public MainWindow()
{
dispatchTimer.Tick += new EventHandler(dispatchTimer_tick);
dispatchTimer.Interval = new TimeSpan(0, 0, 0, 0, 300);
currentBlocks = new List <Block>();
setBlockCoords = new List <Point>();
currentBlockCoords = new List <Point>();
setBlocks = new List <Block>();
InitializeComponent();
CURRENT_TYPE = ShapeFactory.GetRandomNr(1, 6);
createShape();
NEXT_TYPE = ShapeFactory.GetRandomNr(1, 6);
setNextShape();
dispatchTimer.Start();
colCounter = new List <int>();
PlaySound();
}
/// <summary>
/// Instantiates an instance of the Game class from a Location point, a random, and a BlockType enum.
/// </summary>
/// <param name="location">The location of the gaming grid.</param>
/// <param name="random">A random to use for the game's functions that use random.</param>
/// <param name="BlockType">The type of blocks that will be generated in the game.</param>
public Game(Point location, Random random, BlockType BlockType)
{
this.Location = location;
this.random = random;
this.gridPile = new Pile();
gridSize = new Size(
(Block.BlockLength * gridWidth)
, (Block.BlockLength * gridHeight));
Boundaries = new Rectangle(Location, gridSize);
shapeGenerationPoint = new Point((Boundaries.Left) + BlocksOver(4), Boundaries.Top - BlocksOver(1));
shapeFactory = new ShapeFactory();
dropShapes = new List <Shape>();
linesToClear = new List <List <Block> >();
GenerateBackgroundBlockGrid();
lockDelay = new TimedEffect(500, TimeUnit.Milliseconds);
this.BlockType = BlockType;
} // end constructor method Game
private void setNextShape()
{
//List<int> colValShape1 = new List<int>();
//List<int> rowValShape1 = new List<int>();
//colValShape1.Add(3); colValShape1.Add(3); colValShape1.Add(3); colValShape1.Add(3);
//rowValShape1.Add(1); rowValShape1.Add(2); rowValShape1.Add(3); rowValShape1.Add(4);
nextBlockGrid.Children.Clear();
Block currBlock = ShapeFactory.SetupType(NEXT_TYPE);
var cols = currBlock.nextCols;
var rows = currBlock.nextRows;
for (int i = 0; i < 4; i++)
{
Rectangle testRect = ShapeFactory.CreateRectangle(currBlock.color);
nextBlockGrid.Children.Add(testRect);
Grid.SetColumn(testRect, cols[i]);
Grid.SetRow(testRect, rows[i]);
}
}
public void Init()
{
map = new Shape[MAP_HEIGHT, MAP_WIDTH];
score = 0;
linesRemoved = 0;
currentShape = ShapeFactory.GenerateShape(3, 0);
nextShape = ShapeFactory.GenerateShape(3, 0);
SetInterval(400);
label1.Text = "" + score;
label2.Text = "" + linesRemoved;
gameTimer.Interval = Interval;
gameTimer.Tick += new EventHandler(Update);
gameTimer.Start();
typeof(Panel).InvokeMember("DoubleBuffered", BindingFlags.SetProperty | BindingFlags.Instance | BindingFlags.NonPublic, null, gamePanel, new object[] { true });
typeof(Panel).InvokeMember("DoubleBuffered", BindingFlags.SetProperty | BindingFlags.Instance | BindingFlags.NonPublic, null, nextFigurePanel, new object[] { true });
Invalidate();
}
public void rotatePiece()
{
var currentRow = currentBlocks[0].rows;
var currentCol = currentBlocks[0].cols;
if (currentBlocks[0].Blocktype.Equals("Type"))
{
return;
}
currentBlocks.RemoveAt(0);
removeShape();
//Type3 Type3Rotate = new Type3();
Block RotateBlock = ShapeFactory.SetupType(CURRENT_TYPE);
RotateBlock.RotateType(rotation, currentRow, currentCol);
for (int i = 0; i < 4; i++)
{
/*
* Rectangle newRect = new Rectangle()
* {
* Width = 20,
* Height = 20,
* RadiusX = 2,
* RadiusY = 2,
* Stroke = Brushes.Black,
* Fill = Brushes.Gold,
* StrokeThickness = 1,
*
* };
* newRect.Name = MOVING;
*/
Rectangle newRect = ShapeFactory.CreateRectangle(RotateBlock.color);
tetrisGrid.Children.Add(newRect);
Grid.SetColumn(newRect, RotateBlock.cols[i]);
Grid.SetRow(newRect, RotateBlock.rows[i]);
}
currentBlocks.Add(RotateBlock);
}
private void createShape()
{
//Type3 test1 = new Type3();
//Type3 test2 = new Type3();
//var cols = test2.cols;
//var rows = test2.rows;
Block newBlock = ShapeFactory.SetupType(CURRENT_TYPE);
var cols = newBlock.cols;
var rows = newBlock.rows;
for (int i = 0; i < 4; i++)
{
/*
* Rectangle newRect = new Rectangle()
* {
* Width = 20,
* Height = 20,
* RadiusX = 2,
* RadiusY = 2,
* Stroke = Brushes.Black,
* Fill = Brushes.Gold,
* StrokeThickness = 1,
*
* };
* newRect.Name = MOVING;
*/
Rectangle newRect = ShapeFactory.CreateRectangle(newBlock.color);
tetrisGrid.Children.Add(newRect);
Grid.SetColumn(newRect, cols[i]);
Grid.SetRow(newRect, rows[i]);
}
currentBlocks.Add(newBlock);
rotationEnabled = true;
rotation = 0;
}
public void Update(GameTime gameTime)
{
switch (State)
{
case eLevelState.Playing:
ActiveShape.Update(gameTime);
if (ActiveShape.IsDisposed)
{
ActiveShape = NextShape;
NextShape = ShapeFactory.CreateRandom(GameMode);
if (ActiveShape.CollidesWithOtherBlocks())
{
LoseLife();
}
}
// Upgrade level when applicable
if (Score >= LevelUpLookup[LevelNr])
{
LevelNr++;
FallDelayInMS -= LevelDelayDecrementer;
Engine.Instance.Audio.PlaySound("levelUp");
}
if (Engine.Instance.KB.KeyIsReleased(Keys.Escape))
{
State = eLevelState.QuitConfirm;
}
if (Engine.Instance.KB.KeyIsReleased(Keys.B))
{
SetRandomBG();
}
break;
case eLevelState.CountingDown:
CountDown.Update(gameTime);
if (CountDown.IsInterval)
{
if (CountDown.TimeLeftSec > 0)
{
Engine.Instance.Audio.PlaySound("countdown");
}
else
{
Engine.Instance.Audio.PlaySound("countdownFinished");
State = eLevelState.Playing;
}
}
break;
case eLevelState.QuitConfirm:
if (Engine.Instance.KB.KeyIsReleased(Keys.Y))
{
Engine.Instance.ActiveState = new MainMenu();
}
else if (Engine.Instance.KB.KeyIsReleased(Keys.N))
{
State = eLevelState.Playing;
}
break;
default:
throw new CaseStatementMissingException();
}
}
private void NextShpae()
{
currentShape = nextShape;
nextShape = ShapeFactory.GenerateShape(3, 0);
}
