using DevExpress.Charts.Native;
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using DevExpress.XtraCharts;
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using System;
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using System.Collections.Generic;
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using System.Collections.ObjectModel;
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namespace TProduct.WinFrmUI.TPump
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{
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public partial class FeatTestRealTimeChart : DevExpress.XtraEditors.XtraUserControl
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{
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internal ChartControl ChartControl { get { return chart; } }
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protected TProduct.Model.TestProjectItemView _testItem = null;
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protected Eventech.Model.UnitP power_unit = Eventech.Model.UnitP.KW;
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protected Eventech.Model.UnitQ flow_unit = Eventech.Model.UnitQ.M3H;
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protected Eventech.Model.UnitH head_unit = Eventech.Model.UnitH.M;
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protected Eventech.Model.UnitH press_unit = Eventech.Model.UnitH.MPa;
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public FeatTestRealTimeChart()
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{
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InitializeComponent();
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power_unit = TProduct.UserSetting.Setting.PumpTest.UnitPower;
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flow_unit = TProduct.UserSetting.Setting.PumpTest.UnitFlow;
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head_unit = TProduct.UserSetting.Setting.PumpTest.UnitHead;
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press_unit = TProduct.UserSetting.Setting.PumpTest.UnitPress;
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//ChartControl.BeginInit();
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//dataGenerator = new SensorDataGenerator();
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//dataGenerator.GenerateInitialData();
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//ChartControl.DataSource = dataGenerator.DataSource;
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//ColorizeSeries();
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//dataGenerator.Start();
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//this.synchronousTimer = new System.Windows.Forms.Timer(this.components);
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//this.synchronousTimer.Interval = 15;
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//this.synchronousTimer.Tick += new System.EventHandler(this.synchronousTimer_Tick);
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////
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//synchronousTimer.Enabled = true;
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//ChartControl.EndInit();
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//SwiftPlotDiagramAxisX axisX = ((SwiftPlotDiagram)ChartControl.Diagram).AxisX;
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//axisX.VisualRange.SetMinMaxValues((DateTime)axisX.WholeRange.MaxValue - new TimeSpan(0, 0, 10), ((DateTime)axisX.WholeRange.MaxValue).AddSeconds(1));
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}
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public class FeatTestRealTimeItem
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{
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public DateTime TimeStamp { get; set; }
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public double Power { get; set; }
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public double Flow { get; set; }
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public double InletPress { get; set; }
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public double OutletPress { get; set; }
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public double WenDu { get; set; }//温度
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public double KaiDu { get; set; }//开度
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internal FeatTestRealTimeItem() { }
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internal FeatTestRealTimeItem(
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DateTime timeStamp,
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double power,
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double flow,
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double inlet_press,
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double outlet_press,
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double wendu,
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double kaidu)
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{
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this.TimeStamp = timeStamp;
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this.Power = power;
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this.Flow = flow;
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this.InletPress = inlet_press;
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this.OutletPress = outlet_press;
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this.WenDu = wendu;
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this.KaiDu = kaidu;
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}
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}
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private void RealTimeChart_Load(object sender, EventArgs e)
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{
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}
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void Chart_CustomPaint(object sender, CustomPaintEventArgs e)
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{
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}
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TProduct.Model.WorkBenchMonitorPoint _monitorPoint进口压力 = null;
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TProduct.Model.WorkBenchMonitorPoint _monitorPoint出口压力 = null;
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TProduct.Model.WorkBenchMonitorPoint _monitorPoint流量 = null;
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TProduct.Model.WorkBenchMonitorPoint _monitorPoint功率 = null;
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TProduct.Model.WorkBenchMonitorPoint _monitorPoint温度 = null;
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TProduct.Model.WorkBenchMonitorPoint _monitorPoint开度 = null;
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MonitorValveIngRecordHelper _monitorValveIngRecordHelper = null;
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private bool isShowPress = true;
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private bool isShowWenDu = true;
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//private bool isShowPower = true;
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private bool isShowKaiDu = true;
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internal bool SetBindingData(
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List<TProduct.Model.WorkBenchMonitorPoint> monitorPoints,
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MonitorValveIngRecordHelper monitorValveIngRecordHelper)
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{
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_dataSouce = new ObservableCollection<FeatTestRealTimeItem>();
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chart.DataSource = _dataSouce;
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var diagram = this.chart.Diagram as SwiftPlotDiagram;
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_monitorPoint进口压力 = monitorPoints.Find(x => x.MonitorType == Model.eMonitorType.压力 &&
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x.Property == Model.MonitorTypeProperty.进口);
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_monitorPoint出口压力 = monitorPoints.Find(x => x.MonitorType == Model.eMonitorType.压力 &&
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x.Property == Model.MonitorTypeProperty.出口);
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if(_monitorPoint进口压力==null|| _monitorPoint进口压力.DispInRealChart != 1)
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{
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this.chart.Series["SeriesInletPress"].Visible = false;
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isShowPress = false;
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}
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else
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{
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isShowPress = true ;
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}
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if (_monitorPoint出口压力 == null || _monitorPoint出口压力.DispInRealChart != 1)
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{
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this.chart.Series["SeriesOutletPress"].Visible = false;
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isShowPress = false;
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}
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else
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{
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isShowPress = true;
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}
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if (isShowPress == false)
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{
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diagram.Panes[1].Visibility = ChartElementVisibility.Hidden;
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diagram.SecondaryAxesY["AxisPress"].Visibility = DevExpress.Utils.DefaultBoolean.False;
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}
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_monitorPoint流量 = monitorPoints.Find(x => x.MonitorType == Model.eMonitorType.流量);
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_monitorPoint功率 = monitorPoints.Find(x => x.MonitorType == Model.eMonitorType.功率);
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_monitorPoint温度 = monitorPoints.Find(x => x.MonitorType == Model.eMonitorType.介质温度 );
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if(_monitorPoint温度 == null || _monitorPoint温度.DispInRealChart != 1)
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{
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isShowWenDu = false;
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diagram.SecondaryAxesY["AxisWendu"].Visibility = DevExpress.Utils.DefaultBoolean.False;
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this.chart.Series["SeriesWendu"].Visible = false;
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}
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else
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{
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isShowWenDu = true ;
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}
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_monitorPoint开度 = monitorPoints.Find(x => x.MonitorType == Model.eMonitorType.阀门开度);
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if (_monitorPoint开度 == null || _monitorPoint开度.DispInRealChart != 1)
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{
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isShowWenDu = false;
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diagram.SecondaryAxesY["AxisKaidu"].Visibility = DevExpress.Utils.DefaultBoolean.False;
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this.chart.Series["SeriesKaidu"].Visible = false;
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}
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else
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{
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isShowKaiDu = true;
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}
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this._monitorValveIngRecordHelper = monitorValveIngRecordHelper;
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return true;
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}
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ObservableCollection<FeatTestRealTimeItem> _dataSouce = null;
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System.Windows.Forms.Timer synchronousTimer;
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public void Start()
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{
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if (synchronousTimer != null)
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synchronousTimer.Stop();
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MaxDataPointsCount = TProduct.UserSetting.Setting.PumpTest.RealTimeChartMaxPtCount;
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if (MaxDataPointsCount < 100)
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MaxDataPointsCount = 200;
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synchronousTimer = new System.Windows.Forms.Timer();
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synchronousTimer.Interval = 1500;
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synchronousTimer.Tick += new System.EventHandler(this.synchronousTimer_Tick);
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synchronousTimer.Enabled = false;
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synchronousTimer.Start();
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}
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int MaxDataPointsCount = 3600;
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void synchronousTimer_Tick(object sender, EventArgs e)
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{
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var value_list = this._monitorValveIngRecordHelper.GetRealValueList();
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FeatTestRealTimeItem point = new FeatTestRealTimeItem();
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point.TimeStamp = DateTime.Now;
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if (_monitorPoint进口压力 != null)
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{
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var v进口压力 = value_list.Find(x => x.ID == this._monitorPoint进口压力.ID);
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if (v进口压力 != null && v进口压力.Value != null)
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point.InletPress = Eventech.Common.UnitHHelper.fromMPa(this.press_unit,
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v进口压力.Value.Value);
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}
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if (_monitorPoint出口压力 != null)
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{
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var v出口压力 = value_list.Find(x => x.ID == this._monitorPoint出口压力.ID);
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if (v出口压力 != null && v出口压力.Value != null)
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point.OutletPress = Eventech.Common.UnitHHelper.fromMPa(this.press_unit,
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v出口压力.Value.Value);
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}
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if (_monitorPoint功率 != null)
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{
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var v功率 = value_list.Find(x => x.ID == this._monitorPoint功率.ID);
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if (v功率 != null && v功率.Value != null)
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point.Power = Eventech.Common.UnitPHelper.fromKW(this.power_unit,
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v功率.Value.Value);
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}
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if (_monitorPoint流量 != null)
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{
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var v流量 = value_list.Find(x => x.ID == this._monitorPoint流量.ID);
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if (v流量 != null && v流量.Value != null)
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point.Flow = Eventech.Common.UnitQHelper.fromM3H(this.flow_unit,
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v流量.Value.Value);
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}
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if( _monitorPoint温度 != null && this.isShowWenDu)
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{
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var v温度 = value_list.Find(x => x.ID == this._monitorPoint温度.ID);
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if (v温度 != null && v温度.Value != null)
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point.WenDu = v温度.Value.Value ;
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}
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if (_monitorPoint开度 != null && this.isShowKaiDu)
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{
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var v开度 = value_list.Find(x => x.ID == this._monitorPoint开度.ID);
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if (v开度 != null && v开度.Value != null)
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point.KaiDu = v开度.Value.Value;
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}
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{
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_dataSouce.Add(point);
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if (_dataSouce.Count > MaxDataPointsCount)
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_dataSouce.RemoveAt(0);
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}
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}
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public void Stop()
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{
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if (synchronousTimer != null)
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{
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synchronousTimer.Stop();
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synchronousTimer = null;
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}
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}
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private void 清空ToolStripMenuItem_Click(object sender, EventArgs e)
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{
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_dataSouce.Clear();
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}
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}
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}
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