Examples of gnu.trove.stack.TIntStack.push()

gnu.trove.stack.TIntStack.push()
Pushes the value onto the top of the stack. @param val an int value

    if (count <= 0) {
      return;
    }


    TIntStack parents = new TIntArrayStack();
    parents.push(rootNodeId);


    TIntStack parentsEntry = new TIntArrayStack();
    parentsEntry.push(-1);


    TIntArrayList savedValues = new TIntArrayList();

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    TIntStack parents = new TIntArrayStack();
    parents.push(rootNodeId);


    TIntStack parentsEntry = new TIntArrayStack();
    parentsEntry.push(-1);


    TIntArrayList savedValues = new TIntArrayList();
    float savedPriority = 0;


    // TODO: possible shortcut here - could test for intersection with the

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          if (Rectangle.distanceSq(n.entriesMinX[i], n.entriesMinY[i],
                                 n.entriesMaxX[i], n.entriesMaxY[i],
                                 p.x, p.y) <= furthestDistanceSq) {
            parents.push(n.ids[i]);
            parentsEntry.pop();
            parentsEntry.push(i); // this becomes the start index when the child has been searched
            parentsEntry.push(-1);
            near = true;
            break; // ie go to next iteration of while()
          }
        }

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                                 n.entriesMaxX[i], n.entriesMaxY[i],
                                 p.x, p.y) <= furthestDistanceSq) {
            parents.push(n.ids[i]);
            parentsEntry.pop();
            parentsEntry.push(i); // this becomes the start index when the child has been searched
            parentsEntry.push(-1);
            near = true;
            break; // ie go to next iteration of while()
          }
        }
        if (near) {

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   */
  public void contains(Rectangle r, TIntProcedure v) {
    // find all rectangles in the tree that are contained by the passed rectangle
    // written to be non-recursive (should model other searches on this?)
    TIntStack parents = new TIntArrayStack();
    parents.push(rootNodeId);


    TIntStack parentsEntry = new TIntArrayStack();
    parentsEntry.push(-1);


    // TODO: possible shortcut here - could test for intersection with the

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    // written to be non-recursive (should model other searches on this?)
    TIntStack parents = new TIntArrayStack();
    parents.push(rootNodeId);


    TIntStack parentsEntry = new TIntArrayStack();
    parentsEntry.push(-1);


    // TODO: possible shortcut here - could test for intersection with the
    // MBR of the root node. If no intersection, return immediately.


    while (parents.size() > 0) {

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        for (int i = startIndex; i < n.entryCount; i++) {
          if (Rectangle.intersects(r.minX, r.minY, r.maxX, r.maxY,
                                   n.entriesMinX[i], n.entriesMinY[i], n.entriesMaxX[i], n.entriesMaxY[i])) {
            parents.push(n.ids[i]);
            parentsEntry.pop();
            parentsEntry.push(i); // this becomes the start index when the child has been searched
            parentsEntry.push(-1);
            intersects = true;
            break; // ie go to next iteration of while()
          }
        }

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          if (Rectangle.intersects(r.minX, r.minY, r.maxX, r.maxY,
                                   n.entriesMinX[i], n.entriesMinY[i], n.entriesMaxX[i], n.entriesMaxY[i])) {
            parents.push(n.ids[i]);
            parentsEntry.pop();
            parentsEntry.push(i); // this becomes the start index when the child has been searched
            parentsEntry.push(-1);
            intersects = true;
            break; // ie go to next iteration of while()
          }
        }
        if (intersects) {

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      // CT3 [Eliminiate under-full node] If N has too few entries,
      // delete En from P and add N to the list of eliminated nodes
      if (n.entryCount < minNodeEntries) {
        parent.deleteEntry(parentEntry);
        eliminatedNodeIds.push(n.nodeId);
      } else {
        // CT4 [Adjust covering rectangle] If N has not been eliminated,
        // adjust EnI to tightly contain all entries in N
        if (n.mbrMinX != parent.entriesMinX[parentEntry] ||
            n.mbrMinY != parent.entriesMinY[parentEntry] ||

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    public void testConstructors() {
        TIntStack stack = new TIntArrayStack();
        assertEquals( 0, stack.size() );


        stack.push( 10 );
        stack.push( 20 );
        assertEquals( 2, stack.size() );


        TIntStack other = new TIntArrayStack( 20 );
        other.push( 10 );

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