public Hero(int x, int y) //Konstruktor, setzt Anfangsposition
{
checkpoint = new Vector2(x, y);
position.X = x;
position.Y = y;
cbox = new CollisionBox(Convert.ToInt32((double)Game1.luaInstance["heroCollisionOffsetX"]), Convert.ToInt32((double)Game1.luaInstance["heroCollisionOffsetY"]), Convert.ToInt32((double)Game1.luaInstance["heroCollisionWidth"]), Convert.ToInt32((double)Game1.luaInstance["heroCollisionHeight"]));
heroStartTime = Convert.ToInt32((double)Game1.luaInstance["heroStartTime"]);
spine = new Spine();
}
public PrincessSpieler(int x, int y) : base(x,y) //Konstruktor, setzt Anfangsposition
{
checkpoint = new Vector2(x, y);
position.X = x;
position.Y = y;
lastPosition = position;
cbox = new CollisionBox(-25, -150, 50, 140);
lifes = Game1.leben;
spine = new Spine();
initAcceleration = (float)Convert.ToInt32((double)Game1.luaInstance["playerAcceleration"]) / 100;
smashInitIntensity = Convert.ToInt32((double)Game1.luaInstance["playerSmashIntensity"]);
smashCooldown = 10 * 1000;
}
public Player(int x, int y) //Konstruktor, setzt Anfangsposition
{
checkpoint = new Vector2(x, y);
position.X = x;
position.Y = y;
lastPosition = position;
cbox = new CollisionBox(Convert.ToInt32((double)Game1.luaInstance["playerCollisionOffsetX"]), Convert.ToInt32((double)Game1.luaInstance["playerCollisionOffsetY"]), Convert.ToInt32((double)Game1.luaInstance["playerCollisionWidth"]), Convert.ToInt32((double)Game1.luaInstance["playerCollisionHeight"]));
lifes = Game1.leben;
spine = new Spine();
initAcceleration = (float)Convert.ToInt32((double)Game1.luaInstance["playerAcceleration"]) / 100;
smashInitIntensity = Convert.ToInt32((double)Game1.luaInstance["playerSmashIntensity"]);
smashCooldown = (float)Convert.ToDouble(Game1.luaInstance["playerMegaSchlagCooldown"]) * 1000;
}
public Vector2 CollisionCheckedVector(int x, int y, List<Block> list)
{
CollisionBox cboxnew = new CollisionBox((int)cbox.offset.X, (int)cbox.offset.Y, cbox.box.Width, cbox.box.Height);
cboxnew.Update(cbox.position);
Vector2 move = new Vector2(0, 0);
int icoll;
bool stop;
//Größere Koordinate als Iteration nehmen
if (Math.Abs(x) > Math.Abs(y))
{
icoll = Math.Abs(x);
}
else
{
icoll = Math.Abs(y);
}
//Iteration
for (int i = 1; i <= icoll; i++)
{
stop = false;
//Box für nächsten Iterationsschritt berechnen
cboxnew.box.X = this.cbox.box.X + ((x / icoll) * i);
cboxnew.box.Y = this.cbox.box.Y + ((y / icoll) * i);
//Gehe die Blöcke der Liste durch
foreach (Block block in list)
{
//Wenn Kollision vorliegt: Keinen weiteren Block abfragen
if (cboxnew.box.Intersects(block.cbox)&&block.block)
{
stop = true;
break;
}
}
if (stop == true) //Bei Kollision: Kollisionsabfrage mit letztem kollisionsfreien Zustand beenden
{
break;
}
else //Kollisionsfreien Fortschritt speichern
{
move.X = cboxnew.box.X - cbox.box.X;
move.Y = cboxnew.box.Y - cbox.box.Y;
}
}
return move;
}
public Monkey(Vector2 pos, int t,bool mover)
: base(pos, t,mover)//Konstruktor, setzt Anfangsposition
{
spine.Load(position, "skullmonkey", (float)Convert.ToDouble(Game1.luaInstance["monkeySize"]), acceleration);
cbox = new CollisionBox(Convert.ToInt32((double)Game1.luaInstance["monkeyCollisionOffsetX"]), Convert.ToInt32((double)Game1.luaInstance["monkeyCollisionOffsetY"]), Convert.ToInt32((double)Game1.luaInstance["monkeyCollisionWidth"]), Convert.ToInt32((double)Game1.luaInstance["monkeyCollisionHeight"]));
}