/** Returns the distance between this entity and the given entity in pixels. */
public float getDistancePixels(Entity other) {
Vector2 thisPos = getCenter();
Vector2 otherPos = other.getCenter();
float distance = thisPos.dst(otherPos);
Vector2Pool.recycle(thisPos);
Vector2Pool.recycle(otherPos);
return distance;
}
private void jumpMario(final AnimatedSprite face) {
final Body faceBody = (Body) face.getUserData();
// float bufX = mario.getX();
// float bufY = mario.getY();
// mario.setVisible(false);
// mario = marioJump;
// mario.setPosition(bufX, bufY);
// mario.setVisible(true);
final Vector2 velocity =
Vector2Pool.obtain(this.mGravityX * -1, (float) (this.mGravityY * -0.7));
faceBody.setLinearVelocity(velocity);
Vector2Pool.recycle(velocity);
}
private int indexOfRightmostVertexOf(final Vector2 pVector) {
final Vector2[] vertices = this.mVertices;
final int vertexCount = this.mVertexCount;
int i = 0;
for (int j = 1; j < vertexCount; j++) {
final Vector2 vector2A = Vector2Pool.obtain().set(vertices[j]);
final Vector2 vector2B = Vector2Pool.obtain().set(vertices[i]);
if (Vector2Util.isLess(vector2A.sub(pVector), vector2B.sub(pVector))) {
i = j;
}
Vector2Pool.recycle(vector2A);
Vector2Pool.recycle(vector2B);
}
return i;
}
@Override
public void onAccelerometerChanged(final AccelerometerData pAccelerometerData) {
this.mGravityX = pAccelerometerData.getX();
this.mGravityY = pAccelerometerData.getY();
if (pAccelerometerData.getX() > 0) {
marioMoveRight = true;
marioMoveLeft = false;
marioStand = false;
} else if (pAccelerometerData.getX() == 0) {
marioMoveLeft = false;
marioMoveRight = false;
marioStand = true;
} else if (pAccelerometerData.getX() < 0) {
marioStand = false;
marioMoveLeft = true;
marioMoveRight = false;
}
float bufX = mario.getX();
float bufY = mario.getY();
if (marioMoveLeft && mario != marioLeft) {
mario.setVisible(false);
mario = marioLeft;
} else if (marioMoveRight && mario != marioRight) {
mario.setVisible(false);
mario = marioRight;
} else if (marioStand) {
mario.setVisible(false);
}
mario.setPosition(bufX, bufY);
mario.setVisible(true);
final Vector2 gravity = Vector2Pool.obtain(this.mGravityX * 5, this.mGravityY);
this.mPhysicsWorld.setGravity(gravity);
Vector2Pool.recycle(gravity);
}
public void newEvent(float pX, float pY, int pSlot) {
mCubicChooseSpite[TYPE].setVisible(false);
SLOT = pSlot;
CUBIC_SLOT[SLOT] = true;
checkArrow();
this.setPosition(0, 100);
ACTION = ACTION_DEFAULT;
mCubicStartAniSprite.setVisible(true);
mScrollLeftSprite.clearEntityModifiers();
mScrollLeftSprite.registerEntityModifier(
new LoopEntityModifier(
new SequenceEntityModifier(
new AlphaModifier(0.5f, 0.2f, 1.0f), new AlphaModifier(0.5f, 1.0f, 0.2f))));
mScrollLeftSprite.setVisible(true);
this.setVisible(true);
final Body body = (Body) CubicEntity.this.getUserData();
Vector2 vector2 =
Vector2Pool.obtain(
pX / PhysicsConstants.PIXEL_TO_METER_RATIO_DEFAULT,
pY / PhysicsConstants.PIXEL_TO_METER_RATIO_DEFAULT);
body.setTransform(vector2, 0);
Vector2Pool.recycle(vector2);
}
private void action(int action) {
mCubicStartAniSprite.setVisible(false);
mCubicStartAniSprite.stopAnimation(0);
switch (action) {
case ACTION_TURN_LEVEL_1:
case ACTION_TURN_LEVEL_2:
case ACTION_TURN_LEVEL_3:
ACTION = action;
final Body body = (Body) this.getUserData();
final Vector2 vector2 = Vector2Pool.obtain(body.getPosition());
int frame[] = new int[] {0, 1};
body.setAngularDamping(1.2f);
vector2.x = vector2.x / 3;
vector2.y = vector2.y / 3;
if (action == ACTION_TURN_LEVEL_2) {
frame = new int[] {2, 3};
body.setAngularDamping(2.2f);
vector2.x = vector2.x / 2;
vector2.y = vector2.y / 2;
} else if (action == ACTION_TURN_LEVEL_3) {
frame = new int[] {4, 5};
body.setAngularDamping(3.2f);
}
Vol3Osyougatsu.OGG_A3_A_5_KOMATEI.play();
mCubicTurnAniSprite.animate(new long[] {250, 250}, frame, -1);
mCubicTurnAniSprite.setVisible(true);
body.setActive(true);
Log.i(TAG, "body.getPosition " + vector2);
vector2.x = random(vector2.x) + new Random().nextFloat();
vector2.y = random(vector2.y) + new Random().nextFloat();
body.setLinearVelocity(vector2);
Log.i(TAG, "body.getPosition change " + vector2);
this.unregisterUpdateHandler(timerHandler);
this.registerUpdateHandler(
timerHandler =
new TimerHandler(
6f,
new ITimerCallback() {
@Override
public void onTimePassed(TimerHandler timerHandler) {
// Stop Turn
stopTurn();
}
}));
break;
}
}
/**
* Returns a vector holding the coordinates to the center of the entity in scene coordinates. The
* vector should be returned to the vector pool by calling Vector2Pool.recycle(v);
*/
public Vector2 getCenter() {
return Vector2Pool.obtain(getCenterX(), getCenterY());
}
/**
* Returns a vector holding the linear velocity of the entity. The vector should be returned to
* the vector pool by calling Vector2Pool.recycle(v);
*/
public Vector2 getLinearVelocity() {
return Vector2Pool.obtain(bodySpriteConnector.getBody().getLinearVelocity());
}
@Override
public void onAccelerationChanged(AccelerationData pAccelerationData) {
final Vector2 gravity = Vector2Pool.obtain(pAccelerationData.getX(), pAccelerationData.getY());
this.mPhysicsWorld.setGravity(gravity);
Vector2Pool.recycle(gravity);
}