Uses of Class hep.geant4.jni.G4Vector3D (G4 Java 4.8.2-1-SNAPSHOT API)

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Uses of Class
hep.geant4.jni.G4Vector3D

Packages that use G4Vector3D
hep.geant4.jni

Uses of G4Vector3D in hep.geant4.jni

Methods in hep.geant4.jni that return G4Vector3D
`G4Vector3D`	`G4ToroidalSurface.getAxis()`
`G4Vector3D`	`G4FCylindricalSurface.getAxis()`
`G4Vector3D`	`G4CylindricalSurface.getAxis()`
`G4Vector3D`	`G4ConicalSurface.getAxis()`
`G4Vector3D`	`G4Axis2Placement3D.getAxis()`
`G4Vector3D`	`G4Ray.getDir()`
`G4Vector3D`	`G4Line.getDir()`
`G4Vector3D`	`G4ToroidalSurface.getDirection()`
`G4Vector3D`	`G4Surface.getOrigin()`
`G4Vector3D`	`G4Axis2Placement3D.getPX()`
`G4Vector3D`	`G4Axis2Placement3D.getPY()`
`G4Vector3D`	`G4Axis2Placement3D.getPZ()`
`G4Vector3D`	`G4Axis2Placement3D.getRefDirection()`
`G4Vector3D`	`G4SphericalSurface.getXAxis()`
`G4Vector3D`	`G4SphericalSurface.getZAxis()`
`G4Vector3D`	`G4Surface.normal(G4Vector3D p)`
`G4Vector3D`	`G4SphericalSurface.normal(G4Vector3D p)`
`G4Vector3D`	`G4CylindricalSurface.normal(G4Vector3D p)`
`G4Vector3D`	`G4ToroidalSurface.surfaceNormal(G4Point3D Pt)`
`G4Vector3D`	`G4Surface.surfaceNormal(G4Point3D Pt)`
`G4Vector3D`	`G4SphericalSurface.surfaceNormal(G4Point3D p)`
`G4Vector3D`	`G4ProjectedSurface.surfaceNormal(G4Point3D Pt)`
`G4Vector3D`	`G4FPlane.surfaceNormal(G4Point3D Pt)`
`G4Vector3D`	`G4FCylindricalSurface.surfaceNormal(G4Point3D p)`
`G4Vector3D`	`G4FConicalSurface.surfaceNormal(G4Point3D p)`
`G4Vector3D`	`G4CylindricalSurface.surfaceNormal(G4Point3D p)`
`G4Vector3D`	`G4ConicalSurface.surfaceNormal(G4Point3D p)`
`G4Vector3D`	`G4BezierSurface.surfaceNormal(G4Point3D Pt)`
`G4Vector3D`	`G4Vector3D.transform(G4Transform3D m)`

Methods in hep.geant4.jni with parameters of type G4Vector3D
`void`	`G4NURBS.calcPoint(double u, double v, G4Point3D p, G4Vector3D utan, G4Vector3D vtan)`
`void`	`G4SphericalSurface.comp(G4Vector3D v, G4Point3D min, G4Point3D max)`
`protected static long`	`G4Vector3D.getCPtr(G4Vector3D obj)`
`double`	`G4Surface.howNear(G4Vector3D x)`
`double`	`G4SphericalSurface.howNear(G4Vector3D x)`
`double`	`G4FPlane.howNear(G4Vector3D x)`
`double`	`G4FCylindricalSurface.howNear(G4Vector3D x)`
`double`	`G4FConicalSurface.howNear(G4Vector3D x)`
`double`	`G4CylindricalSurface.howNear(G4Vector3D x)`
`double`	`G4ConicalSurface.howNear(G4Vector3D x)`
`void`	`G4Ray.init(G4Point3D start0, G4Vector3D dir0)`
`void`	`G4Line.init(G4Point3D pnt0, G4Vector3D dir0)`
`void`	`G4Axis2Placement3D.init(G4Vector3D refDirection0, G4Vector3D axis0, G4Point3D location0)`
`int`	`G4SphericalSurface.inside(G4Vector3D x)`
`int`	`G4FCylindricalSurface.inside(G4Vector3D x)`
`int`	`G4FConicalSurface.inside(G4Vector3D x)`
`int`	`G4CylindricalSurface.inside(G4Vector3D x)`
`int`	`G4ConicalSurface.inside(G4Vector3D x)`
`void`	`G4Ray.matVecOrtho(G4Vector3D out, G4Vector3D in)`
`void`	`G4ToroidalSurface.multiplyVectorByMatrix(G4Vector3D DCos)`
`G4Vector3D`	`G4Surface.normal(G4Vector3D p)`
`G4Vector3D`	`G4SphericalSurface.normal(G4Vector3D p)`
`G4Vector3D`	`G4CylindricalSurface.normal(G4Vector3D p)`
`void`	`G4Ray.setDir(G4Vector3D dir0)`
`void`	`G4SurfaceBoundary.splitWithPlane(G4Point3D p0, G4Vector3D n, G4SurfaceBoundary new1, G4SurfaceBoundary new2)`
`boolean`	`G4SurfaceBoundary.tangent(G4CurvePoint cp, G4Vector3D v)`
`boolean`	`G4Parabola.tangent(G4CurvePoint cp, G4Vector3D v)`
`boolean`	`G4Line.tangent(G4CurvePoint cp, G4Vector3D vec)`
`boolean`	`G4Hyperbola.tangent(G4CurvePoint cp, G4Vector3D v)`
`boolean`	`G4Ellipse.tangent(G4CurvePoint cp, G4Vector3D v)`
`boolean`	`G4Curve.tangent(G4CurvePoint cp, G4Vector3D v)`
`boolean`	`G4CompositeCurve.tangent(G4CurvePoint cp, G4Vector3D v)`
`boolean`	`G4CircularCurve.tangent(G4CurvePoint cp, G4Vector3D v)`
`boolean`	`G4BSplineCurve.tangent(G4CurvePoint cp, G4Vector3D v)`
`static void`	`G4Ray.vadd2(G4Point3D a, G4Point3D b, G4Vector3D c)`
`static void`	`G4Ray.vcross(G4Plane a, G4Vector3D b, G4Vector3D c)`
`static void`	`G4Ray.vcross(G4Vector3D a, G4Vector3D b, G4Vector3D c)`
`void`	`G4Ray.vsetall(G4Vector3D a, double s)`
`static void`	`G4Ray.vsub2(G4Vector3D a, G4Point3D b, G4Point3D c)`
`int`	`G4SphericalSurface.withinBoundary(G4Vector3D x)`
`int`	`G4FCylindricalSurface.withinBoundary(G4Vector3D x)`
`int`	`G4FConicalSurface.withinBoundary(G4Vector3D x)`
`int`	`G4CylindricalSurface.withinBoundary(G4Vector3D x)`
`int`	`G4ConicalSurface.withinBoundary(G4Vector3D x)`

Constructors in hep.geant4.jni with parameters of type G4Vector3D
`G4Axis2Placement3D(G4Vector3D refDirection0, G4Vector3D axis0, G4Point3D location0)`
`G4BREPSolidSphere(String name, G4Vector3D origin, G4Vector3D xhat, G4Vector3D zhat, double radius)`
`G4ConicalSurface(G4Point3D o, G4Vector3D a, double e)`
`G4CylindricalSurface(G4Vector3D o, G4Vector3D a, double r)`
`G4FConicalSurface(G4Point3D o, G4Vector3D a, double l, double sr, double lr)`
`G4FCylindricalSurface(G4Point3D o, G4Vector3D a, double r, double l)`
`G4FPlane(G4Vector3D direction, G4Vector3D axis, G4Point3D Pt0)`
`G4FPlane(G4Vector3D direction, G4Vector3D axis, G4Point3D Pt0, int sense)`
`G4Ray(G4Point3D start0, G4Vector3D dir0)`
`G4Rotate3D(double a, G4Vector3D v)`
`G4SphericalSurface(G4Vector3D o, G4Vector3D xhat, G4Vector3D zhat, double r, double ph1, double ph2, double th1, double th2)`
`G4ToroidalSurface(G4Vector3D arg0, G4Vector3D arg1, G4Vector3D arg2, double arg3, double arg4)`
`G4Vector3D(G4Vector3D v)`

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Uses of Classhep.geant4.jni.G4Vector3D

Uses of Class
hep.geant4.jni.G4Vector3D