public SkullToken(Board board, int row, int column)
{
piece = new TokenPiece[1];
Cell cell = new Cell();
cell.color = CellColor.SKULL;
piece[0] = new TokenPiece(board, row, column, cell);
}
public TokenPiece(Board board, int row, int column, Cell cell)
{
this.board = board;
this.row = row;
this.column = column;
this.cell = cell;
}
public BombToken(Board board, int row, int column)
{
piece = new TokenPiece[1];
Cell cell = new Cell();
cell.color = CellColor.BOMB;
piece[0] = new TokenPiece(board, row, column, cell);
}
public Cell(Cell other)
{
this.color = other.color;
this.locked = other.locked;
this.loose = other.loose;
this.matched = other.matched;
this.visited = other.visited;
}
public Board()
{
rowOffset = 0;
columnOffset = 0;
entries = new Cell[Constants.ROWS, Constants.COLUMNS];
for (int i = 0; i < Constants.ROWS; i++) {
for (int j = 0; j < Constants.COLUMNS; j++) {
entries[i, j] = new Cell();
}
}
}
public TwoPieceToken(Board board, int row, int column, CellColor color1, CellColor color2)
{
piece = new TokenPiece[2];
Cell cell1 = new Cell();
Cell cell2 = new Cell();
cell1.color = color1;
cell2.color = color2;
cell1.direction = Cell.Direction.RIGHT;
cell2.direction = Cell.Direction.LEFT;
piece[0] = new TokenPiece(board, row, column, cell1);
piece[1] = new TokenPiece(board, row, column + 1, cell2);
orientation = 0;
}
public ThreePieceElbowToken(Board board, int row, int column, CellColor color1, CellColor color2, CellColor color3)
{
piece = new TokenPiece[3];
Cell cell1 = new Cell();
Cell cell2 = new Cell();
Cell cell3 = new Cell();
cell1.color = color1;
cell2.color = color2;
cell3.color = color3;
cell1.direction = Cell.Direction.RIGHT;
cell2.direction = Cell.Direction.LEFT | Cell.Direction.DOWN;
cell3.direction = Cell.Direction.UP;
piece[0] = new TokenPiece(board, row, column, cell1);
piece[1] = new TokenPiece(board, row, column + 1, cell2);
piece[2] = new TokenPiece(board, row + 1, column + 1, cell3);
orientation = 0;
}
public void DrawCell(Cell cell, CellColor color, Rectangle targetRect, SpriteBatch spriteBatch)
{
int x = 0;
int y = 0;
switch (cell.direction) {
case Cell.Direction.DOWN | Cell.Direction.RIGHT: { x = 0; y = 0; break; }
case Cell.Direction.UP | Cell.Direction.DOWN | Cell.Direction.RIGHT: { x = 0; y = 2; break; }
case Cell.Direction.UP | Cell.Direction.RIGHT: { x = 0; y = 4; break; }
case Cell.Direction.DOWN | Cell.Direction.LEFT | Cell.Direction.RIGHT: { x = 2; y = 0; break; }
case Cell.Direction.UP | Cell.Direction.LEFT | Cell.Direction.DOWN | Cell.Direction.RIGHT: { x = 2; y = 2; break; }
case Cell.Direction.UP | Cell.Direction.LEFT | Cell.Direction.RIGHT: { x = 2; y = 4; break; }
case Cell.Direction.DOWN | Cell.Direction.LEFT: { x = 4; y = 0; break; }
case Cell.Direction.UP | Cell.Direction.LEFT | Cell.Direction.DOWN: { x = 4; y = 2; break; }
case Cell.Direction.UP | Cell.Direction.LEFT: { x = 4; y = 4; break; }
case Cell.Direction.RIGHT: { x = 6; y = 0; break; }
case Cell.Direction.RIGHT | Cell.Direction.LEFT: { x = 7; y = 0; break; }
case Cell.Direction.LEFT: { x = 8; y = 0; break; }
case Cell.Direction.DOWN: { x = 10; y = 0; break; }
case Cell.Direction.UP | Cell.Direction.DOWN: { x = 10; y = 1; break; }
case Cell.Direction.UP: { x = 10; y = 2; break; }
case Cell.Direction.NONE: { x = 6; y = 2; break; }
}
if (cell.locked) {
x = 8;
y = 2;
}
x *= 65;
y *= 65;
Color highlight = (cell.matched ? Color.Gray : Color.White);
Rectangle sourceRect;
sourceRect.X = x;
sourceRect.Y = y;
sourceRect.Width = 64;
sourceRect.Height = 64;
spriteBatch.Draw(colorTextures[color].GetTexture(), targetRect, sourceRect, highlight);
}
public void DrawCell(Cell cell, Rectangle targetRect, SpriteBatch spriteBatch)
{
if (cell.color == CellColor.BLACK) {
return;
}
if (cell.color == CellColor.BOMB) {
DrawCell(cell, CellColor.RED, targetRect, spriteBatch);
spriteBatch.Draw(textures[SpriteHook.BOMB].GetTexture(), targetRect, Color.White);
return;
}
if (cell.color == CellColor.SKULL) {
DrawCell(cell, CellColor.PURPLE, targetRect, spriteBatch);
spriteBatch.Draw(textures[SpriteHook.SKULL].GetTexture(), targetRect, Color.White);
return;
}
DrawCell(cell, cell.color, targetRect, spriteBatch);
}
public FourPieceZToken(Board board, int row, int column, CellColor color1, CellColor color2, CellColor color3, CellColor color4)
{
piece = new TokenPiece[4];
Cell cell1 = new Cell();
Cell cell2 = new Cell();
Cell cell3 = new Cell();
Cell cell4 = new Cell();
cell1.color = color1;
cell2.color = color2;
cell3.color = color3;
cell4.color = color4;
cell1.direction = Cell.Direction.RIGHT;
cell2.direction = Cell.Direction.LEFT | Cell.Direction.DOWN;
cell3.direction = Cell.Direction.UP | Cell.Direction.RIGHT;
cell4.direction = Cell.Direction.LEFT;
piece[0] = new TokenPiece(board, row, column, cell1);
piece[1] = new TokenPiece(board, row, column + 1, cell2);
piece[2] = new TokenPiece(board, row + 1, column + 1, cell3);
piece[3] = new TokenPiece(board, row + 1, column + 2, cell4);
orientation = 0;
}
public void Draw(Rectangle rect, bool focused, SpriteBatch spriteBatch)
{
if (focused) {
Global.Sprites.DrawLayer(SpriteHook.SCREEN_80_LAYER, rect, spriteBatch);
}
int x = rect.Left;
int y = rect.Top + 10;
for (int i = 0; i < items.Count; ++i) {
MenuItem item = items[i];
Rectangle itemRect;
itemRect.X = x + 55;
itemRect.Y = y;
itemRect.Width = rect.Width - 55;
itemRect.Height = 30;
item.Draw(itemRect, spriteBatch);
if (i == selected) {
Cell cell = new Cell();
cell.color = focused ? CellColor.ORANGE : CellColor.ORANGE;
Rectangle cellRect;
cellRect.X = x + 28;
cellRect.Y = y + 4;
cellRect.Width = (Constants.CELL_SIZE * 2) / 3;
cellRect.Height = (Constants.CELL_SIZE * 2) / 3;
Global.Sprites.DrawCell(cell, cellRect, spriteBatch);
}
if (!item.IsEnabled()) {
itemRect.X = x;
itemRect.Width = rect.Width;
Global.Sprites.DrawLayer(SpriteHook.SCREEN_80_LAYER, itemRect, spriteBatch);
}
y += 30;
}
if (!focused) {
Global.Sprites.DrawLayer(SpriteHook.SCREEN_80_LAYER, rect, spriteBatch);
}
}
public Value Shuffle(Random random)
{
if (type != Type.PATTERN) {
throw new Exception("Tried to shuffle an integer.");
}
List<Cell> pattern = new List<Cell>(patternValue.Count);
for (int j = 0; j < patternValue.Count; ++j) {
pattern.Add(patternValue[j]);
}
for (int i = 0; i < pattern.Count - 1; ++i) {
int other = random.Next(i, pattern.Count);
Cell temp = pattern[i];
pattern[i] = new Cell(pattern[other]);
pattern[other] = new Cell(temp);
}
return new Value(pattern);
}
public Value Add(Value other)
{
if (type == Type.INT && other.type == Type.INT) {
return new Value(intValue + other.intValue);
} else if (type == Type.PATTERN && other.type == Type.PATTERN) {
List<Cell> pattern = new List<Cell>(patternValue.Count + other.patternValue.Count);
for (int i = 0; i < patternValue.Count; ++i) {
Cell cell = new Cell();
cell.color = patternValue[i].color;
cell.locked = patternValue[i].locked;
pattern.Add(cell);
}
for (int i = 0; i < other.patternValue.Count; ++i) {
Cell cell = new Cell();
cell.color = other.patternValue[i].color;
cell.locked = other.patternValue[i].locked;
pattern.Add(cell);
}
return new Value(pattern);
} else {
throw new Exception("Invalid addition: " + type + " + " + other.type);
}
}
public Value(CellColor color)
{
patternValue = new List<Cell>();
Cell cell = new Cell();
cell.color = color;
cell.locked = true;
patternValue.Add(cell);
type = Type.PATTERN;
}
public void SetCell(int row, int column, Cell cell)
{
while (row < 0)
row += Constants.ROWS;
while (column < 0)
column += Constants.COLUMNS;
entries[(row + rowOffset) % Constants.ROWS, (column + columnOffset) % Constants.COLUMNS].color = cell.color;
entries[(row + rowOffset) % Constants.ROWS, (column + columnOffset) % Constants.COLUMNS].direction = cell.direction;
}
public void Draw(GraphicsDevice device, SpriteBatch spriteBatch)
{
device.Clear(Color.Black);
// Determine the board position.
Rectangle boardRect = new Rectangle();
if (player == PlayerIndex.One) {
boardRect.X = Constants.BOARD_ONE_RECT_X;
} else {
boardRect.X = Constants.BOARD_TWO_RECT_X;
}
boardRect.Y = Constants.BOARD_RECT_Y;
boardRect.Width = Constants.COLUMNS * Constants.CELL_SIZE;
boardRect.Height = Constants.ROWS * Constants.CELL_SIZE;
Sprites.DrawLayer(SpriteHook.SCREEN_80_LAYER, boardRect, spriteBatch);
// Determine where to draw the help.
if (singlePlayer) {
Rectangle helpRect = new Rectangle();
helpRect.X = Constants.BOARD_TWO_RECT_X - Constants.CELL_SIZE;
helpRect.Y = Constants.BOARD_RECT_Y;
helpRect.Width = (2 + Constants.COLUMNS) * Constants.CELL_SIZE;
helpRect.Height = (Constants.ROWS + 1) * Constants.CELL_SIZE;
Vector2 topLeft = new Vector2(helpRect.X + Constants.CELL_SIZE, helpRect.Y + Constants.CELL_SIZE);
Sprites.DrawText(level.GetHelp(), Color.Cyan, topLeft, spriteBatch);
}
// Draw the stripe where the piece will be.
Rectangle stripe;
stripe.X = boardRect.X + Constants.CELL_SIZE * Constants.TOKEN_START_COLUMN;
stripe.Y = boardRect.Y;
stripe.Width = Constants.CELL_SIZE * 2;
stripe.Height = boardRect.Height;
Sprites.DrawLayer(SpriteHook.CLOUD_LAYER, stripe, spriteBatch);
Sprites.DrawLayer(SpriteHook.CLOUD_LAYER, stripe, spriteBatch);
Sprites.DrawLayer(SpriteHook.SCREEN_80_LAYER, stripe, spriteBatch);
// Draw the board.
board.DrawRect(boardRect, spriteBatch);
// Draw the border around the board.
{
// sides.
for (int row = 0; row < Constants.ROWS; ++row) {
Cell side = new Cell();
side.color = CellColor.WHITE;
side.direction = (row == 0) ? Cell.Direction.DOWN : (Cell.Direction.UP | Cell.Direction.DOWN);
side.DrawRect(Board.GetCellPosition(boardRect, row, -1), spriteBatch);
side.DrawRect(Board.GetCellPosition(boardRect, row, Constants.COLUMNS), spriteBatch);
}
// top and bottom.
for (int column = 0; column < Constants.COLUMNS; ++column) {
Cell bottom = new Cell();
bottom.color = CellColor.WHITE;
bottom.direction = Cell.Direction.LEFT | Cell.Direction.RIGHT;
// bottom.DrawRect(Board.GetCellPosition(boardRect, -1, column), spriteBatch);
bottom.DrawRect(Board.GetCellPosition(boardRect, Constants.ROWS, column), spriteBatch);
}
Cell cell = new Cell();
cell.color = CellColor.WHITE;
// bottom left.
cell.direction = Cell.Direction.UP | Cell.Direction.RIGHT;
cell.DrawRect(Board.GetCellPosition(boardRect, Constants.ROWS, -1), spriteBatch);
// bottom right.
cell.direction = Cell.Direction.UP | Cell.Direction.LEFT;
cell.DrawRect(Board.GetCellPosition(boardRect, Constants.ROWS, Constants.COLUMNS), spriteBatch);
// top right.
// cell.direction = Cell.Direction.LEFT | Cell.Direction.DOWN;
// cell.DrawRect(Board.GetCellPosition(boardRect, -1, Constants.COLUMNS), spriteBatch);
// top left.
// cell.direction = Cell.Direction.RIGHT | Cell.Direction.DOWN;
// cell.DrawRect(Board.GetCellPosition(boardRect, -1, -1), spriteBatch);
}
// Draw the token in play.
if (tokenGenerator.GetCurrentToken() != null) {
tokenGenerator.GetCurrentToken().DrawRect(boardRect, spriteBatch);
}
// Draw the winner/loser state.
if (state == State.WON) {
wonMenu.Draw(boardRect, true, spriteBatch);
Sprites.DrawCentered(SpriteHook.WINNER, boardRect, spriteBatch);
} else if (state == State.FAILED) {
Sprites.DrawLayer(SpriteHook.SPLATTER_LAYER, boardRect, spriteBatch);
if (singlePlayer) {
failedMenu.Draw(boardRect, true, spriteBatch);
}
Sprites.DrawCentered(SpriteHook.LOSER, boardRect, spriteBatch);
}
// Draw the next token.
Rectangle nextRect = new Rectangle();
int nextTokenEndX = boardRect.X + (boardRect.Width / Constants.COLUMNS) * Constants.TOKEN_START_COLUMN;
int nextTokenStartX = nextTokenEndX - 200;
nextRect.X = (int)(nextTokenStartX + (nextTokenEndX - nextTokenStartX) * nextTokenReadiness);
nextRect.Y = boardRect.Y - (boardRect.Height / Constants.ROWS);
nextRect.Width = boardRect.Width;
nextRect.Height = boardRect.Height;
tokenGenerator.Draw(nextRect, spriteBatch);
// Draw the remaining locked count.
Rectangle remainingRect = new Rectangle();
remainingRect.X = boardRect.X - Constants.CELL_SIZE * 4;
remainingRect.Y = nextRect.Y + Constants.CELL_SIZE * 2;
remainingRect.Width = Constants.CELL_SIZE * 3;
remainingRect.Height = Constants.CELL_SIZE * 2;
Sprites.DrawNumberCentered(board.GetLockedCount(), remainingRect, spriteBatch);
// Draw the dumps.
Rectangle dumpRect = new Rectangle();
dumpRect.X = boardRect.X;
dumpRect.Y = boardRect.Y - (boardRect.Height / Constants.ROWS);
dumpRect.Width = (boardRect.Width / Constants.COLUMNS);
dumpRect.Height = (boardRect.Height / Constants.ROWS);
for (int i = 0; i < Constants.COLUMNS; ++i) {
if (dumps[i] != CellColor.BLACK) {
Cell piece = new Cell();
piece.color = dumps[i];
piece.DrawRect(dumpRect, spriteBatch);
}
dumpRect.X += (boardRect.Width / Constants.COLUMNS);
}
// Draw the paused overlay.
if (paused || otherPaused) {
Sprites.DrawLayer(SpriteHook.SCREEN_80_LAYER, boardRect, spriteBatch);
}
if (paused) {
pauseMenu.Draw(boardRect, true, spriteBatch);
}
}