doyley

/** Made by Doyley and Guy 2005 (c)cuts any tree and banks magics */public class PowerChopper extends Script		implements ServerMessageListener {	public static String[] commands = { "powerChopper" };	private long startTime = System.currentTimeMillis();	private static final String[] AXES = {		"BRONZE:1351,508", "IRON:1351,510",		"STEEL:1353,512", "MITHRIL:1355,516",		"ADAMANT:1357,518", "RUNE:1359,520"	};	private static final String[] TREES = { 		"TREE:1276,1278",		"OAK:1281",		"WILLOW:1308,5551,5552,5553",		"YEW:1309",		"MAGIC:1306"	};		private static final Tile[] TREES_TO_BANK = new Tile[] {		new Tile(2698,3422), new Tile(2699,3427),		new Tile(2704,3438), new Tile(2704,3447), new Tile(2708,3449),		new Tile(2713,3451), new Tile(2721,3460), new Tile(2720,3468),		new Tile(2724,2477), new Tile(2755,3484), new Tile(2725,2490)	};	private static final Tile[] TILE_BANK = new Tile[] {		new Tile(2725,2490)	};													private static final int OBJECT_BANK_BOOTH = 2213;	private static final int[] LOGS = { 1511, 1513, 1515, 1517, 1519, 1521, 2511 };	private static final int ITEM_AXE_HANDLE = 492;	private String treeName;	private int[] treeType;	private int[] axeType;	private int[] bankingarg;	private int treeCount;	private int reAttachCount;	private Item lostHead;	private Tile treePos;	private int attachStep;	private boolean dropping;	private boolean banking;	private int[] banking4;		public int bankCount;	public boolean start(String cmd, String[] args) {		if (args.length < 3) {			log("Usage: powerChopper([Tree Type], [Axe Type], [Bank yes/no]");			return false;		}		treeType = getTreesForName(args[0]);		axeType = getAxeForName(args[1]);		bankingarg = banking4(args[2]);				if (treeType == null || axeType == null) {			log("Tree/Axe type was invalid (" + args[0] + ", " + args[1] + args[2]+ ")");			return false;		}		init();		return true;	}	private void init() {		EventManager.addServerMessageListener(this);	}	public void serverMessage(String message) {		if (message.indexOf("you are dead") != -1) {			log("You died, quitting!");			shutdown();		} else if (message.indexOf("carefully re") != -1) {			reAttachCount++;		} else if (message.indexOf("some logs") != -1) {			treePos = null;			treeCount++;		}	}	public long run(long lastExecuted) {		runProgress();		long ticks = runCombat();		if (ticks != 0)			return ticks;		ticks = runDrop();		if (ticks != 0)			return ticks;		return runChop();	}	private void runProgress() {		if (treeCount % 100 == 0 && treeCount != 0) {			log("you have banked" + bankCount);			log("You have cut " + treeCount + " trees!");			log("You have reattached axe head " + reAttachCount + " times!");			log("Since " + ((System.currentTimeMillis() - startTime) / 60000) +					" minutes ago");			treeCount++; // Meh		}	}private long banking5() {			if (inventoryCount() == 28 && getInterface() != Constants.INTERFACE_BANK) {				walk(TREES_TO_BANK);				int booth = findObject(OBJECT_BANK_BOOTH);				if (booth != -1) {					log("Opening bank...");					atObject(booth, 2);					return random(3000, 4000);				}			}			if (getInterface() == Constants.INTERFACE_BANK) {				long rez = banking5();				if (rez != 0)					return rez;				bankCount++;								closeInterface();				log("Finished Banking");				reversePath(TREES_TO_BANK);				runProgress();				return random(500,1000);			}			return 0;		}	private long runCombat() {		if (!inCombat(myPlayer()))			return 0;		else {			log("Running away from combat... ");			Tile pos = getPosition(myPlayer());			pos.x += 10;			pos.y += 10;			walk(pos);			return 2500 + random(500, 1000);		}	}	private long runDrop() {		if (inventoryCount() == inventoryCount(axeType[0]) && banking) {			dropping = false;			banking = true;			return 0;		}		if (dropping)			return dropLogs();		if (inventoryCount() == 28) {			log("Time to bank");			dropping = false;			banking = true;			return 1;		}		return 0;	}	private long runChop() {		if (myPlayer().anim == -1) {			int treeID = findObject(treeType);			if (treeID != -1) {				Tile pos = objectPos(treeID);				if (distanceTo(pos) > 5) {					walk(pos);					return 2500 + random(2000, 4000);				} else {					treePos = pos;					atObject(treeID, 1);					return 2500 + random(500, 1000);				}			} else {				log("Could not find tree, waiting");				return 2500 + random(500, 1000);			}		} else if (treePos != null && myPlayer().anim != -1) {			NPC ent = findNearestNPCByName(treeName);			if (ent == null)				return 200;			if (getPosition(ent).distanceTo(treePos) < 3) {				log("Ent appeared near us, stop chopping.");				walk(getPosition(myPlayer()));				treePos = null;			}			return 2500 + random(500, 1000);		}		return 200;	}	private long dropLogs() {		int[] inv = getInventory();		for (int i = 0; i < inv.length; i++) {			if (inv[i] != -1 && inv[i] != axeType[0]) {				dropItem(inv[i], i);				return 500 + random(500, 1000);			}		}		return 0;	}private final int[] banking4(String name) {		banking5();	return null;	}		private final int[] getTreesForName(String name) {		for (String log : TREES) {			if (log.startsWith(name.toUpperCase())) {				treeName = new String(log.split(":")[0].substring(0, 1).toUpperCase() +						log.split(":")[0].substring(1).toLowerCase());				String[] trees = log.split(":")[1].split(",");				int[] rez = new int[trees.length];				for (int i = 0; i < rez.length; i++)					rez[i] = Integer.parseInt(trees[i]);				return rez;			}		}		return null;	}	private final int[] getAxeForName(String name) {		for (String axe : AXES) {			if (axe.startsWith(name.toUpperCase())) {				String[] axes = axe.split(":")[1].split(",");				int[] rez = new int[axes.length];				for (int i = 0; i < rez.length; i++)					rez[i] = Integer.parseInt(axes[i]);				return rez;			}		}		return null;	}}