Shaker/Avalonia/ShakerApp/ViewModels/MainPage/SineMainPageViewModel.cs

using Avalonia.Collections;
using Avalonia.Controls;
using OxyPlot;
using OxyPlot.Series;
using Shaker.Models;
using Shaker.Models.Tools;
using ShakerApp.Tools;
using ShakerApp.Views;
using System;
using System.Collections;
using System.Collections.Generic;
using System.Linq;
using System.Net.Http.Headers;
using System.Runtime.CompilerServices;
using System.Text;
using System.Threading.Tasks;

namespace ShakerApp.ViewModels
{
    internal class SineMainPageViewModel : BaseMainPageViewModel<SineDataModel>
    {
        public const string TDMSDataName = "SweepData";
        List<OxyColor> oxyColors = new List<OxyColor>() {OxyColors.Black, OxyColors.Green, OxyColors.Red, OxyColors.Red, OxyColors.Yellow, OxyColors.Yellow };
        List<LineStyle> lineStyles = new List<LineStyle>() {LineStyle.Solid, LineStyle.Solid, LineStyle.Solid, LineStyle.Solid, LineStyle.LongDashDotDot, LineStyle.LongDashDotDot };
        List<string> properties = new List<string>() {nameof(SweepData.Acceleration), nameof(SweepData.TargetAcceleration), nameof(SweepData.UpStopAcceleration), nameof(SweepData.DownStopAcceleration), nameof(SweepData.UpWarnAcceleration), nameof(SweepData.DownWarnAcceleration) };
        List<SweepData> datas = new List<SweepData>();
        DateTime dateTime = DateTime.Now;
        OxyPlot.Annotations.ArrowAnnotation arrowAnnotation = new OxyPlot.Annotations.ArrowAnnotation();
        public AvaloniaList<LineSeries> LineSeries { get; } = new AvaloniaList<LineSeries>();
        private SineMainPageViewModel()
        {
            #region 加速度谱曲线
            PlotModel.Axes.Add(new OxyPlot.Axes.LogarithmicAxis()
            {
                MaximumPadding = 0,
                MinimumPadding = 0,
                Title = App.Current?.FindResource(ShakerConstant.FrequencyKey) + "",
                Unit = "Hz",
                MajorGridlineStyle = LineStyle.Solid,
                Position = OxyPlot.Axes.AxisPosition.Bottom,
                Key = "Freq"
            });
            PlotModel.Axes.Add(new OxyPlot.Axes.LogarithmicAxis()
            {
                Key = "Ampt",
                Title = App.Current?.FindResource(ShakerConstant.AmptAxisTitleKey) + "",
                Unit = "g",
                MajorGridlineStyle = LineStyle.Solid,
                Position = OxyPlot.Axes.AxisPosition.Left,
            });
            PlotModel.Title = App.Current?.FindResource(ShakerConstant.AccelerationSpectrumKey) + "";

            for (int i = 0; i < oxyColors.Count; i++)
            {
                LineSeries line = new LineSeries();
                line.Title = App.Current?.FindResource(ShakerConstant.ShowSweepAccelerationSpectrumNames[i]) + "";
                line.Color = oxyColors[i];
                line.StrokeThickness = 1;
                line.DataFieldX = nameof(SweepData.Frequency);
                line.DataFieldY = properties[i];
                line.LineStyle = lineStyles[i];
                line.XAxisKey = "Freq";
                line.YAxisKey = "Ampt";
                LineSeries.Add(line);
                PlotModel.Series.Add(line);
            }
            PlotModel.Annotations.Add(arrowAnnotation);
            arrowAnnotation.Selectable = false;
            arrowAnnotation.SelectionMode = OxyPlot.SelectionMode.Single;
            arrowAnnotation.Text = "Test";
            arrowAnnotation.TextColor = OxyColors.Transparent;
            arrowAnnotation.StartPoint = new DataPoint(8, 4);
            arrowAnnotation.EndPoint = new DataPoint();
            arrowAnnotation.Color = OxyColors.Transparent;
            PlotModel.Legends.Add(new OxyPlot.Legends.Legend()
            {
                ShowInvisibleSeries = true,
            });
            PlotModel.Title = App.Current?.FindResource(MainPageType.SinePage.Description()) + "";
            #endregion
            GetEvent(ShakerSettingViewModel.LANGUAGECHANGEDEVENT).Subscrip((_, _) =>
            {
                PlotModel.InvalidatePlot(false);
                PlotModel.Title = App.Current?.FindResource(MainPageType.SinePage.Description()) + "";
                PlotModel.Axes[0].Title = App.Current?.FindResource("Frequency") + "";
                PlotModel.Axes[1].Title = Title = App.Current?.FindResource("Ampt") + "";
                for(int i=0;i<LineSeries.Count;i++)
                {
                    LineSeries[i].Title = App.Current?.FindResource(ShakerConstant.ShowSweepAccelerationSpectrumNames[i]) + "";
                }
                PlotModel.InvalidatePlot(true);
            });
            GetEvent<AllConfig>().Subscrip((_, _) =>
            {
                CommunicationViewModel.Instance.LocalCommunication?.GetEvent<List<SineDataModel>>()?.Subscrip((_, args) =>
                {
                    UpdateData(args.Data.Cast<IResultDataModel>().ToList());
                    CommunicationViewModel.Instance.ServiceCommunication?.GetEvent<List<SineDataModel>>()?.Publish(this, args.Data);
                });
            });
        }

        static SineMainPageViewModel()
        {

        }
        public override void SaveTdmsConfig(TDMS.ITDMSFile? config)
        {
            if (config == null) return;
            base.SaveTdmsConfig(config);
            var group = config.Contains(nameof(SweepConfigModel)) ? config[nameof(SweepConfigModel)]:config.AddGroup(nameof(SweepConfigModel));
            if (group == null) return;
            typeof(SweepConfigModel) .GetFields(System.Reflection.BindingFlags.NonPublic | System.Reflection.BindingFlags.Public | System.Reflection.BindingFlags.Instance)
                .Select(x => (x, x.GetValue(SweepConfigViewModel.Instance.Model)))
                .ToList()
                .ForEach(x =>
                {
                    if (x.Item2 == null)
                    {
                        return;
                    }
                    if (x.x.FieldType.IsAssignableTo(typeof(IList)) || x.x.FieldType.IsArray)
                    {
                        group.CreateOrUpdateProperty($"{x.x.Name}", string.Join("", Tools.Tools.Serialize(x.x.FieldType, x.Item2).Select(x => $"{x:X2}")));
                    }
                    else
                    {
                        group.CreateOrUpdateProperty($"{x.x.Name}", x.Item2?.ToString() ?? string.Empty);
                    }
                });
        }

        public void SetRefSpectrum(List<SweepData> data)
        {
            datas.Clear();
            datas.AddRange(data);
            PlotModel.InvalidatePlot(false);
            for(int i=0;i<LineSeries.Count;i++)
            {
                LineSeries[i].ItemsSource = datas;
            }
            PlotModel.InvalidatePlot(true);
        }

        public override void Start()
        {
            SetRefSpectrum(SweepConfigViewModel.Instance.RefSpectrum);
            lastwritefreq = 0;
        }

        public override void Stop()
        {
        }

        public override void UpdateData(List<IResultDataModel> model)
        {
            if (model.Last() is SineDataModel sine)
            {
                if (sine.SweepDirection != Model.SweepDirection && sine.SweepStep != Shaker.Models.SweepStep.Stop)
                {
                    SetRefSpectrum(SweepConfigViewModel.Instance.RefSpectrum);
                }
                UpDataModels(model.Cast<SineDataModel>().ToList());
                UpDateModel(sine);
                UpPlot();
            }
        }
        private double lastwritefreq = 0;
        private void UpDataModels(List<SineDataModel> models)
        {
            models.ForEach(sine =>
            {
                double currentacc = Shaker.Models.Tools.Tools.VoltageToQuantities(sine.CurrentAcceleration, ShakerConfigViewModel.Instance.AccelerationSensitivity);
                uint currentfreq = (uint)(sine.CurrentFrequency * 1000_000);
                int index = -1;
                for (int i = 0; i < datas.Count; i++)
                {
                    uint tempfreq = (uint)(datas[i].Frequency * 1000_000);
                    if (tempfreq == currentfreq)
                    {
                        index = i;
                        datas[i].SetAcceleration(currentacc); 
                        if (sine.SweepDirection == Shaker.Models.SweepDirection.Up)
                        {
                            for (int j = i - 1; j >= 0; j--)
                            {
                                if (datas[j].Frequency > SweepConfigViewModel.Instance.EndFrequency) break;
                                if (double.IsNaN(datas[j].Acceleration))
                                {
                                    datas[j].SetAcceleration(currentacc);
                                }
                                else break;
                            }
                        }
                        else
                        {
                            for (int j = i + 1; j < datas.Count; j++)
                            {
                                if (datas[j].Frequency < SweepConfigViewModel.Instance.StartFrequency) break;
                                if (double.IsNaN(datas[j].Acceleration))
                                {
                                    datas[j].SetAcceleration(currentacc);
                                }
                                else break;
                            }
                        }
                        return;
                    }
                    else if (tempfreq > currentfreq)
                    {
                        if (i > 0)
                        {
                            index = i - 1;
                        }
                        else index = 0;
                        break;
                    }
                }
                if (index == -1) index = datas.Count - 1;
                if (sine.SweepDirection == Shaker.Models.SweepDirection.Up)
                {
                    for (int j = index; j >= 0; j--)
                    {
                        if (datas[j].Frequency > SweepConfigViewModel.Instance.EndFrequency) break;
                        if (double.IsNaN(datas[j].Acceleration))
                        {
                            datas[j].SetAcceleration(currentacc);
                        }
                        else break;
                    }
                }
                else
                {
                    for (int j = index + 1; j < datas.Count; j++)
                    {
                        if (datas[j].Frequency < SweepConfigViewModel.Instance.StartFrequency) break;
                        if (double.IsNaN(datas[j].Acceleration))
                        {
                            datas[j].SetAcceleration(currentacc);
                        }
                        else break;
                    }
                }
                double value = 0; double upstop = 0; double upwarn = 0; double downstop = 0; double downwarn = 0;
                SweepConfigViewModel.Instance.Model.CalcAmpt(sine.CurrentFrequency, ref value, ref upstop, ref upwarn, ref downstop, ref downwarn);
                datas.Insert(index + 1, new SweepData(sine.CurrentFrequency,currentacc, value,  upstop, downstop, upwarn, downwarn));
            });
            var file = ShakerDataViewModel.Instance.File;
            if (file == null) return;
            var savemodels = models.DistinctBy(x => x.CurrentFrequency).Where(x=>x.CurrentFrequency!=lastwritefreq).ToList();
            if (savemodels.Count == 0) return;
            lastwritefreq = savemodels[^1].CurrentFrequency;
            try
            {
                var group= file.Contains(TDMSDataName) ? file[TDMSDataName]:file.AddGroup(TDMSDataName);
                if (group == null) return;
                var ch = group.Contains(nameof(SineDataModel.CurrentFrequency)) ? group[nameof(SineDataModel.CurrentFrequency)] : group.AddChannel(TDMS.Common.TDMSDataType.Double, nameof(SineDataModel.CurrentFrequency), "Hz");
                if (ch != null)
                {
                    ch.AppendData(savemodels.Select(x => x.CurrentFrequency).ToArray());
                }
                ch = group.Contains(nameof(SineDataModel.CurrentAcceleration)) ? group[nameof(SineDataModel.CurrentAcceleration)] : group.AddChannel(TDMS.Common.TDMSDataType.Double,nameof(SineDataModel.CurrentAcceleration), "g");
                if (ch != null)
                {
                    ch.AppendData(savemodels.Select(x => x.CurrentAcceleration).ToArray());
                }
                ch = group.Contains(nameof(SineDataModel.SweepIndex)) ? group[nameof(SineDataModel.SweepIndex)] : group.AddChannel(TDMS.Common.TDMSDataType.Int32, nameof(SineDataModel.SweepIndex), "");
                if (ch != null)
                {
                    ch.AppendData(savemodels.Select(x => (int)x.SweepIndex).ToArray());
                }
                file.Save();
            }
            catch(Exception ex)
            {

            }
        }
        private void UpPlot()
        {
            PlotModel.InvalidatePlot(false);
            if (Model.SweepStep == Shaker.Models.SweepStep.Stop)
            {
                arrowAnnotation.TextColor = OxyColors.Transparent;
                arrowAnnotation.Color = OxyColors.Transparent;
            }
            else
            {
                arrowAnnotation.TextColor = OxyColors.Black;
                arrowAnnotation.Color = OxyColors.Green;
                arrowAnnotation.EndPoint = new DataPoint(CurrentFrequency, CurrentAcceleration);
                arrowAnnotation.StartPoint = new DataPoint(CurrentFrequency, 1E-30);
                arrowAnnotation.Text = $"{App.Current?.FindResource("Frequency")}:{CurrentFrequency:F2}Hz\r\n{App.Current?.FindResource("Acceleration")}:{CurrentAcceleration:F3}g";
                arrowAnnotation.TextPosition = arrowAnnotation.EndPoint;
                arrowAnnotation.TextHorizontalAlignment = HorizontalAlignment.Left;
                arrowAnnotation.TextVerticalAlignment = VerticalAlignment.Top;
            }
            for(int i=0;i<LineSeries.Count;i++)
            {
                LineSeries[i].ItemsSource = datas;
            }
            PlotModel.InvalidatePlot(true);
        }

        [PropertyAssociation(nameof(SineDataModel.TotalTime))]
        public double TotalTime { get => Model.TotalTime; set => SetProperty(ref Model.TotalTime, value); }
        [PropertyAssociation(nameof(SineDataModel.RunTime))]
        public double RunTime { get => Model.RunTime; set => SetProperty(ref Model.RunTime, value); }
        [PropertyAssociation(nameof(SineDataModel.CurrentFrequency))]
        public double CurrentFrequency { get => Model.CurrentFrequency; set => SetProperty(ref Model.CurrentFrequency, value); }
        [PropertyAssociation(nameof(SineDataModel.CurrentAcceleration))]
        public double CurrentAcceleration { get => Shaker.Models.Tools.Tools.VoltageToQuantities(Model.CurrentAcceleration, ShakerConfigViewModel.Instance.AccelerationSensitivity); set => SetProperty(ref Model.CurrentAcceleration, value); }
        [PropertyAssociation(nameof(SineDataModel.SweepDirection))]
        public string SweepDirection { get => Model.SweepDirection.Description(); }
        [PropertyAssociation(nameof(SineDataModel.SweepStep))]
        public string SweepStep { get => Model.SweepStep.Description(); }
        [PropertyAssociation(nameof(SineDataModel.SweepIndex))]
        public uint SweepIndex { get => Model.SweepIndex; set => SetProperty(ref Model.SweepIndex, value); }
        [PropertyAssociation(nameof(SineDataModel.MainPageType))]
        public override MainPageType PageType => Model.MainPageType;

        public OxyPlot.PlotModel PlotModel { get; private set; } = new OxyPlot.PlotModel();
        public static SineMainPageViewModel Instance { get; } = new SineMainPageViewModel();

        public OxyPlot.PlotModel DriverModel { get; private set; } = new PlotModel();
    }
}