public float ProducePower(float requestedPower)
{
if (this.ThermalChargers.Count == 0 && this.ThermalChargerMk2.Count == 0)
{
ThermalState = ThermalState.None;
return(0f);
}
temperature = GetThermalStatus(Cyclops);
float availableThermalEnergy = ThermalChargingFactor * Time.deltaTime * Cyclops.thermalReactorCharge.Evaluate(temperature);
if (availableThermalEnergy > PowerManager.MinimalPowerValue)
{
ThermalState = ThermalState.HeatAvailable;
float mk1Power = this.ThermalChargers.Count * availableThermalEnergy;
float mk2Power = this.ThermalChargerMk2.Count * availableThermalEnergy * PowerManager.Mk2ChargeRateModifier;
this.ThermalChargerMk2.RechargeBatteries(mk1Power + mk2Power);
return(mk1Power + mk2Power);
}
else if (this.SolarCharger.SolarState != SolarState.SunAvailable && this.ThermalChargerMk2.BatteryHasCharge)
{
ThermalState = ThermalState.BatteryAvailable;
return(this.ThermalChargerMk2.GetBatteryPower(PowerManager.BatteryDrainRate, requestedPower));
}
else
{
ThermalState = ThermalState.None;
return(0f);
}
}
/// <summary>
/// On each update, query the current thermal state, and fire the state changed event if the thermal state has
/// changed since the previous update.
/// </summary>
void Update()
{
ThermalState thermalState = currentThermalState;
if (m_PreviousThermalState.HasValue && (thermalState != m_PreviousThermalState.Value))
{
if (stateChanged != null)
{
stateChanged(new ThermalStateChange(m_PreviousThermalState.Value, thermalState));
}
}
m_PreviousThermalState = thermalState;
}
/// <summary>
/// Constructs a thermal state change with the previous and current thermal states.
/// </summary>
/// <param name="previousThermalState">The previous thermal state for a state change event.</param>
/// <param name="currentThermalState">The current thermal state for a state change event.</param>
public ThermalStateChange(ThermalState previousThermalState, ThermalState currentThermalState)
{
m_PreviousThermalState = previousThermalState;
m_CurrentThermalState = currentThermalState;
}
public ThermalProgressArgs(float temp, TimeSpan elapsed, ThermalState state)
{
Temperature = temp;
SecondsSinceStarted = elapsed;
State = state;
}
