public void change(bEntity e)
{
active = !active;
if (active)
onActivate(e);
else
onDeactivate(e);
}
public virtual bool collides(bEntity e, string[] categories, Func<bEntity, bEntity, bool> condition = null)
{
foreach (string category in categories)
if (entities[category] != null)
foreach (bEntity ge in entities[category])
if (ge != e && ge.collidable && e.collides(ge) && (condition == null || condition(e, ge)))
return true;
return false;
}
public override void init()
{
entities.Clear();
entities.Add("solid", new List<bEntity>());
aiPlayer = new AIPlayer();
players = new Ringo[2];
players[0] = new Ringo(50, 70);
_add(players[0], "solid");
players[0].controls = aiPlayer.controls;
//players[0].controls.down = delegate
//{
// //return GamePad.GetState(PlayerIndex.One).ThumbSticks.Left.Y < -bGame.input.getJoystickDeadzone();
// return bGame.input.check(Keys.Up);
//};
//players[0].controls.up = delegate
//{
// //return GamePad.GetState(PlayerIndex.One).ThumbSticks.Left.Y > bGame.input.getJoystickDeadzone();
// return bGame.input.check(Keys.Down);
//};
players[1] = new Ringo(90, 70, Ringo.Dir.Left);
players[1].controls.A = delegate { return bGame.input.pressed("A2"); };
players[1].controls.B = delegate { return bGame.input.pressed("B2"); };
players[1].controls.up = delegate {
//return GamePad.GetState(PlayerIndex.One).ThumbSticks.Left.Y < -bGame.input.getJoystickDeadzone();
return bGame.input.check(Keys.Up);
};
players[1].controls.down = delegate
{
//return GamePad.GetState(PlayerIndex.One).ThumbSticks.Left.Y > bGame.input.getJoystickDeadzone();
return bGame.input.check(Keys.Down);
};
players[1].controls.left = delegate { return bGame.input.check(Keys.Left); };
players[1].controls.right = delegate { return bGame.input.check(Keys.Right); };
_add(players[1], "solid");
players[1].life = 10;
players[1].playerNo = 1;
bg = new bStamp(game.Content.Load<Texture2D>("ring_bg"));
fg = new bStamp(game.Content.Load<Texture2D>("ring_fg"));
int wallw = 20;
bEntity wall_1 = new bEntity(-wallw, 0);
wall_1.mask.w = wallw;
wall_1.mask.h = game.getHeight();
bEntity wall_2 = new bEntity(game.getWith(), 0);
wall_2.mask.w = wallw;
wall_2.mask.h = game.getHeight();
_add(wall_1, "solid");
_add(wall_2, "solid");
MediaPlayer.Play((game as Rin).bgSong);
}
public virtual void actuallyRemove(bEntity e)
{
String c = categories[e];
if (c != null)
{
entities[c].Remove(e);
categories.Remove(e);
}
}
public virtual bEntity instanceCollision(bEntity e, string[] categories, string attr = null, Func<bEntity, bEntity, bool> condition = null)
{
foreach (string category in categories)
if (entities[category] != null)
foreach (bEntity ge in entities[category])
if (ge != e && ge.collidable && e.collides(ge) && (condition == null || condition(e, ge)))
if (attr == null || ge.hasAttribute(attr))
return ge;
return null;
}
public virtual bool add(bEntity ge, String category)
{
birthRow.Add(new Pair<bEntity, String>(ge, category));
return true;
}
// invalidate method to use body mask
public override bool collides(bEntity other)
{
return true;
}
public virtual void onCollision(String type, bEntity other, Pair<bBody, bBody>[] collisionPairs)
{
}
protected override bool _add(bEntity e, string category)
{
entities[category].Add(e);
return base._add(e, category);
}
protected bool isPlayerEntity(bEntity self, bEntity other)
{
return (other is Player);
}
protected bool solidCheck(bEntity self, bEntity other)
{
if (other is Entity)
return (other as Entity).solid;
else
return true;
}
public void onDeactivate(bEntity e)
{
}
public bool onewaysolidCondition(bEntity me, bEntity other)
{
if (me is PickableBlock)
{
PickableBlock p = me as PickableBlock;
return (p.initialPosition.Y + p.mask.offsety + me.mask.h <= other.mask.y);
}
else
return true;
}
public void onActivate(bEntity e)
{
}
public void deactivate(bEntity e)
{
active = false;
onDeactivate(e);
}
public override void onEndCarry()
{
_graphic.play("walk");
collidable = true;
carrierEntity = null;
}
public void activate(bEntity e)
{
active = true;
onActivate(e);
}
public override void onInitCarry(bEntity other)
{
_graphic.play("carried");
collidable = false;
if (other is ICarrier)
carrierEntity = other;
}
public virtual void onInitCarry(bEntity other)
{
collidable = false;
}
public virtual List<bEntity> instancesCollision(bEntity e, string category, string attr = null, Func<bEntity, bEntity, bool> condition = null)
{
return instancesCollision(e, new string[] { category }, attr, condition);
}
protected bool activableCheck(bEntity self, bEntity other)
{
return (other is IActivable);
}
public virtual List<bEntity> instancesCollision(bEntity e, string[] categories, string attr = null, Func<bEntity, bEntity, bool> condition = null)
{
List<bEntity> result = new List<bEntity>();
foreach (string category in categories)
if (entities[category] != null)
foreach (bEntity ge in entities[category])
if (ge != e && ge.collidable && e.collides(ge) && (condition == null || condition(e, ge)))
if (attr == null || ge.hasAttribute(attr))
result.Add(ge);
return result;
}
public virtual void onCollision(String type, bEntity other)
{
}
public virtual bool isInstanceInView(bEntity e)
{
// TODO: Handle invisible and not managed by world entities
return true;
}
public virtual bool collides(bEntity other)
{
return this.mask.collides(other.mask);
}
public virtual void remove(bEntity e)
{
deathRow.Add(e);
}
protected virtual bool _add(bEntity e, String category)
{
// Store container list
categories[e] = category;
e.world = this;
e.game = this.game;
e.init();
return true;
}
public override void onCollision(string type, bEntity other, Pair<bBody, bBody>[] collisionPairs)
{
base.onCollision(type, other, collisionPairs);
if (!type.Equals("fists") || actionState == ActionState.punchReturn)
return;
// Pairs are (other, me), always dealing with bodies
bool hitHead = false;
foreach (Pair<bBody, bBody> item in collisionPairs)
{
if (item.second.name.Equals("fists"))
{
(other as Ringo).body.attached["fists"].bodyPart.currentAnim.speed *= -1;
(other as Ringo).actionState = ActionState.punchReturn;
SoundEffect soundEffect;
soundEffect = game.Content.Load<SoundEffect>("fist-fist");
soundEffect.Play();
return;
}
else if (item.second.name.Equals("head"))
{
hitHead = true;
}
}
if (collisionPairs.Count() >= 1 && (other as Ringo).myHit != hisHit)
{
SoundEffect soundEffect;
soundEffect = game.Content.Load<SoundEffect>("fist-body");
soundEffect.Play();
// right punch is shorter but deals more damage
// head hurts the most
int damage = 1;
if (hitHead)
{
body.attached["head"].bodyPart.play("damage");
damage = 3;
headDamaged = true;
}
else
{
if ((other as Ringo).myHit % 2 == 0)
{
// right punch
damage = 1;
}
else
{
// left punch
damage = 2;
}
bodyDamaged = true;
body.play("damage");
}
life = Math.Max(0, life - damage);
if (life == 0)
{
actionState = ActionState.dead;
}
hisHit = (other as Ringo).myHit;
}
}
