/**
* getChildrenDatas Scan currently opened group, to get all direct descendants' DataItem and
* instrument informations (such as NXtechnical_data). Then return a list of DataItem.
*
* @throws NexusException
*/
@SuppressWarnings("unchecked")
protected Stack<DataItem> getChildrenDatas() throws NexusException {
// Defining variables
NexusNode node;
ArrayList<NexusNode> alNodeList;
Stack<DataItem> alDataItem = new Stack<DataItem>();
// Parse children
alNodeList = (ArrayList<NexusNode>) listChildren().clone();
for (int iIndex = 0; iIndex < alNodeList.size(); iIndex++) {
node = alNodeList.get(iIndex);
if (!node.isGroup()) {
openData(node.getNodeName());
alDataItem.push(getDataItem());
closeData();
}
}
alDataItem.trimToSize();
return alDataItem;
}
/**
* Calculates the length of the the sub-path in a _transition path, that is used only by a given
* string.
*
* @param str a String corresponding to a _transition path from sourceNode
* @return an int denoting the size of the sub-path in the _transition path corresponding to
* {@code str} that is only used by {@code str}
*/
private int calculateSoleTransitionPathLength(String str) {
Stack<MDAGNode> transitionPathNodeStack = sourceNode.getTransitionPathNodes(str);
transitionPathNodeStack.pop(); // The MDAGNode at the top of the stack is not needed
// (we are processing the outgoing transitions of nodes inside str's _transition path,
// the outgoing transitions of the MDAGNode at the top of the stack are outside this path)
transitionPathNodeStack.trimToSize();
// Process each node in transitionPathNodeStack, using each to determine whether the
// _transition path corresponding to str is only used by str. This is true if and only if
// each node in the _transition path has a single outgoing _transition and is not an accept
// state.
while (!transitionPathNodeStack.isEmpty()) {
MDAGNode currentNode = transitionPathNodeStack.peek();
if (currentNode.getOutgoingTransitions().size() <= 1 && !currentNode.isAcceptNode())
transitionPathNodeStack.pop();
else break;
}
/////
return (transitionPathNodeStack.capacity() - transitionPathNodeStack.size());
}
public void setFrames(Stack<IAnimationFrame> frames) {
mFrames = frames;
frames.trimToSize();
mNumFrames = frames.capacity();
}
