using System; using System.Collections.Generic; namespace TProduct.PumpGraph.Dxf { public class JieZhiFullPara : Eventech.Model.IJsonString//实际就是TProduct.Model.JieZhiFullPara { public JieZhiFullPara() { this.CatalogID = 1; this.ID = 1; this.Name = "清水"; this.MinDensity = "1000";//kg/m³ this.NormalDensity = "1000";//kg/m³ this.MaxDensity = "1000";//kg/m³ this.CalcDensity = 1000;//kg/m³ this.MinViscosity = "1";//cSt(mm²/s) this.NormalViscosity = "1";//cSt(mm²/s) this.MaxViscosity = "1";//cSt(mm²/s) this.CalcViscosity = 1; this.MaxTemperature = "20";//℃ this.NormalTemperature = "20";//℃ this.MinTemperature = "20";//℃ this.VisoCorrectCoeff = null; this.PH = "7"; } //默认介质 public static JieZhiFullPara Default { get { JieZhiFullPara defaultJieZi = new JieZhiFullPara(); defaultJieZi.CatalogID = 1; defaultJieZi.ID = 1; defaultJieZi.Name = "清水"; defaultJieZi.MinDensity = "1000";//kg/m³ defaultJieZi.NormalDensity = "1000";//kg/m³ defaultJieZi.MaxDensity = "1000";//kg/m³ defaultJieZi.CalcDensity = 1000;//kg/m³ defaultJieZi.MinViscosity = "1";//cSt(mm²/s) defaultJieZi.NormalViscosity = "1";//cSt(mm²/s) defaultJieZi.MaxViscosity = "1";//cSt(mm²/s) defaultJieZi.CalcViscosity = 1; defaultJieZi.MaxTemperature = "20";//℃ defaultJieZi.NormalTemperature = "20";//℃ defaultJieZi.MinTemperature = "20";//℃ defaultJieZi.MaxVaporPressure = "/"; defaultJieZi.MinVaporPressure = "/"; defaultJieZi.NormalVaporPressure = "/"; defaultJieZi.SpecificHeat = "/"; defaultJieZi.PH = "7"; return defaultJieZi; } } public JieZhiFullPara(string jsonString) { FromJsonString(jsonString); } public bool IsWaterDensity { get { if (Math.Abs(CalcDensity - 1000) < 10) return true; else return false; } } //获取 比重 public double GetBiZhong() { return CalcDensity / 1000; } //获取 温度 public double GetTemperature() { try { if (!string.IsNullOrEmpty(this.NormalTemperature)) { return Convert.ToDouble(this.NormalTemperature); } if (!string.IsNullOrEmpty(this.MaxTemperature)) { return Convert.ToDouble(this.MaxTemperature); } if (!string.IsNullOrEmpty(this.MinTemperature)) { return Convert.ToDouble(this.MinTemperature); } return 20; } catch { return 20; } } #region 属性 public long ID { get { return _id; } set { _id = value; } } private long _id = 0; private long _catalogID = 0; public long CatalogID { get { return _catalogID; } set { _catalogID = value; } } public string Name { get { return _name; } set { _name = value; } } private string _name; // 1厘泊(1cP)=1毫帕斯卡 .秒 (1mPa.s) 　 // 1泊（P）= 0.1帕*秒（Pa*S） // 1厘泊（CP）= 0.01泊（P）= 1毫帕*秒（mPa*S） //1 CSt =Eventech.Model.UnitViscosity.CP*1000/比重 public int ViscosityUnit { get; set; }//黏度单位： Eventech.Model.UnitViscosity.CSt =0; Eventech.Model.UnitViscosity.CP=5 public string NormalViscosity { get; set; }//额定粘度 public string MinViscosity { get; set; }//最小粘度 public string MaxViscosity { get; set; }//最大粘度 public double CalcViscosity { get; set; }//用于选型的粘度(cSt) public string MinTemperature { get; set; }//最小温度 public string NormalTemperature { get; set; }//额定温度 public string MaxTemperature { get; set; }//最大温度 public string MinDensity { get; set; }//最小密度 public string NormalDensity { get; set; }//额定密度 public string MaxDensity { get; set; }//最大密度 public double CalcDensity { get; set; }//用于选型的密度 public string MinVaporPressure { get; set; }//最小气化压力(Bar) public string NormalVaporPressure { get; set; }//额定气化压力(Bar) public string MaxVaporPressure { get; set; }//最大气化压力(Bar) //气化压力转成KPa public string Disp_VaporPressure_KPa() { try { double vapar = 0; if (!string.IsNullOrEmpty(MaxVaporPressure)) { if (double.TryParse(MaxVaporPressure, out vapar)) { return (vapar * 100).ToString(); } } if (!string.IsNullOrEmpty(NormalVaporPressure)) { if (double.TryParse(NormalVaporPressure, out vapar)) { return (vapar * 100).ToString(); } } if (!string.IsNullOrEmpty(MinVaporPressure)) { if (double.TryParse(MinVaporPressure, out vapar)) { return (vapar * 100).ToString(); } } return ""; } catch { return ""; } } //黏度修正系数 public Eventech.Model.ViscosityCorrectCoeff VisoCorrectCoeff { get; set; } //比热 public string SpecificHeat { get; set; } public string PH { get { return _ph; } set { _ph = value; } } private string _ph = "7"; #region 颗粒 //是否含有颗粒 private string _isHaveKeLi4Ds = "0"; public string IsHaveKeLi4Ds { get { return _isHaveKeLi4Ds; } set { _isHaveKeLi4Ds = value; } } public bool IsHaveKeLi { get { if (string.IsNullOrEmpty(_isHaveKeLi4Ds)) return false; if (_isHaveKeLi4Ds == "1") return true; else return false; } } //颗粒百分比 private string _keliRatio; public string KeliRatio { get { return _keliRatio; } set { _keliRatio = value; } } //颗粒尺寸(mm) private string _keliChiCun = ""; public string KeliChiCun { get { return _keliChiCun; } set { _keliChiCun = value; } } #endregion //含固量 public string HanGuLiang { set { _hanguliang = value; } get { return _hanguliang; } } //腐蚀成分 private string _fuShiChengFeng; public string FuShiChengFeng { get { return _fuShiChengFeng; } set { _fuShiChengFeng = value; } } //腐蚀/磨蚀剂 private string _fuShiMoShiJi; public string FuShiMoShiJi { get { return _fuShiMoShiJi; } set { _fuShiMoShiJi = value; } } //腐蚀 public string FuShi { set { _fushi = value; } get { return _fushi; } } public string _fushi = null; public string FuShiString { get { if (_fushi == "1") return "是"; else return "否"; } } //磨蚀 public string MoShi { set { _moshi = value; } get { return _moshi; } } public string _moshi = null; public string MoShiString { get { if (_moshi == "1") return "是"; else return "否"; } } //有毒 public string YouDu { set { _youdu = value; } get { return _youdu; } } public string _youdu = null; public string YouDuString { get { if (_youdu == "1") return "是"; else return "否"; } } //易燃 public string YiRan { get; set; } //易爆 public string YiBao { get; set; } //介质特性 private string _hanguliang; public string JieZhiTeXing { set { _jiezhitexing = value; } get { return _jiezhitexing; } } private string _jiezhitexing; //浓度 public string Concentration { get; set; } //离子成分H public string LiZhiNongDuH { set { _lizhinongduh = value; } get { return _lizhinongduh; } } private string _lizhinongduh; //离子成分CL public string LiZhiNongDuCL { set { _lizhinongducl = value; } get { return _lizhinongducl; } } private string _lizhinongducl; //离子成分F public string LiZhiNongDuF { set { _lizhinongduf = value; } get { return _lizhinongduf; } } private string _lizhinongduf; //离子成分SO4 public string LiZhiNongDuSO4 { set { _lizhinongduso4 = value; } get { return _lizhinongduso4; } } private string _lizhinongduso4; //离子成分NO3 public string LiZhiNongDuNO3 { set { _lizhinongduno3 = value; } get { return _lizhinongduno3; } } private string _lizhinongduno3; //硫化氢浓度 public string NongDuH2S { get; set; } //其他物质名称/浓度 (名称) public string NongDuOtherName { get; set; } //其他物质名称/浓度 (浓度) public string NongDuOtherPercent { get; set; } #endregion public string ToJsonString() { Dictionary dict = new Dictionary(); dict["ID"] = this.ID.ToString(); dict["CatID"] = this.CatalogID.ToString(); dict["Name"] = this.Name.ToString(); dict["MD"] = this.CalcDensity.ToString(); dict["ND"] = this.CalcViscosity.ToString(); if (!string.IsNullOrEmpty(PH)) dict["PH"] = this.PH.ToString(); if (!string.IsNullOrEmpty(IsHaveKeLi4Ds)) dict["HKL"] = this.IsHaveKeLi4Ds.ToString(); if (!string.IsNullOrEmpty(this._keliRatio)) dict["HKR"] = this._keliRatio.ToString(); if (!string.IsNullOrEmpty(_fuShiChengFeng)) dict["FSCF"] = this._fuShiChengFeng.ToString(); if (!string.IsNullOrEmpty(this.JieZhiTeXing)) dict["TX"] = this.JieZhiTeXing; if (!string.IsNullOrEmpty(this.HanGuLiang)) dict["HGL"] = this.HanGuLiang.ToString(); if (!string.IsNullOrEmpty(this.LiZhiNongDuH)) dict["LzndH"] = this.LiZhiNongDuH.ToString(); if (!string.IsNullOrEmpty(this.LiZhiNongDuCL)) dict["LzndCL"] = this.LiZhiNongDuCL.ToString(); if (!string.IsNullOrEmpty(this.LiZhiNongDuF)) dict["LzndF"] = this.LiZhiNongDuF.ToString(); if (!string.IsNullOrEmpty(this.LiZhiNongDuSO4)) dict["LzndSO4"] = this.LiZhiNongDuSO4.ToString(); if (!string.IsNullOrEmpty(this.LiZhiNongDuNO3)) dict["LzndNO3"] = this.LiZhiNongDuNO3.ToString(); if (!string.IsNullOrEmpty(FuShi)) dict["FuShi"] = this.FuShi.ToString(); if (!string.IsNullOrEmpty(FuShiMoShiJi)) dict["FSMSJ"] = this.FuShiMoShiJi.ToString(); if (!string.IsNullOrEmpty(MoShi)) dict["MoShi"] = this.MoShi.ToString(); if (!string.IsNullOrEmpty(YouDu)) dict["YouDu"] = this.YouDu.ToString(); if (!string.IsNullOrEmpty(YiRan)) dict["YiRan"] = this.YiRan.ToString(); if (!string.IsNullOrEmpty(YiBao)) dict["YiBao"] = this.YiBao.ToString(); if (!string.IsNullOrEmpty(NongDuH2S)) dict["HSA"] = this.NongDuH2S; if (!string.IsNullOrEmpty(SpecificHeat)) dict["SHA"] = this.SpecificHeat; if (!string.IsNullOrEmpty(NormalViscosity)) dict["RatVA"] = this.NormalViscosity; if (!string.IsNullOrEmpty(MaxViscosity)) dict["MaxVA"] = this.MaxViscosity; if (!string.IsNullOrEmpty(MinViscosity)) dict["MinVA"] = this.MinViscosity; if (!string.IsNullOrEmpty(NormalDensity)) dict["RatDA"] = this.NormalDensity; if (!string.IsNullOrEmpty(MinDensity)) dict["MinDA"] = this.MinDensity; if (!string.IsNullOrEmpty(MaxDensity)) dict["MaxDA"] = this.MaxDensity; if (!string.IsNullOrEmpty(MaxVaporPressure)) dict["MaxVP"] = this.MaxVaporPressure; if (!string.IsNullOrEmpty(NormalVaporPressure)) dict["RatVP"] = this.NormalVaporPressure; if (!string.IsNullOrEmpty(MinVaporPressure)) dict["MinVP"] = this.MinVaporPressure; if (!string.IsNullOrEmpty(MinTemperature)) dict["MinTA"] = this.MinTemperature; if (!string.IsNullOrEmpty(MaxTemperature)) dict["MaxTA"] = this.MaxTemperature; if (!string.IsNullOrEmpty(NormalTemperature)) dict["RatTA"] = this.NormalTemperature; if (!string.IsNullOrEmpty(Concentration)) dict["CAC"] = this.Concentration; if (!string.IsNullOrEmpty(NongDuOtherPercent)) dict["OTA"] = this.NongDuOtherPercent; if (!string.IsNullOrEmpty(NongDuOtherName)) dict["OCA"] = this.NongDuOtherName; if (!string.IsNullOrEmpty(KeliChiCun)) dict["KLC"] = this.KeliChiCun; if (VisoCorrectCoeff != null) { dict["VCCF"] = this.VisoCorrectCoeff.ToDsString(); } string json = (new System.Web.Script.Serialization.JavaScriptSerializer()).Serialize(dict); return json; } public void FromJsonString(string jsonString) { if (string.IsNullOrEmpty(jsonString)) return; Dictionary dict = (new System.Web.Script.Serialization.JavaScriptSerializer()).Deserialize(jsonString, typeof(Dictionary)) as Dictionary; if (dict.ContainsKey("ID")) this.ID = Convert.ToInt64(dict["ID"]); if (dict.ContainsKey("CatID")) this.CatalogID = Convert.ToInt64(dict["CatID"]); if (dict.ContainsKey("Name")) this.Name = dict["Name"]; if (dict.ContainsKey("MD")) { double de = 0; if (double.TryParse(dict["MD"], out de)) this.CalcDensity = de; } if (dict.ContainsKey("ND")) { double de = 0; if (double.TryParse(dict["ND"], out de)) this.CalcViscosity = de; } if (dict.ContainsKey("PH")) this.PH = dict["PH"]; if (dict.ContainsKey("HKL")) this.IsHaveKeLi4Ds = dict["HKL"]; //是否含有颗粒 if (dict.ContainsKey("HKR")) this._keliRatio = dict["HKR"]; //颗粒百分比 if (dict.ContainsKey("KLC")) this.KeliChiCun = dict["KLC"]; if (dict.ContainsKey("FSCF")) this._fuShiChengFeng = dict["FSCF"]; //腐蚀成分 if (dict.ContainsKey("TX")) this.JieZhiTeXing = dict["TX"]; if (dict.ContainsKey("HGL")) this.HanGuLiang = dict["HGL"]; if (dict.ContainsKey("LzndH")) this.LiZhiNongDuH = dict["LzndH"]; if (dict.ContainsKey("LzndCL")) this.LiZhiNongDuCL = dict["LzndCL"]; if (dict.ContainsKey("LzndF")) this.LiZhiNongDuF = dict["LzndF"]; if (dict.ContainsKey("LzndSO4")) this.LiZhiNongDuSO4 = dict["LzndSO4"]; if (dict.ContainsKey("LzndNO3")) this.LiZhiNongDuNO3 = dict["LzndNO3"]; if (dict.ContainsKey("FuShi")) this.FuShi = dict["FuShi"]; if (dict.ContainsKey("MoShi")) this.MoShi = dict["MoShi"]; if (dict.ContainsKey("YouDu")) this.YouDu = dict["YouDu"]; if (dict.ContainsKey("YiRan")) this.YiRan = dict["YiRan"]; if (dict.ContainsKey("YiBao")) this.YiBao = dict["YiBao"]; if (dict.ContainsKey("OCA")) this.NongDuOtherPercent = dict["OCA"]; if (dict.ContainsKey("FSMSJ")) this.FuShiMoShiJi = dict["FSMSJ"]; if (dict.ContainsKey("CAC")) this.Concentration = dict["CAC"]; if (dict.ContainsKey("HSA")) this.NongDuH2S = dict["HSA"]; if (dict.ContainsKey("SHA")) this.SpecificHeat = dict["SHA"]; if (dict.ContainsKey("OTA")) this.NongDuOtherName = dict["OTA"]; if (dict.ContainsKey("RatVA")) this.NormalViscosity = dict["RatVA"]; if (dict.ContainsKey("MaxVA")) this.MaxViscosity = dict["MaxVA"]; if (dict.ContainsKey("MinVA")) this.MinViscosity = dict["MinVA"]; if (dict.ContainsKey("RatDA")) this.NormalDensity = dict["RatDA"]; if (dict.ContainsKey("MaxDA")) this.MaxDensity = dict["MaxDA"]; if (dict.ContainsKey("MinDA")) this.MinDensity = dict["MinDA"]; if (dict.ContainsKey("RatVP")) this.NormalVaporPressure = dict["RatVP"]; if (dict.ContainsKey("MaxVP")) this.MaxVaporPressure = dict["MaxVP"]; if (dict.ContainsKey("MinVP")) this.MinVaporPressure = dict["MinVP"]; if (dict.ContainsKey("RatTA")) this.NormalTemperature = dict["RatTA"]; if (dict.ContainsKey("MaxTA")) this.MaxTemperature = dict["MaxTA"]; if (dict.ContainsKey("MinTA")) this.MinTemperature = dict["MinTA"]; if (dict.ContainsKey("VCCF") && !string.IsNullOrEmpty(dict["VCCF"])) { this.VisoCorrectCoeff = new Eventech.Model.ViscosityCorrectCoeff(dict["VCCF"]); } } public override string ToString() { return this.Name; //return base.ToString(); } } }