protected void createInvSprite(ITiledTextureRegion sheet) {
final float w = this.getWidth();
final float h = this.getHeight();
final float sw = sheet.getWidth();
final float sh = sheet.getHeight();
this.sInvSprite =
new TiledSprite(
(w - sw) / 2f,
(h - sh) / 2f,
sheet,
EnvironmentVars.MAIN_CONTEXT.getVertexBufferObjectManager());
this.sInvSprite.setRotationCenter(sw / 2f, sh / 2f);
this.sInvSprite.setRotation(Inventory.INVENTORY_ICON_ROTATION);
}
/*
* Attach the LevelTile's text to itself based on whether it's locked or
* not. If not, then the level number will be displayed on the level
* tile.
*/
public void attachStar() {
/* Determine the tile's string based on whether it's locked or not*/
if (this.mIsLocked) {
mStar.setCurrentTileIndex(0);
} else {
mStar.setCurrentTileIndex(mNumStars);
}
/* Setup the text position to be placed in the center-bottom of the tile */
final float starPositionX = LevelSelector.this.TILE_DIMENSION / 6 + 5;
final float starPositionY = LevelSelector.this.TILE_DIMENSION - 15;
/* Attach the mStar to the LevelTile */
StarSprite =
new Sprite(0, 0, mStar, LevelSelector.this.mEngine.getVertexBufferObjectManager());
this.attachChild(StarSprite);
StarSprite.setPosition(starPositionX, starPositionY + 15);
}
public CubicEntity(
float pX,
float pY,
int pCubic,
final ITiledTextureRegion pCubicStart,
final ITiledTextureRegion pCubicTurn,
final ITiledTextureRegion pCubicStop,
final ITiledTextureRegion pCubicTurnOption[],
ITextureRegion pTextureRegion) {
super(pX, pY, pTextureRegion, mVertexBufferObjectManager);
setAlpha(0.0f);
TYPE = pCubic;
mCubicStartAniSprite = new AnimatedSprite(0, 0, pCubicStart, mVertexBufferObjectManager);
this.attachChild(mCubicStartAniSprite);
mCubicStartAniSprite.setVisible(false);
float turnX = getWidth() - pCubicTurn.getWidth();
float turnY = getHeight() - pCubicTurn.getHeight();
mCubicTurnAniSprite =
new AnimatedSprite(turnX - 15, turnY - 15, pCubicTurn, mVertexBufferObjectManager);
this.attachChild(mCubicTurnAniSprite);
mCubicTurnAniSprite.setVisible(false);
for (int i = 0; i < mCubicTurnOptionAniSprite.length; i++) {
float turnOpX = getWidth() - pCubicTurnOption[i].getWidth();
float turnOpY = getHeight() - pCubicTurnOption[i].getHeight();
mCubicTurnOptionAniSprite[i] =
new AnimatedSprite(turnOpX, turnOpY, pCubicTurnOption[i], mVertexBufferObjectManager);
this.attachChild(mCubicTurnOptionAniSprite[i]);
mCubicTurnOptionAniSprite[i].setVisible(false);
}
float stopX = getWidth() - pCubicTurn.getWidth();
float stopY = getHeight() - pCubicTurn.getHeight();
mCubicStopAniSprite =
new AnimatedSprite(stopX - 15, stopY - 15, pCubicStop, mVertexBufferObjectManager);
this.attachChild(mCubicStopAniSprite);
mCubicStopAniSprite.setVisible(false);
float scrollX = turnX + pCubicTurn.getWidth() / 2 - mScrollLeftTextureRegion.getWidth();
float scrollY = turnY + pCubicTurn.getHeight() - mScrollLeftTextureRegion.getHeight();
mScrollLeftSprite =
new Sprite(scrollX, scrollY, mScrollLeftTextureRegion, mVertexBufferObjectManager);
this.attachChild(mScrollLeftSprite);
mScrollLeftSprite.setVisible(false);
mScrollLeftSprite.registerEntityModifier(
new LoopEntityModifier(
new SequenceEntityModifier(
new AlphaModifier(0.5f, 0.2f, 1.0f), new AlphaModifier(0.5f, 1.0f, 0.2f))));
}
@Override
public void onUpdateTextureCoordinates(final TiledSprite pTiledSprite) {
final float[] bufferData = this.mBufferData;
final ITiledTextureRegion tiledTextureRegion = pTiledSprite.getTiledTextureRegion();
final int tileCount = pTiledSprite.getTileCount();
int bufferDataOffset = 0;
for (int i = 0; i < tileCount; i++) {
final ITextureRegion textureRegion = tiledTextureRegion.getTextureRegion(i);
final float u;
final float v;
final float u2;
final float v2;
if (pTiledSprite.isFlippedVertical()) { // TODO Optimize with field access?
if (pTiledSprite.isFlippedHorizontal()) { // TODO Optimize with field access?
u = textureRegion.getU2();
u2 = textureRegion.getU();
v = textureRegion.getV2();
v2 = textureRegion.getV();
} else {
u = textureRegion.getU();
u2 = textureRegion.getU2();
v = textureRegion.getV2();
v2 = textureRegion.getV();
}
} else {
if (pTiledSprite.isFlippedHorizontal()) { // TODO Optimize with field access?
u = textureRegion.getU2();
u2 = textureRegion.getU();
v = textureRegion.getV();
v2 = textureRegion.getV2();
} else {
u = textureRegion.getU();
u2 = textureRegion.getU2();
v = textureRegion.getV();
v2 = textureRegion.getV2();
}
}
if (textureRegion.isRotated()) {
bufferData[
bufferDataOffset
+ 0 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u;
bufferData[
bufferDataOffset
+ 0 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v;
bufferData[
bufferDataOffset
+ 1 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u2;
bufferData[
bufferDataOffset
+ 1 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v;
bufferData[
bufferDataOffset
+ 2 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u;
bufferData[
bufferDataOffset
+ 2 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v2;
bufferData[
bufferDataOffset
+ 3 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u;
bufferData[
bufferDataOffset
+ 3 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v2;
bufferData[
bufferDataOffset
+ 4 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u2;
bufferData[
bufferDataOffset
+ 4 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v;
bufferData[
bufferDataOffset
+ 5 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u2;
bufferData[
bufferDataOffset
+ 5 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v2;
} else {
bufferData[
bufferDataOffset
+ 0 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u;
bufferData[
bufferDataOffset
+ 0 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v2;
bufferData[
bufferDataOffset
+ 1 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u;
bufferData[
bufferDataOffset
+ 1 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v;
bufferData[
bufferDataOffset
+ 2 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u2;
bufferData[
bufferDataOffset
+ 2 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v2;
bufferData[
bufferDataOffset
+ 3 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u2;
bufferData[
bufferDataOffset
+ 3 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v2;
bufferData[
bufferDataOffset
+ 4 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u;
bufferData[
bufferDataOffset
+ 4 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v;
bufferData[
bufferDataOffset
+ 5 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_U] =
u2;
bufferData[
bufferDataOffset
+ 5 * TiledSprite.VERTEX_SIZE
+ Sprite.TEXTURECOORDINATES_INDEX_V] =
v;
}
bufferDataOffset += TiledSprite.TILEDSPRITE_SIZE;
}
this.setDirtyOnHardware();
}
protected void drawScene() {
Log.i(TAG, "----------drawScene------------------------------");
this.mPhysicsWorld = new PhysicsWorld(new Vector2(0, 0), false);
this.registerUpdateHandler(mPhysicsWorld);
this.mPhysicsWorld.setContactListener(contactListener);
final Sprite spriteBackGround =
new Sprite(
960 / 2 - mBackGroundTextureRegion.getWidth() / 2,
0,
mBackGroundTextureRegion,
mVertexBufferObjectManager);
this.attachChild(spriteBackGround);
for (int i = 0; i < mTabSprite.length; i++) {
mTabSprite[i] =
new Sprite(
960 / 2 - 1150 / 2,
89.5f,
tpTab[i].getTexturePackTextureRegionLibrary().get(0),
mVertexBufferObjectManager);
this.attachChild(mTabSprite[i]);
mTabSprite[i].setVisible(false);
}
mTabSprite[0].setVisible(true);
final Body body =
this.physicsEditorShapeLibrary.createBody(
"a3_5_1_iphone_dai", mTabSprite[0], this.mPhysicsWorld);
this.mPhysicsWorld.registerPhysicsConnector(
new PhysicsConnector(mTabSprite[0], body, true, true));
mTabSprite[0].setUserData(body);
// Cubic Choose
mCubicChooseSpite[CUBIC_YELLOW] =
new Sprite(
279,
70,
tpOne
.getTexturePackTextureRegionLibrary()
.get(Vol3OsyougatsuResource.packer_parta_1.A3_6_4_IPHONE_KOMA_ID),
mVertexBufferObjectManager);
this.attachChild(mCubicChooseSpite[CUBIC_YELLOW]);
mCubicChooseSpite[CUBIC_GREEN] =
new Sprite(
200,
90f,
tpOne
.getTexturePackTextureRegionLibrary()
.get(Vol3OsyougatsuResource.packer_parta_1.A3_6_3_IPHONE_KOMA_ID),
mVertexBufferObjectManager);
this.attachChild(mCubicChooseSpite[CUBIC_GREEN]);
mCubicChooseSpite[CUBIC_BLUE] =
new Sprite(
110,
107,
tpOne
.getTexturePackTextureRegionLibrary()
.get(Vol3OsyougatsuResource.packer_parta_1.A3_6_2_IPHONE_KOMA_ID),
mVertexBufferObjectManager);
this.attachChild(mCubicChooseSpite[CUBIC_BLUE]);
mCubicChooseSpite[CUBIC_ORANGE] =
new Sprite(
22f,
135,
tpOne
.getTexturePackTextureRegionLibrary()
.get(Vol3OsyougatsuResource.packer_parta_1.A3_6_1_IPHONE_KOMA_ID),
mVertexBufferObjectManager);
this.attachChild(mCubicChooseSpite[CUBIC_ORANGE]);
cubicTouch = new CubicTouch(0, 0, 960, 640, null);
this.attachChild(cubicTouch);
this.registerTouchArea(cubicTouch);
for (int i = CUBIC_ORANGE; i <= CUBIC_YELLOW; i++) {
final TextureRegion iOTextureRegion =
new TextureRegion(
bitmapTexture[i % 2],
2,
2,
mCubicStartTiledTexture[i].getWidth(),
mCubicStartTiledTexture[i].getHeight());
mCubicEntity[i] =
new CubicEntity(
0,
100,
i,
mCubicStartTiledTexture[i],
mCubicTurnTiledTexture[i],
mCubicStopTiledTexture[i],
mCubicTurnOptionTiledTexture,
iOTextureRegion);
this.attachChild(mCubicEntity[i]);
mCubicEntity[i].setVisible(false);
// Body
final Body bodyCubic =
this.physicsEditorShapeLibrary.createBody(
CUBIC_BODYNAME[i], mCubicEntity[i], this.mPhysicsWorld);
bodyCubic.setFixedRotation(true);
bodyCubic.setActive(false);
mCubicEntity[i].setUserData(bodyCubic);
mPhysicsWorld.registerPhysicsConnector(
new PhysicsConnector(mCubicEntity[i], bodyCubic, true, true));
}
final SceneTouch sceneTouch = new SceneTouch(0, 0, 960, 640, null);
this.attachChild(sceneTouch);
this.registerTouchArea(sceneTouch);
mSuzuAniSprite =
new AnimatedSprite(
960 / 2 - mSuzuTiledTexTure.getWidth() / 2,
-19,
mSuzuTiledTexTure,
mVertexBufferObjectManager);
this.attachChild(mSuzuAniSprite);
mShishiAniSprite =
new AnimatedSprite(960, 59.5f, mShishiTiledTexTure, mVertexBufferObjectManager);
this.attachChild(mShishiAniSprite);
mShishiAniSprite.setVisible(false);
mArrowSprite =
new Sprite(
120,
133,
tpThree
.getTexturePackTextureRegionLibrary()
.get(Vol3OsyougatsuResource.packer_parta_3.A3_8_1_IPHONE_YAJIRUSHI_ID),
mVertexBufferObjectManager);
this.attachChild(mArrowSprite);
mArrowSprite.setVisible(false);
}
public void createExplosion(float x, float y, float radius, float damage, boolean harmPlayer) {
final float X = x, Y = y;
final HashMap<Character, Float> CHARACTERS_IN_RANGE = new HashMap<Character, Float>();
for (final Zombie z : Zombie.getAliveZombies())
this.onExplosionCheckCharacterCollision(x, y, radius, z, CHARACTERS_IN_RANGE);
if (harmPlayer)
this.onExplosionCheckCharacterCollision(x, y, radius, this.pPlayer, CHARACTERS_IN_RANGE);
final Iterator<Character> CHARACTER_ITERATOR = CHARACTERS_IN_RANGE.keySet().iterator();
final Iterator<Float> DAMAGE_ITERATOR = CHARACTERS_IN_RANGE.values().iterator();
while (CHARACTER_ITERATOR.hasNext()) {
final Character CHAR = CHARACTER_ITERATOR.next();
final Float DAMAGE = DAMAGE_ITERATOR.next();
CHAR.setHealthAmount((int) (CHAR.getHealthAmount() - damage * DAMAGE));
if (CHAR.getHealthAmount() <= 0) AchievementsManager.incrementZombiesKilledByExplosion();
}
final ITiledTextureRegion EXPLOSION_TEXTURE = HudRegions.region_explosion;
final AnimatedSprite EXPLOSION =
new AnimatedSprite(
x, y, EXPLOSION_TEXTURE, EnvironmentVars.MAIN_CONTEXT.getVertexBufferObjectManager());
if (this.explosionCount == 0) EXPLOSION_TEXTURE.getTexture().load();
EXPLOSION.setScaleCenter(0, 0);
EXPLOSION.setScale(2f);
EXPLOSION.setPosition(
EXPLOSION.getX() - EXPLOSION.getWidthScaled() / 2f,
EXPLOSION.getY() - EXPLOSION.getHeightScaled() / 2f);
EXPLOSION.setZIndex(this.getLevel().getMapHeight());
this.attachChild(EXPLOSION);
this.explosionCount++;
EXPLOSION.animate(
30L,
false,
new IAnimationListener() {
private boolean usedEffects;
@Override
public void onAnimationFinished(AnimatedSprite pAnimatedSprite) {
EnvironmentVars.MAIN_CONTEXT.runOnUpdateThread(
new Runnable() {
@Override
public void run() {
SessionScene.this.explosionCount--;
if (SessionScene.this.explosionCount == 0)
EXPLOSION_TEXTURE.getTexture().unload();
EXPLOSION.detachSelf();
EXPLOSION.dispose();
}
});
}
@Override
public void onAnimationFrameChanged(
AnimatedSprite pAnimatedSprite, int pOldFrameIndex, int pNewFrameIndex) {
if (pNewFrameIndex >= 3)
if (!this.usedEffects) {
SessionScene.this.createExplosionMark(X, Y);
SessionScene.this.onExplosionCreateSmoke(X, Y);
this.usedEffects = true;
}
}
@Override
public void onAnimationLoopFinished(
AnimatedSprite pAnimatedSprite, int pRemainingLoopCount, int pInitialLoopCount) {}
@Override
public void onAnimationStarted(AnimatedSprite pAnimatedSprite, int pInitialLoopCount) {}
});
this.getCameraManager().shakeRandomDirection();
SessionScene.EXPLOSION_SOUND.play();
}