Canguro.Model.Serializer.Deserializer.readNonLinearParameters C# (CSharp) Method

        private void readNonLinearParameters(XmlNode node)
        {
            foreach (XmlNode child in node.ChildNodes)
            {
                if ("Case".Equals(child.Name))
                {
                    string name = readAttribute(node, "Case", "").Trim();
                    name = (name.Length > 0) ? name : Culture.Get("Case");

                    AnalysisCase aCase = null;
                    foreach (AbstractCase ac in model.AbstractCases)
                        if (ac is AnalysisCase && name.Equals(ac.Name))
                        {
                            aCase = (AnalysisCase)ac;
                            break;
                        }

                    if (aCase != null)
                    {
                        if (!(aCase.Properties is PDeltaCaseProps))
                            aCase.Properties = new PDeltaCaseProps();
                        NonLinearParams nl = ((PDeltaCaseProps)aCase.Properties).NonLinearParams;
                        nl.Unloading = readAttribute(child, "Unloading", nl.Unloading);
                        nl.GeoNonLin = readAttribute(child, "GeoNonLin", nl.GeoNonLin);
                        nl.ResultsSave = readAttribute(child, "ResultsSave", nl.ResultsSave);
                        nl.MaxTotal = int.Parse(readAttribute(child, "MaxTotal", nl.MaxTotal.ToString()));
                        nl.MaxNull = int.Parse(readAttribute(child, "MaxNull", nl.MaxNull.ToString()));
                        nl.MaxIterCS = int.Parse(readAttribute(child, "MaxIterCS", nl.MaxIterCS.ToString()));
                        nl.MaxIterNR = int.Parse(readAttribute(child, "MaxIterNR", nl.MaxIterNR.ToString()));
                        nl.ItConvTol = float.Parse(readAttribute(child, "ItConvTol", nl.ItConvTol.ToString()));
                        nl.UseEvStep = readAttribute(child, "UseEvStep", CodeYN(nl.UseEvStep)).Equals("Yes");
                        nl.EvLumpTol = float.Parse(readAttribute(child, "EvLumpTol", nl.EvLumpTol.ToString()));
                        nl.LSPerIter = int.Parse(readAttribute(child, "LSPerIter", nl.LSPerIter.ToString()));
                        nl.LSTol = float.Parse(readAttribute(child, "LSTol", nl.LSTol.ToString()));
                        nl.LSStepFact = float.Parse(readAttribute(child, "LSStepFact", nl.LSStepFact.ToString()));
                        nl.FrameTC = readAttribute(child, "FrameTC", CodeYN(nl.FrameTC)).Equals("Yes");
                        nl.FrameHinge = readAttribute(child, "FrameHinge", CodeYN(nl.FrameHinge)).Equals("Yes");
                        nl.CableTC = readAttribute(child, "CableTC", CodeYN(nl.CableTC)).Equals("Yes");
                        nl.LinkTC = readAttribute(child, "LinkTC", CodeYN(nl.LinkTC)).Equals("Yes");
                        nl.LinkOther = readAttribute(child, "LinkOther", CodeYN(nl.LinkOther)).Equals("Yes");
                        nl.TFMaxIter = int.Parse(readAttribute(child, "TFMaxIter", nl.TFMaxIter.ToString()));
                        nl.TFTol = float.Parse(readAttribute(child, "TFTol", nl.TFTol.ToString()));
                        nl.TFAccelFact = float.Parse(readAttribute(child, "TFAccelFact", nl.TFAccelFact.ToString()));
                        nl.TFNoStop = readAttribute(child, "TFNoStop", CodeYN(nl.TFNoStop)).Equals("Yes");
                    }
                }
            }
        }