public QuestionBlock(Vector2 position)
{
StateMachine = new BlockQuestionState();
Collided = false;
BlockPhysics = new BlockPhysics(position);
Broken = false;
}
public BeveledBlock(Vector2 position)
{
StateMachine = new BlockBeveledState();
BlockPhysics = new BlockPhysics(position);
Collided = false;
Broken = false;
}
public Coral(Vector2 position)
{
StateMachine = new CoralState();
BlockPhysics = new BlockPhysics(position);
Collided = false;
Broken = false;
}
public UnderwaterBlock(Vector2 position)
{
StateMachine = new UnderwaterBlockState();
BlockPhysics = new BlockPhysics(position);
Collided = false;
Broken = false;
}
public BlankBlock(Vector2 position)
{
StateMachine = new BlockBlankState();
BlockPhysics = new BlockPhysics(position);
Collided = true;
Broken = false;
}
public void CollisionWithMario(IWorld level, IPlayer mario, Direction direction)
{
if (direction == Direction.Bottom)
{
BecomeUsed();
if (!hasBeUsed)
{
SoundFactory.Instance.PlayBumpBlockSound();
caseNumber = (Bonus)(new Random()).Next(Util.Instance.QBrandomLimitLow, Util.Instance.QBrandomLimitHigh);
level.Items.Add(InitiateBonus(caseNumber));
hasBeUsed = true;
BlockPhysics.BlockJump();
}
}
MarioBlockHandler.UpateLocation(mario, this, direction);
}
//Called by the block that is currently being held by the user
//Checks if there is already another block in the current position and tries to combine them if there is
public void CheckBlockGridCombination(int x, int y, BlockPhysics block)
{
x = Mathf.Clamp(x, 0, width);
y = Mathf.Clamp(y, 0, height);
if (gridPoints[x, y] != null && gridPoints[x, y] != block)
{
if (gridPoints[x, y].blockRank == block.blockRank)
{
BlockPhysics newBlock = CombineBlocks(gridPoints[x, y], block);
gridPoints[x, y] = newBlock;
}
else
{
Debug.Log("Blocks of different ranks are in the same space! " + block.gameObject.name + " at " + x + ", " + y, block.gameObject);
block.transform.position = anchorPoints[x, y + 1];
}
}
}
public void CollisionWithMario(IWorld level, IPlayer mario, Direction direction)
{
if (direction == Direction.Bottom)
{
if (!(mario.CurrentPowerState is MarioSmallState) && !(mario.CurrentPowerState is MarioStarSmallState))
{
Disappear();
}
else
{
SoundFactory.Instance.PlayBumpBlockSound();
BlockPhysics.BlockJump();
}
}
if (!(State is BlockDisappearedState))
{
MarioBlockHandler.UpateLocation(mario, this, direction);
}
}
public void Update(GameTime gametime)
{
BlockPhysics.Update(gametime);
}
//Instantiates a new block from the combination of a and b, removes a and b from the scene, and returns the created object
private BlockPhysics CombineBlocks(BlockPhysics a, BlockPhysics b)
{
BombPhysics bombA;
BombPhysics bombB;
if ((bombA = a as BombPhysics) && (bombB = b as BombPhysics))
{
bombA.Explode();
Destroy(bombA.gameObject);
Destroy(bombB.gameObject);
return null;
}
else if(a.blockRank == b.blockRank && a.blockRank < blockPrefabs.Length)
{
BlockPhysics newBlock = Instantiate(blockPrefabs[a.blockRank]) as BlockPhysics;
if(newBlock.blockRank > maxRank)
{
maxRank = newBlock.blockRank;
SetTimerBasedOnMaxRank();
}
if(newBlock.blockRank == blockPrefabs.Length)
{
AddHighestBlockToScore(newBlock);
}
newBlock.transform.position = a.transform.position;
Destroy(a.gameObject);
Destroy(b.gameObject);
return newBlock;
}
else
{
Debug.Log("can't combine, block ranks should match!");
return null;
}
}
private void AddHighestBlockToScore(BlockPhysics block)
{
//Call ScoreHandler
scoreBoard.addToScore(100);
//Play some kind of particle effect
//Remove the block from the game and clear the grid space
Destroy(block.gameObject, 0.5f);
}
//Called when the user moves a block with the mouse
public void SetBlockGridPosition(int x, int y, BlockPhysics block)
{
x = Mathf.Clamp(x, 0, width);
y = Mathf.Clamp(y, 0, height);
if (block == null || gridPoints[x, y] == null)
{
gridPoints[x, y] = block;
}
else CheckBlockGridCombination(x, y, block);
}
