public static void main(String[] args) {
// 使用继承，仅仅代表是包含和控制器的所有方法
SpaceShip protector = new SpaceShip("NSEA Protector");
protector.forward(100);
// 通过多的一个代理类，类中有一个control对象，我们可以随意的扩展和缩小control对象中的方法
// 或者是在方法前后做一些逻辑处理，这样就可以拥有更多的控制力了。
SpaceShipDelegation d = new SpaceShipDelegation("234");
}
public void draw() {
// Draw outer (border) rectangle
DrawingHelper.drawFilledRectangle(
new Rect(
(int) (DrawingHelper.getGameViewWidth() * .8f) - 6,
0,
DrawingHelper.getGameViewWidth(),
(int) (DrawingHelper.getGameViewHeight() * .2f) + 6),
Color.BLUE,
100);
// Draw inner rectangle
DrawingHelper.drawFilledRectangle(
new Rect(
(int) (DrawingHelper.getGameViewWidth() * .8f),
3,
DrawingHelper.getGameViewWidth() - 3,
(int) (DrawingHelper.getGameViewHeight() * .2f)),
Color.BLACK,
100);
ArrayList<AsteroidType> gameAsteroids = AsteroidsGameModel.getInstance().getAsteroidTypes();
SpaceShip ship = AsteroidsGameModel.getInstance().getSpaceShip();
// Calculate and draw position for the ship
float xScaledAndShifted =
(ship.getXPosition() * .2f) * mXDimension / mGame.getCurrentLevel().getWidth()
+
// mXPosition +
(DrawingHelper.getGameViewWidth() * .8f);
float yScaledAndShifted =
(ship.getYPosition() * .2f) * mYDimension / mGame.getCurrentLevel().getHeight(); /*+
mYPosition;*/
DrawingHelper.drawPoint(
new PointF(xScaledAndShifted, yScaledAndShifted), 3, Color.GREEN, 255);
// Calculate position for the asteroids
for (AsteroidType a : gameAsteroids) {
float xScaleShift =
(a.getPosition().x * .2f) * mXDimension / mGame.getCurrentLevel().getWidth()
+
// mXPosition +
(DrawingHelper.getGameViewWidth() * .8f);
float yScaleShift =
(a.getPosition().y * .2f) * mYDimension / mGame.getCurrentLevel().getHeight(); /*+
mYPosition;*/
DrawingHelper.drawPoint(new PointF(xScaleShift, yScaleShift), 4, Color.RED, 255);
}
}
public static void main(
String[]
args) { // DI - Dependency Injection (ussually Spring or other FrameWork are used for that
// purpose)
Pilot pilot = new Pilot("Юрий");
SpacePort baikonur = new SpacePort();
SpaceShip spaceShip = new SpaceShip();
spaceShip.name = "Восток";
spaceShip.setPilot(pilot);
baikonur.setSpaceShip(spaceShip);
baikonur.setMissionControlCenter(new MissionControlCenter());
baikonur.missionControlCenter.setCurrentSpaceShip(spaceShip);
baikonur.missionControlCenter.launch();
}
/**
* Returns a enemy spaceship
*
* @param type corresponds to the type of spaceship involved, 1 being the lowest and 3 the
* highest.
* @return spaceship
*/
public SpaceShip getEnemie(int type, Track t, Context context) {
Random rand = new Random();
SpaceShip enemy = null;
Bitmap image = null;
switch (type) {
case 1:
enemy = new SpaceShipLow(world, t, true, context);
Weapon missile = new Missile(world, true, context);
missile.setNbrAmmo(Integer.MAX_VALUE);
enemy.addWeapon(missile);
enemy.setWeapon(missile.getName());
image = Utils.createImage(context, R.drawable.weaponmissile);
// .getSubimage(80, 0, 80, 80);
break;
case 2:
enemy = new SpaceShipMiddle(world, t, true, context);
Weapon fireball = new FireBall(world, true, context);
fireball.setNbrAmmo(Integer.MAX_VALUE);
enemy.addWeapon(fireball);
enemy.setWeapon(fireball.getName());
image = Utils.createImage(context, R.drawable.weaponfireball);
// .getSubimage(80, 0, 80, 80);
break;
case 3:
enemy = new SpaceShipHigh(world, t, true, context);
Weapon missile2 = new Missile(world, true, context);
missile2.setNbrAmmo(Integer.MAX_VALUE);
enemy.addWeapon(missile2);
enemy.setWeapon(missile2.getName());
image = Utils.createImage(context, R.drawable.weaponshibooleet);
// .getSubimage(80, 0, 80, 80);
break;
}
enemy.setPosition(new Vec2(rand.nextInt(Constant.WIDTH) - 100, 100));
if (true) { // rand.nextInt(10) == 1
Bonus bonus =
new Bonus(world, enemy.getWeaponCurrent().getName(), rand.nextInt(50), image, context);
enemy.setBonus(bonus);
}
return enemy;
}
public static void main(String[] args) {
SpaceShip protector = new SpaceShip("NSEA Protector");
protector.forward(100);
}
