public string Description(IBehaviourContext character)
{
ConnectionEntry <RPGCharacter> targetInput = Target.GetEntry(character);
ConnectionEntry <float> effectInput = Effect.GetEntry(character);
StatInstance inst = targetInput.Value.Stats[entry];
return(Display.Replace("{0}", inst.Info.RenderModifier(effectInput.Value, Scaling)));
}
protected override void OnSetup(IBehaviourContext character)
{
ConnectionEntry <float> valueAInput = ValueA.GetEntry(character);
ConnectionEntry <float> valueBInput = ValueB.GetEntry(character);
ConnectionEntry <bool> output = Output.GetEntry(character);
Action updateHandler = () =>
{
if (Operator == Comparison.Equal)
{
output.Value = valueAInput.Value == valueBInput.Value;
}
else if (Operator == Comparison.Greater)
{
output.Value = valueAInput.Value > valueBInput.Value;
}
else if (Operator == Comparison.Less)
{
output.Value = valueAInput.Value < valueBInput.Value;
}
};
valueAInput.OnAfterChanged += updateHandler;
valueBInput.OnAfterChanged += updateHandler;
updateHandler();
}
protected override void OnSetup(IBehaviourContext character)
{
ConnectionEntry <RPGCharacter> centerInput = Center.GetEntry(character);
ConnectionEntry <bool> includeCasterInput = IncludeCaster.GetEntry(character);
ConnectionEntry <float> distanceInput = Distance.GetEntry(character);
CharacterConnection.EntryCollection targetsOutput = Targets.GetEntry(character);
GameObject proximityHolder = new GameObject("Proximity Cheacker");
ProximityChecker proximity = proximityHolder.AddComponent <ProximityChecker> ();
proximity.enabled = false;
proximity.Conditions += (RPGCharacter target) =>
{
return(includeCasterInput.Value ? true : target != centerInput.Value);
};
proximity.OnEnter += (RPGCharacter target) =>
{
targetsOutput.Add(target);
};
proximity.OnExit += (RPGCharacter target) =>
{
targetsOutput.Remove(target);
};
Action changeHandler = () =>
{
if (centerInput.Value == null)
{
proximityHolder.transform.SetParent(null);
proximity.enabled = false;
return;
}
proximityHolder.transform.SetParent(centerInput.Value.transform);
proximityHolder.transform.localPosition = Vector3.zero;
proximity.enabled = true;
};
Action distanceChangeHandler = () =>
{
proximity.Distance = distanceInput.Value;
};
distanceChangeHandler();
changeHandler();
centerInput.OnAfterChanged += changeHandler;
distanceInput.OnAfterChanged += distanceChangeHandler;
}
protected override void OnSetup(IBehaviourContext character)
{
ConnectionEntry <float> valueAInput = ValueA.GetEntry(character);
ConnectionEntry <float> valueBInput = ValueB.GetEntry(character);
ConnectionEntry <float> output = Output.GetEntry(character);
Action updateHandler = () =>
{
output.Value = valueAInput.Value + valueBInput.Value;
};
valueAInput.OnAfterChanged += updateHandler;
valueBInput.OnAfterChanged += updateHandler;
updateHandler();
}
protected override void OnSetup(IBehaviourContext character)
{
ConnectionEntry <float> minInput = Min.GetEntry(character);
ConnectionEntry <float> maxInput = Max.GetEntry(character);
ConnectionEntry <float> output = Output.GetEntry(character);
Action updateHandler = () =>
{
output.Value = UnityEngine.Random.Range(minInput.Value, maxInput.Value);
};
minInput.OnAfterChanged += updateHandler;
maxInput.OnAfterChanged += updateHandler;
updateHandler();
}
protected override void OnSetup(IBehaviourContext context)
{
ConnectionEntry <int> firesInput = Fires[context];
ConnectionEntry <float> perSecondsInput = PerSeconds.GetEntry(context);
ConnectionEntry <float> spacingInput = Spacing.GetEntry(context);
EventEntry eventInput = Event[context];
EventEntry limitedtOutput = Limited[context];
Queue <float> FiringTimes = new Queue <float> ();
float lastFiringTime = float.MinValue;
eventInput.OnEventFired += () =>
{
if (Time.time < lastFiringTime + spacingInput.Value)
{
return;
}
if (FiringTimes.Count < firesInput.Value)
{
FiringTimes.Enqueue(Time.time);
lastFiringTime = Time.time;
limitedtOutput.Invoke();
}
else
{
float lastTime = FiringTimes.Peek();
if (Time.time > lastTime + perSecondsInput.Value)
{
FiringTimes.Dequeue();
FiringTimes.Enqueue(Time.time);
lastFiringTime = Time.time;
limitedtOutput.Invoke();
}
}
};
}
