import java.awt.*;
import java.lang.*;
import java.util.*;
import Location;
import Player;

public final class Player_Hycha extends Player {

  private final double rotate = 0.1571;
  private final int maxVelocity = 5;
  private final int accel = 1;
  private final int maxShields = 160;
  private final int firePowerStep = 18;
  private final int maxFirePower = 44;

  private final Color myColor[] = {
    new Color(32, 128, 32),
    new Color(0, 192, 0),
    new Color(255, 64, 0),
    new Color(255, 32, 255)
  };

  private int mx[] = new int[17];
  private int my[] = new int[17];

  Player_Hycha(int id, String name) {
    this.name = name;
    this.id = id;
    shields = maxShields;
    firePower = firePowerStep;
    alive = true;
    setConstants(rotate, maxVelocity, accel, maxShields, firePowerStep,
     maxFirePower);
  }
 
  public final void paint(Graphics g, int x, int y, int t) { 
    for (int i = t; i > 0; i--) {
      pastX[i] = pastX[i-1];
      pastY[i] = pastY[i-1];
      if (pastX[i] != -1) {
        g.setColor(engine[i]);
        g.fillOval(pastX[i]+(x-1)-X, pastY[i]+(y-1)-Y, 3, 3);
      }
    }
    g.setColor(Color.pink);
    for (int i = 0; i < 5 && t == 14; i++) {
      if (fire[i] != -1)
        g.fillOval(fireX[i]+(x-1)-X, fireY[i]+(y-1)-Y, 3, 3);
    }

    g.setColor(myColor[2]);
    g.fillOval(x - 2, y - 2, 5, 5);

    mx[0] = x;
    mx[1] = x - Math.round((float) (8*Math.cos(angle))) - Math.round((float) (3*Math.sin(angle)));
    mx[2] = x - Math.round((float) (4*Math.cos(angle))) - Math.round((float) (10*Math.sin(angle)));
    mx[3] = x + Math.round((float) (4*Math.cos(angle))) - Math.round((float) (7*Math.sin(angle)));
    mx[4] = x + Math.round((float) (1*Math.cos(angle))) - Math.round((float) (4*Math.sin(angle)));
    mx[5] = x + Math.round((float) (3*Math.cos(angle))) - Math.round((float) (3*Math.sin(angle)));
    mx[6] = x + Math.round((float) (7*Math.cos(angle))) - Math.round((float) (1*Math.sin(angle)));
    mx[7] = x + Math.round((float) (8*Math.cos(angle))) - Math.round((float) (3*Math.sin(angle)));
    mx[8] = x + Math.round((float) (10*Math.cos(angle))) - Math.round((float) (2*Math.sin(angle)));
    mx[9] = x + Math.round((float) (10*Math.cos(angle))) + Math.round((float) (2*Math.sin(angle)));
    mx[10] = x + Math.round((float) (8*Math.cos(angle))) + Math.round((float) (3*Math.sin(angle)));
    mx[11] = x + Math.round((float) (7*Math.cos(angle))) + Math.round((float) (1*Math.sin(angle)));
    mx[12] = x + Math.round((float) (3*Math.cos(angle))) + Math.round((float) (3*Math.sin(angle)));
    mx[13] = x + Math.round((float) (1*Math.cos(angle))) + Math.round((float) (4*Math.sin(angle)));
    mx[14] = x + Math.round((float) (4*Math.cos(angle))) + Math.round((float) (7*Math.sin(angle)));
    mx[15] = x - Math.round((float) (4*Math.cos(angle))) + Math.round((float) (10*Math.sin(angle)));
    mx[16] = x - Math.round((float) (8*Math.cos(angle))) + Math.round((float) (3*Math.sin(angle)));
    my[0] = y;
    my[1] = y - Math.round((float) (8*Math.sin(angle))) + Math.round((float) (3*Math.cos(angle)));
    my[2] = y - Math.round((float) (4*Math.sin(angle))) + Math.round((float) (10*Math.cos(angle)));
    my[3] = y + Math.round((float) (4*Math.sin(angle))) + Math.round((float) (7*Math.cos(angle)));
    my[4] = y + Math.round((float) (1*Math.sin(angle))) + Math.round((float) (4*Math.cos(angle)));
    my[5] = y + Math.round((float) (3*Math.sin(angle))) + Math.round((float) (3*Math.cos(angle)));
    my[6] = y + Math.round((float) (7*Math.sin(angle))) + Math.round((float) (1*Math.cos(angle)));
    my[7] = y + Math.round((float) (8*Math.sin(angle))) + Math.round((float) (3*Math.cos(angle)));
    my[8] = y + Math.round((float) (10*Math.sin(angle))) + Math.round((float) (2*Math.cos(angle)));
    my[9] = y + Math.round((float) (10*Math.sin(angle))) - Math.round((float) (2*Math.cos(angle)));
    my[10] = y + Math.round((float) (8*Math.sin(angle))) - Math.round((float) (3*Math.cos(angle)));
    my[11] = y + Math.round((float) (7*Math.sin(angle))) - Math.round((float) (1*Math.cos(angle)));
    my[12] = y + Math.round((float) (3*Math.sin(angle))) - Math.round((float) (3*Math.cos(angle)));
    my[13] = y + Math.round((float) (1*Math.sin(angle))) - Math.round((float) (4*Math.cos(angle)));
    my[14] = y + Math.round((float) (4*Math.sin(angle))) - Math.round((float) (7*Math.cos(angle)));
    my[15] = y - Math.round((float) (4*Math.sin(angle))) - Math.round((float) (10*Math.cos(angle)));
    my[16] = y - Math.round((float) (8*Math.sin(angle))) - Math.round((float) (3*Math.cos(angle)));

    g.setColor(myColor[0]);
    g.fillPolygon(mx,my,17);

    g.setColor(myColor[1]);
    g.drawLine(x,y, x + Math.round((float) (10*Math.cos(angle))),
     y + Math.round((float) (10*Math.sin(angle))));

    g.setColor(myColor[3]);
    g.fillOval(x + Math.round((float) (10*Math.cos(angle)))-1,
     y + Math.round((float) (10*Math.sin(angle)))-1, 3, 3);
  }

  public final String getDescription() {
    return "This heavy fighter is slow, but has great fire power.";
  }

  public final int[] getData() {
    int temp[] = { 40, maxVelocity, accel, maxShields, firePowerStep,
     maxFirePower };
    return temp;
  }

}