private void PostDropColumns() //happens after drop animation
{
//dispose every pointlabel and remake the list
foreach (Label PointLabel in PointLabelList)
{
PointLabel.Dispose();
}
PointLabelList = new List <Label>();
Random r = new Random();
List <Point> MovedTilesToCheck = new List <Point>(); //tiles to check for new matches
foreach (int Col in ColumnsToDrop)
{
int EmptySpacesInColumn = 0;
//reset the location of each tile in the columns and count number of empty spaces
for (int Row = 0; Row < 9; Row++)
{
mBoard.Tiles[Row, Col].Location = new Point(BoardOffset + Col * TileSize, BoardOffset + Row * TileSize);
if (IntArray[Row, Col] == 0)
{
EmptySpacesInColumn++;
}
}
//iterating from bottom to top
for (int Row = 8; Row >= 0; Row--)
{
if (Row >= EmptySpacesInColumn) //for each row in the column, except for the ones that will be empty spaces at the top
{
if (IntArray[Row, Col] == 0) //if it is blank: find the closest valid value above it, copy that value down, and turn the original value to 0 to represent how the tile moved down
{
for (int UpperRow = Row - 1; UpperRow >= 0; UpperRow--)
{
if (IntArray[UpperRow, Col] != 0)
{
IntArray[Row, Col] = IntArray[UpperRow, Col];
IntArray[UpperRow, Col] = 0;
//update its image and check it for a match later
mBoard.SetNewImage(Row, Col);
MovedTilesToCheck.Add(new Point(Col, Row));
break;
}
}
}
}
else
{
//for each empty space in the column, which would have bubbled to the top, assign it a new random value and check it for a match later
IntArray[Row, Col] = r.Next(1, 7);
MovedTilesToCheck.Add(new Point(Col, Row));
mBoard.SetNewImage(Row, Col);
}
}
}
CheckNewTiles(MovedTilesToCheck);
}
private void PostDropColumns() //после анимации падения
{
foreach (Label PointLabel in PointLabelList)
{
PointLabel.Dispose();
}
PointLabelList = new List <Label>();
Random r = new Random();
List <Point> MovedTilesToCheck = new List <Point>();
foreach (int Col in ColumnsToDrop)
{
int EmptySpacesInColumn = 0;
for (int Row = 0; Row < 8; Row++)
{
mBoard.Tiles[Row, Col].Location = new Point(BoardOffset + Col * TileSize, BoardOffset + Row * TileSize);
if (IntArray[Row, Col] == 0)
{
EmptySpacesInColumn++;
}
}
for (int Row = 7; Row >= 0; Row--)
{
if (Row >= EmptySpacesInColumn)
{
if (IntArray[Row, Col] == 0)
{
for (int UpperRow = Row - 1; UpperRow >= 0; UpperRow--)
{
if (IntArray[UpperRow, Col] != 0)
{
IntArray[Row, Col] = IntArray[UpperRow, Col];
IntArray[UpperRow, Col] = 0;
mBoard.SetNewImage(Row, Col);
MovedTilesToCheck.Add(new Point(Col, Row));
break;
}
}
}
}
else
{
IntArray[Row, Col] = r.Next(1, 6);
MovedTilesToCheck.Add(new Point(Col, Row));
mBoard.SetNewImage(Row, Col);
}
}
}
CheckNewTiles(MovedTilesToCheck);
}
