//Collision Tests
public void BlockCollisionTest(HUD hud, IList<IBlock> blocks, IList<IItem> items)
{
Tuple<int, int, bool, bool> result = blockCollision.BlockCollisionTest(sound, hud, blocks, xPosition, yPosition, items, camera);
xPosition = result.Item1;
yPosition = result.Item2;
Physics.setHitCeiling(result.Item3);
Physics.setHitGround(result.Item4);
}
public OnePlayerLevel(IList<IItem> i, IList<IEnemy> e, IList<IBlock> b, IList<IProjectile> p, Mario m, Camera c, HUD h, SoundEffects s, Blocks.Flagpole f)
{
itemList = i;
enemyList = e;
blockList = b;
projectileList = p;
mario = m;
camera = c;
background = new BackgroundOne(c);
undergroundBackground = new UndergroundBackground(c);
hud = h;
sound = s;
flagpole = f;
onFlagpole = false;
}
private static OnePlayerLevel LoadLevel(StreamReader stream, SoundEffects s)
{
List<IEnemy> enemies = new List<IEnemy>();
List<IBlock> blocks = new List<IBlock>();
List<IItem> items = new List<IItem>();
List<IProjectile> projectiles = new List<IProjectile>();
Mario mario = null;
Luigi luigi = null;
Flagpole flagpole = null;
Camera cam = new Camera();
HUD hud = new HUD();
SoundEffects sound = s;
String tag;
stream.ReadLine(); //should be <level>
while ((tag = stream.ReadLine()) != null && !tag.Equals("</level>"))
{
string[] words = tag.Split(' ');
int? xpos = null;
int? ypos = null;
bool isMario = false;
bool isLuigi = false;
if (words[0].Equals("<mario")) isMario = true;
if (words[0].Equals("<luigi")) isLuigi = true;
//because type uniquely specifies things anyways, and type is required for non marios, no need to check for the other possibilities here.
String type = "";
for (int wordsCount = 1; wordsCount < words.Length; wordsCount++)
{
if (words[wordsCount].Length >= 6)
{
if(words[wordsCount].Substring(0,5).Equals("type="))
{
type = words[wordsCount].Substring(5).Trim('"').ToLower();
}
else if (words[wordsCount].Substring(0, 5).Equals("xpos="))
{
xpos = Int32.Parse(words[wordsCount].Substring(5).Trim('"'));
}
else if (words[wordsCount].Substring(0, 5).Equals("ypos="))
{
ypos = Int32.Parse(words[wordsCount].Substring(5).Trim('"'));
}
}
}
if (!xpos.HasValue || !ypos.HasValue) continue; //if we didn't read a position, we can't place it in the world. (if we didn't read a type, then type = "" and it wont get placed in a list anyways)
if (isMario)
{
mario = new Mario(xpos.Value, ypos.Value, cam, sound, projectiles);
}
else
{
switch (type.Trim('"'))
{
case "goomba":
enemies.Add(new Goomba(xpos.Value, ypos.Value, cam));
break;
case "greenkoopa":
enemies.Add(new GreenKoopa(xpos.Value, ypos.Value, cam));
break;
case "redkoopa":
enemies.Add(new RedKoopa(xpos.Value, ypos.Value, cam));
break;
case "piranha":
enemies.Add(new Piranha(xpos.Value, ypos.Value, cam));
break;
case "brick":
blocks.Add(new Brick(xpos.Value, ypos.Value, cam, BrickState.bempty));
break;
case "starbrick":
blocks.Add(new Brick(xpos.Value, ypos.Value, cam, BrickState.bstar));
break;
case "hitqblock":
blocks.Add(new Brick(xpos.Value, ypos.Value, cam, BrickState.qempty));
break;
case "qblock":
blocks.Add(new Brick(xpos.Value, ypos.Value, cam, BrickState.qcoin));
break;
case "qitem":
blocks.Add(new Brick(xpos.Value, ypos.Value, cam, BrickState.qitem));
break;
case "qlife":
blocks.Add(new Brick(xpos.Value, ypos.Value, cam, BrickState.qlife));
break;
case "pipe":
blocks.Add(new Pipe(xpos.Value, ypos.Value, cam));
break;
case "pipe2":
blocks.Add(new Pipe2(xpos.Value, ypos.Value, cam));
break;
case "vpipe":
blocks.Add(new VerticalWarpPipe(xpos.Value, ypos.Value, cam));
break;
case "hpipe":
blocks.Add(new HorizontalWarpPipe(xpos.Value, ypos.Value, cam));
break;
case "roughplatform":
blocks.Add(new RoughPlatform(xpos.Value, ypos.Value, cam));
break;
case "smoothplatform":
blocks.Add(new SmoothPlatform(xpos.Value, ypos.Value, cam));
break;
case "flagpole":
flagpole = new Flagpole(xpos.Value, ypos.Value, cam);
break;
case "castle":
blocks.Add(new Castle(xpos.Value, ypos.Value, cam));
break;
case "greenplatform":
blocks.Add(new GreenRoughPlatform(xpos.Value, ypos.Value, cam));
break;
case "greenbrick":
blocks.Add(new GreenBrick(xpos.Value, ypos.Value, cam));
break;
case "coin":
items.Add(new Coin(xpos.Value, ypos.Value, cam));
break;
case "fireflower":
items.Add(new Fireflower(xpos.Value, ypos.Value, cam));
break;
case "mushroom":
items.Add(new Mushroom(xpos.Value, ypos.Value, cam));
break;
case "oneup":
items.Add(new Oneup(xpos.Value, ypos.Value, cam));
break;
case "star":
items.Add(new Star(xpos.Value, ypos.Value, cam));
break;
default:
break;
}
}
}
cam.Init(mario);
return new OnePlayerLevel(items, enemies, blocks, projectiles, mario, cam, hud, sound, flagpole);
}
public void Hit(IList<IItem> items, bool isMario, bool isBig, HUD h,SoundEffects s)
{
}
public void EnemyCollisionTest(HUD hud, IList<IEnemy> enemies)
{
Tuple<int, bool> result = enemyCollision.EnemyCollisionTest(this, hud, enemies, xPosition, sound);
xPosition = result.Item1;
enemyKilled = result.Item2;
if (enemyKilled)
{
Physics.resetBounceCounter();
enemyKillSequence = true;
}
}
public void ItemCollisionTest(HUD hud, IList<IItem> items)
{
itemCollision.ItemCollisionTest(sound, hud, items);
}
