// The new constructor
public TrailObject(MatrixCoords matrixCoord, uint turns)
: base(matrixCoord, new char[,] { {Symbol} })
{
if (turns == 0)
throw new ArgumentException("Turns of the trailing object must be a positive integer number.");
this.turns = turns;
}
public GiftBlock(MatrixCoords topLeft, Gift gift)
: base(topLeft)
{
this.CurrentGift = gift;
this.CurrentGift.SetTopLeft(topLeft);
this.body = new char[,] { { GiftBlock.Symbol } };
}
private int shotsLeft; // Bullet Racket has limmited number of shots
#endregion Fields
#region Constructors
public BulletRacket(MatrixCoords topLeft, int width)
: base(topLeft, width)
{
this.body[0, 0] = '!'; // draw left gun
this.body[0, this.body.GetLength(1)-1] = '!'; // draw right gun
this.shotsLeft = 10; // Bullet Racket has only 10 shots loaded
hasShooted = false;
}
public void Print(List<dynamic> infoBar, MatrixCoords topLeft)
{
for (int line = 0; line < infoBar.Count; line++)
{
Console.SetCursorPosition(topLeft.Col, topLeft.Row + line);
Console.WriteLine(infoBar[line]);
}
}
public TrailObject(MatrixCoords topLeft, char[,] body, int lifeTime)
: base(topLeft, body, new MatrixCoords(0,0))
{
if (lifeTime <= 0)
{
throw new IndexOutOfRangeException("The life time can not be negative");
}
this.lifeTime = lifeTime;
}
public void Update(MatrixCoords coords)
{
this.Lifetime--;
if (this.Lifetime <= 0)
{
this.IsDestroyed = true;
}
this.topLeft = coords;
}
public TrailObject(MatrixCoords topLeft, char[,] body, int lifetime)
: base(topLeft, body)
{
if (lifetime < 1)
{
throw new ArgumentOutOfRangeException("Life time can not be less then 1.");
}
this.lifetime = lifetime;
}
public TrailObject(MatrixCoords topLeft, char[,] body, int lifeTime)
: base(topLeft, body)
{
this.TopLeft = topLeft;
int imageRows = body.GetLength(0);
int imageCols = body.GetLength(1);
this.body = body;
this.IsDestroyed = false;
this.LifeTime = lifeTime;
}
public override IEnumerable<GameObject> ProduceObjects()
{
List<GameObject> produced = new List<GameObject>();
if (this.IsDestroyed)
{
MatrixCoords newRacketCoords = new MatrixCoords(this.TopLeft.Row + 1, this.TopLeft.Col);
produced.Add(new ShootingRacket(newRacketCoords, 6));
}
return produced;
}
protected GameObject(MatrixCoords topLeft, char[,] body)
{
this.TopLeft = topLeft;
int imageRows = body.GetLength(0);
int imageCols = body.GetLength(1);
this.body = this.CopyBodyMatrix(body);
this.IsDestroyed = false;
}
public CollisionData(MatrixCoords collisionForceDirection, List<string> hitObjectsCollisionGroupStrings)
{
this.CollisionForceDirection = collisionForceDirection;
this.hitObjectsCollisionGroupStrings = new List<string>();
foreach (var str in hitObjectsCollisionGroupStrings)
{
this.hitObjectsCollisionGroupStrings.Add(str);
}
}
// construktor na obektite
protected GameObject(MatrixCoords topLeft, char[,] body)
{
// wytre6na matrica rawna na podadenta
this.TopLeft = topLeft;
int imageRows = body.GetLength(0);
int imageCols = body.GetLength(1);
// kopirame w body
this.body = this.CopyBodyMatrix(body);
// ne e uni6tojena
this.IsDestroyed = false;
}
public override IEnumerable<GameObject> ProduceObjects()
{
if (this.IsDestroyedByRacket)
{
// TODO create fire racket
var racketTopLeft = new MatrixCoords(this.topLeft.Row + 1, this.topLeft.Col);
var racket = new ShootingRacket(racketTopLeft, 6);
return new GameObject[] { racket };
}
return base.ProduceObjects();
}
public override IEnumerable <GameObject> ProduceObjects()
{
List <GameObject> obj = new List <GameObject>();
if (this.isLoaded == true)
{
MatrixCoords bul = this.GetTopLeft();
bul.Col += this.Width / 2;
Bullet bullet = new Bullet(bul);
obj.Add(bullet);
this.isLoaded = false;
}
return(obj);
}
public virtual void Run(List<dynamic> list, MatrixCoords topLeft)
{
while (true)
{
// Print every object over the screen
this.renderer.RenderAll();
// Set game speed
System.Threading.Thread.Sleep(520 - 5 * Speed);
// Check for user input
this.userInterface.ProcessInput();
// Clear all objects from the screen
this.renderer.ClearQueue();
// For each objects the new position is updated
foreach (var obj in this.allObjects)
{
obj.Update();
this.renderer.EnqueueForRendering(obj);
}
// Check for collisions
CollisionDispatcher.HandleCollisions(this.movingObjects, this.staticObjects);
// Check for produced objects
List<GameObject> producedObjects = new List<GameObject>();
foreach (var obj in this.allObjects)
{
producedObjects.AddRange(obj.ProduceObjects(playerRacket.TopLeft.Col));
}
// Delete all dead objects
this.allObjects.RemoveAll(obj => obj.IsDestroyed);
this.movingObjects.RemoveAll(obj => obj.IsDestroyed);
this.staticObjects.RemoveAll(obj => obj.IsDestroyed);
// Add all produced objects in the list
foreach (var obj in producedObjects)
{
this.AddObject(obj);
}
// Print the information field
Infofield infoField = new Infofield();
infoField.Print(list, topLeft);
}
}
public override IEnumerable<GameObject> ProduceObjects()
{
if (this.CanShoot)
{
this.CanShoot = false;
int col = this.topLeft.Col + (this.Width / 2);
var bulletTopLeft = new MatrixCoords(this.topLeft.Row, col);
var bullet = new Bullet(bulletTopLeft);
return new GameObject[] { bullet };
}
return base.ProduceObjects();
}
public override IEnumerable <GameObject> ProduceObjects()
{
if (this.CanShoot)
{
this.CanShoot = false;
int col = this.topLeft.Col + (this.Width / 2);
var bulletTopLeft = new MatrixCoords(this.topLeft.Row, col);
var bullet = new Bullet(bulletTopLeft);
return(new GameObject[] { bullet });
}
return(base.ProduceObjects());
}
public static Block GetBlock(int type, MatrixCoords coords)
{
switch (type)
{
case 1:
case 2:
case 3:
case 4:
case 5:
case 6:
return new Block(coords);
case 7:
return new UnpassableBlock(coords);
case 8:
return new GiftBlock(coords);
case 9:
return new ExplodingBlock(coords);
default:
return new Block(coords);
}
}
public override IEnumerable<GameObject> ProduceObjects()
{
List<GameObject> produced = new List<GameObject>();
MatrixCoords speed = new MatrixCoords(0, 0);
if (this.IsDestroyed)
{
//upper
for (int col = -1; col <= 1; col++)
{
MatrixCoords tempTopLeft = new MatrixCoords(this.topLeft.Row - 1, this.topLeft.Col + col);
ExplosionUnit unit = new ExplosionUnit(tempTopLeft, speed);
produced.Add(unit);
}
//lower
for (int col = -1; col <= 1; col++)
{
MatrixCoords tempTopLeft = new MatrixCoords(this.topLeft.Row + 1, this.topLeft.Col + col);
ExplosionUnit unit = new ExplosionUnit(tempTopLeft, speed);
produced.Add(unit);
}
//left
MatrixCoords leftTopLeft = new MatrixCoords(this.topLeft.Row, this.topLeft.Col - 1);
ExplosionUnit leftUnit = new ExplosionUnit(leftTopLeft, speed);
produced.Add(leftUnit);
//right
MatrixCoords rightTopLeft = new MatrixCoords(this.topLeft.Row, this.topLeft.Col + 1);
ExplosionUnit rightUnit = new ExplosionUnit(rightTopLeft, speed);
produced.Add(rightUnit);
}
return produced;
}
public override IEnumerable <GameObject> ProduceObjects()
{
List <GameObject> produced = new List <GameObject>();
MatrixCoords speed = new MatrixCoords(0, 0);
if (this.IsDestroyed)
{
//upper
for (int col = -1; col <= 1; col++)
{
MatrixCoords tempTopLeft = new MatrixCoords(this.topLeft.Row - 1, this.topLeft.Col + col);
ExplosionUnit unit = new ExplosionUnit(tempTopLeft, speed);
produced.Add(unit);
}
//lower
for (int col = -1; col <= 1; col++)
{
MatrixCoords tempTopLeft = new MatrixCoords(this.topLeft.Row + 1, this.topLeft.Col + col);
ExplosionUnit unit = new ExplosionUnit(tempTopLeft, speed);
produced.Add(unit);
}
//left
MatrixCoords leftTopLeft = new MatrixCoords(this.topLeft.Row, this.topLeft.Col - 1);
ExplosionUnit leftUnit = new ExplosionUnit(leftTopLeft, speed);
produced.Add(leftUnit);
//right
MatrixCoords rightTopLeft = new MatrixCoords(this.topLeft.Row, this.topLeft.Col + 1);
ExplosionUnit rightUnit = new ExplosionUnit(rightTopLeft, speed);
produced.Add(rightUnit);
}
return(produced);
}
public void EnqueueForRendering(IRenderable obj)
{
char[,] objImage = obj.GetImage();
int imageRows = objImage.GetLength(0);
int imageCols = objImage.GetLength(1);
MatrixCoords objTopLeft = obj.GetTopLeft();
int lastRow = Math.Min(objTopLeft.Row + imageRows, this.renderContextMatrixRows);
int lastCol = Math.Min(objTopLeft.Col + imageCols, this.renderContextMatrixCols);
for (int row = obj.GetTopLeft().Row; row < lastRow; row++)
{
for (int col = obj.GetTopLeft().Col; col < lastCol; col++)
{
if (row >= 0 && row < renderContextMatrixRows &&
col >= 0 && col < renderContextMatrixCols)
{
renderContextMatrix[row, col] = objImage[row - obj.GetTopLeft().Row, col - obj.GetTopLeft().Col];
}
}
}
}
public IndestructibleBlock(MatrixCoords upperLeft)
: base(upperLeft)
{
this.body[0, 0] = IndestructibleBlock.Symbol;
}
public MeteoriteBall(MatrixCoords topLeft, MatrixCoords speed, int trailObjectLifeTime)
: base(topLeft, speed)
{
this.trailObjectLifeTime = trailObjectLifeTime;
}
public UnpassableBlock(MatrixCoords upperLeft)
: base(upperLeft)
{
this.body[0, 0] = UnpassableBlock.Symbol;
}
public Gift(MatrixCoords topLeft, char[,] body, MatrixCoords speed)
: base(topLeft, body, speed)
{
}
public ExplodingBlock(MatrixCoords topLeft)
: base(topLeft)
{
}
public Block(MatrixCoords topLeft, char[,] symbols)
: base(topLeft, symbols)
{
}
public UnstoppableBall(MatrixCoords topLeft, MatrixCoords speed)
: base(topLeft, speed)
{
this.body[0, 0] = Symbol;
}
public ImpassableBlock(MatrixCoords topLeft)
: base(topLeft)
{
this.body[0, 0] = ImpassableBlock.Symbol;
}
public Explosion(MatrixCoords topLeft, char[,] image, MatrixCoords speed)
: base(topLeft, image, speed)
{
this.IsDestroyed = true;
}
public UnpassableBlock(MatrixCoords topLeft)
: base(topLeft)
{
}
public TrailObject(MatrixCoords topLeft, int lifetime)
: base(topLeft,new char[,]{{'.'}})
{
this.Lifetime = lifetime;
}
public ExplodingBlock(MatrixCoords topLeft)
: base(topLeft)
{
this.body[0, 0] = ExplodingBlock.Body;
}
public GiftBlock(MatrixCoords topLeft)
: base(topLeft)
{
}
public TrailObject(MatrixCoords topLeft, char[,] body, int lifetime)
: base(topLeft, body)
{
this.Lifetime = lifetime;
}
public ExplodingPart(MatrixCoords topLeft, MatrixCoords speed)
: base(topLeft, new char[, ] {
{ 'e' }
}, speed)
{
}
public MeteoriteBall(MatrixCoords topLeft, MatrixCoords speed)
: base(topLeft, speed)
{
}
public ExplodingBlock(MatrixCoords upperLeft)
: base(upperLeft)
{
this.body[0, 0] = ExplodingBlock.Symbol;
}
// Constructor
public Explosion(MatrixCoords topLeft, char[,] body, MatrixCoords speed)
: base(topLeft, body, speed)
{
}
public Bullet(MatrixCoords topLeft, MatrixCoords speed)
: base(topLeft, new char[, ] {
{ '^' }
}, speed)
{
}
public ShootingRacket(MatrixCoords topLeft, int width)
: base(topLeft, width)
{
}
public UnpassableBlock(MatrixCoords topLeft)
: base(topLeft)
{
this.body[0, 0] = UnpassableBlock.symbol;
}
public GiftBlock(MatrixCoords topLeft) : base(topLeft)
{
this.body[0, 0] = GiftBlock.Body;
}
public Gift(MatrixCoords topLeft, char[,] body)
: base(topLeft, body, new MatrixCoords(1, 0))
{
}
public Bullet(MatrixCoords topLeft)
: base(topLeft, new char[, ] {
{ '1' }
}, new MatrixCoords(-1, 0))
{
}
public Fragment(MatrixCoords topLeft, MatrixCoords speed, int lifetime)
: base(topLeft, new char[,] { { '"' } }, speed)
{
}
public Gift(MatrixCoords topLeft)
: base(topLeft, new char[, ] {
{ 'G' }
}, new MatrixCoords(1, 0))
{
}
public MeteoriteBall(MatrixCoords topLeft, MatrixCoords speed)
: base(topLeft ,speed)
{
}
public ExplodingBlock(MatrixCoords topLeft)
: base(topLeft)
{
}
public UnstoppableBall(MatrixCoords topLeft, MatrixCoords speed)
: base(topLeft, new char[,] { { '@' } }, speed)
{
}
public Gift(MatrixCoords topLeft, char[,] body, MatrixCoords speed)
: base(topLeft, body, speed)
{
}
public UnpassableBlock(MatrixCoords topLeft)
: base(topLeft)
{
base.body[0, 0] = UnpassableBlock.Symbol;
}
public Block(MatrixCoords topLeft)
: base(topLeft, new char[, ] {
{ '#' }
})
{
}
public Bullet(MatrixCoords topLeft)
: base(topLeft, new char[,] {{'.'}}, new MatrixCoords(-1,0))
{
}
public CollisionData(MatrixCoords collisionForceDirection, string objectCollisionGroupString)
{
this.CollisionForceDirection = collisionForceDirection;
this.HitObjectsCollisionGroupStrings = new List <string>();
this.HitObjectsCollisionGroupStrings.Add(objectCollisionGroupString);
}
public ShootingRacket(MatrixCoords topLeft, int width)
: base(topLeft,width)
{
}
private static void HandleMovingWithStaticCollisions(List <MovingObject> movingObjects, List <GameObject> staticObjects)
{
foreach (var movingObject in movingObjects)
{
int verticalIndex = VerticalCollisionIndex(movingObject, staticObjects);
int horizontalIndex = HorizontalCollisionIndex(movingObject, staticObjects);
MatrixCoords movingCollisionForceDirection = new MatrixCoords(0, 0);
if (verticalIndex != -1)
{
movingCollisionForceDirection.Row = -movingObject.Speed.Row;
staticObjects[verticalIndex].RespondToCollision(
new CollisionData(new MatrixCoords(movingObject.Speed.Row, 0),
movingObject.GetCollisionGroupString())
);
}
if (horizontalIndex != -1)
{
movingCollisionForceDirection.Col = -movingObject.Speed.Col;
staticObjects[horizontalIndex].RespondToCollision(
new CollisionData(new MatrixCoords(0, movingObject.Speed.Col),
movingObject.GetCollisionGroupString())
);
}
int diagonalIndex = -1;
if (horizontalIndex == -1 && verticalIndex == -1)
{
diagonalIndex = DiagonalCollisionIndex(movingObject, staticObjects);
if (diagonalIndex != -1)
{
movingCollisionForceDirection.Row = -movingObject.Speed.Row;
movingCollisionForceDirection.Col = -movingObject.Speed.Col;
staticObjects[diagonalIndex].RespondToCollision(
new CollisionData(new MatrixCoords(movingObject.Speed.Row, 0),
movingObject.GetCollisionGroupString())
);
}
}
List <string> hitByMovingCollisionGroups = new List <string>();
if (verticalIndex != -1)
{
hitByMovingCollisionGroups.Add(staticObjects[verticalIndex].GetCollisionGroupString());
}
if (horizontalIndex != -1)
{
hitByMovingCollisionGroups.Add(staticObjects[horizontalIndex].GetCollisionGroupString());
}
if (diagonalIndex != -1)
{
hitByMovingCollisionGroups.Add(staticObjects[diagonalIndex].GetCollisionGroupString());
}
if (verticalIndex != -1 || horizontalIndex != -1 || diagonalIndex != -1)
{
movingObject.RespondToCollision(
new CollisionData(movingCollisionForceDirection,
hitByMovingCollisionGroups)
);
}
}
}
public Shrapnel(MatrixCoords topLeft, MatrixCoords speed)
: base(topLeft,new char[,] {{'^'}}, speed)
{
}
public UnstoppableBall(MatrixCoords topleft, MatrixCoords direction)
: base(topleft, direction)
{
}