/// <summary>
/// Fits the equivalent circuit.
/// </summary>
/// <param name="circuitModel">The circuit model.</param>
/// <param name="fitOptions">The fit options.</param>
/// <param name="fitProgress">The fit progress.</param>
/// <returns></returns>
/// <exception cref="Exception">
/// Wait untill SimpleCurve is finished before detecting peaks
/// or
/// No impedimetric readings available in parent SimpleMeasurement
/// or
/// The circuit model must be defined
/// </exception>
public async Task <FitResult> FitEquivalentCircuit(CircuitModel circuitModel, FitOptionsCircuit fitOptions = null, FitProgress fitProgress = null)
{
if (!IsFinished)
{
throw new Exception("Wait untill SimpleCurve is finished before detecting peaks");
}
if (_simpleMeasurement.Measurement.nEISdata == 0)
{
throw new Exception("No impedimetric readings available in parent SimpleMeasurement");
}
if (circuitModel == null)
{
throw new Exception("The circuit model must be defined");
}
if (fitOptions == null)
{
fitOptions = new FitOptionsCircuit();
fitOptions.Model = circuitModel;
fitOptions.RawData = _simpleMeasurement.Measurement.EISdata[0];
}
FitAlgorithm fit = FitAlgorithm.FromAlgorithm(fitOptions);
return(await fit.ApplyFitCircuitAsync(fitProgress));
}
// Constructor
public Parameters(
CluVRPVersion CluVRP_Version,
int CluVRP_GRASPIterations,
int CluVRP_LS_Main_Iterations,
int CluVRP_LS_SwapClusters,
int CluVRP_LS_SwapVehicle,
int Cluster_GRASPIterations,
double Cluster_AlphaCapacity,
double Cluster_AlphaDistance,
FitAlgorithm Cluster_FitAlgoritm,
int[] Cluster_LS_Order,
int Cluster_LS_SwapVehicle,
int Cluster_LS_InsertVehicle,
int Cluster_LS_SwapClusters,
//int Cluster_LS_RndSwapVehicle,
//int Cluster_LS_RndInsertVehicle,
int Cluster_LS_TwoOpt_Iterations,
int Cluster_LS_Relocate_Iterations,
int Cluster_LS_Exchange_Iterations,
int Customer_GRASPIterations,
double Customer_Alpha,
int[] Customer_LS_Order,
int Customer_LS_SwapCustomers,
int Customer_LS_TwoOpt_Iterations,
int Customer_LS_Relocate_Iterations,
int Customer_LS_Exchange_Iterations)
{
// CluVRP
this.CluVRP_Version = CluVRP_Version;
this.CluVRP_GRASPIterations = CluVRP_GRASPIterations;
this.CluVRP_LS_Main_Iterations = CluVRP_LS_Main_Iterations;
this.CluVRP_LS_SwapClusters = CluVRP_LS_SwapClusters;
this.CluVRP_LS_SwapVehicle = CluVRP_LS_SwapVehicle;
// Cluster Level
this.Cluster_GRASPIterations = Cluster_GRASPIterations;
this.Cluster_AlphaCapacity = Cluster_AlphaCapacity;
this.Cluster_AlphaDistance = Cluster_AlphaDistance;
this.Cluster_FitAlgoritm = Cluster_FitAlgoritm;
this.Cluster_LS_Order = Cluster_LS_Order;
this.Cluster_LS_SwapVehicle = Cluster_LS_SwapVehicle;
this.Cluster_LS_InsertVehicle = Cluster_LS_InsertVehicle;
this.Cluster_LS_SwapClusters = Cluster_LS_SwapClusters;
//this.CluVRP_LS_SwapClusters = Cluster_LS_RndSwapVehicle;
//this.CluVRP_LS_SwapVehicle = Cluster_LS_RndInsertVehicle;
this.Cluster_LS_TwoOpt_Iterations = Cluster_LS_TwoOpt_Iterations;
this.Cluster_LS_Relocate_Iterations = Cluster_LS_Relocate_Iterations;
this.Cluster_LS_Exchange_Iterations = Cluster_LS_Exchange_Iterations;
this.Customer_GRASPIterations = Customer_GRASPIterations;
// Customer Level
this.Customer_Alpha = Customer_Alpha;
this.Customer_LS_Order = Customer_LS_Order;
this.Customer_LS_SwapCustomers = Customer_LS_SwapCustomers;
this.Customer_LS_TwoOpt_Iterations = Customer_LS_TwoOpt_Iterations;
this.Customer_LS_Relocate_Iterations = Customer_LS_Relocate_Iterations;
this.Customer_LS_Exchange_Iterations = Customer_LS_Exchange_Iterations;
}
