package ai;

import mvc.Control;
import spaceracer.Asteroid;
import spaceracer.Constants;
import spaceracer.PowerUp;
import spaceracer.Range;
import spaceracer.Spaceship;
import spaceracer.SpaceshipRadar;
import start.Startup;

public class StudentAI implements Control {

	private Spaceship myShip;
	private SpaceshipRadar myRadar;
	private boolean avoidModeOn;
	private boolean goUp;

	public StudentAI(Spaceship ship) {
		myShip = ship;
		myRadar = myShip.getRadar();
	}

	public void moveShip() {
		float upperBarrierY = myRadar.getMaxY();
		float lowerBarrierY = myRadar.getMinY();

			//myShip.accelerate();
		if (avoidModeOn==true && myRadar.isAsteroidInFront()==true){
			if (goUp==true && myRadar.getNearestClearSpot(myRadar.getClearSpots())!=null&& myShip.getY()!=(myRadar.getMaxY())){
				//System.out.println("check1!");
				myShip.moveUp();

			}else if(goUp==false && myRadar.getNearestClearSpot(myRadar.getClearSpots())!=null&&myShip.getY()!=(myRadar.getMinY())) {
				myShip.moveDown();
			}

		} else if (avoidModeOn==true && myRadar.isAsteroidInFront()==false){
			avoidModeOn=false;
			myShip.yStop();

		} else if (avoidModeOn==false && myRadar.isAsteroidInFront()==true){
			//myShip.moveDown();
			avoidModeOn=true;
			if (myShip.getY()>3) {
				goUp=false;
			} else if (myShip.getY() <= 0){
				goUp=true;
			}

		} else if (avoidModeOn==false && myRadar.isAsteroidInFront()==false){
			myShip.accelerate();
		}

		Asteroid a= myRadar.getFirstAsteroidInFront();
		 Asteroid d = myRadar.getFirstAsteroidBelow();
	    Asteroid e = myRadar.getFirstAsteroidAbove();

	if (a!=null)
		{
			float b;
			float c;
			//float l;
			//float k;
			b=a.getX()-myShip.getX();
			c=a.getY()-myShip.getY();
			//l=myShip.getY()-d.getY();
			//k=e.getY()-myShip.getY();
			if (myRadar.isAsteroidInFront()==true &&b<=5&& c<=5){
				myShip.decelerate();


			//System.out.println("CHECK!");\
			}


				if (myRadar.isAsteroidInFront()==true &&b<=3&& c<=3){
					myShip.activateShield();

					//System.out.println("CHECK!");
				}
				/*else if (myRadar.isAsteroidInFront()==false &&k<=2){
					myShip.moveDown();

				}
				else if (myRadar.isAsteroidInFront()==false &&l<=2){
				myShip.moveUp();
				}*/
				/*else if (myRadar.isAsteroidInFront()==true &&avoidModeOn==true){
					if (goUp==true){

					myShip.moveUp();
					//System.out.println("CHECK!");
				}
				else
					myShip.moveDown();
					//System.out.println("CHECK!");
				}
				else if (myRadar.isAsteroidInFront()==true &&avoidModeOn==false)
				{
					avoidModeOn=true;
					if (myShip.getY()>0)
					{
						goUp=false;
					}
					else
					{
						goUp=true;
					}}


				else if (myRadar.isAsteroidInFront()==false &&avoidModeOn==true){

					avoidModeOn=false;
					myShip.yStop();
				} }
				else if (myRadar.isAsteroidInFront()==false &&avoidModeOn==false){
					myShip.accelerate();
				}*/


				}
}
}



		/*if (myRadar.isAsteroidInFront()==false){
			myShip.accelerate();
		}
		float Range;


		Range x[], y;

		x = myRadar.getClearSpots();
		if(x!=null){
		y = myRadar.getNearestClearSpot(x);
		if (y!=null);

		float clearCenter = y.getCenter();
		if (myShip.getY() > clearCenter ){
			myShip.moveDown();
		}
		else {
			myShip.moveUp();
		}
		}
	}
	}
*/ /*float yCoord;
float yCoord1;
float myY;
yCoord=d.getY();
yCoord1=e.getY();
myY=myShip.getY();
		if (myY>yCoord){
			//myShip.moveUp();
		} else {myShip.moveDown();*/











		// put your code here