public static boolean isBlockInPlot(final AthionPlot plot, final Location blocklocation) {
final World w = blocklocation.getWorld();
final int lowestX = Math.min(AthionCore.bottomX(plot.id, w), AthionCore.topX(plot.id, w));
final int highestX = Math.max(AthionCore.bottomX(plot.id, w), AthionCore.topX(plot.id, w));
final int lowestZ = Math.min(AthionCore.bottomZ(plot.id, w), AthionCore.topZ(plot.id, w));
final int highestZ = Math.max(AthionCore.bottomZ(plot.id, w), AthionCore.topZ(plot.id, w));
return (blocklocation.getBlockX() >= lowestX)
&& (blocklocation.getBlockX() <= highestX)
&& (blocklocation.getBlockZ() >= lowestZ)
&& (blocklocation.getBlockZ() <= highestZ);
}
public static void refreshPlotChunks(final World w, final AthionPlot plot) {
final int bottomX = AthionCore.bottomX(plot.id, w);
final int topX = AthionCore.topX(plot.id, w);
final int bottomZ = AthionCore.bottomZ(plot.id, w);
final int topZ = AthionCore.topZ(plot.id, w);
final int minChunkX = (int) Math.floor((double) bottomX / 16);
final int maxChunkX = (int) Math.floor((double) topX / 16);
final int minChunkZ = (int) Math.floor((double) bottomZ / 16);
final int maxChunkZ = (int) Math.floor((double) topZ / 16);
for (int x = minChunkX; x <= maxChunkX; x++) {
for (int z = minChunkZ; z <= maxChunkZ; z++) {
w.refreshChunk(x, z);
}
}
}
public static void setBiome(
final World w, final String id, final AthionPlot plot, final Biome b) {
final int bottomX = AthionCore.bottomX(plot.id, w) - 1;
final int topX = AthionCore.topX(plot.id, w) + 1;
final int bottomZ = AthionCore.bottomZ(plot.id, w) - 1;
final int topZ = AthionCore.topZ(plot.id, w) + 1;
for (int x = bottomX; x <= topX; x++) {
for (int z = bottomZ; z <= topZ; z++) {
w.getBlockAt(x, 0, z).setBiome(b);
}
}
plot.biome = b;
refreshPlotChunks(w, plot);
AthionSQL.updatePlot(getIdX(id), getIdZ(id), plot.world, "biome", b.name());
}
public static Location getBottom(final World w, final AthionPlot plot) {
return new Location(w, AthionCore.bottomX(plot.id, w), 0, AthionCore.bottomZ(plot.id, w));
}