package scripts.randoms.PinBallRandomSolver;

import java.util.ArrayList;
import java.util.Iterator;

import org.tribot.api.DynamicClicking;
import org.tribot.api.General;
import org.tribot.api.input.Mouse;
import org.tribot.api2007.Camera;
import org.tribot.api2007.Game;
import org.tribot.api2007.Interfaces;
import org.tribot.api2007.Objects;
import org.tribot.api2007.Walking;
import org.tribot.api2007.types.RSObject;
import org.tribot.script.Script;
import org.tribot.script.ScriptManifest;

import scripts.randoms.RandomUtils;

@ScriptManifest(authors = { "Bradsta" }, category = "Randoms", name = "PinballRandomSolver")
public class PinBallRandomSolver extends Script {

	private static final int AIR_TOWER = 15001;
	private static final int EARTH_TOWER = 15003;
	private static final int FIRE_TOWER = 15005;
	private static final int NATURE_TOWER = 15007;
	private static final int WATER_TOWER = 15009;

	private static final int CAVE_EXIT = 15010;

	private static final int[] TOWER_TILES = { AIR_TOWER, EARTH_TOWER,
			FIRE_TOWER, NATURE_TOWER, WATER_TOWER };

	private static int towerTarget;

	private boolean completedTask = false;

	private static ArrayList<Integer> towerSettings = new ArrayList<>();
	private static int ourScore = 0;
	private static final int constantVar = 512;
	private static final int[] TOWER_SETTINGS_BASE = { 512, 546, 580, 614, 648 };
	private static final int[] SCORE_AMOUNT_INTERFACE = { 263, 1 };

	@Override
	public void run() {
		setRandomSolverState(false);
		println("Starting Pinball Random Solver by Bradsta");
		while (RandomUtils.isInterfaceTextAtIndexValid(263, 1, "Score: ")) {
			Mouse.setSpeed(General.random(170, 190));
			if (!completedTask) {
				sleep(solvePinballRandom());
			} else if (completedTask) {
				clickTower(CAVE_EXIT, 20, 45, "Exit");
				sleep(3000);
				println("Pinball Random solved by Bradsta.");
			}
		}
	}
	
	private int solvePinballRandom() {
		if (towerTarget == 0) {
			getTowerSettings();
			determineTarget(Game.getSetting(727));
			towerSettings.clear();
		} else if (towerTarget != 0) {
			clickTower(towerTarget, 20, 50, "");
			RandomUtils.waitForAnimation(832);
			sleep(2500);
			towerTarget = 0;
		}
		return 500;
	}
	
	private void exitPinballRandom() {
		clickTower(CAVE_EXIT, 20, 45, "Exit");
		sleep(3000);
		println("Pinball Random solved by Bradsta.");
	}

	private void clickTower(int objId, int distance, int clickHeight,
			String action) {
		System.out.println("Attempting to click Tower Target: " + objId);
		RSObject[] objectToInteract = Objects.findNearest(distance, objId);
		clickHeight = clickHeight + General.random(-10, 10);
		if (objectToInteract.length > 0) {
			if (objectToInteract[0].getID() == CAVE_EXIT) {
				Camera.turnToTile(objectToInteract[0].getPosition());
			}
			if (objectToInteract[0].isOnScreen()) {
				objectToInteract[0].setClickHeight(clickHeight);
				DynamicClicking.clickRSTile(objectToInteract[0].getPosition(),
						action);
			} else if (!objectToInteract[0].isOnScreen()) {
				Walking.walkScreenPath(Walking
						.generateStraightScreenPath(objectToInteract[0]
								.getPosition()));
			}
		}
	}

	private void determineTarget(int gameSetting) {
		System.out.println("Our score: " + ourScore);
		System.out.println("Game Setting: " + gameSetting);
		Iterator<Integer> itr = towerSettings.iterator();
		while (itr.hasNext()) {
			if (towerSettings.contains(gameSetting)) {
				System.out.println("Target found..");
				towerTarget = TOWER_TILES[towerSettings.indexOf(gameSetting)];
				break;
			} else {
				System.out.println("Target not found..");
				sleep(1500);
				break;
			}
		}
		System.out.println("Tower Target: " + towerTarget);
	}

	private void getTowerSettings() {
		switch (Interfaces.get(SCORE_AMOUNT_INTERFACE[0],
				SCORE_AMOUNT_INTERFACE[1]).getText()) {
		case "Score: 0":
			ourScore = 0;
			towerSettings.add(TOWER_SETTINGS_BASE[0] - constantVar);
			towerSettings.add(TOWER_SETTINGS_BASE[1] - constantVar);
			towerSettings.add(TOWER_SETTINGS_BASE[2] - constantVar);
			towerSettings.add(TOWER_SETTINGS_BASE[3] - constantVar);
			towerSettings.add(TOWER_SETTINGS_BASE[4] - constantVar);
			break;
		case "Score: 1":
			ourScore = 1;
			towerSettings.add(TOWER_SETTINGS_BASE[0]);
			towerSettings.add(TOWER_SETTINGS_BASE[1]);
			towerSettings.add(TOWER_SETTINGS_BASE[2]);
			towerSettings.add(TOWER_SETTINGS_BASE[3]);
			towerSettings.add(TOWER_SETTINGS_BASE[4]);
			break;
		case "Score: 2":
			ourScore = 2;
			towerSettings.add(TOWER_SETTINGS_BASE[0] + constantVar);
			towerSettings.add(TOWER_SETTINGS_BASE[1] + constantVar);
			towerSettings.add(TOWER_SETTINGS_BASE[2] + constantVar);
			towerSettings.add(TOWER_SETTINGS_BASE[3] + constantVar);
			towerSettings.add(TOWER_SETTINGS_BASE[4] + constantVar);
			break;
		case "Score: 3":
			ourScore = 3 - 1;
			towerSettings.add(TOWER_SETTINGS_BASE[0] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[1] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[2] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[3] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[4] + constantVar * ourScore);
			break;
		case "Score: 4":
			ourScore = 4 - 1;
			towerSettings.add(TOWER_SETTINGS_BASE[0] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[1] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[2] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[3] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[4] + constantVar * ourScore);
			break;
		case "Score: 5":
			ourScore = 5 - 1;
			towerSettings.add(TOWER_SETTINGS_BASE[0] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[1] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[2] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[3] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[4] + constantVar * ourScore);
			break;
		case "Score: 6":
			ourScore = 6 - 1;
			towerSettings.add(TOWER_SETTINGS_BASE[0] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[1] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[2] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[3] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[4] + constantVar * ourScore);
			break;
		case "Score: 7":
			ourScore = 7 - 1;
			towerSettings.add(TOWER_SETTINGS_BASE[0] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[1] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[2] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[3] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[4] + constantVar * ourScore);
			break;
		case "Score: 8":
			ourScore = 8 - 1;
			towerSettings.add(TOWER_SETTINGS_BASE[0] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[1] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[2] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[3] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[4] + constantVar * ourScore);
			break;
		case "Score: 9":
			ourScore = 9 - 1;
			towerSettings.add(TOWER_SETTINGS_BASE[0] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[1] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[2] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[3] + constantVar * ourScore);
			towerSettings.add(TOWER_SETTINGS_BASE[4] + constantVar * ourScore);
			break;
		case "Score: 10":
			ourScore = 10;
			completedTask = true;
			break;
		}
		System.out.println(towerSettings);
	}
}