/**
* Write the value of the event out to the given array.
*
* @param vec The array to be filled in where<br>
* vec[i][0] = X<br>
* vec[i][1] = Y<br>
* vec[i][2] = Z
* @exception ArrayIndexOutOfBoundsException The provided array was too small
*/
public void getValue(float[][] vec) {
if (storedOutput) {
ArrayUtils.raise3(storedOutputValue, storedOutputValue.length / 3, vec);
} else {
checkReadAccess();
VRMLFieldData data = theNode.getFieldValue(fieldIndex);
if (data.numElements != 0) ArrayUtils.raise3(data.floatArrayValue, data.numElements, vec);
}
}
/** @see vrml.eai.field.EventOutMFColor#getValue */
public void getValue(float[][] dest) {
if (isStored) ArrayUtils.raise3(storedValue, storedSize, dest);
else
try {
// Not using ArrayUtils because we need to allocate the array.
VRMLFieldData fieldData = theNode.getFieldValue(theFieldID);
int arraySize = fieldData.numElements;
ArrayUtils.raise3(fieldData.floatArrayValue, arraySize, dest);
} catch (InvalidFieldException ife) {
throw new RuntimeException("Error getting field value");
}
}
/** Store a value in this EventIn as a place holder for the buffering system. */
private void storeValue(float[][] newValue) {
if (newValue != null) {
if (storedValue == null || storedValue.length != (newValue.length * 4))
storedValue = new float[newValue.length * 4];
ArrayUtils.flatten4(newValue, newValue.length, storedValue);
} else storedValue = null;
hasStoredValue = true;
}
/** @see vrml.eai.field.EventOutMFColor#getValue */
public float[][] getValue() {
float result[][] = new float[size()][];
for (int counter = 0; counter < result.length; counter++) result[counter] = new float[3];
if (isStored) {
ArrayUtils.raise3(storedValue, storedSize, result);
return result;
}
try {
VRMLFieldData fieldData = theNode.getFieldValue(theFieldID);
ArrayUtils.raise3(fieldData.floatArrayValue, fieldData.numElements, result);
return result;
} catch (InvalidFieldException ife) {
throw new RuntimeException(
"InvalidFieldException Error getting field value. "
+ "Was looking for fieldID"
+ theFieldID
+ " in a "
+ theNode.getClass().getName()
+ ".");
}
}
/**
* Set the value of the array of 3D vectors. Input is an array of doubles If value[i] does not
* contain at least three values it will generate an ArrayIndexOutOfBoundsException. If value[i]
* contains more than three items only the first three values will be used and the rest ignored.
*
* <p>If one or more of the values for value[i] are null then the resulting event that is sent to
* the VRML scenegraph is implementation dependent but no error indicator will be set here.
*
* @param numVec The number of items to copy from the array
* @param value The array of vec2f values where<br>
* value[i][0] = X<br>
* value[i][1] = Y<br>
* value[i][2] = Z
* @exception ArrayIndexOutOfBoundsException A value did not contain at least three values for the
* vector definition.
*/
public void setValue(int numVec, float[][] value) {
checkWriteAccess();
MFVec3fWrapper queuedElement = this;
// Input and output buffers do not mix and further don't overwrite
// set1Value calls
if (isSetOneValue || storedInput || storedOutput) {
queuedElement =
new MFVec3fWrapper(theNode, fieldIndex, theEventQueue, theEventAdapterFactory);
}
queuedElement.storedInput = true;
if (queuedElement.storedInputValue == null
|| queuedElement.storedInputValue.length != numVec * 3)
queuedElement.storedInputValue = new float[numVec * 3];
ArrayUtils.flatten3(value, numVec, queuedElement.storedInputValue);
queuedElement.storedInputLength = numVec * 3;
theEventQueue.processEvent(queuedElement);
}
/**
* Get the vec values used in this field and copy them into the user provided array.
*
* @param vecs The array to copy values to
*/
public void getValue(float[][] vecs) {
if (numElements > 0) ArrayUtils.raise4(data, numElements, vecs);
}
/**
* Construct a new field based on all the given 4D array of values.
*
* @param vecs The vec values to use
*/
public ConstMFRotation(float vecs[][]) {
numElements = vecs.length;
data = new float[vecs.length * 4];
ArrayUtils.flatten4(vecs, vecs.length, data);
}
