private void MoveDownProcess()
{
// TODO: Check inside this method that if not all CurrentPiece.Blocks fit on the GameBoard, don't move it down, but it's game over
bool canMoveDown = _gameBoard.TryMoveCurrentPieceDown();
if (canMoveDown)
{
if (_isSoftDropping)
{
// Award points for soft dropping CurrentPiece
_statistics.IncrementScoreForSoftDroppingOneLine();
}
}
else
{
// Game Over if either:
// - not all CurrentPiece blocks fit on game board when trying to lock them (some of them are outside in top)
// - NextPiece would collide with LockedBlocks if added
bool allCurrentPieceBlocksFitOnGameBoard = _gameBoard.CurrentPiece.Blocks.All(block => _gameBoard.CurrentPiece.CoordsY + block.OffsetY >= 0);
bool nextPieceCollidesWithLockedBlocks = _gameBoard.NextPieceCollidesWithLockedBlocks();
// TODO: The first situation could actually be legal (therefore, extend LockedBlocks, but don't render the first few rows in the top)
if (!allCurrentPieceBlocksFitOnGameBoard || nextPieceCollidesWithLockedBlocks)
{
// Game Over: Stop all timers, and raise GameOver event (in order to eventually add high score)
PauseGame();
_gameBoard.OnGameOver(_statistics.Score);
}
else
{
// Add CurrentPiece to LockedBlocks and remove complete rows
int numberOfCompleteRows = _gameBoard.AddCurrentPieceToLockedBlocksAndRemoveCompleteRows();
// Make CurrentPiece refer to NextPiece. Then build a new NextPiece
_gameBoard.UpdateCurrentPieceAndNextPiece();
// Update Level, Score, and Lines
// If reaching new level, make _timerMovePieceDown tick faster (unless we are soft dropping, which uses same timer)
int levelBefore = _statistics.Level;
_statistics.UpdateOnCompletingRows(numberOfCompleteRows);
int levelAfter = _statistics.Level;
if (levelAfter > levelBefore && !_isSoftDropping)
{
_timerDown.Interval = DownGravityIntervalBasedOnLevel();
}
_gameBoard.OnChanged();
}
}
}