public void add(AABBExternalNode externalNode, AABBBox extents)
{
var endNode = this.getNodeCount();
externalNode.spatialIndex = endNode - 1;
var node = new AABBTreeNode(new AABBBox(), 1, null);
node.escapeNodeOffset = 1;
node.externalNode = externalNode;
var copyExtents = node.extents;
copyExtents[0] = extents[0];
copyExtents[1] = extents[1];
copyExtents[2] = extents[2];
copyExtents[3] = extents[3];
copyExtents[4] = extents[4];
copyExtents[5] = extents[5];
this.nodes.Add(node);
this.needsRebuild = true;
this.numAdds += 1;
this.numExternalNodes += 1;
}
double getkeyXfn(AABBTreeNode node)
{
var extents = node.extents;
return(extents[0] + extents[3]);
}
double getreversekeyZfn(AABBTreeNode node)
{
var extents = node.extents;
return(-(extents[2] + extents[5]));
}
double getreversekeyXfn(AABBTreeNode node)
{
var extents = node.extents;
return(-(extents[0] + extents[3]));
}
double getkeyZfn(AABBTreeNode node)
{
var extents = node.extents;
return(extents[2] + extents[5]);
}
double getreversekeyYfn(AABBTreeNode node)
{
var extents = node.extents;
return(-(extents[1] + extents[4]));
}
double getkeyYfn(AABBTreeNode node)
{
var extents = node.extents;
return(extents[1] + extents[4]);
}
private void _replaceNode(List <AABBTreeNode> nodes, int nodeIndex, AABBTreeNode newNode)
{
nodes[nodeIndex] = newNode;
}
private void _recursiveBuild(List <AABBTreeNode> buildNodes, int startIndex, int endIndex, int lastNodeIndex)
{
var nodes = this.nodes;
var nodeIndex = lastNodeIndex;
lastNodeIndex += 1;
double minX, minY, minZ, maxX, maxY, maxZ;
AABBBox extents;
AABBTreeNode buildNode, lastNode;
if ((startIndex + this.numNodesLeaf) >= endIndex)
{
buildNode = buildNodes[startIndex];
extents = buildNode.extents;
minX = extents[0];
minY = extents[1];
minZ = extents[2];
maxX = extents[3];
maxY = extents[4];
maxZ = extents[5];
buildNode.externalNode.spatialIndex = lastNodeIndex;
this._replaceNode(nodes, lastNodeIndex, buildNode);
for (var n = (startIndex + 1); n < endIndex; n += 1)
{
buildNode = buildNodes[n];
extents = buildNode.extents;
/*jshint white: false*/
if (minX > extents[0])
{
minX = extents[0];
}
if (minY > extents[1])
{
minY = extents[1];
}
if (minZ > extents[2])
{
minZ = extents[2];
}
if (maxX < extents[3])
{
maxX = extents[3];
}
if (maxY < extents[4])
{
maxY = extents[4];
}
if (maxZ < extents[5])
{
maxZ = extents[5];
}
/*jshint white: true*/
lastNodeIndex += 1;
buildNode.externalNode.spatialIndex = lastNodeIndex;
this._replaceNode(nodes, lastNodeIndex, buildNode);
}
lastNode = nodes[lastNodeIndex];
}
else
{
/* tslint:disable:no-bitwise */
var splitPosIndex = ((startIndex + endIndex) >> 1);
/* tslint:enable:no-bitwise */
if ((startIndex + 1) >= splitPosIndex)
{
buildNode = buildNodes[startIndex];
buildNode.externalNode.spatialIndex = lastNodeIndex;
this._replaceNode(nodes, lastNodeIndex, buildNode);
}
else
{
this._recursiveBuild(buildNodes, startIndex, splitPosIndex, lastNodeIndex);
}
lastNode = nodes[lastNodeIndex];
extents = lastNode.extents;
minX = extents[0];
minY = extents[1];
minZ = extents[2];
maxX = extents[3];
maxY = extents[4];
maxZ = extents[5];
lastNodeIndex = (lastNodeIndex + lastNode.escapeNodeOffset);
if ((splitPosIndex + 1) >= endIndex)
{
buildNode = buildNodes[splitPosIndex];
buildNode.externalNode.spatialIndex = lastNodeIndex;
this._replaceNode(nodes, lastNodeIndex, buildNode);
}
else
{
this._recursiveBuild(buildNodes, splitPosIndex, endIndex, lastNodeIndex);
}
lastNode = nodes[lastNodeIndex];
extents = lastNode.extents;
/*jshint white: false*/
if (minX > extents[0])
{
minX = extents[0];
}
if (minY > extents[1])
{
minY = extents[1];
}
if (minZ > extents[2])
{
minZ = extents[2];
}
if (maxX < extents[3])
{
maxX = extents[3];
}
if (maxY < extents[4])
{
maxY = extents[4];
}
if (maxZ < extents[5])
{
maxZ = extents[5];
}
/*jshint white: true*/
}
var node = nodes[nodeIndex];
if (node == null)
{
nodes[nodeIndex] = node = new AABBTreeNode(new AABBBox(), 1, null);
}
node.reset(minX, minY, minZ, maxX, maxY, maxZ,
(lastNodeIndex + lastNode.escapeNodeOffset - nodeIndex));
}
