public int getParentId() {
final Object inter = getInternal();
if (inter == null) {
return -1;
}
final Client client = Context.client();
final Multipliers multipliers = Context.multipliers();
final int parentId =
((RSInterfaceParentID) ((RSInterfaceInts) inter).getRSInterfaceInts())
.getRSInterfaceParentID()
* multipliers.INTERFACE_PARENTID;
if (parentId != -1) {
return parentId;
}
final int mainID = getId() >>> 0x10;
final HashTable ncI = new HashTable(client.getRSInterfaceNC());
for (RSInterfaceNode node = (RSInterfaceNode) ncI.getFirst();
node != null;
node = (RSInterfaceNode) ncI.getNext()) {
if (mainID
== ((RSInterfaceNodeMainID)
((RSInterfaceNodeInts) node.getData()).getRSInterfaceNodeInts())
.getRSInterfaceNodeMainID()
* multipliers.INTERFACENODE_MAINID) {
final long multiplier =
(((long) multipliers.NODE_ID) << 32) + ((multipliers.NODE_ID_p2 & 0xffffffffL));
return (int) (node.getID() * multiplier);
}
}
return -1;
}
public Point getAbsoluteLocation() {
if (getInternal() == null) {
return new Point(-1, -1);
}
final Client client = Context.client();
final int parentId = getParentId();
int x = 0, y = 0;
if (parentId != -1) {
final Point point = Widgets.get(parentId >> 0x10, parentId & 0xffff).getAbsoluteLocation();
x = point.x;
y = point.y;
} else {
final Rectangle[] bounds = client.getRSInterfaceBoundsArray();
final int index = getBoundsArrayIndex();
if (bounds != null && index > 0 && index < bounds.length && bounds[index] != null) {
return new Point(bounds[index].x, bounds[index].y);
}
// x = getMasterX();
// y = getMasterY();
}
if (parentId != -1) {
final WidgetChild child = Widgets.getChild(parentId);
final int horizontalScrollSize = child.getScrollableContentWidth(),
verticalScrollSize = child.getScrollableContentHeight();
if (horizontalScrollSize > 0 || verticalScrollSize > 0) {
x -= child.getHorizontalScrollPosition();
y -= child.getVerticalScrollPosition();
}
}
x += getRelativeX();
y += getRelativeY();
return new Point(x, y);
}
public static Tile getDestination() {
final Client client = Context.client();
final int lx = client.getDestX();
final int ly = client.getDestY();
if (lx == -1 || ly == -1) {
return new Tile(-1, -1, -1);
}
return new Tile(Game.getBaseX() + lx, Game.getBaseY() + ly, Game.getPlane());
}
/**
* @param filter The filtering <code>Filter</code> to accept all the Npcs through.
* @return An array of the currently loaded Npcs in the game that are accepted by the provided
* filter.
*/
public static NPC[] getLoaded(final Filter<NPC> filter) {
final Client client = Context.client();
final int[] indices = client.getRSNPCIndexArray();
final Set<NPC> npcs = new HashSet<>();
for (final int index : indices) {
final Node node = Nodes.lookup((HashTable) client.getRSNPCNC(), index);
if (node != null) {
NPC npc = null;
if (node instanceof RSNPCNode) {
npc = new NPC((RSNPC) ((RSNPCNode) node).getRSNPC());
} else if (node instanceof SoftReference) {
npc =
new NPC(
(RSNPC) ((java.lang.ref.SoftReference<?>) ((SoftReference) node).get()).get());
}
if (filter.accept(npc)) {
npcs.add(npc);
}
}
}
return npcs.toArray(new NPC[npcs.size()]);
}
/**
* @param filter The filtering <code>Filter</code> NPCs have to pass.
* @return The nearest Npc passing the filter if any present, else <i>null</i>.
*/
public static NPC getNearest(final Filter<NPC> filter) {
final Client client = Context.client();
final int[] indices = client.getRSNPCIndexArray();
NPC npc = null;
double distance = Double.MAX_VALUE;
final RegionOffset position = Players.getLocal().getRegionOffset();
for (final int index : indices) {
final Node node = Nodes.lookup((HashTable) client.getRSNPCNC(), index);
if (node != null && node instanceof RSNPCNode) {
final NPC t_npc = new NPC((RSNPC) ((RSNPCNode) node).getRSNPC());
try {
if (filter.accept(t_npc)) {
final double dist = Calculations.distance(position, t_npc.getRegionOffset());
if (dist < distance) {
distance = dist;
npc = t_npc;
}
}
} catch (final Exception ignored) {
}
}
}
return npc;
}
