public SlidingLetterRailBase(
int sectionLeft,
int sectionTop,
int sectionWidth,
int sectionHeight,
GameController gameController) {
super(sectionLeft, sectionTop, sectionWidth, sectionHeight, gameController);
tileAttrs = MovingLetterTileAttributes.getInstance(gameController);
firstLetterLeftMax = sectionLeft + Assets.padding;
lastLetterLeftMin = sectionLeft + sectionWidth - Assets.padding - tileAttrs.getTileDimension();
letterTiles = new LetterTile[getTileCount()];
tilesToAdjust = new boolean[getTileCount()];
letterPickupOffset =
(int) (LETTER_PICKUP_OFFSET_BASE * gameController.getGraphics().getScale());
label = getLabel();
centerWidth = sectionWidth / 2 + sectionLeft;
labelBaseline = sectionTop + sectionHeight - Assets.padding;
initializeTiles();
}
private DisplayLetterTileAttributes(GameController gameController) {
// remove one padding from width, then base tile dimen on the # of tiles we want to fit across
// the screen, then subtract one padding from the width. This should leave us with
// MAX_WORD_LENGTH
// tiles and left padding and one more right padding to fill the screen.
tileDimension =
((gameController.getGraphics().getWidth() - Assets.padding)
/ Assets.DISPLAY_LETTERS_PER_SCREEN)
- Assets.padding;
letterTextSize = tileDimension * LETTER_TEXT_SIZE_RATIO;
Rect bounds = new Rect();
gameController
.getGraphics()
.getTextBounds("A", letterTextSize, LETTER_TYPEFACE, LETTER_ALIGNMENT, bounds);
letterBaselineFromTileTopOffset = (tileDimension / 2) + (bounds.height() / 2);
}