public bool CanBeApplied(InteractionState state)
{
return(state.InteractionObject is Box &&
state.InteractingObject is Hero &&
(
state.NextToInteractionObject is Space ||
state.NextToInteractionObject is Pit
));
}
public InteractionState GetResolvedState(InteractionState state)
{
return(new InteractionState
{
InteractingObject = state.InteractingObject.Bottom,
InteractionObject = state.InteractingObject.WithBottom(state.InteractionObject),
NextToInteractionObject = state.NextToInteractionObject
});
}
public InteractionState GetResolvedState(InteractionState state)
{
(state.InteractingObject as Hero).State.CoinCount++;
return(new InteractionState
{
InteractingObject = state.InteractingObject.Bottom,
InteractionObject = state.InteractingObject,
NextToInteractionObject = state.NextToInteractionObject
});
}
public InteractionState GetResolvedState(InteractionState state)
{
var decreasedCounterWall = new CounterWall((state.InteractionObject as CounterWall).Count - 1);
var bottom = decreasedCounterWall.Count > 0 ? decreasedCounterWall as GameObject : new Wall() as GameObject;
return(new InteractionState
{
InteractingObject = state.InteractingObject.Bottom,
InteractionObject = state.InteractingObject.WithBottom(bottom),
NextToInteractionObject = state.NextToInteractionObject
});
}
public bool CanBeApplied(InteractionState state)
{
return(state.InteractionObject is CounterWall &&
state.InteractingObject is Hero);
}
public bool CanBeApplied(InteractionState state)
{
return((state.InteractionObject is Space ||
state.InteractionObject is Pit) &&
state.InteractingObject is Hero);
}
public bool CanBeApplied(InteractionState state)
{
return(state.InteractionObject is BreakableWall &&
(state.InteractingObject as Hero)?.State?.CoinCount - 1 >= 0);
}
