public override AIState Update(Duck duck, DuckAI ai)
{
if (duck.holdObject != null && duck.holdObject is Gun)
{
return((AIState)null);
}
duck.ThrowItem();
if (this._target == null)
{
List <Thing> list1 = Level.current.things[typeof(Gun)].Where <Thing>((Func <Thing, bool>)(x => (x as Gun).ammo > 0 && (x as Gun).owner == null)).ToList <Thing>();
if (AI.Nearest(duck.position, list1) is Gun gun)
{
this._target = (Thing)gun;
ai.SetTarget(gun.position);
}
else
{
List <Thing> list2 = Level.current.things[typeof(ItemBox)].Where <Thing>((Func <Thing, bool>)(x => !(x as ItemBox)._hit)).ToList <Thing>();
if (!(AI.Nearest(duck.position, list2) is ItemBox itemBox))
{
return((AIState) new AIStateWait(Rando.Float(0.8f, 1f)));
}
this._target = (Thing)itemBox;
ai.SetTarget(itemBox.position + new Vec2(0.0f, 32f));
}
}
else if (this._target is ItemBox)
{
if ((double)Math.Abs(this._target.x - duck.x) < 8.0)
{
ai.locomotion.Jump(15);
return((AIState) new AIStateWait(Rando.Float(0.8f, 1f)));
}
}
else if (this._target.owner != null && this._target.owner != duck)
{
this._target = (Thing)null;
}
else if ((double)(this._target.position - duck.position).length < 18.0)
{
ai.Press("GRAB");
}
else
{
++this._refresh;
if (this._refresh > 10 && ai.canRefresh)
{
this._target = (Thing)null;
ai.canRefresh = false;
}
}
return((AIState)this);
}
public override AIState Update(Duck duck, DuckAI ai)
{
if (this._target == null)
{
List <Thing> list = Level.current.things[typeof(HatConsole)].ToList <Thing>();
if (!(AI.Nearest(duck.position, list) is HatConsole hatConsole))
{
return((AIState) new AIStateWait(Rando.Float(0.8f, 1f)));
}
this._target = (Thing)hatConsole;
ai.SetTarget(hatConsole.position);
return((AIState)this);
}
if ((double)(this._target.position - duck.position).length < 10.0 && duck.grounded)
{
this._wait -= 0.016f;
if ((double)this._wait <= 0.0)
{
if (!this._did1 || !(this._target as HatConsole).box._hatSelector.open)
{
ai.Press("SHOOT");
this._did1 = true;
}
this._wait2 -= 0.016f;
if ((double)this._wait2 <= 0.0 && (this._target as HatConsole).box._hatSelector.open)
{
if (!this._did2)
{
ai.Press("JUMP");
this._did2 = true;
}
this._wait3 -= 0.016f;
if ((double)this._wait3 <= 0.0)
{
this._wait3 = Rando.Float(0.2f);
if ((double)Rando.Float(1f) > 0.5)
{
if (this._moveLeft > 0)
{
ai.Press("LEFT");
--this._moveLeft;
}
else if (this._moveUp > 0)
{
ai.Press("UP");
--this._moveUp;
}
}
else if (this._moveUp > 0)
{
ai.Press("UP");
--this._moveUp;
}
else if (this._moveLeft > 0)
{
ai.Press("LEFT");
--this._moveLeft;
}
if (this._moveLeft == 0 && this._moveUp == 0)
{
if (!this._did3)
{
ai.Press("JUMP");
this._did3 = true;
}
this._wait4 -= 0.016f;
if ((double)this._wait4 <= 0.0)
{
ai.Press("QUACK");
return((AIState) new AIStateWait(Rando.Float(0.8f, 1f)));
}
}
}
}
}
}
return((AIState)this);
}
public override AIState Update(Duck duck, DuckAI ai)
{
if (!(duck.holdObject is Gun holdObject))
{
return((AIState)null);
}
if (holdObject.ammo <= 0)
{
duck.ThrowItem();
return((AIState) new AIStateWait(1f));
}
++this._refresh;
if (this._refresh > 10 && ai.canRefresh)
{
this._refresh = 0;
this._target = (Duck)null;
ai.canRefresh = false;
}
if (this._target == null)
{
List <Thing> list = Level.current.things[typeof(Duck)].Where <Thing>((Func <Thing, bool>)(x => x != duck && !(x as Duck).dead)).ToList <Thing>();
if (!(AI.Nearest(duck.position, list) is Duck duck1))
{
return((AIState) new AIStateWait(Rando.Float(0.8f, 1f)));
}
this._target = duck1;
ai.SetTarget(duck1.position);
}
else
{
if ((double)(duck.position - this._target.position).length < 10.0)
{
this._scatterWait -= 0.01f;
if ((double)this._scatterWait < 0.0)
{
List <Thing> list = Level.current.things[typeof(PathNode)].ToList <Thing>();
ai.SetTarget(list[Rando.Int(list.Count - 1)].position);
this._state.Push((AIState) new AIStateWait(1f + Rando.Float(1f)));
this._scatterWait = 1f;
}
}
if ((double)Math.Abs(duck.y - this._target.y) < 16.0 && (double)Math.Abs(duck.x - this._target.x) < 150.0 && Level.CheckRay <Duck>(duck.position + new Vec2((float)((int)duck.offDir * 10), 0.0f), this._target.position) == this._target)
{
if (Level.CheckLine <Block>(duck.position, this._target.position) == null)
{
this._targetWait -= 0.2f;
if ((double)this._targetWait <= 0.0 && (double)Rando.Float(1f) > 0.600000023841858)
{
ai.Press("SHOOT");
this._state.Push((AIState) new AIStateWait(Rando.Float(0.2f, 0.3f)));
return((AIState)this);
}
}
}
else
{
this._targetWait = 1f;
}
}
return((AIState)this);
}