using Microsoft.AspNetCore.Mvc;
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using System.Net;
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using System.Net.Http.Headers;
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using Microsoft.Extensions.Hosting.Internal;
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using Microsoft.AspNetCore.Http.Extensions;
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using IStation.Untity;
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using Furion.DynamicApiController;
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using System.ComponentModel.DataAnnotations;
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using Mapster;
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using Microsoft.AspNetCore.Authorization;
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using SqlSugar;
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namespace IStation.Application
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{
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/// <summary>
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/// ShysDispatchAna
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/// </summary>
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[Route("OpenApi/DispatchAna/SHYS")]
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[ApiDescriptionSettings("OpenApi", Name = "上海原水调度分析", Order = 1000)]
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public class DispatchAna_ShysController : IDynamicApiController
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{
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/// <summary>
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/// 计算保持的方案
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/// </summary>
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[AllowAnonymous]
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[NonUnify]
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[Route("CalcuKeepDispatch")]
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[HttpPost]
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public IStation.Application.DispatchAnaSchemeOutput CalcuKeepDispatch([Required] StationDispatchExInput input)
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{
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if (input == null)
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return default;
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//众毅连续两次调用解决方案
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if (!string.IsNullOrEmpty(_lastFlowId))
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{
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if (_lastFlowId == input.flowId)
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{
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LogHelper.Debug($"众毅重复入参：{JsonHelper.Object2Json(input)}");
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return default;
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}
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}
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_lastFlowId = input.flowId;
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LogHelper.Debug($"众毅入参：{JsonHelper.Object2Json(input)}");
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var url_sg = Settings.WebApi.OpenApi.SanGaoDispatchUrl;
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var responseText = HttpRequestHelper.Post(url_sg, JsonHelper.Object2Json(input));
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LogHelper.Debug($"三高出参：{responseText}");
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var result_sg = JsonHelper.Json2Object<DispatchFactoryDto>(responseText);
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if (result_sg == null)
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return default;
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string error_info = null;
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switch (input.type)
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{
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case 1://长兴泵站
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{
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var result = shys_cxd(input, result_sg, out error_info);
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LogHelper.Debug($"义维出参：{JsonHelper.Object2Json(result)}");
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return result;
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}
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default: return default;
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}
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}
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private static string _lastFlowId = null;
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/// <summary>
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/// 计算保持的方案
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/// </summary>
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[AllowAnonymous]
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[NonUnify]
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[Route("CalcuKeepDispatch@Debug")]
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[HttpPost]
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public DispatchAnaSchemeOutput CalcuKeepDispatchDebug([Required] StationDispatchExInput input)
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{
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if (input == null)
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return default;
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var responseText = System.IO.File.ReadAllText(@"D:\result.txt");//(测试用的)
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var result_sg = JsonHelper.Json2Object<DispatchFactoryDto>(responseText);
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if (result_sg == null)
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return default;
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string error_info = null;
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switch (input.type)
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{
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case 1://长兴泵站
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{
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return shys_cxd(input, result_sg, out error_info);
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}
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default: return default;
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}
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}
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/// <summary>
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/// 计算长兴保持的方案
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/// </summary>
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[AllowAnonymous]
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[NonUnify]
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[Route("CalcuCxKeepDispatch@Debug")]
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[HttpGet]
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public DispatchAnaSchemeOutput CalcuCxKeepDispatchDebug
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(
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double waterLevel,//水位
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double flow1,//管道1流量
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double press1,//管道1压力
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double valveStatus1,//管道1阀门状态
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double flow2,//管道2流量
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double press2,//管道2压力
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double valveStatus2,//管道2阀门状态
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int middleValveStatus,//中间阀门状态
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int runStatus1,//1#机泵运行状态
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int runStatus2,//2#机泵运行状态
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int runStatus3,//3#机泵运行状态
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int runStatus4//4#机泵运行状态
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)
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{
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waterLevel = 2.558;
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flow1 = 2573;
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flow2 = 0;
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press1 = 9.5527 / 102;
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press2 = 9.5527 / 102;
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valveStatus1 = 1;
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valveStatus2 = 0;
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middleValveStatus = 1;
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runStatus1 = 1;
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runStatus2 = 0;
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runStatus3 = 0;
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runStatus4 = 1;
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var input = new StationDispatchExInput();
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input.flowId = "测试";
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input.type = 1;
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input.factory = new List<FactoryDispatchInput>() { new FactoryDispatchInput() { id = 1, value = 200 } };
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var result_sg = new DispatchFactoryDto();
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result_sg.result = new List<DispatchBranchDto>();
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result_sg.result.Add(new DispatchBranchDto() { key = "stationCX_1#_flow", value = flow1 });
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result_sg.result.Add(new DispatchBranchDto() { key = "stationCX_1#_pressure", value = press1 });
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result_sg.result.Add(new DispatchBranchDto() { key = "stationCX_2#_flow", value = flow2 });
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result_sg.result.Add(new DispatchBranchDto() { key = "stationCX_2#_pressure", value = press2 });
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result_sg.scada = new List<DispatchScadaDto>();
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result_sg.scada.Add(new DispatchScadaDto() { tagname = "_0402010404030103001", value = waterLevel });
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result_sg.scada.Add(new DispatchScadaDto() { tagname = "_0402010403150103003", value = middleValveStatus });
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result_sg.scada.Add(new DispatchScadaDto() { tagname = "_0402010403010101003", value = runStatus1 });
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result_sg.scada.Add(new DispatchScadaDto() { tagname = "_0402010403010201003", value = runStatus2 });
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result_sg.scada.Add(new DispatchScadaDto() { tagname = "_0402010403010301003", value = runStatus3 });
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result_sg.scada.Add(new DispatchScadaDto() { tagname = "_0402010403010401003", value = runStatus4 });
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result_sg.scada.Add(new DispatchScadaDto() { tagname = "_0402010403150101003", value = valveStatus1 });
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result_sg.scada.Add(new DispatchScadaDto() { tagname = "_0402010403150102003", value = valveStatus2 });
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string error_info = null;
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switch (input.type)
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{
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case 1://长兴泵站
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{
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return shys_cxd(input, result_sg, out error_info);
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}
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default: return default;
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}
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}
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/// <summary>
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/// 长兴岛
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/// </summary>
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/// <param name="input"></param>
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/// <param name="result_sg"></param>
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/// <param name="error_info"></param>
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/// <returns></returns>
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private IStation.Application.DispatchAnaSchemeOutput shys_cxd(
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StationDispatchExInput input,
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DispatchFactoryDto result_sg,
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out string error_info)
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{
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error_info = null;
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var complex_request_paras = new IStation.Calculation.DispatchAna.Model.RequestParasComplex();
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complex_request_paras.CorpID = 4;
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complex_request_paras.StationID = 2;
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//水位
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var scada_water = result_sg.scada.Find(t => t.tagname == "_0402010404030103001");
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double water_level = 0;
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if (scada_water == null)
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{
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error_info = "水位无法获取";
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return null;
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}
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else
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{
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water_level = Math.Round( scada_water.value,2);
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}
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complex_request_paras.InletPipePara = new List<IStation.Calculation.DispatchAna.Model.InletPipePara>();
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complex_request_paras.InletPipePara.Add(new IStation.Calculation.DispatchAna.Model.InletPipePara()
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{
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Name = "吸水井液位",
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Value = water_level
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});
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//1号管与2号管连接阀状态 0402010403150103003
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int middleValveStatus = 1;
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var scada_middle_vavle = result_sg.scada.Find(t => t.tagname == "_0402010403150103003");
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if (scada_middle_vavle != null)
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middleValveStatus = (int)scada_middle_vavle.value;
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complex_request_paras.ValvePara = new List<IStation.Calculation.DispatchAna.Model.ValvePara>();
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complex_request_paras.ValvePara.Add(new IStation.Calculation.DispatchAna.Model.ValvePara() { Name = "中间阀门", OpenStatus = middleValveStatus });
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//机泵 开停机状态
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List<long> machine_id_array = new List<long> { 19, 22, 25, 28 };
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List<long> machine_run_status = new List<long>(4);
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//1号泵开机状态
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var scada_runstatus1 = result_sg.scada.Find(t => t.tagname == "_0402010403010101003");
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if (scada_runstatus1 != null && (int)scada_runstatus1.value == 1)
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machine_run_status.Add(machine_id_array[0]);
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//2号泵开机状态
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var scada_runstatus2 = result_sg.scada.Find(t => t.tagname == "_0402010403010201003");
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if (scada_runstatus2 != null && (int)scada_runstatus2.value == 1)
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machine_run_status.Add(machine_id_array[1]);
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//3号泵开机状态
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var scada_runstatus3 = result_sg.scada.Find(t => t.tagname == "_0402010403010301003");
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if (scada_runstatus3 != null && (int)scada_runstatus3.value == 1)
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machine_run_status.Add(machine_id_array[2]);
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//4号泵开机状态
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var scada_runstatus4 = result_sg.scada.Find(t => t.tagname == "_0402010403010401003");
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if (scada_runstatus4 != null && (int)scada_runstatus4.value == 1)
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machine_run_status.Add(machine_id_array[3]);
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if (machine_run_status.Count == 0)
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{
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error_info = "没有任何泵开启.无法计算";
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return null;
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}
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//1号管
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IStation.Calculation.DispatchAna.Model.OutletPipePara pipe1 = new Calculation.DispatchAna.Model.OutletPipePara();
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pipe1.Name = "一号管";
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var flow1 = result_sg.result.Find(x => x.key == "stationCX_1#_flow");
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if (flow1 == null)
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{
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error_info = "一号管流量无法获取";
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return null;
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}
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else
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{
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pipe1.TargetFlow = Math.Round(flow1.value,0);
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}
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var press1 = result_sg.result.Find(x => x.key == "stationCX_1#_pressure");
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if (press1 == null)
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{
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error_info = "一号管压力无法获取";
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return null;
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}
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else
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{
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pipe1.TargetPress = Math.Round(press1.value,4);
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}
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var pipe1_val = result_sg.scada.Find(t => t.tagname == "_0402010403150101003");
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if (pipe1_val != null)
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{
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pipe1.ValveStatus = (int)pipe1_val.value;
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}
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//2号管
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IStation.Calculation.DispatchAna.Model.OutletPipePara pipe2 = new Calculation.DispatchAna.Model.OutletPipePara();
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pipe2.Name = "二号管";
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var flow2 = result_sg.result.Find(x => x.key == "stationCX_2#_flow");
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if (flow2 == null)
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{
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error_info = "二号管流量无法获取";
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return null;
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}
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else
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{
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pipe2.TargetFlow = Math.Round(flow2.value,0);
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}
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var press2 = result_sg.result.Find(x => x.key == "stationCX_2#_pressure");
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if (press2 == null)
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{
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error_info = "二号管压力无法获取";
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return null;
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}
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else
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{
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pipe2.TargetPress = Math.Round(press2.value,4);
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}
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var pipe2_val = result_sg.scada.Find(t => t.tagname == "_0402010403150102003");
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if (pipe2_val != null)
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{
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pipe2.ValveStatus = (int)pipe2_val.value;
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}
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complex_request_paras.OutletPipePara = new List<IStation.Calculation.DispatchAna.Model.OutletPipePara>(2);
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complex_request_paras.OutletPipePara.Add(pipe1);
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complex_request_paras.OutletPipePara.Add(pipe2);
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complex_request_paras.SchemeSortType = Calculation.DispatchAna.Model.eAnaSchemeSortType.功率;
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complex_request_paras.SchemeNumber = 1;
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//构造计算器
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var calulator = IStation.Calculation.DispatchAnalyCalculatorFactory.CreateKeepStatusCalculator(4,
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IStation.ObjectType.Station, 2, null);
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calulator.IntialRequest(complex_request_paras,
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null,
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machine_run_status);
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#region 实时量
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double real_total_flow_pipe1 = 0;
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var pipe1_val_flow_real = result_sg.scada.Find(t => t.tagname == "_0402010403030002001");
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if (pipe1_val_flow_real != null && pipe1_val_flow_real.value > 100)
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{//实时量, stationCX_2#_flow" 三高给的目标量
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real_total_flow_pipe1 = Math.Round( pipe1_val_flow_real.value,0);
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}
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double real_oulet_press_pipe1 = 0;
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var pipe1_val_press_real = result_sg.scada.Find(t => t.tagname == "_0402010403030002005");
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if (pipe1_val_press_real != null)
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{//实时量, "stationCX_2#_flow" 是 三高给的目标量
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real_oulet_press_pipe1 = Math.Round(pipe1_val_press_real.value,5);
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}
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double real_total_flow_pipe2 = 0;
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var pipe2_val_flow_real = result_sg.scada.Find(t => t.tagname == "_0402010403030002002");
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if (pipe2_val_flow_real != null && pipe2_val_flow_real.value > 100)
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{
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real_total_flow_pipe2 = Math.Round(pipe2_val_flow_real.value,0);
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}
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double real_oulet_press_pipe2 = 0;
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var pipe2_val_press_real = result_sg.scada.Find(t => t.tagname == "_0402010403030002006");
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if (pipe2_val_press_real != null)
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{//实时量, stationCX_2#_flow" 三高给的目标量
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real_oulet_press_pipe2 = Math.Round(pipe2_val_press_real.value,5);
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}
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//出方案
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var scheme = calulator.Calc(out error_info);
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if (scheme == null)
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return default;
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var result = new IStation.Application.DispatchAnaSchemeOutput();
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result.flowId = input.flowId;
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result.Q = scheme.TotalWrkQ;
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result.H = scheme.TotalWrkH;
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result.E = scheme.TotalWrkE;
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result.P = scheme.TotalWrkP;
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result.WP = scheme.WP;
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result.UWP = scheme.UWP;
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result.Scheme = new DispatchAnaCurrentOutput();
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result.Scheme.MiddleValveStatus = middleValveStatus;
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result.Scheme.Pipes = new List<DispatchAnaCurrentOutput.PipeParaOutput>();
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result.Scheme.Pipes.Add(
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new DispatchAnaCurrentOutput.PipeParaOutput()
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{
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Name = "1#管",
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TargetFlow = pipe1.TargetFlow,
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TargetPressure = pipe1.TargetPress,
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CurrentFlow = real_total_flow_pipe1,
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CurrentPressure = real_oulet_press_pipe1
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}
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);
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result.Scheme.Pipes.Add(
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new DispatchAnaCurrentOutput.PipeParaOutput()
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{
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Name = "2#管",
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TargetFlow = pipe2.TargetFlow,
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TargetPressure = pipe2.TargetPress,
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CurrentFlow = real_total_flow_pipe2,
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CurrentPressure = real_oulet_press_pipe2
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}
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);
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List<string> machine_frq_hz_target_name = new List<string> {
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"_0402010403010112007",
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"_0402010403010212019",
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"_0402010403010312007",
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"_0402010403010412019" };
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List<string> machine_speed_target_name = new List<string> {
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"_0402010403010112008",
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"_0402010403010212020",
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"_0402010403010312008",
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"_0402010403010412020" };
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List<string> machine_names = new List<string> {
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"长兴泵房1号机泵",
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"长兴泵房2号机泵",
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"长兴泵房3号机泵",
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"长兴泵房4号机泵" };
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result.Pumps = new List<IStation.Application.DispatchAnaSchemeItemOutput>();
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foreach (IStation.Calculation.DispatchAna.Model.AnaSchemeItem item in scheme.Items)
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{
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var pump_item = new IStation.Application.DispatchAnaSchemeItemOutput();
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pump_item.Id = item.MachineID.ToString();
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pump_item.Index = machine_id_array.IndexOf(item.MachineID);
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pump_item.Name = item.MachineName;
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pump_item.IsFrequency = item.IsFrequency;
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pump_item.IsCurveExtend = item.IsCurveExtend;
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pump_item.Q = item.WorkPointQ;
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pump_item.H = item.WorkPointH;
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pump_item.E = item.WorkPointE;
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pump_item.P = item.WorkPointP;
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pump_item.Frequency = item.Frequence;
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pump_item.Speed = item.Speed;
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if (pump_item.Index >= 0 && pump_item.Index < 4)
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{
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//获取实时频率
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var fr_hz_tag_name = machine_frq_hz_target_name[pump_item.Index];
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var current_val_fr_hz = result_sg.scada.Find(t => t.tagname == fr_hz_tag_name);
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if (current_val_fr_hz != null && current_val_fr_hz.value > 10)
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{
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pump_item.CurrentFrequency = current_val_fr_hz.value;
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}
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//获取实时转速
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var speed_tag_name = machine_speed_target_name[pump_item.Index];
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var current_val_speed = result_sg.scada.Find(t => t.tagname == speed_tag_name);
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if (current_val_speed != null && current_val_speed.value > 10)
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{
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pump_item.CurrentSpeed = current_val_speed.value;
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}
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//机泵名称
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pump_item.Name = machine_names[pump_item.Index];
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}
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result.Pumps.Add(pump_item);
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}
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#endregion
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#region 修正
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if (machine_run_status.Count == 1)
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{
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result.Pumps.ForEach(x =>
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{//原水反馈 , 用曲线计算, 频率偏低, 人为增加0.5HZ
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if (x.Frequency > 10)
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{
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if (x.Frequency < 49.5)
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{
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//x.Speed = Math.Round
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// (x.Speed * (x.Frequency + 0.5) / (x.Frequency), 0);
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x.Frequency = x.Frequency + 0.5;
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x.Speed = Math.Round(740 * x.Frequency / 50, 1);
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}
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}
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});
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//if (pipe1.TargetFlow + pipe2.TargetFlow > 100)
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//{
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// double current_total_flow = 0;
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// if (pipe1.TargetFlow > 100)
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// current_total_flow = pipe1.TargetFlow;
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// else
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// current_total_flow = pipe2.TargetFlow;
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// var open_pump = result.Pumps.First();
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// var fr_hz_tag_name = machine_frq_hz_target_name[open_pump.Index];
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// var current_val_fr_hz = result_sg.scada.Find(t => t.tagname == fr_hz_tag_name);
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// if (current_val_fr_hz != null && current_val_fr_hz.value > 10)
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// {
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// bool isCor = false;
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// if (current_total_flow < scheme.TotalWrkQ && current_val_fr_hz.value > open_pump.Frequency)
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// {//保证趋势正确
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// isCor = true;
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// open_pump.Note = string.Format("ORI_{0}", open_pump.Frequency);
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// open_pump.Frequency = Math.Round(current_val_fr_hz.value * scheme.TotalWrkQ / current_total_flow, 1);
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// }
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// else if (current_total_flow > scheme.TotalWrkQ && current_val_fr_hz.value < open_pump.Frequency)
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// {//保证趋势正确
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// isCor = true;
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// open_pump.Note = string.Format("ORI_{0}", open_pump.Frequency);
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// open_pump.Frequency = Math.Round(current_val_fr_hz.value * scheme.TotalWrkQ / current_total_flow, 1);
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// }
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// }
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//}
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}
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else
|
{
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result.Pumps.ForEach(x =>
|
{//原水反馈 , 用曲线计算, 频率偏低, 人为增加0.3HZ
|
if (x.Frequency > 10)
|
{
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if (x.Frequency < 49.7)
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{
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x.Frequency = x.Frequency + 0.3;
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x.Speed = Math.Round(740 * x.Frequency / 50, 1);
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}
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}
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});
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}
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#endregion
|
|
result.Pumps.ForEach(x =>
|
{//再检查一下转速
|
if (x.Frequency > 10)
|
{
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x.Frequency = Math.Round(x.Frequency, 1);
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x.Speed = Math.Round(740 * x.Frequency / 50, 1);
|
}
|
if (x.Frequency >= 50)
|
{
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x.Frequency = 50;
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x.Speed = 740;
|
}
|
});
|
return result;
|
}
|
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}
|
}
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