private void initHolesBitmaps(List<Hole> holes) throws ParseException, LoadException {
for (Hole hole : holes) {
hole.setBitmap(
(Bitmap)
ContentProcessor.init()
.useCache(BitmapMemoryCache.getInstance())
.fromRes(resources)
.bitmap()
.load(String.valueOf(Hole.getModelIds()[0])));
hole.setRocksBitmap(
(Bitmap)
ContentProcessor.init()
.useCache(BitmapMemoryCache.getInstance())
.fromRes(resources)
.bitmap()
.load(String.valueOf(Hole.getRocksModelIds()[0])));
for (Rock rock : hole.getRocks()) {
rock.setBitmap(
(Bitmap)
ContentProcessor.init()
.useCache(BitmapMemoryCache.getInstance())
.fromRes(resources)
.bitmap()
.load(String.valueOf(Rock.getRandomModelResId())));
}
}
}
@Test
public void shouldNotReturnScissorsName() {
Rock mockRock = new Rock();
mockRock.setName("falseRockName");
assertNotSame(mockRock.getName(), this.rockName);
assertFalse(mockRock.getName() == this.rockName);
}
public static Polygon getPolygon() {
// Create one vertex per segment. Each vertex has 2 coordinates.
// Remember to save one vertex for the center point.
return Rock.getRockPolygon(Debris.RADIUS, 12);
}
private void initKalahBitmaps(Kalah kalah) throws ParseException, LoadException {
kalah.setBitmap(
(Bitmap)
ContentProcessor.init()
.useCache(BitmapMemoryCache.getInstance())
.fromRes(resources)
.bitmap()
.load(String.valueOf(Kalah.getModelIds()[0])));
kalah.setRocksBitmap(
(Bitmap)
ContentProcessor.init()
.useCache(BitmapMemoryCache.getInstance())
.fromRes(resources)
.bitmap()
.load(String.valueOf(Kalah.getRocksModelIds()[0])));
for (Rock rock : kalah.getRocks()) {
rock.setBitmap(
(Bitmap)
ContentProcessor.init()
.useCache(BitmapMemoryCache.getInstance())
.fromRes(resources)
.bitmap()
.load(String.valueOf(Rock.getRandomModelResId())));
}
}
@Test
public void shouldReturnRockName() {
Rock mockRock = new Rock();
mockRock.setName(rockName);
assertEquals(mockRock.getName(), this.rockName);
assertTrue(mockRock.getName() == this.rockName);
}
public Rock at(final int derivative, final double t, Rock ret) {
if (ret == null) ret = new RockDouble();
ret.setLocation(at(0, derivative, t), at(1, derivative, t), at(2, derivative, t));
return ret;
}
private void updateWorld() {
float deltaTime = Gdx.graphics.getDeltaTime();
planeStateTime += deltaTime;
if (Gdx.input.justTouched()) {
if (gameState == GameState.Start) {
gameState = GameState.Running;
}
if (gameState == GameState.Running) {
planeVelocity.set(PLANE_VELOCITY_X, PLANE_JUMP_IMPULSE);
}
if (gameState == GameState.GameOver) {
gameState = GameState.Start;
resetWorld();
}
}
if (gameState != GameState.Start) planeVelocity.add(gravity);
planePosition.mulAdd(planeVelocity, deltaTime);
camera.position.x = planePosition.x + 350;
if (camera.position.x - groundOffsetX > ground.getRegionWidth() + 400) {
groundOffsetX += ground.getRegionWidth();
}
rect1.set(
planePosition.x + 20,
planePosition.y,
plane.getKeyFrames()[0].getRegionWidth() - 20,
plane.getKeyFrames()[0].getRegionHeight());
for (Rock r : rocks) {
if (camera.position.x - r.position.x > 400 + r.image.getRegionWidth()) {
boolean isDown = MathUtils.randomBoolean();
r.position.x += 5 * 200;
r.position.y = isDown ? 480 - rock.getRegionHeight() : 0;
r.image = isDown ? rockDown : rock;
r.counted = false;
}
rect2.set(
r.position.x + (r.image.getRegionWidth() - 30) / 2 + 20,
r.position.y,
20,
r.image.getRegionHeight() - 10);
if (rect1.overlaps(rect2)) {
if (gameState != GameState.GameOver) explode.play();
gameState = GameState.GameOver;
planeVelocity.x = 0;
}
if (r.position.x < planePosition.x && !r.counted) {
score++;
r.counted = true;
}
}
if (planePosition.y < ground.getRegionHeight() - 20
|| planePosition.y + plane.getKeyFrames()[0].getRegionHeight()
> 480 - ground.getRegionHeight() + 20) {
if (gameState != GameState.GameOver) explode.play();
gameState = GameState.GameOver;
planeVelocity.x = 0;
}
}