal(G4ThreeVector arg0)`
`G4ThreeVector`	`G4Box.surfaceNormal(G4ThreeVector p)`
`void`	`G4VCurvedTrajectoryFilter.takeIntermediatePoint(G4ThreeVector newPoint)`
`void`	`G4IdentityTrajectoryFilter.takeIntermediatePoint(G4ThreeVector newPoint)`
`void`	`G4GeomTestVolume.testCartGrid(G4ThreeVector g1, G4ThreeVector g2, G4ThreeVector v, int n1, int n2)`
`void`	`G4GeomTestVolume.testOneLine(G4ThreeVector p, G4ThreeVector v)`
`void`	`G4GeomTestVolume.testRecursiveLine(G4ThreeVector p, G4ThreeVector v)`
`void`	`G4GeomTestVolume.testRecursiveLine(G4ThreeVector p, G4ThreeVector v, int sLevel)`
`void`	`G4GeomTestVolume.testRecursiveLine(G4ThreeVector p, G4ThreeVector v, int sLevel, int depth)`
`double`	`G4ThreeVector.theta(G4ThreeVector v2)`
`G4ThreeVector`	`G4AffineTransform.transformAxis(G4ThreeVector axis)`
`G4ThreeVector`	`G4AffineTransform.transformPoint(G4ThreeVector vec)`
`void`	`G4FieldTrack.updateFourMomentum(double kineticEnergy, G4ThreeVector momentumDirection)`
`void`	`G4FieldTrack.updateState(G4ThreeVector pPosition, double LaboratoryTimeOfFlight, G4ThreeVector pMomentumDirection, double kineticEnergy)`
`void`	`G4SPSAngDistribution.userDefAngPhi(G4ThreeVector arg0)`
`void`	`G4SPSAngDistribution.userDefAngTheta(G4ThreeVector arg0)`
`void`	`G4SPSEneDistribution.userEnergyHisto(G4ThreeVector arg0)`
`G4SmartVoxelNode`	`G4VoxelNavigation.voxelLocate(G4SmartVoxelHeader pHead, G4ThreeVector localPoint)`

Constructors in hep.geant4.jni with parameters of type G4ThreeVector
`G4AffineTransform(G4RotationMatrix rot, G4ThreeVector tlate)`
`G4AffineTransform(G4ThreeVector tlate)`
`G4BestUnit(G4ThreeVector internalValue, String category)`
`G4BREPSolidCone(String name, G4ThreeVector origin, G4ThreeVector axis, G4ThreeVector direction, double length, double radius, double large_radius)`
`G4BREPSolidCylinder(String name, G4ThreeVector origin, G4ThreeVector axis, G4ThreeVector direction, double radius, double length)`
`G4BREPSolidTorus(String name, G4ThreeVector origin, G4ThreeVector axis, G4ThreeVector direction, double MinRadius, double MaxRadius)`
`G4DisplacedSolid(String pName, G4VSolid pSolid, G4RotationMatrix rotMatrix, G4ThreeVector transVector)`
`G4DynamicParticle(G4ParticleDefinition aParticleDefinition, double aTotalEnergy, G4ThreeVector aParticleMomentum)`
`G4DynamicParticle(G4ParticleDefinition aParticleDefinition, G4ThreeVector aParticleMomentum)`
`G4DynamicParticle(G4ParticleDefinition aParticleDefinition, G4ThreeVector aMomentumDirection, double aKineticEnergy)`
`G4FieldTrack(G4ThreeVector pPosition, double LaboratoryTimeOfFlight, G4ThreeVector pMomentumDirection, double kineticEnergy, double restMass_c2, double charge, G4ThreeVector pSpin)`
`G4FieldTrack(G4ThreeVector pPosition, double LaboratoryTimeOfFlight, G4ThreeVector pMomentumDirection, double kineticEnergy, double restMass_c2, double charge, G4ThreeVector pSpin, double magnetic_dipole_moment)`
`G4FieldTrack(G4ThreeVector pPosition, double LaboratoryTimeOfFlight, G4ThreeVector pMomentumDirection, double kineticEnergy, double restMass_c2, double charge, G4ThreeVector pSpin, double magnetic_dipole_moment, double curve_length)`
`G4FieldTrack(G4ThreeVector pPosition, G4ThreeVector pMomentumDirection, double curve_length, double kineticEnergy, double restMass_c2, double velocity)`
`G4FieldTrack(G4ThreeVector pPosition, G4ThreeVector pMomentumDirection, double curve_length, double kineticEnergy, double restMass_c2, double velocity, double LaboratoryTimeOfFlight)`
`G4FieldTrack(G4ThreeVector pPosition, G4ThreeVector pMomentumDirection, double curve_length, double kineticEnergy, double restMass_c2, double velocity, double LaboratoryTimeOfFlight, double ProperTimeOfFlight)`
`G4FieldTrack(G4ThreeVector pPosition, G4ThreeVector pMomentumDirection, double curve_length, double kineticEnergy, double restMass_c2, double velocity, double LaboratoryTimeOfFlight, double ProperTimeOfFlight, G4ThreeVector pSpin)`
`G4GeomTestPoint(G4ThreeVector thePoint, double theS, boolean isEntering)`
`G4GeomTestSegment(G4VSolid theSolid, G4ThreeVector theP, G4ThreeVector theV, G4GeomTestLogger logger)`
`G4GeomTestVolPoint(G4GeomTestPoint base, int theDaughterIndex, G4ThreeVector translation)`
`G4GeomTestVolPoint(G4GeomTestPoint base, int theDaughterIndex, G4ThreeVector translation, G4RotationMatrix rotation)`
`G4GeomTestVolPoint(G4ThreeVector thePoint, double theS, boolean isEntering, int theDaughterIndex)`
`G4GRSSolid(G4VSolid pSolid, G4RotationMatrix pRot, G4ThreeVector tlate)`
`G4GRSVolume(G4VPhysicalVolume pVol, G4RotationMatrix pRot, G4ThreeVector tlate)`
`G4IntersectionSolid(String pName, G4VSolid pSolidA, G4VSolid pSolidB, G4RotationMatrix rotMatrix, G4ThreeVector transVector)`
`G4LineSection(G4ThreeVector PntA, G4ThreeVector PntB)`
`G4LorentzRotation(G4ThreeVector p)`
`G4LorentzVector(double e, G4ThreeVector p)`
`G4LorentzVector(G4ThreeVector v)`
`G4LorentzVector(G4ThreeVector p, double e)`
`G4Normal3D(G4ThreeVector v)`
`G4NURBShexahedron(G4ThreeVector Corners)`
`G4Para(String pName, G4ThreeVector pt)`
`G4Point3D(G4ThreeVector v)`
`G4PrimaryVertex(G4ThreeVector xyz0, double t0)`
`G4PVPlacement(G4RotationMatrix pRot, G4ThreeVector tlate, G4LogicalVolume pCurrentLogical, String pName, G4LogicalVolume pMotherLogical, boolean pMany, int pCopyNo)`
`G4PVPlacement(G4RotationMatrix pRot, G4ThreeVector tlate, G4LogicalVolume pCurrentLogical, String pName, G4LogicalVolume pMotherLogical, boolean pMany, int pCopyNo, boolean pSurfChk)`
`G4PVPlacement(G4RotationMatrix pRot, G4ThreeVector tlate, String pName, G4LogicalVolume pLogical, G4VPhysicalVolume pMother, boolean pMany, int pCopyNo)`
`G4PVPlacement(G4RotationMatrix pRot, G4ThreeVector tlate, String pName, G4LogicalVolume pLogical, G4VPhysicalVolume pMother, boolean pMany, int pCopyNo, boolean pSurfChk)`
`G4RotationMatrix(G4ThreeVector axis, double delta)`
`G4RotationMatrix(G4ThreeVector colX, G4ThreeVector colY, G4ThreeVector colZ)`
`G4SmoothTrajectoryPoint(G4ThreeVector pos)`
`G4SmoothTrajectoryPoint(G4ThreeVector pos, SWIGTYPE_p_std__vectorTCLHEP__Hep3Vector_t auxiliaryPoints)`
`G4SubtractionSolid(String pName, G4VSolid pSolidA, G4VSolid pSolidB, G4RotationMatrix rotMatrix, G4ThreeVector transVector)`
`G4Tet(String pName, G4ThreeVector anchor, G4ThreeVector p2, G4ThreeVector p3, G4ThreeVector p4)`
`G4Tet(String pName, G4ThreeVector anchor, G4ThreeVector p2, G4ThreeVector p3, G4ThreeVector p4, SWIGTYPE_p_bool degeneracyFlag)`
`G4ThreeVector(G4ThreeVector arg0)`
`G4Track(G4DynamicParticle apValueDynamicParticle, double aValueTime, G4ThreeVector aValuePosition)`
`G4TrajectoryPoint(G4ThreeVector pos)`
`G4Transform3D(G4RotationMatrix m, G4ThreeVector v)`
`G4Translate3D(G4ThreeVector v)`
`G4Trap(String pName, G4ThreeVector pt)`
`G4TwistTubsFlatSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, G4ThreeVector n)`
`G4TwistTubsFlatSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, G4ThreeVector n, EAxis axis1)`
`G4TwistTubsFlatSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, G4ThreeVector n, EAxis axis1, EAxis axis2)`
`G4TwistTubsFlatSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, G4ThreeVector n, EAxis axis1, EAxis axis2, double axis0min)`
`G4TwistTubsFlatSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, G4ThreeVector n, EAxis axis1, EAxis axis2, double axis0min, double axis1min)`
`G4TwistTubsFlatSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, G4ThreeVector n, EAxis axis1, EAxis axis2, double axis0min, double axis1min, double axis0max)`
`G4TwistTubsFlatSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, G4ThreeVector n, EAxis axis1, EAxis axis2, double axis0min, double axis1min, double axis0max, double axis1max)`
`G4TwistTubsHypeSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, double tanstereo, double r0)`
`G4TwistTubsHypeSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, double tanstereo, double r0, EAxis axis0)`
`G4TwistTubsHypeSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, double tanstereo, double r0, EAxis axis0, EAxis axis1)`
`G4TwistTubsHypeSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, double tanstereo, double r0, EAxis axis0, EAxis axis1, double axis0min)`
`G4TwistTubsHypeSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, double tanstereo, double r0, EAxis axis0, EAxis axis1, double axis0min, double axis1min)`
`G4TwistTubsHypeSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, double tanstereo, double r0, EAxis axis0, EAxis axis1, double axis0min, double axis1min, double axis0max)`
`G4TwistTubsHypeSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, double tanstereo, double r0, EAxis axis0, EAxis axis1, double axis0min, double axis1min, double axis0max, double axis1max)`
`G4TwistTubsSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa)`
`G4TwistTubsSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, EAxis axis0)`
`G4TwistTubsSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, EAxis axis0, EAxis axis1)`
`G4TwistTubsSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, EAxis axis0, EAxis axis1, double axis0min)`
`G4TwistTubsSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, EAxis axis0, EAxis axis1, double axis0min, double axis1min)`
`G4TwistTubsSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, EAxis axis0, EAxis axis1, double axis0min, double axis1min, double axis0max)`
`G4TwistTubsSide(String name, G4RotationMatrix rot, G4ThreeVector tlate, int handedness, double kappa, EAxis axis0, EAxis axis1, double axis0min, double axis1min, double axis0max, double axis1max)`
`G4UniformElectricField(G4ThreeVector FieldVector)`
`G4UniformMagField(G4ThreeVector FieldVector)`
`G4UnionSolid(String pName, G4VSolid pSolidA, G4VSolid pSolidB, G4RotationMatrix rotMatrix, G4ThreeVector transVector)`
`G4Vector3D(G4ThreeVector v)`
`HepBoost(G4ThreeVector boost)`
`HepBoost(G4ThreeVector direction, double beta)`

Uses of G4ThreeVector in hep.geant4.particles

Subclasses of G4ThreeVector in hep.geant4.particles
`class`	`G4ParticleMomentum`

Constructors in hep.geant4.particles with parameters of type G4ThreeVector
`G4ParticleMomentum(G4ThreeVector arg0)`

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Uses of Classhep.geant4.jni.G4ThreeVector

Uses of Class
hep.geant4.jni.G4ThreeVector