public override BTState EBUpdate()
{
if (AutoStart && !isInit)
{
return(Init());
}
else
{
if (electricity == null)
{
electricity = GetComponent <ElectricityConsumption> ();
}
foreach (Light light in lights)
{
light.gameObject.SetActive(!light.gameObject.activeInHierarchy);
if (light.gameObject.activeInHierarchy)
{
electricity.Consume(1, phase1ActiveDelta, phase1ReactiveDelta);
electricity.Consume(2, phase2ActiveDelta, phase2ReactiveDelta);
electricity.Consume(3, phase3ActiveDelta, phase3ReactiveDelta);
}
else
{
electricity.Release(1, phase1ActiveDelta, phase1ReactiveDelta);
electricity.Release(2, phase2ActiveDelta, phase2ReactiveDelta);
electricity.Release(3, phase3ActiveDelta, phase3ReactiveDelta);
}
}
return(BTState.SUCCEEDED);
}
}
private void Decrease()
{
ElectricityConsumption electricity = GetComponent <ElectricityConsumption> ();
electricity.Release(1, phase1ActiveDelta, phase1ReactiveDelta);
electricity.Release(2, phase2ActiveDelta, phase2ReactiveDelta);
electricity.Release(3, phase3ActiveDelta, phase3ReactiveDelta);
}
public override BTState EBUpdate()
{
ElectricityConsumption electricity = GetComponent <ElectricityConsumption> ();
electricity.Release(1, phase1ActiveDelta, phase1ReactiveDelta);
electricity.Release(2, phase2ActiveDelta, phase2ReactiveDelta);
electricity.Release(3, phase3ActiveDelta, phase3ReactiveDelta);
return(BTState.SUCCEEDED);
}
public override BTState EBUpdate()
{
Debug.Log("Start increase");
ElectricityConsumption electricity = GetComponent <ElectricityConsumption> ();
electricity.Consume(1, phase1ActiveDelta, phase1ReactiveDelta);
electricity.Consume(2, phase2ActiveDelta, phase2ReactiveDelta);
electricity.Consume(3, phase3ActiveDelta, phase3ReactiveDelta);
return(BTState.SUCCEEDED);
}
private BTState Init()
{
if (electricity == null)
{
electricity = GetComponent <ElectricityConsumption> ();
}
foreach (Light light in lights)
{
if (light.gameObject.activeInHierarchy)
{
electricity.Consume(1, phase1ActiveDelta, phase1ReactiveDelta);
electricity.Consume(2, phase2ActiveDelta, phase2ReactiveDelta);
electricity.Consume(3, phase3ActiveDelta, phase3ReactiveDelta);
}
}
isInit = true;
return(BTState.SUCCEEDED);
}
private void Noise()
{
int scale = 10;
ElectricityConsumption electricity = GetComponent <ElectricityConsumption> ();
if (!noiseAdded)
{
electricity.Consume(1, phase1ActiveDelta / scale, phase1ReactiveDelta / scale);
electricity.Consume(2, phase2ActiveDelta / scale, phase2ReactiveDelta / scale);
electricity.Consume(3, phase3ActiveDelta / scale, phase3ReactiveDelta / scale);
noiseAdded = true;
}
else
{
electricity.Release(1, phase1ActiveDelta / scale, phase1ReactiveDelta / scale);
electricity.Release(2, phase2ActiveDelta / scale, phase2ReactiveDelta / scale);
electricity.Release(3, phase3ActiveDelta / scale, phase3ReactiveDelta / scale);
noiseAdded = false;
}
}
