iceCube.uhe.geometry

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java.lang.Object

iceCube.uhe.geometry.Volume

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IceCubeVolume

public class Volume
extends java.lang.Object

This class defines the cubic or cuboid volume. It is used for checking whether the particle is inside or outside of the given volume.

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Constructors

Constructor and 隱ｬ譏�
Volume(double sizeOfOneSide) Constructor.
Volume(double xD, double yD, double zD) Constructor.

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Methods

Modifier and Type	Method and 隱ｬ譏�
boolean	isCubic() Tells if this volume is cubit.
static boolean	isInsidePlane(J3Vector r, J3Vector plane) Check if the point described by IceCube coordinate is inside the plane.
boolean	isInsideVolume(J3Vector r) Check if the point described by IceCube coordinate is inside the volume.
boolean	isInsideVolume(J3Vector r, J3Vector shift) Check if the point r - shift described by IceCube coordinate is inside the volume.
boolean	isJ3LineInsideVolume(J3Line line, double axisLengthFrom, double axisLengthTo) Check if the given J3Line would pass inside the volome in the range of [axisLengthFrom, axisLengthTo]
boolean	isJ3LineInsideVolume(J3Line line, J3Vector shift, double axisLengthFrom, double axisLengthTo) Check if the given J3Line - J3Vector would pass inside the volome in the range of [axisLengthFrom, axisLengthTo]
double	xDim() return the X dimension [cm] of the cuboid volume
double	yDim() return the Y dimension [cm] of the cuboid volume
double	zDim() return the Z dimension [cm] of the cuboid volume

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clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

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Volume

public Volume(double sizeOfOneSide)

Constructor. Set six planes. The origin of the IceCube coordinate (IceCubeCoordinate.java) is ASSUMED to be at the center of the volume.

Volume

public Volume(double xD,
      double yD,
      double zD)

Constructor. Set six planes. The origin of the IceCube coordinate (IceCubeCoordinate.java) is ASSUMED to be at the center of the volume. This constructor is for cuboid volume (e.g. for IceCube-gen2).

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isCubic

public boolean isCubic()

Tells if this volume is cubit. If not, it is a cuboid.

xDim

public double xDim()

return the X dimension [cm] of the cuboid volume

yDim

public double yDim()

return the Y dimension [cm] of the cuboid volume

zDim

public double zDim()

return the Z dimension [cm] of the cuboid volume

isInsideVolume

public boolean isInsideVolume(J3Vector r)

Check if the point described by IceCube coordinate is inside the volume. If it's inside, returns true.

isInsideVolume

public boolean isInsideVolume(J3Vector r,
                     J3Vector shift)

Check if the point r - shift described by IceCube coordinate is inside the volume. If it's inside, returns true.

isInsidePlane

public static boolean isInsidePlane(J3Vector r,
                    J3Vector plane)

Check if the point described by IceCube coordinate is inside the plane. If it's inside, returns true.

isJ3LineInsideVolume

public boolean isJ3LineInsideVolume(J3Line line,
                           double axisLengthFrom,
                           double axisLengthTo)

Check if the given J3Line would pass inside the volome in the range of [axisLengthFrom, axisLengthTo]

isJ3LineInsideVolume

public boolean isJ3LineInsideVolume(J3Line line,
                           J3Vector shift,
                           double axisLengthFrom,
                           double axisLengthTo)

Check if the given J3Line - J3Vector would pass inside the volome in the range of [axisLengthFrom, axisLengthTo]