HStation/XHS.V1.0.git

			@@ -1,6 +1,8 @@
			using HStation.WinFrmUI.PhartRelation;
			using DevExpress.Utils.MVVM;
			using HStation.WinFrmUI.PhartRelation;
			using HStation.WinFrmUI.Xhs;
			using Yw.Model;
			using Yw.WinFrmUI.HydroW3d;

			namespace HStation.WinFrmUI
			{
			@@ -57,9 +59,18 @@
			/// </summary>
			public event Action<HydroVisualInfo> FlowEffectPropertyValueChangedEvent;

			#endregion
			#endregion 事件集

			#region 属性赋值

			/// <summary>
			/// 允许编辑
			/// </summary>
			public bool AllowEdit
			{
			get { return this.hydroVisualPropertyCtrl1.AllowEdit; }
			set { this.hydroVisualPropertyCtrl1.AllowEdit = value; }
			}

			/// <summary>
			/// 选择对象
			@@ -70,7 +81,7 @@
			set { this.hydroVisualPropertyCtrl1.SelectedObject = value; }
			}

			#endregion
			#endregion 属性赋值

			#region 属性更新

			@@ -120,125 +131,291 @@
			case Yw.Hydro.ParterCatalog.Tank:
			{
			var tankViewModel = vm as HydroTankViewModel;
			var input = HydroMatchingHelper.Create(tankViewModel.Vmo, tankViewModel.HydroInfo);
			var dlg = new TankSingleMatchingDlg();
			var input = HydroMatchingHelper.Create(tankViewModel);
			var dlg = new AssetsTankSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(tankViewModel.HydroInfo, tankViewModel.Vmo, output);
			tankViewModel.UpdateProperty();
			HydroMatchingHelper.Apply(tankViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Waterbox:
			{
			var tankViewModel = vm as HydroTankViewModel;
			var input = HydroMatchingHelper.Create(tankViewModel.Vmo, tankViewModel.HydroInfo);
			var dlg = new TankSingleMatchingDlg();
			var input = HydroMatchingHelper.Create(tankViewModel);
			var dlg = new AssetsTankSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(tankViewModel.HydroInfo, tankViewModel.Vmo, output);
			tankViewModel.UpdateProperty();
			HydroMatchingHelper.Apply(tankViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Blunthead:
			{

			var bluntheadViewModel = vm as HydroBluntheadViewModel;
			var input = HydroMatchingHelper.Create(bluntheadViewModel);
			var dlg = new SimulationBluntheadSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(bluntheadViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Elbow:
			{
			var elbowViewModel = vm as HydroElbowViewModel;
			var input = HydroMatchingHelper.Create(elbowViewModel.Vmo, elbowViewModel.HydroInfo);
			var dlg = new ElbowSingMatchingDlg();
			var input = HydroMatchingHelper.Create(elbowViewModel);
			var dlg = new SimulationElbowSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(elbowViewModel.HydroInfo, elbowViewModel.Vmo, output);
			elbowViewModel.UpdateProperty();
			HydroMatchingHelper.Apply(elbowViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Threelink:
			{

			var threelinkViewModel = vm as HydroThreelinkViewModel;
			var input = HydroMatchingHelper.Create(threelinkViewModel);
			var dlg = new SimulationThreelinkSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(threelinkViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Fourlink:
			{

			var fourlinkViewModel = vm as HydroFourlinkViewModel;
			var input = HydroMatchingHelper.Create(fourlinkViewModel);
			var dlg = new SimulationFourlinkSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(fourlinkViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Meter:
			{

			var meterViewModel = vm as HydroMeterViewModel;
			var input = HydroMatchingHelper.Create(meterViewModel);
			var dlg = new AssetsMeterSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(meterViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Flowmeter:
			{

			var flowmeterViewModel = vm as HydroFlowmeterViewModel;
			var input = HydroMatchingHelper.Create(flowmeterViewModel);
			var dlg = new AssetsFlowmeterSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(flowmeterViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Pressmeter:
			{

			var pressmeterViewModel = vm as HydroPressmeterViewModel;
			var input = HydroMatchingHelper.Create(pressmeterViewModel);
			var dlg = new AssetsPressmeterSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(pressmeterViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Nozzle:
			{

			var nozzleViewModel = vm as HydroNozzleViewModel;
			var input = HydroMatchingHelper.Create(nozzleViewModel);
			var dlg = new SimulationSprinklerSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(nozzleViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Hydrant:
			{

			var hydrantViewModel = vm as HydroHydrantViewModel;
			var input = HydroMatchingHelper.Create(hydrantViewModel);
			var dlg = new SimulationHydrantSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(hydrantViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Pipe:
			{

			var pipeViewModel = vm as HydroPipeViewModel;
			var input = HydroMatchingHelper.Create(pipeViewModel);
			var dlg = new SimulationPipeSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(pipeViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Pump:
			{
			var pumpViewModel = vm as HydroPumpViewModel;
			var input = HydroMatchingHelper.Create(pumpViewModel.Vmo, pumpViewModel.HydroInfo);
			var dlg = new PumpSingleMatchingDlg();
			var dlg = new SimulationPumpSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(pumpViewModel.HydroInfo, pumpViewModel.Vmo, output);
			pumpViewModel.UpdateProperty();
			HydroMatchingHelper.Apply(pumpViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Valve:
			{

			var valveViewModel = vm as HydroValveViewModel;
			var input = HydroMatchingHelper.Create(valveViewModel);
			var dlg = new AssetsValveSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(valveViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Exchanger:
			{

			var exchangerViewModel = vm as HydroExchangerViewModel;
			var input = HydroMatchingHelper.Create(exchangerViewModel);
			var dlg = new AssetsExchangerSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(exchangerViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;

			case Yw.Hydro.ParterCatalog.Compressor:
			{

			var compressorViewModel = vm as HydroCompressorViewModel;
			var input = HydroMatchingHelper.Create(compressorViewModel);
			var dlg = new AssetsCompressorSingleMatchingDlg();
			dlg.ReloadDataEvent += (output) =>
			{
			HydroMatchingHelper.Apply(compressorViewModel, output);
			this.hydroVisualPropertyCtrl1.UpdateRows();
			this.PropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.MarkPropertyValueChangedEvent?.Invoke(vm.Vmo);
			this.GradingPropertyValueChangedEvent?.Invoke(vm.Vmo);
			};
			dlg.SetBindingData(input);
			dlg.ShowDialog();
			}
			break;
			default: break;

			default: break;
			}
			}

			@@ -253,53 +430,89 @@
			{
			case HydroCurve.Tank:
			{

			var tankViewModel = vm as HydroTankViewModel;
			var curveInfo = tankViewModel.HydroInfo.Curves?.Find(x => x.Code == tankViewModel.VolCurve);
			if (curveInfo != null)
			{
			if (long.TryParse(curveInfo.DbId, out long longDbId))
			{
			var dlg = new AssetsTankCurveVOLViewDlg();
			dlg.SetBindingData(longDbId);
			dlg.ShowDialog();
			}
			}
			}
			break;

			case HydroCurve.Pump:
			{
			//var pumpInfo = vm.HydroInfo.Pumps?.Find(x => x.Code == vm.Code);
			//if (pumpInfo == null)
			//{
			// break;
			//}
			//var input = AssetsMatchingParasHelper.Create(vm.HydroInfo, pumpInfo, null);
			//var dlg = new SinglePumpAnalyDlg();
			//dlg.SetBindindData(input);
			//dlg.ReloadDataEvent += (output) =>
			//{
			// var bol = AssetsMatchingParasHelper.Apply(vm.HydroInfo, output);
			// if (bol)
			// {
			// vm.UpdateProperty();
			// this.hydroVisualPropertyCtrl1.UpdateRows();
			// }
			// return bol;
			//};
			//dlg.ShowDialog();
			//return true;
			var pumpViewModel = vm as HydroPumpViewModel;
			var dlg = new SimulationSinglePumpFeatDlg();
			dlg.SaveEvent += (working) =>
			{
			pumpViewModel.Vmo.LinkStatus = working.LinkStatus;
			pumpViewModel.Vmo.SpeedRatio = working.CurrentHz / pumpViewModel.Vmo.RatedHz;
			pumpViewModel.UpdateProperty();
			this.hydroVisualPropertyCtrl1.UpdateRows();
			};
			dlg.SetBindingData(pumpViewModel);
			dlg.ShowDialog();
			}
			break;

			case HydroCurve.Valve:
			{

			var valveViewModel = vm as HydroValveViewModel;
			var curveInfo = valveViewModel.HydroInfo.Curves?.Find(x => x.Code == valveViewModel.ValveSetting);
			if (curveInfo != null)
			{
			if (long.TryParse(curveInfo.DbId, out long longDbId))
			{
			var dlg = new AssetsValveCurveViewDlg();
			dlg.SetBindingData(longDbId);
			dlg.ShowDialog();
			}
			}
			}
			break;

			case HydroCurve.Exchanger:
			{

			var exchangerViewModel = vm as HydroExchangerViewModel;
			var curveInfo = exchangerViewModel.HydroInfo.Curves?.Find(x => x.Code == exchangerViewModel.CurveQL);
			if (curveInfo != null)
			{
			if (long.TryParse(curveInfo.DbId, out long longDbId))
			{
			var dlg = new AssetsExchangerCurveQLViewDlg();
			dlg.SetBindingData(longDbId);
			dlg.ShowDialog();
			}
			}
			}
			break;

			case HydroCurve.Compressor:
			{

			var compressorViewModel = vm as HydroCompressorViewModel;
			var curveInfo = compressorViewModel.HydroInfo.Curves?.Find(x => x.Code == compressorViewModel.CurveQL);
			if (curveInfo != null)
			{
			if (long.TryParse(curveInfo.DbId, out long longDbId))
			{
			var dlg = new AssetsCompressorCurveQLViewDlg();
			dlg.SetBindingData(longDbId);
			dlg.ShowDialog();
			}
			}
			}
			break;

			default: break;
			}
			}

			#endregion
			#endregion 事件实现

			#region 事件穿透

			@@ -347,6 +560,6 @@
			this.FlowEffectPropertyValueChangedEvent?.Invoke(vm?.Vmo);
			}

			#endregion
			#endregion 事件穿透
			}
			}