public void Update()
{
YOffset++;
if (YOffset == ScaleHelper.ScaleHeight(Block.BlockHeight) - 1)
{
// Get a new random row
Row randomRow = Row.RandomRow(this);
// Insert into position 0 on both the rows and columns (its just easier this way)
rows.Insert(0, randomRow);
for (var i = 0; i < columns.Length; i++)
{
columns[i].Insert(0, randomRow[i]);
columnIsDirty[i] = true;
}
YOffset = 0;
}
// Check for matches in rows/columns
DoMatchChecking();
// Update our rows
foreach (Row r in rows)
{
r.Update();
}
}
// Main draw method
public void Draw(SpriteBatch spriteBatch)
{
position.Y = ScaleHelper.BackBufferHeight - parent.YOffset - (ScaleHelper.ScaleHeight(Block.BlockHeight * parent.IndexOfRow(this)));
foreach (Block b in blocks)
{
b.Draw(spriteBatch);
}
}
// Constructor
public Row(GameBoard parent)
{
this.parent = parent;
blocks = new Block[6];
position = new Point(
ScaleHelper.ScaleWidth(GameBoard.GameBoardXAnchor),
ScaleHelper.BackBufferHeight - parent.YOffset - (ScaleHelper.ScaleHeight(Block.BlockHeight * parent.IndexOfRow(this))));
}
public void Update()
{
YOffset++;
if (YOffset == ScaleHelper.ScaleHeight(Block.BlockHeight) - 1)
{
rows.Insert(0, Row.RandomRow(this));
YOffset = 0;
}
// Update our rows
foreach (Row r in rows)
{
r.Update();
}
}
// Main draw method
public void Draw(SpriteBatch spriteBatch)
{
Point drawPos = new Point();
drawPos.X = (ScaleHelper.ScaleWidth(GameBoard.GameBoardXAnchor) + (ScaleHelper.ScaleWidth(Block.BlockWidth) * position.X));
drawPos.Y = (ScaleHelper.BackBufferHeight - parent.YOffset - (ScaleHelper.ScaleHeight(Block.BlockHeight) * position.Y));
Point drawScale = new Point();
drawScale.X = ScaleHelper.ScaleWidth(playerTexture.Width) / 2;
drawScale.Y = ScaleHelper.ScaleHeight(playerTexture.Height) / 2;
//spriteBatch.Draw(playerTexture, new Rectangle(drawPos, drawScale), Color.White);
spriteBatch.Draw(playerTexture, new Rectangle(drawPos, drawScale), Color.Black);
}
// This needs polishing
private void OnMouseMoved(Point mousePosition)
{
mousePosition.X -= ScaleHelper.ScaleWidth(GameBoard.GameBoardXAnchor);
// mousePosition.X -= ScaleHelper.ScaleWidth(Block.BlockWidth) / 2;
mousePosition.Y -= ScaleHelper.ScaleHeight(Block.BlockHeight);
position.X = mousePosition.X / ScaleHelper.ScaleWidth(Block.BlockWidth);
position.Y = 12 - (mousePosition.Y / ScaleHelper.ScaleHeight(Block.BlockHeight));
// Make sure X & Y are within bounds
position.X = Math.Min(position.X, 4);
position.X = Math.Max(position.X, 0);
position.Y = Math.Min(position.Y, 12);
position.Y = Math.Max(position.Y, 1);
}
// Main draw method
public void Draw(SpriteBatch spriteBatch)
{
// Draw the background
spriteBatch.Draw(ContentHelper.GetTexture("gameBoardBackground"), new Rectangle(Point.Zero, new Point(ScaleHelper.BackBufferWidth, ScaleHelper.BackBufferHeight)), Color.Gray);
// Draw the panel
Rectangle drawRectangle = new Rectangle(
new Point(widthBuffer, heightBuffer),
new Point(ScaleHelper.ScaleWidth(pausePanel.Width), ScaleHelper.ScaleHeight(pausePanel.Height)));
spriteBatch.Draw(pausePanel, drawRectangle, Color.PowderBlue);
// Draw the buttons
continueButton.Draw(spriteBatch);
optionsButton.Draw(spriteBatch);
}
//
// Public fields
//
//
// Constructor
//
public PauseMenu(Game1 parent)
{
this.parent = parent;
pausePanel = ContentHelper.GetTexture("grey_panel");
//
widthBuffer = (ScaleHelper.BackBufferWidth - ScaleHelper.ScaleWidth(pausePanel.Width)) / 2;
heightBuffer = (ScaleHelper.BackBufferHeight - ScaleHelper.ScaleHeight(pausePanel.Height)) / 2;
int buttonWidthBuffer = widthBuffer + (widthBuffer - 200) / 2;
int buttonHeightBuffer = heightBuffer + (heightBuffer - 50) / 2;
// Init buttons
continueButton = new GuiButton(new Point(buttonWidthBuffer, buttonHeightBuffer), new Point(200, 50), "Continue");
continueButton.GuiButtonClicked += Unpause;
optionsButton = new GuiButton(new Point(buttonWidthBuffer, buttonHeightBuffer * 2), new Point(200, 50), "Options");
}
// Main update method
public void Update()
{
// Once a full row has been exposed on the bottom line, add another
if (YOffset >= ScaleHelper.ScaleHeight(Block.BlockHeight))
{
AddRow(); YOffset = 0; // Reset the Y offset
}
// Update the player
player.Update();
// Update all blocks on the gameboard
for (var i = 0; i < gameBoard.Rows; i++)
{
for (var j = 0; j < gameBoard.Columns; j++)
{
var thisBlock = gameBoard[i, j];
// Only update this block if it is not empty
if (!(thisBlock.Type == BlockType.Empty))
{
// Update the position of this block based on the position in the board
thisBlock.UpdatePosition(j, i, YOffset);
// Now do the regular update
thisBlock.Update();
// If the block is now empty, flag it as empty on the gameboard
if (thisBlock.Type == BlockType.Empty)
{
gameBoard.RemoveItem(i, j);
}
}
}
}
// Do the "gravity" of the gameboard
gameBoard.CompressBoardDownwards();
gameBoard.RemoveEmptyRows();
// Check for any matches this frame
DoMatchChecking();
}
//
// Constructor
//
public Score()
{
score = 0;
combo = 1;// Combo is always 1x to start with
scoreFont = ContentHelper.GetFont("KenVectorFutureThin");
// Efficiency - set the draw variables here and recalculate them
// if score changed (or screen size changes)
scorePosition = new Vector2(
ScaleHelper.BackBufferWidth - (ScaleHelper.BackBufferWidth / 3),
ScaleHelper.BackBufferHeight / 15);
scoreRectangle = new Rectangle(
(int)scorePosition.X,
(int)scorePosition.Y,
ScaleHelper.ScaleWidth(ScoreBoxWidth),
ScaleHelper.ScaleHeight(ScoreBoxHeight));
scoreString = GetScoreString();
// Make sure the score is right-aligned
scorePosition.X = scoreRectangle.Right - ScaleHelper.ScaleWidth((int)scoreFont.MeasureString(scoreString).X);
comboPosition = new Vector2(
ScaleHelper.BackBufferWidth - (int)(ScaleHelper.BackBufferWidth / 5.6),
ScaleHelper.BackBufferHeight / 5);
comboRectangle = new Rectangle(
(int)comboPosition.X,
(int)comboPosition.Y,
ScaleHelper.ScaleWidth(ComboBoxWidth),
ScaleHelper.ScaleHeight(ComboBoxHeight));
comboString = GetComboString();
// Make sure the combo is right-aligned
comboPosition.X = comboRectangle.Right - ScaleHelper.ScaleWidth((int)scoreFont.MeasureString(comboString).X);
}
