@Override
public void onSensorChanged(SensorEvent event) {
if (event.sensor.getType() != Sensor.TYPE_ROTATION_VECTOR) return;
rotation -= event.values[1]; // it's dumb, just go with it.
score.setText("" + rotation);
bar.setRotation(rotation);
ballX += rotation / 100;
ball.setPosition(ballX, ball.getY());
}
public void restart() {
runOnUpdateThread(
new Runnable() {
@Override
public void run() {
mMainScene.detachChildren();
mMainScene.attachChild(score);
}
});
hitCount = 0;
score.setText(String.valueOf(hitCount));
}
public TowerUpgraderBack show(final Tower pTowerBase) {
// Debug.i("TowerUpgrader :: show :: type=" + pTowerBase.getTowerType());
// disable tower interaction
TowerManager.ENABLE_TOWER_INTERACTION = false;
// set our current tower base
mCurrentTowerBase = pTowerBase;
// update our sell text
mTowerSellText.setText(Integer.toString(pTowerBase.getTowerType().getCost()));
// set our current row/col, make sure to account for our cancel +
// sell button
int currentCol = 0;
int currentRow = 0;
// find the coords
final int[] coords =
Registry.sMap.getCoordsFromTiles(pTowerBase.mTowerCol, pTowerBase.mTowerRow);
// update the position
mPositionMarker.setPosition(coords[0], coords[1]);
mPositionMarker.setColor(1, 1, 1, 1.0f);
// turn on updates and visibility
mPositionMarker.setIgnoreUpdate(false);
mPositionMarker.setVisible(true);
// setup the radius marker
mRadiusMarker.setIgnoreUpdate(false);
mRadiusMarker.setVisible(true);
mRadiusMarker.setWidth(pTowerBase.getTowerRange() * 2);
mRadiusMarker.setHeight(pTowerBase.getTowerRange() * 2);
// set the position of the marker
mRadiusMarker.setPosition(
(-pTowerBase.getTowerRange()) + (TowerManager.TOWER_WIDTH / 2),
(-pTowerBase.getTowerRange()) + (TowerManager.TOWER_HEIGHT / 2));
// attach the radius marker to the position marker, then to the scene
Registry.sSceneLayerTowers.attachChild(mPositionMarker);
// get this towers upgrade types
for (final TowerTypes tt : pTowerBase.getTowerUpgradeTypes()) {
/**
* final TiledSprite upgradableTower = new TiledSprite(this.mBoxX + TOWERS_UI_SPACER +
* (TOWERS_UI_SPACER * currentCol) + (TOWERS_UI_ITEM_WIDTH * currentCol), mBoxY +
* TOWERS_UI_SPACER + (TOWERS_UI_SPACER * currentRow) + (TOWERS_UI_ITEM_WIDTH * currentRow),
* mTowerManager.getTowerMenuTiledTextureRegionClone()) {
*/
// PUT BORDERS ABOVE THESE FROM THE UI SPRITES THEY COME IN LARGE SIZE
final float lX =
mBoxX
+ TOWERS_UI_SPACER
+ (TOWERS_UI_SPACER * currentCol)
+ (TOWERS_UI_ITEM_WIDTH * currentCol);
final float lY =
mBoxY
+ TOWERS_UI_SPACER
+ (TOWERS_UI_SPACER * currentRow)
+ (TOWERS_UI_ITEM_HEIGHT * currentRow);
final float placeX = (TOWERS_UI_ITEM_WIDTH / 2) + (lX - tt.getTowerTileCenterX());
final float placeY =
(TOWERS_UI_ITEM_HEIGHT - TOWERS_UI_SPACER) + (lY - tt.getTowerTileCenterY());
final TiledSprite upgradableTower =
new TiledSprite(
placeX,
placeY,
Registry.sTowerTextureRegions[tt.getTowerTopSprite().getId()].deepCopy());
upgradableTower.setScale(.90f);
if (null == tt.getPlayerRewardType()
|| Registry.sPlayerRewards.isRewardEarned(tt.getPlayerRewardType())) {
upgradableTower.setAlpha(1f);
} else {
upgradableTower.setAlpha(.25f);
}
if (null != tt.getTowerBaseSprite()) {
upgradableTower.setCurrentTileIndex(tt.getTowerBaseSprite().getInitialTileIndex());
// Debug.i("getTowerBaseSprite=" + tt.getTowerBaseSprite().getInitialTileIndex());
}
if (null != tt.getTowerTopSprite()) {
upgradableTower.setCurrentTileIndex(tt.getTowerTopSprite().getInitialTileIndex());
// Debug.i("getTowerTopSprite=" + tt.getTowerTopSprite().getInitialTileIndex());
}
upgradableTower.setZIndex(100);
attachChild(upgradableTower);
registerTouchArea(upgradableTower);
mUpgradeSprites.add(upgradableTower);
final Rectangle rect =
new Rectangle(lX, lY, TOWERS_UI_ITEM_WIDTH, TOWERS_UI_ITEM_HEIGHT) {
@Override
public boolean onAreaTouched(
TouchEvent pSceneTouchEvent, float pTouchAreaLocalX, float pTouchAreaLocalY) {
if (null == tt.getPlayerRewardType()
|| Registry.sPlayerRewards.isRewardEarned(tt.getPlayerRewardType())) {
this.setAlpha(1f);
if (pSceneTouchEvent.getAction() == TouchEvent.ACTION_DOWN) {
TowerUpgraderBack.this.isValidClick = true;
}
if (TowerUpgraderBack.this.isValidClick
&& pSceneTouchEvent.getAction() == TouchEvent.ACTION_UP
&& GameActivity.SCROLL_MODE_DISABLED
== Registry.sGameActivity.getScrollMode()) {
Registry.sGameActivity.runOnUpdateThread(
new Runnable() {
@Override
public void run() {
TowerUpgraderBack.this.upgrade(pTowerBase, tt);
TowerUpgraderBack.this.isValidClick = false;
}
});
}
return true;
} else {
this.setAlpha(.25f);
Registry.sGameActivity.userNotifyShort(
"This tower requires the \""
+ tt.getPlayerRewardType()
+ "\" reward to be unlocked. Visit the Game Points section from the main menu for more information about earning and spending Game Points (The currency \"GP\" you see above).");
return false;
}
}
};
rect.setZIndex(90);
attachChild(rect);
if (++currentCol >= mTotalColumns) {
currentRow++;
currentCol = 0;
}
}
sortChildren();
Debug.i("SpriteSheets.UI_128x128_01.ordinal()=" + SpriteSheets.UI_128x128_01.ordinal());
final TiledSprite ts =
new TiledSprite(
25,
25,
Registry.sSpriteTextureRegions[SpriteSheets.UI_128x128_01.ordinal()].deepCopy());
// final TiledSprite ts = new TiledSprite(25, 25,
// Registry.sTowerTextureRegions[TowerTypes.ARCH_MAGE.getTowerTopSprite().getId()].deepCopy());
ts.setZIndex(110);
ts.setCurrentTileIndex(0);
attachChild(ts);
Registry.sGameActivity.setScrollMode(GameActivity.SCROLL_MODE_DISABLED);
Registry.sGameActivity.getCamera().setHUD(TowerUpgraderBack.this);
return this;
}