水力模型核心计算代码
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cloudflight
2024-07-27 49eb2a09634e439090d4a2b13ec7d6f911d3deaf 
 Hydraulic/Hydro.HydraulicOptimizer/WDNModelOptimizer.cs


@@ -16,6 +16,7 @@


using Hydro.CommonBase; 


using Hydro.CodeProvider;


using System.Runtime.CompilerServices;


using System.Collections.Concurrent;




namespace Hydro.HydraulicOptimizer


{


@@ -161,9 +162,11 @@


                }




            }


#if DEBUG


            Eval.本地项目编译 = gParam.GlobalConfig.Ext.本地项目编译;


#endif






            if ((result = loadGeneticParam(onFinished, onError, onReportProgress, SetVars)) != null) { return result; }


            if ((result = gParam.Load_Settings(param,onFinished, onError, onReportProgress, SetVars)) != null) { return result; }






            if (isGUILoading) return null;


@@ -173,7 +176,7 @@


            


            if ((result = controllerInit(isGUI, wParam)) != null) return result;




            if ((result = load试算参数_gParam()) != null) return result;


            if ((result = gParam.Load_GeneticSettings(param)) != null) return result;


            //StartChild


            lock (GlobalProgress.Instance)


            {


@@ -703,12 +706,12 @@


            {


                EPAController.needToStop = true;


                EPAController.StopRobot();


            }           


            }


            if (workerThread != null)


                workerThread.Abort();


            StopRunQuene();


            if (Quene.RequestQueues!=null) Quene.RequestQueues.Clear();


            if (Quene.MissionQuene!=null)Quene.MissionQuene.Clear();


            if (Quene.MissionQuene != null) Quene.MissionQuene = new ConcurrentQueue<calcParam>();//.Clear();


            if (CSM != null)


            {


                foreach (var name in ChildSolutionName)


@@ -735,8 +738,8 @@


                EPAController.Close();


            }


            


            if (workerThread!=null)


            workerThread.Abort();


            //if (workerThread!=null)


            //workerThread.Abort();


            


            


            if (CSM!=null)


@@ -813,6 +816,7 @@


                {


                    var accuracy = double.Parse(host.Ext.accurary == "" ? "0.1" : host.Ext.accurary);


                    var doubleRange = new DRange(double.Parse(host.Expression.Split(',')[0]), double.Parse(host.Expression.Split(',')[1]));


                    host.Ext.doubleRange = doubleRange;


                    var v = GetVarByHost(host, accuracy, doubleRange);


                    param.试算变量.Add(v);


                }


@@ -907,6 +911,7 @@


                        //    sort = o.Sort,


                        //}


                    };


                    param.表达式.Add(v);


                    param.OFunction = OFunction;


                }


                


@@ -969,54 +974,54 @@


            }


            return null;


        }




        public static string UpdateExpress(LogicModelParams param, HashSet<int> list_express)


        {


            //if (host.ExpressionType == "表达式计算")




            return HydraulicHelper.CreateExpressAssembly(param);






            //var resultBuilder=new StringBuilder();


            //var flag=true;


            //param.表达式.ForEach(s =>


            //{


            //    string text = HydraulicHelper.GetExVarText(s, param, result);


            //    if (!list_express.Contains(s.ID)) return;


            //    string text = HydraulicHelper.GetExVarText(s, param, resultBuilder);


            //    if (resultBuilder.Length != 0)


            //    {


            //        flag = false;


            //        return;


            //    }


            //    try


            //    {


            //        Eval val = new Hydro.CodeProvider.Eval(text, s.Vars.Count);


            //        if (!val.isInit) { result.AppendLine($"表达式[{s.Name}]公式错误，" + val.errString); }


            //        if (!val.isInit) { resultBuilder.AppendLine($"表达式[{s.Name}]公式错误，" + val.errString); }


            //        s.Eval = val;


            //        s.Value_Set(param.Period, double.NaN);


            //    }


            //    catch (Exception ee)


            //    catch (Exception e)


            //    {


            //        { result.AppendLine(ee.Message); }


            //        resultBuilder.AppendLine(e.Message);


            //        flag = false;


            //        return;


            //    }


            //});




            //}


            var resultBuilder=new StringBuilder();


            var flag=true;


            param.表达式.ForEach(s =>


            {


                if (!list_express.Contains(s.ID)) return;


                string text = HydraulicHelper.GetExVarText(s, param, resultBuilder);


                if (resultBuilder.Length != 0)


                {


                    flag = false;


                    return;


                }


                try


                {


                    Eval val = new Hydro.CodeProvider.Eval(text, s.Vars.Count);


                    if (!val.isInit) { resultBuilder.AppendLine($"表达式[{s.Name}]公式错误，" + val.errString); }


                    s.Eval = val;


                    s.Value_Set(param.Period, double.NaN);


                }


                catch (Exception e)


                {


                    resultBuilder.AppendLine(e.Message);


                    flag = false;


                    return;


                }


            });


    


           




            param.表达式.Sort((a, b) => a.Level > b.Level ? 1 : (a.Level == b.Level ? 0 : -1));


            return resultBuilder.ToString();


            //param.预处理插件.ForEach(v =>


            //{




            //    //BookMark    ：处理预处理插件


            //    if (!flag) return;


            //    Eval val;


            //    val = new Eval(v.modelObjectID, EvalTemplate.TempCode_PreTreat);


            //    if (val.errString != null) { resultBuilder.AppendLine( $"预处理插件[{v.Name}]函数编写错误，" + val.errString); flag = false; return; }


            //    v.Eval = val;


            //});






            //param.表达式.Sort((a, b) => a.Level > b.Level ? 1 : (a.Level == b.Level ? 0 : -1));


            //return resultBuilder.ToString();


        }


        public static HashSet<int> UpdateVarByHost(variable s,LogicPoint host,LogicModelParams param,bool isDelete=false)


        {


@@ -1088,7 +1093,7 @@


            






            if (host.ExpressionType == "表达式计算")


            if (host.LogicType == "表达式" || host.LogicType=="预处理插件")


            {


                list_express.Add(s.ID);


            }


@@ -1166,6 +1171,12 @@


                logicType = host.LogicType,


                accuracy = accuracy,


                doubleRange = doubleRange,


                isInput = variable.list_输入值.Contains(host.ExpressionType),


                AnFrom  = host.Ext.AnFrom,


                AnValue =host.Ext.AnValue,


                MuRange =host.Ext.MuRange,


                MuRate =host.Ext.MuRate,




            };




          


@@ -1175,107 +1186,122 @@


        public static void UpdateVarByHost(variable v,LogicPoint host, double? accuracy = null, DRange doubleRange = null)


        {


            double d;


            var s= GetVarByHost(host, accuracy, doubleRange);


            v.ID = s.ID;


            v.modelObjectID = s.modelObjectID;


            v.IndicatorType = s.IndicatorType;


            v.Type = s.Type;


            v.Name = s.Name;


            v.expressType = s.expressType;


            v.expressString = s.expressString;


            v.Tag = s.Tag;


            v.arrgFuncType = s.arrgFuncType;


            v.defaultExpress = s.defaultExpress;


            v.isNode = s.isNode;


            v.ObjType = s.ObjType;


            v.小数位数 = s.小数位数;


            v.childSolution = s.childSolution;


            v.childTag = s.childTag;


            v.childType = s.childType;


            v.SearchRange = s.SearchRange;


            v.isNeedToSave = s.isNeedToSave;


            v.SaveKey = s.SaveKey;


            v.sort = s.sort;


            v.logicType = s.logicType;


            v.accuracy = s.accuracy;


            v.doubleRange = s.doubleRange;


            v.isInput = s.isInput;


            v.AnFrom = s.AnFrom;


            v.AnValue = s.AnValue;


            v.MuRange = s.MuRange;


            v.MuRate = s.MuRate;


          


            /*[Cloudflight修改]2024-5-21 


             * 迁移方法--集合


             */


            if (host.LogicType == "集合")


            {


                List<string> list = new List<string>() { "最大值", "最小值", "平均值", "累计值", "计数" };


                if (list.IndexOf(host.ExpressionType) >= 0)


                {


                    host.accurary = host.ExpressionType;


                    host.ExpressionType = "计算值";


                }


            }


            //if (host.LogicType == "集合")


            //{


            //    List<string> list = new List<string>() { "最大值", "最小值", "平均值", "累计值", "计数" };


            //    if (list.IndexOf(host.ExpressionType) >= 0)


            //    {


            //        host.accurary = host.ExpressionType;


            //        host.ExpressionType = "计算值";


            //    }


            //}






            //if (!GlobalModel.dict_StringToType.ContainsKey(host.IndicatorType)) GlobalModel.dict_StringToType[host.IndicatorType] = (GlobalModel.DEFINE_INDICATOR.Find(ind => ind.Name == host.IndicatorType) ?? new TypeIndicator()).Type;


            //var VarType = GlobalModel.dict_StringToType[host.IndicatorType];




            //if (!GlobalModel.dict_StringToObjType.ContainsKey(host.Ext.ObjectType)) GlobalModel.dict_StringToObjType[host.Ext.ObjectType] = (int)(GlobalModel.DEFINE_OBJECT.Find(obj => obj.Name == host.Ext.ObjectType) ?? new TypeObject()).Type;


            //int ObjType =GlobalModel.dict_StringToObjType[host.Ext.ObjectType];




            //if (!GlobalModel.dict_StringToisNode.ContainsKey(host.IndicatorType)) GlobalModel.dict_StringToisNode[host.IndicatorType] = (GlobalModel.DEFINE_INDICATOR.Find(ind => ind.Name == host.IndicatorType) ?? new TypeIndicator()).isNode;


            //bool isNode = GlobalModel.dict_StringToisNode[host.IndicatorType];




            //if (!GlobalModel.dict_StringToFuncType.ContainsKey(host.Ext.accurary)) GlobalModel.dict_StringToFuncType[host.Ext.accurary] = GlobalModel.DEFIND_AGGFUNC.FindIndex(func => func.Name == host.Ext.accurary);


            //int arrgFuncType = GlobalModel.dict_StringToFuncType[host.Ext.accurary];




            dynamic VarType = HydraulicInputType.None;


            if (GlobalModel.dict_StringToType.TryGetValue(host.IndicatorType, out dynamic vartype))


                VarType = vartype;






            int ObjType = 0;


            if (GlobalModel.dict_StringToObjType.TryGetValue(host.Ext.ObjectType, out int objType))


                ObjType = objType;


            //dynamic VarType = HydraulicInputType.None;


            //if (GlobalModel.dict_StringToType.TryGetValue(host.IndicatorType, out dynamic vartype))


            //    VarType = vartype;






            bool isNode = true;


            if (GlobalModel.dict_StringToisNode.TryGetValue(host.IndicatorType, out bool isnode))


                isNode = isnode;


            //int ObjType = 0;


            //if (GlobalModel.dict_StringToObjType.TryGetValue(host.Ext.ObjectType, out int objType))


            //    ObjType = objType;






            int arrgFuncType = -1;


            if (GlobalModel.dict_StringToFuncType.TryGetValue(host.Ext.accurary, out int FuncInt))


                arrgFuncType = FuncInt;


            //bool isNode = true;


            //if (GlobalModel.dict_StringToisNode.TryGetValue(host.IndicatorType, out bool isnode))


            //    isNode = isnode;






            v.ID = host.Id;


            v.modelObjectID = host.ModelObjectID;


            v.IndicatorType = host.IndicatorType;


            v.Type = VarType;


            v.Name = host.Name;


            v.expressType = host.ExpressionType;


            v.expressString = host.Expression;


            v.Tag = host.Ext.Tag;


            v.arrgFuncType = arrgFuncType;


            v.defaultExpress = host.Ext.accurary;


            v.isNode = isNode;


            v.ObjType = (int)ObjType;


            v.小数位数 = host.Ext.小数位数;


            v.childSolution = host.Ext.childSolution;


            v.childTag = host.Ext.childTag;


            v.childType = host.Ext.childType;


            v.SearchRange = double.TryParse(host.Ext.SaveAcc, out d) ? d : 0;


            v.isNeedToSave = host.Ext.isSave == "是" ? true : false;


            v.SaveKey = host.Ext.SaveRange;


            v.sort = host.Sort;


            v.logicType = host.LogicType;


            v.accuracy = accuracy;


            v.doubleRange = doubleRange;


            //int arrgFuncType = -1;


            //if (GlobalModel.dict_StringToFuncType.TryGetValue(host.Ext.accurary, out int FuncInt))


            //    arrgFuncType = FuncInt;






            //v.ID = host.Id;


            //v.modelObjectID = host.ModelObjectID;


            //v.IndicatorType = host.IndicatorType;


            //v.Type = VarType;


            //v.Name = host.Name;


            //v.expressType = host.ExpressionType;


            //v.expressString = host.Expression;


            //v.Tag = host.Ext.Tag;


            //v.arrgFuncType = arrgFuncType;


            //v.defaultExpress = host.Ext.accurary;


            //v.isNode = isNode;


            //v.ObjType = (int)ObjType;


            //v.小数位数 = host.Ext.小数位数;


            //v.childSolution = host.Ext.childSolution;


            //v.childTag = host.Ext.childTag;


            //v.childType = host.Ext.childType;


            //v.SearchRange = double.TryParse(host.Ext.SaveAcc, out d) ? d : 0;


            //v.isNeedToSave = host.Ext.isSave == "是" ? true : false;


            //v.SaveKey = host.Ext.SaveRange;


            //v.sort = host.Sort;


            //v.logicType = host.LogicType;


            //v.accuracy = accuracy;


            //v.doubleRange = doubleRange;


            //v.isInput = variable.list_输入值.Contains(host.ExpressionType);


            //v.AnFrom = host.Ext.AnFrom;


            //v.AnValue=host.Ext.AnValue;


            //v.MuRange=host.Ext.MuRange;


            //v.MuRate=host.Ext.MuRate;


        }




        private string loadGeneticParam(FinishEvent onFinished, FinishEvent onError, FinishEvent onReportProgress, SetEvent  SetVarsMethod)


        {


           




            //string result = null;






            //DLengths.ForEach(m => chromosomeLength += m);




#if DEBUG


            Eval.本地项目编译=gParam.GlobalConfig.Ext.本地项目编译;


#endif


            gParam.populationSize = gParam.GlobalConfig.Ext.populationNum;


            gParam.iterations = gParam.GlobalConfig.Ext.iterationNum;


            gParam.populationSize_full = gParam.GlobalConfig.Ext.populationNum_full;


            gParam.populationSize_min = gParam.GlobalConfig.Ext.populationNum_full;


            gParam.iterations_full = gParam.GlobalConfig.Ext.iterationNum_full;






            gParam.selectionMethod = 0;


            gParam.optimizationMode = param.OFunction.ExpressType=="最大"?1:0;


            gParam.强制重计算 = gParam.GlobalConfig.Ext.是否优选方案;


            


            gParam.iterations_min = gParam.GlobalConfig.Ext.iterationNum_Min;


            //gParam.MultiTimes = gParam.GlobalConfig.Ext.MultiTimes;




            


            //gParam.accuracyNum = accuracyNum;




            //gParam.onReportProgress += OnReportProgress;


            //gParam.onFinished += ControlunLocking;


            //gParam.onError += ControlunLocking;


            //EPAController = new EPAParrelController();


            //EPAController.gParam = gParam;


            //Ehelper.SearchSolution();


            gParam.onReportProgress = onReportProgress;


            gParam.onFinished = onFinished;


            gParam.onError = onError;


@@ -1289,19 +1315,8 @@


                {


                    string savePath = GlobalPath.savePath + $@"\{solution.存储位置}";


                    var settings = gParam.GlobalConfig.saveSettings[key] = solution.settings;


                    //kp.Value.saveSettings = solution.settings;


                    settings.savePath = savePath;


                    //if (!isGUILoading)


                    //{


                    //    if (File.Exists(savePath))


                    //    {


                    //        settings.saveDatas = Base64Helper.ReadCompressedBase64FromFile<SaveDict>(savePath);


                    //    }


                    //    else


                    //    {


                    //        settings.saveDatas = new SaveDict();


                    //    }


                    //}




                    


                }


            });


@@ -1314,41 +1329,9 @@


            


        }




        private string load试算参数_gParam()


        {


            var ranges = new List<DRange>();


            var accuracys = new List<Double?>();


            var DLengths = new List<int>();


            //chromosomeLength = 0;


            param.试算变量.ForEach(v => 


            { 


                ranges.Add(v.doubleRange); 


                DLengths.Add(getDLength(v.doubleRange, v.accuracy)); 


                accuracys.Add(v.accuracy); 


            });


            gParam.ranges = ranges;


            gParam.DLengths = DLengths;


            gParam.accuracys = accuracys;


            return null;


        }


  




        int getDLength(DRange dr, double? accur)


        {


            if (accur == null) accur = 0.1;


            var num_Total = dr.Length / (double)accur;


            var Dlength = 0;


            var value = 1;


            var i = 0;


            //判断需要多少位二进制数


            Dlength=Math.Log(num_Total, 2) > 0 ? (int)Math.Ceiling( Math.Log(num_Total, 2)) : 0;


            //while (value <= num_Total && i < 1000)


            //{


            //    value *= 2;


            //    Dlength += 1;


            //    i++;


            //}


            return Dlength;


        }


        


       


        private string controllerInit(bool isGUI=false,WdnmoParam wParam=null)


        {


@@ -1387,6 +1370,8 @@




            return null;


        }




       


    }