Package vrml.eai.field

Class EventOutSFRotation

java.lang.Object

vrml.eai.field.BaseField

vrml.eai.field.EventOut

vrml.eai.field.EventOutSFRotation

Direct Known Subclasses:

EventOutSFRotationWrapper

public abstract class EventOutSFRotation
extends EventOut

VRML eventOut class for SFRotation.

Rotation values are specified according to the VRML IS Specification Section 5.8 SFRotation and MFRotation.

Version:

1.0 30 April 1998

Field Summary

Fields inherited from class vrml.eai.field.BaseField

fieldType, MFColor, MFFloat, MFInt32, MFNode, MFRotation, MFString, MFTime, MFVec2f, MFVec3f, SFBool, SFColor, SFFloat, SFImage, SFInt32, SFNode, SFRotation, SFString, SFTime, SFVec2f, SFVec3f, UNSET_FIELD

Constructor Summary

Constructors

Modifier	Constructor	Description
protected	EventOutSFRotation()	Construct an instance of this class.

Method Summary

Modifier and Type	Method	Description
abstract float[]	getValue()	Get the rotation value in the given eventOut.
abstract void	getValue(float[] vec)	Write the rotation value to the given eventOut

Methods inherited from class vrml.eai.field.EventOut

addVrmlEventListener, getUserData, removeVrmlEventListener, setUserData

Methods inherited from class vrml.eai.field.BaseField

getType

Methods inherited from class java.lang.Object

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

Constructor Details

EventOutSFRotation

protected EventOutSFRotation()

Construct an instance of this class. Calls the superclass constructor with the field type set to SFRotation

Method Details

getValue

public abstract float[] getValue()

Get the rotation value in the given eventOut.

Returns:

The array of rotation values where
value[0] = X component [0-1]
value[1] = Y component [0-1]
value[2] = Z component [0-1]
value[3] = Angle of rotation [-PI - PI] (nominally).

getValue

public abstract void getValue(float[] vec)

Write the rotation value to the given eventOut

Parameters:

vec - The array of vector values to be filled in where
value[0] = X component [0-1]
value[1] = Y component [0-1]
value[2] = Z component [0-1]
value[3] = Angle of rotation [-PI - PI] (nominally).

Throws:

ArrayIndexOutOfBoundsException - The provided array was too small