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);
}
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 void GetACIOutput(Service unit, string ViewerFilePath)
{
PISystems piSystems = new PISystems();
PISystem piSystem;
AFDatabase database;
string error = "";
string error1 = "";
Outputs objOutputUnit = null;
CurrentOutputAtGivenLoadStep resCurrentOutputs = null;
IdealOutputAtGivenTorque resIdealOtpsAt90T = null, resIdealOtpsAt95T = null, resIdealOtpsAt100T = null;
IList <PIPoint> lstPiPointForUnit = null;
AFNamedCollectionList <AFElement> AllElements = new AFNamedCollectionList <AFElement>();
AFValue floatingValue = null;
AFElement Model = new AFElement();
AFAttribute ErrorArrayCode = null;
try
{
piSystem = piSystems["WINOSIT3D01"];
database = piSystem.Databases["DCPDev"];
if (File.Exists(ViewerFilePath))
{
// Trace.Write(unit.UnitName + " :"); Trace.WriteLine(ViewerFilePath);
var objERCM = objERCMKernal;
objERCM.Reset();
objERCM.eRCMViewerFilename = ViewerFilePath;
AciModelInputs objAciInput = new AciModelInputs(unit);
if (objERCM.SuccessfulFileLoad)
{
if (!string.IsNullOrEmpty(objAciInput.ErrorMsg))
{
Trace.TraceError("Valid Input data not available for " + unit.UnitName + " at" + DateTime.Now);
return;
}
objOutputUnit = GetACIOutputObjectForUnit(unit.UnitName, unit.ServiceName);
if (objAciInput.Rpm < 100)
{
error1 = " RPM is less than 100. Model wouold not run for " + unit.ServiceName + " " + unit.UnitName;
Console.WriteLine(error1);
AllElements = AFElement.FindElements(database, null, null, AFSearchField.Name, true, AFSortField.Name, AFSortOrder.Ascending, 1000000000);
foreach (AFElement ele in AllElements)
{
if (ele.Name.Equals(unit.UnitName) && ((ele.Parent != null && ele.Parent.Name.Equals(unit.ServiceName)) || (ele.Parent.Parent != null && ele.Parent.Parent.Name.Equals(unit.ServiceName))))
{
Model = ele.Elements["Model"];
ErrorArrayCode = Model.Attributes["ACI Error Array Code"];
floatingValue = new AFValue(error1);
ErrorArrayCode.Data.UpdateValue(floatingValue, AFUpdateOption.NoReplace, AFBufferOption.DoNotBuffer);
}
}
return;
}
objERCM.CurrentLoadStep = unit.LoadStep;
resCurrentOutputs = GetCurrentOutputAtGivenLoadStep(unit.LoadStep, objAciInput, objERCM);
resIdealOtpsAt90T = GetIdealOutputAtGivenTorque(unit.LoadStep, 90, objAciInput, objERCM);
resIdealOtpsAt95T = GetIdealOutputAtGivenTorque(unit.LoadStep, 95, objAciInput, objERCM);
resIdealOtpsAt100T = GetIdealOutputAtGivenTorque(unit.LoadStep, 100, objAciInput, objERCM);
objERCM.TorqueLimit = 100;
objERCM.CurrentLoadStep = unit.LoadStep;
objERCM.ChangeOpCondition(objAciInput.PsG, objAciInput.PdG, objAciInput.Rpm,
objAciInput.Ts1, objAciInput.Ts2, objAciInput.Ts3, objAciInput.Ts4, objAciInput.Ts5, objAciInput.Ts6);
string ACIInputValues = "PsG:" + objAciInput.PsG + " PdG:" + objAciInput.PdG + " Rpm:" + objAciInput.Rpm + " Ts1:" +
objAciInput.Ts1 + " Ts2:" + objAciInput.Ts2 + " Ts3:" + objAciInput.Ts3 + " Ts4:" + objAciInput.Ts4 + " Ts5:" + objAciInput.Ts5 + " Ts6:" + objAciInput.Ts6;
Trace.TraceInformation(ACIInputValues);
//Max Allowed Dischage Pressure
var MaxAllowedPd = objERCM.CalcMaxAllowedPd(objAciInput.PsG, objAciInput.Rpm, objAciInput.Ts1, objAciInput.Ts2, objAciInput.Ts3, objAciInput.Ts4, objAciInput.Ts5, objAciInput.Ts6, unit.LoadStep);
objERCM.ErrorArray(objERCM.CurrentLoadStep);
error = objERCM.FullEnglishErrors(objERCM.ErrorArray(objERCM.CurrentLoadStep), 0);
if (error != string.Empty)
{
Trace.TraceInformation(ACIInputValues);
Trace.TraceError(error);
}
error = error + error1;
string CurrentTorq = objERCM.CurrentTorque.ToString();
//Output Result
//objOutputUnit = GetACIOutputObjectForUnit(unit.UnitName, unit.ServiceName);//at here Error Occurs!!!
//Assign Value to tags
lstPiPointForUnit = GetOutputTagList(objOutputUnit);
//Update in PI Server
// var result = SaveOutputDataInPi(objUnit, lstPiPointForUnit, objERCM);
objOutputUnit.MaxAllowedDischargePressure.Value = MaxAllowedPd;
//Current Operating Outputs
objOutputUnit.LoadStep.Current.Value = resCurrentOutputs.CurrentLoadStep;
objOutputUnit.LoadStep.CurrentDetails.Value = resCurrentOutputs.CurrentLoadStepDetail;
objOutputUnit.LoadPrediction.Current.Value = resCurrentOutputs.CurrentLoad;
objOutputUnit.FlowPrediction.Current.Value = resCurrentOutputs.CurrentFlow;
objOutputUnit.FuelRate.Current.Value = resCurrentOutputs.CurrentFuelRate;
//Ideal Outputs at 90% Torque
objOutputUnit.IdealFlow90T.Value = resIdealOtpsAt90T.IdealFlowAtGivenTorque;
objOutputUnit.IdealFuelRate90T.Value = resIdealOtpsAt90T.IdealFuelRateAtGivenTorque;
objOutputUnit.IdealLoad90T.Value = resIdealOtpsAt90T.IdealLoadAtGivenTorque;
objOutputUnit.IdealLoadStep90T.Value = resIdealOtpsAt90T.IdealLoadStepAtGivenTorque;
objOutputUnit.IdealLoadStepDetail90T.Value = resIdealOtpsAt90T.IdealLoadStepDetailAtGivenTorque;
//Ideal Outputs at 95% Torque
objOutputUnit.IdealFlow95T.Value = resIdealOtpsAt95T.IdealFlowAtGivenTorque;
objOutputUnit.IdealFuelRate95T.Value = resIdealOtpsAt95T.IdealFuelRateAtGivenTorque;
objOutputUnit.IdealLoad95T.Value = resIdealOtpsAt95T.IdealLoadAtGivenTorque;
objOutputUnit.IdealLoadStep95T.Value = resIdealOtpsAt95T.IdealLoadStepAtGivenTorque;
objOutputUnit.IdealLoadStepDetail95T.Value = resIdealOtpsAt95T.IdealLoadStepDetailAtGivenTorque;
//Ideal Outputs at 100% Torque
objOutputUnit.LoadStep.Ideal.Value = resIdealOtpsAt100T.IdealLoadStepAtGivenTorque;
objOutputUnit.LoadStep.IdealDetails.Value = resIdealOtpsAt100T.IdealLoadStepDetailAtGivenTorque;
objOutputUnit.LoadPrediction.Ideal.Value = resIdealOtpsAt100T.IdealLoadAtGivenTorque;
objOutputUnit.FlowPrediction.Ideal.Value = resIdealOtpsAt100T.IdealFlowAtGivenTorque;
objOutputUnit.FuelRate.Ideal.Value = resIdealOtpsAt100T.IdealFuelRateAtGivenTorque;
if (resCurrentOutputs.CurrentFlow < resIdealOtpsAt100T.IdealFlowAtGivenTorque || resCurrentOutputs.CurrentLoad < resIdealOtpsAt100T.IdealLoadAtGivenTorque)
{
Console.WriteLine("Current load & Flow lower than ideal.");
string message = string.Format("Service Name:{0}, Unit Name:{1},Current Load:{2},Ideal Load:{3}, Current Flow:{4}, Ideal Flow: {5}",
unit.ServiceName, unit.UnitName, resCurrentOutputs.CurrentLoad, resIdealOtpsAt100T.IdealLoadAtGivenTorque, resCurrentOutputs.CurrentFlow, resIdealOtpsAt100T.IdealFlowAtGivenTorque);
Trace.WriteLine(message);
//Ideal Outputs at 90% Torque
objOutputUnit.IdealFlow90T.Value = "No Data";
objOutputUnit.IdealFuelRate90T.Value = "No Data";
objOutputUnit.IdealLoad90T.Value = "No Data";
objOutputUnit.IdealLoadStep90T.Value = "No Data";
objOutputUnit.IdealLoadStepDetail90T.Value = "No Data";
//Ideal Outputs at 95% Torque
objOutputUnit.IdealFlow95T.Value = "No Data";
objOutputUnit.IdealFuelRate95T.Value = "No Data";
objOutputUnit.IdealLoad95T.Value = "No Data";
objOutputUnit.IdealLoadStep95T.Value = "No Data";
objOutputUnit.IdealLoadStepDetail95T.Value = "No Data";
objOutputUnit.LoadStep.Ideal.Value = "No Data";
objOutputUnit.LoadStep.IdealDetails.Value = "No Data";
objOutputUnit.LoadPrediction.Ideal.Value = "No Data";
objOutputUnit.FlowPrediction.Ideal.Value = "No Data";
objOutputUnit.FuelRate.Ideal.Value = "No Data";
}
objOutputUnit.ErrorCode.Value = error;
SaveOutputDataInPi(objOutputUnit, lstPiPointForUnit, objERCM, unit);
}
else
{
Trace.WriteLine("Failed to load in Viewer file!");
}
}
else
{
Trace.WriteLine("File doesn't exist at " + ViewerFilePath);
return;
}
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
Trace.WriteLine(ex.StackTrace);
}
}
