private void computeNodeSocketsPositions(Vector3f camPos) {
// for each node call updateSocketPosition for each connection
// returning vector will be the culling position. update the positions
// but DO NOT update the line itself - it have to be updated in buildConnectionDrawOrder
// for double calculation reduction (updating line once for both points
// instead of updating once for each point)
for (int i = 0; i < nodes.length; i++) {
NodeConnectionSocket[] sockets = nodes[i].getSockets();
for (int k = 0; k < sockets.length; k++) {
Vector3f lineEndPoint;
if (connections[sockets[k].connectionId].endNode == i) // inverse point from current node
lineEndPoint = connections[sockets[k].connectionId].getLine().getRay().getStartPos();
else lineEndPoint = connections[sockets[k].connectionId].getLine().getRay().getEndPos();
Vector3f intersection =
new Ray3v(camPos, lineEndPoint)
.findIntersectionWithPlane(
nodes[i].getPosV(), nodes[i].getSprite().getLookVector());
intersection = intersection.subtractV(nodes[i].getPosV());
if (intersection.lengthSqr() < Math.pow(nodes[i].getRadius(), 2.0f))
nodes[i].getSocket(k).setPos(Vector3f.getZero());
else
nodes[i].getSocket(k).setPos(intersection.normalize().multiplySf(nodes[i].getRadius()));
float fraction = nodes[i].getRadius() / intersection.length();
float amount =
connections[sockets[k].connectionId].getLine().getRay().getLength() * fraction;
// Log.e("Debug", "Fraction: " + fraction);
if (connections[sockets[k].connectionId].originNode == i)
connections[sockets[k].connectionId].getLine().occludeStartPoint(amount);
else connections[sockets[k].connectionId].getLine().occludeEndPoint(amount);
}
}
}
