@EventHandler(priority = EventPriority.HIGHEST, ignoreCancelled = true)
public void onEntityExplode(final EntityExplodeEvent event) {
if (arena == null) {
return;
}
boolean contains = false;
for (final ArenaRegion region : arena.getRegionsByType(RegionType.BATTLE)) {
if (region.getShape().contains(new PABlockLocation(event.getLocation()))) {
contains = true;
break;
}
}
if (!contains) {
return;
}
final Set<PABlock> blocks = SpawnManager.getPABlocksContaining(arena, "block");
// final Set<PABlockLocation>
for (final Block b : event.blockList()) {
final PABlockLocation loc = new PABlockLocation(b.getLocation());
for (final PABlock pb : blocks) {
if (pb.getLocation().getDistanceSquared(loc) < 1) {
final String blockTeam = pb.getName().split("block")[0];
try {
arena.broadcast(
Language.parse(
arena,
MSG.GOAL_BLOCKDESTROY_SCORE,
Language.parse(arena, MSG.DEATHCAUSE_BLOCK_EXPLOSION) + ChatColor.YELLOW,
arena.getTeam(blockTeam).getColoredName() + ChatColor.YELLOW,
String.valueOf(getLifeMap().get(blockTeam) - 1)));
} catch (final Exception e) {
Bukkit.getLogger().severe("[PVP Arena] team unknown/no lives: " + blockTeam);
e.printStackTrace();
}
takeBlock(arena.getTeam(blockTeam).getColor().name(), pb.getLocation());
reduceLivesCheckEndAndCommit(arena, blockTeam);
}
}
}
}
@Override
public boolean overlapsWith(final ArenaRegion paRegion) {
if (paRegion.getShape() instanceof CuboidRegion) {
// compare 2 cuboids
if (getMinimumLocation().getX() > paRegion.locs[1].getX()
|| getMinimumLocation().getY() > paRegion.locs[1].getY()
|| getMinimumLocation().getZ() > paRegion.locs[1].getZ()) {
return false;
}
if (paRegion.locs[0].getX() > getMaximumLocation().getX()
|| paRegion.locs[0].getY() > getMaximumLocation().getY()
|| paRegion.locs[0].getZ() > getMaximumLocation().getZ()) {
return false;
}
return true;
} else if (paRegion.getShape() instanceof SphericRegion) {
// we are cube and search for intersecting sphere
final PABlockLocation thisCenter = getMaximumLocation().getMidpoint(getMinimumLocation());
final PABlockLocation thatCenter = paRegion.locs[1].getMidpoint(paRegion.locs[0]);
final Double thatRadius = paRegion.locs[0].getDistance(paRegion.locs[1]) / 2;
if (contains(thatCenter)) {
return true; // the sphere is inside!
}
final PABlockLocation offset = thatCenter.pointTo(thisCenter, thatRadius);
// offset is pointing from that to this
return this.contains(offset);
} else if (paRegion.getShape() instanceof CylindricRegion) {
// we are cube and search for intersecting cylinder
final PABlockLocation thisCenter = getMaximumLocation().getMidpoint(getMinimumLocation());
final PABlockLocation thatCenter = paRegion.locs[1].getMidpoint(paRegion.locs[0]);
if (getMaximumLocation().getY() < paRegion.locs[0].getY()) {
return false;
}
if (getMinimumLocation().getY() > paRegion.locs[1].getY()) {
return false;
}
thisCenter.setY(thatCenter.getY());
if (contains(thatCenter)) {
return true; // the sphere is inside!
}
final Double thatRadius = paRegion.locs[0].getDistance(paRegion.locs[1]) / 2;
final PABlockLocation offset = thatCenter.pointTo(thisCenter, thatRadius);
// offset is pointing from that to this
return this.contains(offset);
} else {
PVPArena.instance
.getLogger()
.warning("Region Shape not supported: " + paRegion.getShape().getName());
}
return false;
}