met08resihgcv/Adaptation/FileHandlers/pcl/Row.cs

using System.Text.Json.Serialization;

namespace Adaptation.FileHandlers.pcl;

#nullable enable

internal class Row
{

    public Row(Run run, int i)
    {
        Index = i;
        //
        Operator = run.Header.Operator;
        StartVoltage = run.Header.StartVoltage;
        Wafer = run.Header.Wafer;
        StopVoltage = run.Header.StopVoltage;
        Lot = run.Header.Lot;
        RampRate = run.Header.RampRate;
        Plan = run.Header.Plan;
        GLimit = run.Header.GLimit;
        Date = run.Header.Date;
        Time = run.Header.Time;
        SetupFile = run.Header.SetupFile;
        WaferSize = run.Header.WaferSize;
        Folder = run.Header.Folder;
        Ccomp = run.Header.Ccomp;
        Pattern = run.Header.Pattern;
        Area = run.Header.Area;
        CondType = run.Header.CondType;
        RhoMethod = run.Header.RhoMethod;
        Model = run.Header.Model;
        if (run.Summary.Mean is null)
        {
            MeanNAvg = string.Empty;
            MeanNsl = string.Empty;
            MeanVd = string.Empty;
            MeanFlatZ = string.Empty;
            MeanRhoAvg = string.Empty;
            MeanRhosl = string.Empty;
            MeanPhase = string.Empty;
            MeanGrade = string.Empty;
            MeanRs = string.Empty;
        }
        else
        {
            MeanNAvg = run.Summary.Mean.NAvg;
            MeanNsl = run.Summary.Mean.Nsl;
            MeanVd = run.Summary.Mean.Vd;
            MeanFlatZ = run.Summary.Mean.FlatZ;
            MeanRhoAvg = run.Summary.Mean.RhoAvg;
            MeanRhosl = run.Summary.Mean.Rhosl;
            MeanPhase = run.Summary.Mean.Phase;
            MeanGrade = run.Summary.Mean.Grade;
            MeanRs = run.Summary.Mean.Rs;
        }
        if (run.Summary.StandardDeviationPercentage is null)
        {
            StandardDeviationPercentageNAvg = string.Empty;
            StandardDeviationPercentageNsl = string.Empty;
            StandardDeviationPercentageVd = string.Empty;
            StandardDeviationPercentageFlatZ = string.Empty;
            StandardDeviationPercentageRhoAvg = string.Empty;
            StandardDeviationPercentageRhosl = string.Empty;
            StandardDeviationPercentagePhase = string.Empty;
            StandardDeviationPercentageGrade = string.Empty;
            StandardDeviationPercentageRs = string.Empty;
        }
        else
        {
            StandardDeviationPercentageNAvg = run.Summary.StandardDeviationPercentage.NAvg;
            StandardDeviationPercentageNsl = run.Summary.StandardDeviationPercentage.Nsl;
            StandardDeviationPercentageVd = run.Summary.StandardDeviationPercentage.Vd;
            StandardDeviationPercentageFlatZ = run.Summary.StandardDeviationPercentage.FlatZ;
            StandardDeviationPercentageRhoAvg = run.Summary.StandardDeviationPercentage.RhoAvg;
            StandardDeviationPercentageRhosl = run.Summary.StandardDeviationPercentage.Rhosl;
            StandardDeviationPercentagePhase = run.Summary.StandardDeviationPercentage.Phase;
            StandardDeviationPercentageGrade = run.Summary.StandardDeviationPercentage.Grade;
            StandardDeviationPercentageRs = run.Summary.StandardDeviationPercentage.Rs;
        }
        if (run.Summary.RadialGradient is null)
        {
            RadialGradientNAvg = string.Empty;
            RadialGradientNsl = string.Empty;
            RadialGradientVd = string.Empty;
            RadialGradientFlatZ = string.Empty;
            RadialGradientRhoAvg = string.Empty;
            RadialGradientRhosl = string.Empty;
            RadialGradientPhase = string.Empty;
            RadialGradientGrade = string.Empty;
            RadialGradientRs = string.Empty;
        }
        else
        {
            RadialGradientNAvg = run.Summary.RadialGradient.NAvg;
            RadialGradientNsl = run.Summary.RadialGradient.Nsl;
            RadialGradientVd = run.Summary.RadialGradient.Vd;
            RadialGradientFlatZ = run.Summary.RadialGradient.FlatZ;
            RadialGradientRhoAvg = run.Summary.RadialGradient.RhoAvg;
            RadialGradientRhosl = run.Summary.RadialGradient.Rhosl;
            RadialGradientPhase = run.Summary.RadialGradient.Phase;
            RadialGradientGrade = run.Summary.RadialGradient.Grade;
            RadialGradientRs = run.Summary.RadialGradient.Rs;
        }
        Site = run.Points[i].Site;
        X = run.Points[i].X;
        Y = run.Points[i].Y;
        NAvg = run.Points[i].NAvg;
        RhoAvg = run.Points[i].RhoAvg;
        Nsl = run.Points[i].Nsl;
        Rhosl = run.Points[i].Rhosl;
        Vd = run.Points[i].Vd;
        Phase = run.Points[i].Phase;
        FlatZ = run.Points[i].FlatZ;
        Grade = run.Points[i].Grade;
        XLeft = run.Points[i].XLeft;
        XRight = run.Points[i].XRight;
        BottomY = run.Points[i].BottomY;
        TopY = run.Points[i].TopY;
    }

    public int Index { get; }
    //
    public string Operator { get; }
    public string StartVoltage { get; }
    public string Wafer { get; }
    public string StopVoltage { get; }
    public string Lot { get; }
    public string RampRate { get; }
    public string Plan { get; }
    public string GLimit { get; }
    public string Date { get; }
    public string Time { get; }
    public string SetupFile { get; }
    public string WaferSize { get; }
    public string Folder { get; }
    public string Ccomp { get; }
    public string Pattern { get; }
    public string Area { get; }
    public string CondType { get; }
    public string RhoMethod { get; }
    public string Model { get; }
    //
    public string MeanNAvg { get; }
    public string MeanNsl { get; }
    public string MeanVd { get; }
    public string MeanFlatZ { get; }
    public string MeanRhoAvg { get; }
    public string MeanRhosl { get; }
    public string MeanPhase { get; }
    public string MeanGrade { get; }
    public string MeanRs { get; }
    //
    public string StandardDeviationPercentageNAvg { get; }
    public string StandardDeviationPercentageNsl { get; }
    public string StandardDeviationPercentageVd { get; }
    public string StandardDeviationPercentageFlatZ { get; }
    public string StandardDeviationPercentageRhoAvg { get; }
    public string StandardDeviationPercentageRhosl { get; }
    public string StandardDeviationPercentagePhase { get; }
    public string StandardDeviationPercentageGrade { get; }
    public string StandardDeviationPercentageRs { get; }
    //
    public string RadialGradientNAvg { get; }
    public string RadialGradientNsl { get; }
    public string RadialGradientVd { get; }
    public string RadialGradientFlatZ { get; }
    public string RadialGradientRhoAvg { get; }
    public string RadialGradientRhosl { get; }
    public string RadialGradientPhase { get; }
    public string RadialGradientGrade { get; }
    public string RadialGradientRs { get; }
    //
    public string Site { get; }
    public string X { get; }
    public string Y { get; }
    public string NAvg { get; }
    public string RhoAvg { get; }
    public string Nsl { get; }
    public string Rhosl { get; }
    public string Vd { get; }
    public string Phase { get; }
    public string FlatZ { get; }
    public string Grade { get; }
    public string XLeft { get; }
    public string XRight { get; }
    public string BottomY { get; }
    public string TopY { get; }

}

[JsonSourceGenerationOptions(WriteIndented = true)]
[JsonSerializable(typeof(Row))]
internal partial class RowSourceGenerationContext : JsonSerializerContext
{
}