public override void HitBottom(UnityBlock b)
{
if (!(this.groundState is FallingState))
{
mover.yMoveDir = -1;
base.HitBottom(b);
if (b is BrickBlock)
{
BrickBlock brick = (BrickBlock)b;
if (!brick.isHit)
{
SFX.PlayClip(SFX.blockClip);
}
}
else if (b is QuestionBlock)
{
QuestionBlock question = (QuestionBlock)b;
if (!question.struck)
{
SFX.PlayClip(SFX.coinClip);
}
}
b.HitBottom();
}
}
public BrickBlockStateMachine(BrickBlock brickBlock)
{
BrickBlockSprite = BlockSpriteFactory.Instance.CreateBrickBlockSprite();
Width = BrickBlockSprite.Width;
Height = BrickBlockSprite.Height;
this.brickBlock = brickBlock;
}
private static void CreateItem(IWorld world, string type, float xPosition, float yPosition)
{
IBlock block = new HiddenBlock(new Vector2(0, 0)); // Get size of an arbitrary block to be size of local collision detection scope
int blocksWidth = block.Rectangle.Width;;
int blocksHeight = block.Rectangle.Height;
int blockIndexX = (int)Math.Floor(xPosition / blocksWidth);
int blockIndexY = (int)Math.Floor(yPosition / blocksHeight);
block = world.Blocks[blockIndexX].OneBlockLevel[blockIndexY];
if (type.Equals("StaticCoin"))
{
world.Items.Add(new Coin(new Vector2(xPosition, yPosition), true, new CollectDelegate(ScoreManager.Instance.CollectCoin)));
}
else if (block is BrickBlock)
{
BrickBlock brickBlock = block as BrickBlock;
brickBlock.AddItem(type);
}
else if (block is QuestionBlock)
{
QuestionBlock questionBlock = block as QuestionBlock;
questionBlock.AddItem(type);
}
else if (block is HiddenBlock)
{
HiddenBlock hiddenBlock = block as HiddenBlock;
hiddenBlock.AddItem(type);
}
}
public IBlock HiddenBrickBlock()
{
BrickBlock b = new BrickBlock(BrickBlockSpriteSheet);
b.BlockState = new BlockStateHidden(b);
b.BlockState.Enter();
return(b);
}
public static void HandleBrickBlockCollision(IPlayer player, BrickBlock brickBlock, CollisionSide side)
{
if (brickBlock.Breakable)
{
HandleBreakableBrickBlockCollision(player, brickBlock, side);
}
else
{
HandleUnbreakableBrickBlockCollision(player, brickBlock, side);
}
}
public static void HandleBreakableBrickBlockCollision(IPlayer player, BrickBlock brickBlock, CollisionSide side)
{
PlayerBlockRepel(brickBlock, player, side);
if ((side == CollisionSide.Bottom) && !brickBlock.Broken)
{
brickBlock.BeBumped();
if (player.IsBig)
{
brickBlock.Break();
}
}
}
public Sprite BuildSprite(BlockType sprite, Vector2 loc)
{
Sprite toReturn = null;
switch (sprite)
{
case BlockType.exploded:
{
toReturn = new ExplodingBlock(loc);
break;
}
case BlockType.question:
{
toReturn = new QuestionBlock(loc);
break;
}
case BlockType.used:
{
toReturn = new UsedBlock(loc);
break;
}
case BlockType.brick:
{
toReturn = new BrickBlock(loc);
break;
}
case BlockType.hidden:
{
toReturn = new HiddenBlock(loc);
break;
}
case BlockType.pipe:
{
toReturn = new PipeBlock(loc);
break;
}
case BlockType.bridge:
{
toReturn = new BridgeBlock(loc);
break;
}
}
return(toReturn);
}
public static void HandleUnbreakableBrickBlockCollision(IPlayer player, BrickBlock brickBlock, CollisionSide side)
{
PlayerBlockRepel(brickBlock, player, side);
if ((side == CollisionSide.Bottom) && !brickBlock.Depleted)
{
brickBlock.BeBumped();
brickBlock.SpawnItem();
if (brickBlock.Depleted)
{
brickBlock.BecomeUsed(); // Become used after all contained items have been spawned
}
}
}
public Block(Vector2 position, string blockState, string itemType)
{
Position = position;
Acceleration = Vector2.Zero;
InitialPosition = position;
blockStateTransitionMachine = new BlockStateTransitionMachine();
IsMoving = false;
if (blockState == "Brick")
{
BlockState = new BrickBlock(position, this, "Red");
}
else if (blockState == "BrickBlue")
{
BlockState = new BrickBlock(position, this, "Blue");
}
else if (blockState == "Question")
{
BlockState = new QuestionBlock(position, this);
}
else if (blockState == "Metal")
{
this.BlockState = new MetalBlock(position, this);
}
else if (blockState == "CoinBrick")
{
BlockState = new CoinBrickBlock(position, this);
CoinCount = GameValues.BlockCoinBrickCoinAmount;
}
else if (blockState == "Used")
{
BlockState = new UsedBlock(position, this);
}
CollisionRectangle = BlockState.CollisionRectangle;
if (itemType == "RotatingCoin")
{
Item = new Item(new Vector2(Position.X + GameValues.BlockRotatingCoinInitialXPositionOffset, Position.Y), itemType);
}
else
{
Item = new Item(Position, itemType);
}
}
private static void LoadLevel(XmlReader reader)
{
Random random = new Random();
string objectType = "";
string objectName = "";
string location = "";
bool typeFlag = false;
bool nameFlag = false;
bool locationFlag = false;
IList <IBlock> blockList = new List <IBlock>();
IList <IEnemy> enemyList = new List <IEnemy>();
IList <IItem> itemList = new List <IItem>();
while (reader.Read())
{
if (reader.IsStartElement())
{
switch (reader.Name.ToString())
{
case "ObjectType":
objectType = reader.ReadString();
typeFlag = true;
break;
case "ObjectName":
objectName = reader.ReadString();
nameFlag = true;
break;
case "Location":
location = reader.ReadString();
locationFlag = true;
break;
}
if (typeFlag && nameFlag && locationFlag)
{
switch (objectType)
{
case "Player":
string[] coordinates = location.Split(' ');
Mario.Instance.ConditionState = new SmallMarioState(Mario.Instance);
Mario.Instance.Location = new Vector2(Int32.Parse(coordinates[0]), Int32.Parse(coordinates[1]));
break;
case "Block":
switch (objectName)
{
case "HiddenBlock":
string[] blockCoordinates = location.Split(' ');
IBlock block = new HiddenBlock();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "HiddenBlockEmpty":
blockCoordinates = location.Split(' ');
block = new HiddenBlockEmpty();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "HiddenBlockCoin":
blockCoordinates = location.Split(' ');
block = new HiddenBlockCoin();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "HiddenBlockStar":
blockCoordinates = location.Split(' ');
block = new HiddenBlockStar();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "BrickBlock":
blockCoordinates = location.Split(' ');
block = new BrickBlock();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "BrickBlockEmpty":
blockCoordinates = location.Split(' ');
block = new BrickBlockEmpty();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "ItemBrick":
blockCoordinates = location.Split(' ');
block = new BrickBlockWithItem();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "ItemBrickCoin":
blockCoordinates = location.Split(' ');
block = new BrickBlockWithCoin();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "ItemBrickStar":
blockCoordinates = location.Split(' ');
block = new BrickBlockWithStar();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "QuestionBlock":
blockCoordinates = location.Split(' ');
block = new QuestionBlock();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "QuestionBlockEmpty":
blockCoordinates = location.Split(' ');
block = new QuestionBlockEmpty();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "QuestionBlockStar":
blockCoordinates = location.Split(' ');
block = new QuestionBlockStar();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "QuestionBlockCoin":
blockCoordinates = location.Split(' ');
block = new QuestionBlockCoin();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "UnbreakableBlock":
blockCoordinates = location.Split(' ');
block = new UnbreakableBlock();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "UsedBlock":
blockCoordinates = location.Split(' ');
block = new UsedBlock();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "GroundBlock":
blockCoordinates = location.Split(' ');
block = new GroundBlock();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "Pipe":
blockCoordinates = location.Split(' ');
block = new Pipe();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "PipeBottom":
blockCoordinates = location.Split(' ');
block = new PipeBottom();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
case "WarpPipe":
blockCoordinates = location.Split(' ');
WarpPipe pipe = new WarpPipe();
pipe.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
switch (pipe.Location.X)
{
case 1760:
pipe.WarpDestination = new Vector2(8000, 384);
break;
case 8736:
pipe.WarpDestination = new Vector2(2080, 352);
break;
}
blockList.Add((IBlock)pipe);
break;
case "FlagPole":
blockCoordinates = location.Split(' ');
block = new FlagPole();
block.Location = new Vector2(Int32.Parse(blockCoordinates[0]), Int32.Parse(blockCoordinates[1]));
blockList.Add(block);
break;
}
break;
case "Enemy":
switch (objectName)
{
case "Goomba":
string[] enemyCoordinates = location.Split(' ');
IEnemy enemy = new Goomba();
enemy.RowId = random.Next(0, 160);
enemy.Location = new Vector2(Int32.Parse(enemyCoordinates[0]), Int32.Parse(enemyCoordinates[1]));
enemyList.Add(enemy);
break;
case "Koopa":
enemyCoordinates = location.Split(' ');
enemy = new Koopa();
enemy.RowId = random.Next(0, 160);
enemy.Location = new Vector2(Int32.Parse(enemyCoordinates[0]), Int32.Parse(enemyCoordinates[1]));
enemyList.Add(enemy);
break;
}
break;
case "Item":
switch (objectName)
{
case "Coin":
string[] itemCoordinates = location.Split(' ');
IItem item = new Coin();
item.Location = new Vector2(Int32.Parse(itemCoordinates[0]), Int32.Parse(itemCoordinates[1]));
itemList.Add(item);
break;
case "FireFlower":
itemCoordinates = location.Split(' ');
item = new FireFlower();
item.Location = new Vector2(Int32.Parse(itemCoordinates[0]), Int32.Parse(itemCoordinates[1]));
itemList.Add(item);
break;
case "OneUpMush":
itemCoordinates = location.Split(' ');
item = new OneUpMushroom();
item.Location = new Vector2(Int32.Parse(itemCoordinates[0]), Int32.Parse(itemCoordinates[1]));
itemList.Add(item);
break;
case "SuperMush":
itemCoordinates = location.Split(' ');
item = new SuperMushroom();
item.Location = new Vector2(Int32.Parse(itemCoordinates[0]), Int32.Parse(itemCoordinates[1]));
itemList.Add(item);
break;
case "Star":
itemCoordinates = location.Split(' ');
item = new Star();
item.Location = new Vector2(Int32.Parse(itemCoordinates[0]), Int32.Parse(itemCoordinates[1]));
itemList.Add(item);
break;
}
break;
}
typeFlag = false;
nameFlag = false;
locationFlag = false;
}
}
}
PlayerLevel.Instance.BlockArray = blockList;
PlayerLevel.Instance.EnemyArray = enemyList;
PlayerLevel.Instance.ItemArray = itemList;
}
public bool TestMarioBlockCollisions()
{
IGameObject marioLeftBlock = new Mario(new Vector2(40, 52));
IGameObject leftBlock = new BrickBlock(new Vector2(50, 50));
IGameObject marioTopBlock = new Mario(new Vector2(101, 90));
IGameObject topBlock = new BrickBlock(new Vector2(100, 100));
IGameObject marioRightBlock = new Mario(new Vector2(160, 153));
IGameObject rightBlock = new BrickBlock(new Vector2(150, 150));
IGameObject marioBottomBlock = new Mario(new Vector2(200, 210));
IGameObject bottomBlock = new BrickBlock(new Vector2(200, 200));
IGameObject marioNoBlock = new Mario(new Vector2(0, 100));
IGameObject noCollisionBlock = new BrickBlock(new Vector2(0, 0));
Dictionary <Tuple <ObjectType, ObjectType, Object2Side>, ICollisionCommand> testDictionary = new Dictionary <Tuple <ObjectType, ObjectType, Object2Side>, ICollisionCommand>
{
{ new Tuple <ObjectType, ObjectType, Object2Side>(ObjectType.Mario, ObjectType.Block, Object2Side.Top), new MarioBlockCollisionTopCommand() },
{ new Tuple <ObjectType, ObjectType, Object2Side>(ObjectType.Mario, ObjectType.Block, Object2Side.Right), new MarioBlockCollisionRightCommand() },
{ new Tuple <ObjectType, ObjectType, Object2Side>(ObjectType.Mario, ObjectType.Block, Object2Side.Bottom), new MarioBlockCollisionBottomCommand() },
{ new Tuple <ObjectType, ObjectType, Object2Side>(ObjectType.Mario, ObjectType.Block, Object2Side.Left), new MarioBlockCollisionLeftCommand() }
};
AllCollisionHandler testHandler = new AllCollisionHandler(testDictionary);
Console.WriteLine("Tests for collision side of Mario-Brick collisions.");
string leftOutputDetails = "Succesful recognition of left side of block collision: ";
bool leftCollision = TestCollisionSide(leftOutputDetails, AllCollisionHandler.DetermineCollisionSide(marioLeftBlock.Destination, leftBlock.Destination), Object2Side.Left);
string topOutputDetails = "Succesful recognition of top side of block collision: ";
bool topCollision = TestCollisionSide(topOutputDetails, AllCollisionHandler.DetermineCollisionSide(marioTopBlock.Destination, topBlock.Destination), Object2Side.Top);
string rightOutputDetails = "Succesful recognition of right side of block collision: ";
bool rightCollision = TestCollisionSide(rightOutputDetails, AllCollisionHandler.DetermineCollisionSide(marioRightBlock.Destination, rightBlock.Destination), Object2Side.Right);
string bottomOutputDetails = "Succesful recognition of bottom side of block collision: ";
bool bottomCollision = TestCollisionSide(bottomOutputDetails, AllCollisionHandler.DetermineCollisionSide(marioBottomBlock.Destination, bottomBlock.Destination), Object2Side.Bottom);
string noCollisionOutputDetails = "Succesful recognition of no block collision: ";
bool noCollision = TestCollisionSide(noCollisionOutputDetails, AllCollisionHandler.DetermineCollisionSide(marioNoBlock.Destination, noCollisionBlock.Destination), Object2Side.NoCollision);
Console.WriteLine();
bool areCollisionsSuccessful = leftCollision && topCollision && rightCollision && bottomCollision && noCollision;
testHandler.HandleCollision(marioLeftBlock, leftBlock);
testHandler.HandleCollision(marioRightBlock, rightBlock);
testHandler.HandleCollision(marioBottomBlock, bottomBlock);
testHandler.HandleCollision(marioTopBlock, topBlock);
testHandler.HandleCollision(marioNoBlock, noCollisionBlock);
Console.WriteLine("Tests for collision side of handled Mario-Brick collisions (No collisions).");
string leftHandledOutputDetails = "Succesful handling of left side of block collision: ";
bool leftHandled = TestCollisionSide(leftHandledOutputDetails, AllCollisionHandler.DetermineCollisionSide(marioLeftBlock.Destination, leftBlock.Destination), Object2Side.NoCollision);
string topHandledOutputDetails = "Succesful handling of top side of block collision: ";
bool topHandled = TestCollisionSide(topHandledOutputDetails, AllCollisionHandler.DetermineCollisionSide(marioTopBlock.Destination, topBlock.Destination), Object2Side.NoCollision);
string rightHandledOutputDetails = "Succesful handling of right side of block collision: ";
bool rightHandled = TestCollisionSide(rightHandledOutputDetails, AllCollisionHandler.DetermineCollisionSide(marioRightBlock.Destination, rightBlock.Destination), Object2Side.NoCollision);
string bottomHandledOutputDetails = "Succesful handling of bottom side of block collision: ";
bool bottomHandled = TestCollisionSide(bottomHandledOutputDetails, AllCollisionHandler.DetermineCollisionSide(marioBottomBlock.Destination, bottomBlock.Destination), Object2Side.NoCollision);
string noCollisionHandledOutputDetails = "Succesful handling of no block collision: ";
bool noCollisionHandled = TestCollisionSide(noCollisionHandledOutputDetails, AllCollisionHandler.DetermineCollisionSide(marioNoBlock.Destination, noCollisionBlock.Destination), Object2Side.NoCollision);
Console.WriteLine();
bool areHandlingsSuccessful = leftHandled && topHandled && rightHandled && bottomHandled && noCollisionHandled;
marioLeftBlock.Draw(spriteBatch);
leftBlock.Draw(spriteBatch);
marioTopBlock.Draw(spriteBatch);
topBlock.Draw(spriteBatch);
marioRightBlock.Draw(spriteBatch);
rightBlock.Draw(spriteBatch);
marioBottomBlock.Draw(spriteBatch);
bottomBlock.Draw(spriteBatch);
marioNoBlock.Draw(spriteBatch);
noCollisionBlock.Draw(spriteBatch);
return(areCollisionsSuccessful && areHandlingsSuccessful);
}
public BrickBrokenState(BrickBlock block)
{
this.block = block;
}
private void MoveMario()
{
controller2D.Move(velocity * Time.fixedDeltaTime);
// After move check to see if we hit a ceiling or the ground.
// If so we want to reset velocity.y to 0 as it means we're ending
// a jump potentially.
if (controller2D.collisions.above || controller2D.collisions.below)
{
velocity.y = 0;
jumping = false;
hitBlockOnJump = false;
}
if (controller2D.collisions.left || controller2D.collisions.right)
{
velocity.x = 0;
}
UpdateAnimations();
if (!hitBlockOnJump)
{
GameObject ceilingObject = controller2D.HitCeilingObject();
GameObject groundObject = controller2D.HitGroundObject();
if (ceilingObject)
{
if (ceilingObject.tag == "BrickBlock")
{
BrickBlock brickBlock = ceilingObject.GetComponent <BrickBlock>();
brickBlock.HitBlock();
hitBlockOnJump = true;
}
if (ceilingObject.tag == "QuestionBlock")
{
QuestionBlock questionBlock = ceilingObject.GetComponent <QuestionBlock>();
questionBlock.HitBlock();
hitBlockOnJump = true;
}
}
if (groundObject)
{
if (groundObject.tag == "Enemy")
{
Enemy enemy = groundObject.GetComponent <Enemy>();
enemy.Damage();
hitBlockOnJump = true;
velocity.y = enemyJumpVelocity;
jumping = true;
}
}
}
GameObject itemObject = controller2D.HitItem();
if (itemObject)
{
if (itemObject.tag == "Mushroom")
{
MakeMarioBig();
Destroy(itemObject);
}
}
}
public IEntity AddBlock(XmlNode x, ContentManager content, GraphicsDevice graphics, CollisionDetection collisions)
{
bool isUnderworld = false;
switch (type)
{
case ("questionblock"):
QuestionBlock questionBlock = new QuestionBlock(content, graphics);
if (x.HasChildNodes)
{
for (int m = Constants.ZERO; m < x.ChildNodes.Count; m++)
{
IEntity childEntity = null;
XmlNode y = x.ChildNodes[m];
GetAttributes(y);
if (tag.Equals("item"))
{
childEntity = AddItem(content, graphics);
}
else if (tag.Equals("block"))
{
childEntity = AddBlock(y, content, graphics, collisions);
}
entity = childEntity;
SetProperties(collisions);
questionBlock.AddContainedItem(childEntity);
}
}
GetAttributes(x);
entity = questionBlock;
break;
case ("floorblock"):
isUnderworld = false;
entity = new FloorBlock(content, graphics, isUnderworld);
break;
case ("underworldFloor"):
isUnderworld = true;
entity = new FloorBlock(content, graphics, isUnderworld);
break;
case ("glassblock"):
GlassBlock glassBlock = new GlassBlock(content, graphics);
isGlass = true;
if (x.HasChildNodes)
{
for (int m = Constants.ZERO; m < x.ChildNodes.Count; m++)
{
IEntity childEntity = null;
XmlNode y = x.ChildNodes[m];
GetAttributes(y);
if (tag.Equals("block"))
{
childEntity = AddBlock(y, content, graphics, collisions);
}
entity = childEntity;
SetProperties(collisions);
glassBlock.AddContainedItem(childEntity);
}
}
GetAttributes(x);
entity = glassBlock;
break;
case ("brickblock"):
isUnderworld = false;
BrickBlock brickBlock = new BrickBlock(content, graphics, isUnderworld);
if (x.HasChildNodes)
{
for (int m = Constants.ZERO; m < x.ChildNodes.Count; m++)
{
IEntity childEntity = null;
XmlNode y = x.ChildNodes[m];
GetAttributes(y);
if (tag.Equals("item"))
{
childEntity = AddItem(content, graphics);
}
else if (tag.Equals("block"))
{
childEntity = AddBlock(y, content, graphics, collisions);
}
entity = childEntity;
SetProperties(collisions);
brickBlock.AddContainedItem(childEntity);
}
}
GetAttributes(x);
entity = brickBlock;
break;
case ("underworldBrick"):
Underworld = true;
BrickBlock underworldBrickBlock = new BrickBlock(content, graphics, Underworld);
if (x.HasChildNodes)
{
for (int m = Constants.ZERO; m < x.ChildNodes.Count; m++)
{
IEntity childEntity = null;
XmlNode y = x.ChildNodes[m];
GetAttributes(y);
if (tag.Equals("item"))
{
childEntity = AddItem(content, graphics);
}
else if (tag.Equals("block"))
{
childEntity = AddBlock(y, content, graphics, collisions);
}
entity = childEntity;
SetProperties(collisions);
underworldBrickBlock.AddContainedItem(childEntity);
}
}
GetAttributes(x);
entity = underworldBrickBlock;
break;
case ("warpPipe"):
WarpPipe warpPipe = new WarpPipe(content, graphics, ExitPipe, Underworld, MiniGame);
if (x.HasChildNodes)
{
for (int m = Constants.ZERO; m < x.ChildNodes.Count; m++)
{
IEntity childEntity = null;
XmlNode y = x.ChildNodes[m];
GetAttributes(y);
if (tag.Equals("enemy"))
{
childEntity = AddEnemy(content, graphics, peach);
}
else if (tag.Equals("block"))
{
childEntity = AddBlock(y, content, graphics, collisions);
}
entity = childEntity;
SetProperties(collisions);
warpPipe.AddContainedItem(childEntity);
}
}
GetAttributes(x);
entity = warpPipe;
break;
case ("stairblock"):
entity = new StairBlock(content, graphics);
break;
case ("usedblock"):
entity = new UsedBlock(content, graphics);
break;
case ("hiddenblock"):
isUnderworld = false;
HiddenBlock hiddenBlock = new HiddenBlock(content, graphics);
if (x.HasChildNodes)
{
for (int m = Constants.ZERO; m < x.ChildNodes.Count; m++)
{
IEntity childEntity = null;
XmlNode y = x.ChildNodes[m];
GetAttributes(y);
if (tag.Equals("item"))
{
childEntity = AddItem(content, graphics);
}
else if (tag.Equals("block"))
{
childEntity = AddBlock(y, content, graphics, collisions);
}
entity = childEntity;
SetProperties(collisions);
hiddenBlock.AddContainedItem(childEntity);
}
}
GetAttributes(x);
entity = hiddenBlock;
break;
case ("pipe"):
entity = new Pipe(content, graphics);
break;
case ("explodingBlock"):
entity = new ExplodingBlock(content, graphics, isGlass);
break;
case ("exitPipe"):
entity = new WarpPipe(content, graphics, ExitPipe, Underworld, MiniGame);
break;
default:
break;
}
return(entity);
}
public void BuildBlocks(string input)
{
if (Room.Id == 13)
{
buildblocks13(input); return;
}
switch (input)
{
//BLOCKS
case "TILE":
IBlock tile = new FloorBlock(Position);
Room.blocks.Add(tile);
break;
case "BLOK":
IBlock blok = new RegularBlock(Position);
Room.blocks.Add(blok);
break;
case "RFSH":
IBlock rfsh = new Face1Block(Position);
Room.blocks.Add(rfsh);
break;
case "LFSH":
IBlock lfsh = new Face2Block(Position);
Room.blocks.Add(lfsh);
break;
case "SPOT":
IBlock spot = new SpottedBlock(Position);
Room.blocks.Add(spot);
break;
case "BLCK":
IBlock blck = new BlackBlock(Position);
Room.blocks.Add(blck);
break;
case "BRIK":
IBlock brik = new BrickBlock(Position);
Room.blocks.Add(brik);
break;
case "DARK":
IBlock dark = new DarkBlueBlock(Position);
Room.blocks.Add(dark);
break;
case "STAR":
IBlock star = new StairsBlock(Position);
Room.blocks.Add(star);
break;
case "STIP":
IBlock stip = new StripeBlock(Position);
Room.blocks.Add(stip);
break;
case "MVBK":
IBlock mvbk = new MovingVertBlock(Position);
Room.blocks.Add(mvbk);
break;
case "MLBK":
IBlock mlbk = new MovingLeftBlock(Position);
Room.blocks.Add(mlbk);
break;
//ENEMIES
case "BBAT":
IEntity bat = new BlueBatEnemy(Position);
Room.enemies.Add(enemyID, bat);
enemyID++;
break;
case "SKLN":
IEntity skel = new SkeletonEnemy(Position);
Room.enemies.Add(enemyID, skel);
enemyID++;
break;
case "BOSS":
IAttack up = new FireAttack(1);
IAttack center = new FireAttack(0);
IAttack down = new FireAttack(2);
Room.enemies.Add(enemyID, up);
enemyID++;
Room.enemies.Add(enemyID, down);
enemyID++;
Room.enemies.Add(enemyID, center);
enemyID++;
Room.enemies.Add(enemyID, new FinalBossEnemy(Position, up, center, down));
enemyID++;
break;
case "FIRE":
IEntity fire = new FireEnemy(Position);
Room.enemies.Add(enemyID, fire);
enemyID++;
break;
case "GELY":
IEntity gel = new GelEnemy(Position);
gel.X = gel.Position.X + FOUR * Global.Var.SCALE;
gel.Y = gel.Position.Y + FOUR * Global.Var.SCALE;
Room.enemies.Add(enemyID, gel);
enemyID++;
break;
case "GORY":
IBoomerang goriyaBoomerang = new BoomerangItem();
IEntity goriya = new GoriyaEnemy(goriyaBoomerang, Position);
Room.enemyProj.Add(goriyaBoomerang);
Room.enemies.Add(enemyID, goriya);
enemyID++;
break;
case "HAND":
IEntity hand = new HandEnemy(Position);
Room.enemies.Add(enemyID, hand);
enemyID++;
break;
case "OLDM":
IEntity man = new OldManNPC(Position);
man.X = man.Position.X + EIGHT * Global.Var.SCALE;
Room.enemies.Add(enemyID, man);
enemyID++;
break;
case "MNFR":
IEntity fire1 = new FireEnemy(Position);
IEntity fire2 = new FireEnemy(Position);
Room.enemies.Add(enemyID, fire1);
enemyID++;
Room.enemies.Add(enemyID, fire2);
enemyID++;
IEntity manAndFire = new OldMan_FireEnemy(Position, fire1, fire2);
manAndFire.X = manAndFire.Position.X + EIGHT * Global.Var.SCALE;
Room.enemies.Add(enemyID, manAndFire);
enemyID++;
break;
case "SPKE":
IEntity spike = new SpikeEnemy(Position, spikeNum);
Room.enemies.Add(enemyID, spike);
enemyID++;
spikeNum++;
if (spikeNum > 4)
{
spikeNum = 1;
}
break;
//ITEMS
// Probably could use a static bomb and boomerang object now that I think of it.
case "KEYI":
IItem key = new KeyItem(Position);
key.X = key.Position.X + FOUR * Global.Var.SCALE;
Room.items.Add(key);
break;
case "BOWI":
IItem bow = new BowItem(Position);
Room.items.Add(bow);
break;
case "CLCK":
IItem clock = new ClockItem(Position);
Room.items.Add(clock);
break;
case "CMPS":
IItem compass = new CompassItem(Position);
compass.X = compass.Position.X + TWO * Global.Var.SCALE;
compass.Y = compass.Position.Y + TWO * Global.Var.SCALE;
Room.items.Add(compass);
break;
case "FARY":
IItem fairy = new FairyItem(Position);
Room.items.Add(fairy);
break;
case "HCON":
IItem hcont = new HeartContainerItem(Position);
hcont.X = hcont.Position.X + ONE * Global.Var.SCALE;
hcont.Y = hcont.Position.Y + ONE * Global.Var.SCALE;
Room.items.Add(hcont);
break;
case "HART":
IItem heart = new HeartItem(Position);
Room.items.Add(heart);
break;
case "MAPI":
IItem map = new MapItem(Position);
map.X = map.Position.X + FOUR * Global.Var.SCALE;
Room.items.Add(map);
break;
case "RUPE":
IItem rupee = new RupeeItem(Position);
Room.items.Add(rupee);
break;
case "BOMB":
IItem bomb = new BombStaticItem(Position);
Room.items.Add(bomb);
break;
case "BMRG":
IItem boom = new BoomerangStaticItem(Position);
boom.X = boom.Position.X + BMRG_X_OFFSET * Global.Var.SCALE;
boom.Y = boom.Position.Y + BMRG_Y_OFFSET * Global.Var.SCALE;
Room.items.Add(boom);
break;
case "BRUP":
IItem brup = new BlueRupeeItem(Position);
Room.items.Add(brup);
break;
case "TRIF":
IItem triforce = new TriforceItem(Position);
triforce.X = triforce.Position.X + ELEVEN * Global.Var.SCALE;
triforce.Y = triforce.Position.Y + ELEVEN * Global.Var.SCALE;
Room.items.Add(triforce);
break;
}
}
public BrickBlockBrokenCommand(BrickBlock block)
{
brickBlock = block;
}
public BrickBlockCommand(BrickBlock block, Peach peach)
{
Block = block;
Peach = peach;
}
public BrickStillState(BrickBlock block)
{
this.moveUp = false;
this.block = block;
}