protected override void OnSetup(IBehaviourContext context)
{
var targetInput = Target[context];
var whilstInput = Whilst[context];
ConnectionEntry <int> stackSizeInput = StackSize[context];
bool isActive = false;
Buff buff = null;
IntegerStack.Modifier modifier = null;
Action changeHandler = () =>
{
if (targetInput.Value == null)
{
return;
}
if (whilstInput.Value)
{
if (!isActive)
{
if (Mode == ApplyMode.Add)
{
buff = new Buff(this, context);
BuffClock buffClock = new BuffClockFixed(this, context);
modifier = buffClock.StackSize.AddFlatModifier(stackSizeInput.Value);
buff.AddClock(buffClock);
targetInput.Value.Buffs.Add(buff);
}
else
{
buff = targetInput.Value.Buffs.Find(BuffToApply);
if (buff == null)
{
buff = new Buff(this, context);
targetInput.Value.Buffs.Add(buff);
}
BuffClock buffClock = new BuffClockFixed(this, context);
modifier = buffClock.StackSize.AddFlatModifier(stackSizeInput.Value);
buff.AddClock(buffClock);
}
isActive = true;
}
}
else if (isActive)
{
targetInput.Value.Buffs.Remove(buff);
isActive = false;
}
;
};
targetInput.OnBeforeChanged += () =>
{
if (targetInput.Value == null)
{
isActive = false;
return;
}
if (!isActive)
{
return;
}
Debug.Log("Ending");
targetInput.Value.Buffs.Remove(buff);
isActive = false;
};
stackSizeInput.OnAfterChanged += () =>
{
if (modifier != null)
{
modifier.Value = stackSizeInput.Value;
}
};
targetInput.OnAfterChanged += changeHandler;
whilstInput.OnAfterChanged += changeHandler;
changeHandler();
}
protected override void OnSetup(IBehaviourContext context)
{
EventEntry applyInput = Apply[context];
ConnectionEntry <RPGCharacter> targetInput = Target[context];
ConnectionEntry <float> durationInput = Duration[context];
ConnectionEntry <int> stackSizeInput = StackSize[context];
IntegerStack.Modifier modifier = null;
BuffClockDecaying refreshClock = null;
applyInput.OnEventFired += () =>
{
if (targetInput.Value == null)
{
return;
}
if (Mode == ApplyMode.AddNewBuff)
{
BuffClock buffClock = new BuffClockDecaying(this, context);
modifier = buffClock.StackSize.AddFlatModifier(stackSizeInput.Value);
Buff buff = new Buff(BuffToApply, targetInput.Value, buffClock);
targetInput.Value.Buffs.Add(buff);
}
else if (Mode == ApplyMode.SeperateClock)
{
BuffClock buffClock = new BuffClockDecaying(this, context);
modifier = buffClock.StackSize.AddFlatModifier(stackSizeInput.Value);
Buff buff = targetInput.Value.Buffs.Find(BuffToApply);
if (buff == null)
{
buff = new Buff(BuffToApply, targetInput.Value, buffClock);
targetInput.Value.Buffs.Add(buff);
}
else
{
buff.AddClock(buffClock);
}
}
else if (Mode == ApplyMode.Refresh || Mode == ApplyMode.RefreshAndAdd)
{
Buff buff = targetInput.Value.Buffs.Find(BuffToApply);
if (buff == null)
{
buff = new Buff(this, context);
targetInput.Value.Buffs.Add(buff);
}
if (refreshClock == null)
{
refreshClock = new BuffClockDecaying(this, context);
modifier = refreshClock.StackSize.AddFlatModifier(stackSizeInput.Value);
buff.AddClock(refreshClock);
refreshClock.OnRemove += () =>
{
refreshClock = null;
};
}
refreshClock.TimeRemaining = refreshClock.Duration;
if (Mode == ApplyMode.RefreshAndAdd)
{
refreshClock.StackSize.AddFlatModifier(stackSizeInput.Value);
}
}
else if (Mode == ApplyMode.Add)
{
Buff buff = targetInput.Value.Buffs.Find(BuffToApply);
if (buff == null)
{
buff = new Buff(this, context);
targetInput.Value.Buffs.Add(buff);
}
if (refreshClock == null)
{
refreshClock = new BuffClockDecaying(this, context);
modifier = refreshClock.StackSize.AddFlatModifier(stackSizeInput.Value);
buff.AddClock(refreshClock);
refreshClock.OnRemove += () =>
{
refreshClock = null;
};
}
refreshClock.StackSize.AddFlatModifier(stackSizeInput.Value);
}
};
stackSizeInput.OnAfterChanged += () =>
{
if (Mode != ApplyMode.Refresh)
{
return;
}
if (modifier != null)
{
modifier.Value = stackSizeInput.Value;
}
};
}
