public static void CollisionDectectExplorerMovingBlockDown(MovingBlock block)
{
if (explorer.CollisionRectangle.Intersects(block.Rectangle) &&
explorer.State.ToString() == "PyramidPanic.Down" &&
explorer.CollisionRectangle.Bottom < block.Rectangle.Top + 4) //+4 anders bij het teruglopen en weer omhoog gaan loopt de explorer door het steentje
{
level.Tiles[(int)block.CurrentIndex.X, (int)block.CurrentIndex.Y].TileCollision = TileCollision.Passable;
block.State = new MovingBlockDown(block);
}
}
public static bool CDMovingblockScorpion(MovingBlock block)
{
foreach (Scorpion scorpion in level.ScorpionList)
{
if (block.ColRectScorpion.Intersects(scorpion.ColRect))
{
return true;
}
}
return false;
}
//§ nieuw explorer blokkeert het pad van de teruglopende steen omhoog en omlaag
public static void CollisionDectectExplorerGoBackUp(MovingBlock block)
{
if (explorer.CollisionRectangle.Intersects(block.Rectangle))
{
if ( explorer.State.ToString() == "PyramidPanic.Idle" ||
explorer.State.ToString() == "PyramidPanic.Left" ||
explorer.State.ToString() == "pp.ExplorerWalkRight")
{
if (explorer.CollisionRectangle.Bottom - 2 < block.Rectangle.Top || //Steen blokkeren als steen naar boven gaat en explorer blokkeert pad
explorer.CollisionRectangle.Top + 2 > block.Rectangle.Bottom) //Steen blokkeren als steen naar beneden gaat en explorer blokkeert pad
{
block.State = new MovingBlockIdleOffPlace(block);
}
}
}
}
//Constructor
public MovingBlockUp(MovingBlock block)
{
this.block = block;
}
//Constructor
public MovingBlockGoBackDown(MovingBlock block)
{
this.block = block;
}
//Constructor
public MovingBlockIdleOffPlace(MovingBlock block)
{
this.block = block;
}
//Constructor
public MovingBlockIdle(MovingBlock block)
{
this.block = block;
}
//§ zorgt ervoor dat een omhooggaande steen weer op de startpositie terecht komt
public static void SetBackOnPlaceGoingUp(MovingBlock block)
{
if (block.Location.Y < block.StartLocation.Y) //Zou 1 methode kunnen worden met de onderstaande SetBackOnPlaceGoingDown(MovingBlock block)
{
block.Location = block.StartLocation;
level.Tiles[(int)block.CurrentIndex.X, (int)block.CurrentIndex.Y].TileCollision = TileCollision.Notpassable;
block.State = new MovingBlockIdle(block);
}
}
//§ nieuw zorgt ervoor dat een omlaaggaande steen weer op de startpositie terecht komt
public static void SetBackOnPlaceGoingDown(MovingBlock block)
{
if (block.Location.Y > block.StartLocation.Y)
{
block.Location = block.StartLocation;
level.Tiles[(int)block.CurrentIndex.X, (int)block.CurrentIndex.Y].TileCollision = TileCollision.Notpassable;
block.State = new MovingBlockIdle(block);
}
}
//§ alles nieuw
public static void DeCollisionDectectExplorerMovingBlockDown(MovingBlock block)
{
if ( !explorer.CollisionRectangle.Intersects(block.Rectangle))
{
if (block.Location.Y > block.StartLocation.Y)
{
block.State = new MovingBlockGoBackUp(block);
}
else if (block.Location.Y < block.StartLocation.Y)
{
block.State = new MovingBlockGoBackDown(block); //§
}
}
}
//§ nieuw blokkeert een movingblock als hij de muur raakt
public static bool CollisionDectectionWalls(MovingBlock block)
{
if ( block.Location.Y > block.BorderBottom )
{
explorer.Position = new Vector2(block.CurrentIndex.X * 32, (block.CurrentIndex.Y - 1) * 32);
block.Location = new Vector2(block.CurrentIndex.X * 32, (block.CurrentIndex.Y) * 32);
explorer.State = new IdleMovingBlockIdle(explorer, "Down");
return true;
}
if ( block.Location.Y < block.BorderTop )
{
explorer.Position = new Vector2(block.CurrentIndex.X * 32, (block.CurrentIndex.Y + 2) * 32);
block.Location = new Vector2(block.CurrentIndex.X * 32, (block.CurrentIndex.Y + 1) * 32);
explorer.State = new IdleMovingBlockIdle(explorer, "Up");
return true;
}
return false;
}
