currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSCO2InFlowRateActuatorName));
currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSPotableWaterInFlowRateActuatorName));
	public void setActuators() {		GenericActuator currentActuator;		BioModule myModule;		if (SimState.get("dirtywater") == "low" || SimState.get("potablewater") == "high") {			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myWaterRSPowerInFlowRateActuatorName));			currentActuator.setValue(0);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myWaterRSDirtyWaterInFlowRateActuatorName));			currentActuator.setValue(0);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myWaterRSGreyWaterInFlowRateActuatorName));			currentActuator.setValue(0);		}		if (SimState.get("potablewater") == "low" || SimState.get("dirtywater") == "high") {			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myWaterRSPowerInFlowRateActuatorName));			currentActuator.setValue(468);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myWaterRSDirtyWaterInFlowRateActuatorName));			currentActuator.setValue(100);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myWaterRSGreyWaterInFlowRateActuatorName));			currentActuator.setValue(100);		}		if (SimState.get("biomass") != "high") {			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myBiomassRSPowerInFlowRateActuatorName));			currentActuator.setValue(400);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myBiomassRSGreyWaterInFlowRateActuatorName));			currentActuator.setValue(5);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myBiomassRSPotableWaterInFlowRateActuatorName));			currentActuator.setValue(10);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myFoodProcessorPowerInFlowRateActuatorName));			currentActuator.setValue(0);		}		if (SimState.get("food") == "low" ) {			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myFoodProcessorPowerInFlowRateActuatorName));			currentActuator.setValue(100);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myFoodProcessorBiomassInFlowRateActuatorName));			currentActuator.setValue(10);		}		if (SimState.get("food") == "high" && SimState.get("biomass") == "low") {			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myFoodProcessorPowerInFlowRateActuatorName));			currentActuator.setValue(0);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myFoodProcessorBiomassInFlowRateActuatorName));			currentActuator.setValue(0);		}		if (SimState.get("oxygen") == "low") {			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSPowerInFlowRateActuatorName));			currentActuator.setValue(300);			// OGS on			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSPotableWaterInFlowRateActuatorName));			currentActuator.setValue(0.5f);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSO2OutFlowRateActuatorName));			currentActuator.setValue(100f);		}		if (SimState.get("oxygen") == "high" ) {			// OGS off			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSPotableWaterInFlowRateActuatorName));			currentActuator.setValue(0f);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSO2OutFlowRateActuatorName));			currentActuator.setValue(0f);		}		if (SimState.get("carbondioxide") == "high") {			//turn off VCCR			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSAirInFlowRateActuatorName));			currentActuator.setValue(0f);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSCO2OutFlowRateActuatorName));			currentActuator.setValue(0f);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSAirOutFlowRateActuatorName));			currentActuator.setValue(0f);			//turn on CRS			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSCO2InFlowRateActuatorName));			currentActuator.setValue(100f);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSPotableWaterOutFlowRateActuatorName));			currentActuator.setValue(100f);		}		if (SimState.get("carbondioxide") == "low") {			//turn on VCCR			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSAirInFlowRateActuatorName));			currentActuator.setValue(100f);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSCO2OutFlowRateActuatorName));			currentActuator.setValue(100f);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSAirOutFlowRateActuatorName));			currentActuator.setValue(100f);			//turn off CRS			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSCO2InFlowRateActuatorName));			currentActuator.setValue(0f);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSPotableWaterOutFlowRateActuatorName));			currentActuator.setValue(0f);		}		if (SimState.get("hydrogen") == "low") {			//turn off CRS			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSCO2InFlowRateActuatorName));			currentActuator.setValue(0f);			currentActuator = (GenericActuator)(BioHolder.getBioModule(BioHolder.myAirRSPotableWaterOutFlowRateActuatorName));			currentActuator.setValue(0f);		}		doAccumulatorsInjectors();	}