public static CurrentOutputAtGivenLoadStep GetCurrentOutputAtGivenLoadStep(int CurrentLoadStep, AciModelInputs objAciInput, eRCM_KernelControl objACIkernal)
{
CurrentOutputAtGivenLoadStep resCurrentOutput = new CurrentOutputAtGivenLoadStep();
objACIkernal.CurrentLoadStep = CurrentLoadStep;
objACIkernal.ChangeOpCondition(objAciInput.PsG, objAciInput.PdG, objAciInput.Rpm,
objAciInput.Ts1, objAciInput.Ts2, objAciInput.Ts3, objAciInput.Ts4, objAciInput.Ts5, objAciInput.Ts6);
//Ideal Load Step
resCurrentOutput.CurrentLoadStep = CurrentLoadStep;
resCurrentOutput.CurrentLoadStepDetail = objACIkernal.LoadStepName(CurrentLoadStep);
resCurrentOutput.CurrentLoad = objACIkernal.LoadArray(CurrentLoadStep);
resCurrentOutput.CurrentFlow = objACIkernal.FlowArray(CurrentLoadStep);
resCurrentOutput.CurrentFuelRate = objACIkernal.EngineDataFuelRate();
return(resCurrentOutput);
}
public static IdealOutputAtGivenTorque GetIdealOutputAtGivenTorque(int CurrentLoadStep, double torque, AciModelInputs objAciInput, eRCM_KernelControl objACIkernal)
{
IdealOutputAtGivenTorque resIdealOutput = new IdealOutputAtGivenTorque();
objACIkernal.TorqueLimit = torque;
objACIkernal.CurrentLoadStep = CurrentLoadStep;
objACIkernal.ChangeOpCondition(objAciInput.PsG, objAciInput.PdG, objAciInput.Rpm,
objAciInput.Ts1, objAciInput.Ts2, objAciInput.Ts3, objAciInput.Ts4, objAciInput.Ts5, objAciInput.Ts6);
//Ideal Load Step
resIdealOutput.IdealLoadStepAtGivenTorque = objACIkernal.FindOptimalLoadStep(1, 0, 0);
resIdealOutput.IdealLoadStepDetailAtGivenTorque = objACIkernal.LoadStepName(objACIkernal.FindOptimalLoadStep(1, 0, 0));
resIdealOutput.IdealLoadAtGivenTorque = objACIkernal.LoadArray(objACIkernal.FindOptimalLoadStep(1, 0, 0));
resIdealOutput.IdealFlowAtGivenTorque = objACIkernal.FlowArray(objACIkernal.FindOptimalLoadStep(1, 0, 0));
resIdealOutput.IdealFuelRateAtGivenTorque = objACIkernal.EngineDataFuelRate();
return(resIdealOutput);
}