public IAggregatedChartViewModel CreateAggregatedChartViewModel() { IReadOnlyCollection <LapTelemetryDto> loadedLaps = _loadedLapsCache.LoadedLaps; string title = $"{ChartName} - Laps: {string.Join(", ", loadedLaps.Select(x => x.LapSummary.CustomDisplayName))}"; AxisDefinition xAxis = new AxisDefinition(_dataExtractor.XMajorTickSize, _dataExtractor.XMajorTickSize / 4, _dataExtractor.XUnit, "Lat Acc"); AxisDefinition yAxis = new AxisDefinition(_dataExtractor.YMajorTickSize, _dataExtractor.YMajorTickSize / 4, _dataExtractor.YUnit, "Long Acc"); ScatterPlot scatterPlot = new ScatterPlot(title, xAxis, yAxis); for (int i = 0; i < 4; i++) { _throttlePositionFilter.Minimum = i * 0.25;; _throttlePositionFilter.Maximum = (i + 1) * 0.25; string seriesTitle = $"Throttle - {i * 25}% - {(i + 1) * 25:F2}%"; scatterPlot.AddScatterPlotSeries(_dataExtractor.ExtractSeries(loadedLaps, _filters, seriesTitle, ColorMap[i])); } _throttlePositionFilter.Minimum = 1; _throttlePositionFilter.Maximum = double.MaxValue; scatterPlot.AddScatterPlotSeries(_dataExtractor.ExtractSeries(loadedLaps, _filters, "Throttle - 100%", ColorMap[4])); ScatterPlotChartViewModel viewModel = new ScatterPlotChartViewModel() { Title = "Lateral / Longitudinal G" }; viewModel.FromModel(scatterPlot); return(viewModel); }
protected IReadOnlyCollection <IAggregatedChartViewModel> CreateChartForEachStint(IEnumerable <IGrouping <int, LapTelemetryDto> > lapsStintGrouping, AggregatedChartSettingsDto aggregatedChartSettings) { List <IAggregatedChartViewModel> charts = new List <IAggregatedChartViewModel>(); foreach (IGrouping <int, LapTelemetryDto> lapsInStintGroup in lapsStintGrouping) { string title = BuildChartTitle(lapsInStintGroup, aggregatedChartSettings); AxisDefinition xAxis = new AxisDefinition(_dataExtractor.XMajorTickSize, _dataExtractor.XMajorTickSize / 4, _dataExtractor.XUnit); AxisDefinition yAxis = new AxisDefinition(_dataExtractor.YMajorTickSize, _dataExtractor.YMajorTickSize / 4, _dataExtractor.YUnit); ScatterPlot scatterPlot = new ScatterPlot(title, xAxis, yAxis) { IsLegendVisible = IsLegendVisible }; scatterPlot.AddScatterPlotSeries(_dataExtractor.ExtractSeries(lapsInStintGroup, Enumerable.Empty <ITelemetryFilter>().ToList(), title, OxyColors.Green)); ScatterPlotChartViewModel viewModel = new ScatterPlotChartViewModel(_dataPointSelectionSynchronization) { Title = ChartName }; viewModel.FromModel(scatterPlot); charts.Add(viewModel); } return(charts); }
private IReadOnlyCollection <IAggregatedChartViewModel> CreateChartForAllStints(IEnumerable <IGrouping <int, LapTelemetryDto> > lapsStintGrouping) { var lapsInStints = lapsStintGrouping as IGrouping <int, LapTelemetryDto>[] ?? lapsStintGrouping.ToArray(); string title = BuildTitleForAllStints(lapsInStints); IColorPaletteProvider colorPaletteProvider = new BasicColorPaletteProvider(); AxisDefinition xAxis = new AxisDefinition(_dataExtractor.XMajorTickSize, _dataExtractor.XMajorTickSize / 4, _dataExtractor.XUnit, "Rear Roll Angle"); AxisDefinition yAxis = new AxisDefinition(_dataExtractor.YMajorTickSize, _dataExtractor.YMajorTickSize / 4, _dataExtractor.YUnit, "Front Roll Angle"); ScatterPlot scatterPlot = new ScatterPlot(title, xAxis, yAxis); _lateralAccFilter.MinimumG = 0; _lateralAccFilter.MaximumG = double.MaxValue; foreach (IGrouping <int, LapTelemetryDto> lapsInStint in lapsInStints) { string seriesTitle = BuildSeriesTitle(lapsInStint); ScatterPlotSeries newSeries = _dataExtractor.ExtractSeries(lapsInStint, _filters, seriesTitle, colorPaletteProvider.GetNext().ToOxyColor()); scatterPlot.AddScatterPlotSeries(newSeries); } scatterPlot.AddAnnotation(new LineAnnotation() { Slope = 1, Intercept = 0, Color = OxyColors.Red, StrokeThickness = 1, LineStyle = LineStyle.Solid }); ScatterPlotChartViewModel viewModel = new ScatterPlotChartViewModel(_dataPointSelectionSynchronization) { Title = title }; viewModel.FromModel(scatterPlot); return(new[] { viewModel }); }
private IReadOnlyCollection <IAggregatedChartViewModel> CreateChartForAllStints(IEnumerable <IGrouping <int, LapTelemetryDto> > lapsStintGrouping) { IColorPaletteProvider colorPaletteProvider = new BasicColorPaletteProvider(); List <IAggregatedChartViewModel> charts = new List <IAggregatedChartViewModel>(); IEnumerable <IGrouping <int, LapTelemetryDto> > lapsInStints = lapsStintGrouping as IGrouping <int, LapTelemetryDto>[] ?? lapsStintGrouping.ToArray(); string title = BuildTitleForAllStints(lapsInStints); double maxG = 0; AxisDefinition xAxis = new AxisDefinition(_dataExtractor.XMajorTickSize, _dataExtractor.XMajorTickSize / 4, _dataExtractor.XUnit, "Lat Acc"); AxisDefinition yAxis = new AxisDefinition(_dataExtractor.YMajorTickSize, _dataExtractor.YMajorTickSize / 4, _dataExtractor.YUnit, "Long Acc"); ScatterPlot scatterPlot = new ScatterPlot(title, xAxis, yAxis); foreach (IGrouping <int, LapTelemetryDto> lapsInStint in lapsInStints) { string seriesTitle = $"Laps: {string.Join(", ", lapsInStint.Select(x => x.LapSummary.CustomDisplayName))} - Stint: {lapsInStint.Key}"; ScatterPlotSeries newSeries = _dataExtractor.ExtractSeries(lapsInStint, Enumerable.Empty <ITelemetryFilter>().ToList(), seriesTitle, colorPaletteProvider.GetNext().ToOxyColor()); scatterPlot.AddScatterPlotSeries(newSeries); maxG = Math.Max(maxG, newSeries.DataPoints.Max(x => Math.Abs(x.Y))); } SetAxisRanges(maxG, xAxis, yAxis); ScatterPlotChartViewModel viewModel = new ScatterPlotChartViewModel(_dataPointSelectionSynchronization) { Title = "Lateral / Longitudinal G" }; viewModel.FromModel(scatterPlot); charts.Add(viewModel); return(charts); }
private IReadOnlyCollection <IAggregatedChartViewModel> CreateChartForEachStint(IEnumerable <IGrouping <int, LapTelemetryDto> > lapsStintGrouping, AggregatedChartSettingsDto aggregatedChartSettings) { IColorPaletteProvider colorPaletteProvider = new RedGreenGradientPalette(); List <IAggregatedChartViewModel> charts = new List <IAggregatedChartViewModel>(); foreach (IGrouping <int, LapTelemetryDto> lapsInStint in lapsStintGrouping) { string title = BuildChartTitle(lapsInStint, aggregatedChartSettings); double maxG = 0; AxisDefinition xAxis = new AxisDefinition(_dataExtractor.XMajorTickSize, _dataExtractor.XMajorTickSize / 4, _dataExtractor.XUnit, "Lat Acc"); AxisDefinition yAxis = new AxisDefinition(_dataExtractor.YMajorTickSize, _dataExtractor.YMajorTickSize / 4, _dataExtractor.YUnit, "Long Acc"); ScatterPlot scatterPlot = new ScatterPlot(title, xAxis, yAxis); ScatterPlotSeries newSeries; double throttlePortion = 1.0 / colorPaletteProvider.PaletteSize; for (int i = 0; i < colorPaletteProvider.PaletteSize - 1; i++) { _throttlePositionFilter.Minimum = i * throttlePortion; _throttlePositionFilter.Maximum = (i + 1) * throttlePortion; string seriesTitle = $"Throttle - {i * throttlePortion * 100:F2}% - {(i + 1) * throttlePortion * 100:F2}%"; newSeries = _dataExtractor.ExtractSeries(lapsInStint, _filters, seriesTitle, colorPaletteProvider.GetNext().ToOxyColor()); if (newSeries == null) { continue; } scatterPlot.AddScatterPlotSeries(newSeries); maxG = Math.Max(maxG, newSeries.DataPoints.Max(x => Math.Abs(x.Y))); } _throttlePositionFilter.Minimum = 1; _throttlePositionFilter.Maximum = double.MaxValue; newSeries = _dataExtractor.ExtractSeries(lapsInStint, _filters, "Throttle - 100%", colorPaletteProvider.GetNext().ToOxyColor()); maxG = Math.Max(maxG, newSeries.DataPoints.Max(x => Math.Abs(x.Y))); scatterPlot.AddScatterPlotSeries(newSeries); SetAxisRanges(maxG, xAxis, yAxis); ScatterPlotChartViewModel viewModel = new ScatterPlotChartViewModel(_dataPointSelectionSynchronization) { Title = "Lateral / Longitudinal G" }; viewModel.FromModel(scatterPlot); charts.Add(viewModel); } return(charts); }
protected ScatterPlot CreateScatterPlot(IReadOnlyCollection <LapTelemetryDto> loadedLaps, int gear) { AxisDefinition xAxis = new AxisDefinition(_rpmToHorizontalGExtractor.XMajorTickSize, _rpmToHorizontalGExtractor.XMajorTickSize / 4, _rpmToHorizontalGExtractor.XUnit); AxisDefinition yAxis = new AxisDefinition(_rpmToHorizontalGExtractor.YMajorTickSize, _rpmToHorizontalGExtractor.YMajorTickSize / 4, _rpmToHorizontalGExtractor.YUnit); ScatterPlot scatterPlot = new ScatterPlot($"Gear: {gear}", xAxis, yAxis); scatterPlot.AddScatterPlotSeries(_rpmToHorizontalGExtractor.ExtractSeriesForGear(loadedLaps, gear.ToString())); return(scatterPlot); }
protected ScatterPlot CreateScatterPlot(IEnumerable <LapTelemetryDto> loadedLaps, int gear) { AxisDefinition xAxis = new AxisDefinition(_dataExtractor.XMajorTickSize, _dataExtractor.XMajorTickSize / 5, _dataExtractor.XUnit); AxisDefinition yAxis = new AxisDefinition(_dataExtractor.YMajorTickSize, _dataExtractor.YMajorTickSize / 4, _dataExtractor.YUnit); ScatterPlot scatterPlot = new ScatterPlot($"Gear: {gear}", xAxis, yAxis); scatterPlot.AddScatterPlotSeries(_dataExtractor.ExtractSeriesForGear(loadedLaps, gear.ToString())); return(scatterPlot); }
protected ScatterPlot CreateScatterPlotAllGear(IReadOnlyCollection <LapTelemetryDto> loadedLaps, int maxGear) { AxisDefinition xAxis = new AxisDefinition(_rpmToHorizontalGExtractor.XMajorTickSize, _rpmToHorizontalGExtractor.XMajorTickSize / 4, _rpmToHorizontalGExtractor.XUnit); AxisDefinition yAxis = new AxisDefinition(_rpmToHorizontalGExtractor.YMajorTickSize, _rpmToHorizontalGExtractor.YMajorTickSize / 4, _rpmToHorizontalGExtractor.YUnit); ScatterPlot scatterPlot = new ScatterPlot("All Gears", xAxis, yAxis); for (int i = 1; i <= maxGear; i++) { scatterPlot.AddScatterPlotSeries(_rpmToHorizontalGExtractor.ExtractSeriesForGear(loadedLaps, i.ToString())); } return(scatterPlot); }
private ScatterPlot CreateScatterPlotAllGear(IGrouping <int, LapTelemetryDto>[] lapsInStints, int maxGear) { IColorPaletteProvider colorPaletteProvider = new BasicColorPaletteProvider(); AxisDefinition xAxis = new AxisDefinition(_dataExtractor.XMajorTickSize, _dataExtractor.XMajorTickSize / 5, _dataExtractor.XUnit); AxisDefinition yAxis = new AxisDefinition(_dataExtractor.YMajorTickSize, _dataExtractor.YMajorTickSize / 4, _dataExtractor.YUnit); ScatterPlot scatterPlot = new ScatterPlot("All Gears", xAxis, yAxis); foreach (IGrouping <int, LapTelemetryDto> stint in lapsInStints) { string seriesTitle = $"Laps: {string.Join(", ", stint.Select(x => x.LapSummary.CustomDisplayName))} - Stint: {stint.Key}"; scatterPlot.AddScatterPlotSeries(_dataExtractor.ExtractSeriesForAllGears(stint, seriesTitle, colorPaletteProvider.GetNext().ToOxyColor())); } return(scatterPlot); }
public IAggregatedChartViewModel CreateAggregatedChartViewModel() { IReadOnlyCollection <LapTelemetryDto> loadedLaps = _loadedLapsCache.LoadedLaps; string title = $"{ChartName} - Laps: {string.Join(", ", loadedLaps.Select(x => x.LapSummary.CustomDisplayName))}"; AxisDefinition xAxis = new AxisDefinition(_dataExtractor.XMajorTickSize, _dataExtractor.XMajorTickSize / 4, _dataExtractor.XUnit); AxisDefinition yAxis = new AxisDefinition(_dataExtractor.YMajorTickSize, _dataExtractor.YMajorTickSize / 4, _dataExtractor.YUnit); ScatterPlot scatterPlot = new ScatterPlot(title, xAxis, yAxis); scatterPlot.AddScatterPlotSeries(_dataExtractor.ExtractSeries(loadedLaps, Enumerable.Empty <ITelemetryFilter>().ToList(), title, OxyColors.Green)); ScatterPlotChartViewModel viewModel = new ScatterPlotChartViewModel() { Title = "Downforce" }; viewModel.FromModel(scatterPlot); return(viewModel); }
private IReadOnlyCollection <IAggregatedChartViewModel> CreateChartForAllStints(ICollection <IGrouping <int, LapTelemetryDto> > lapsStintGrouping) { string title = BuildTitleForAllStints(lapsStintGrouping); AxisDefinition xAxis = new AxisDefinition(_dataExtractor.XMajorTickSize, _dataExtractor.XMajorTickSize / 4, _dataExtractor.XUnit); AxisDefinition yAxis = new AxisDefinition(_dataExtractor.YMajorTickSize, _dataExtractor.YMajorTickSize / 4, _dataExtractor.YUnit); ScatterPlot scatterPlot = new ScatterPlot(title, xAxis, yAxis); IColorPaletteProvider colorPaletteProvider = new BasicColorPaletteProvider(); foreach (IGrouping <int, LapTelemetryDto> lapsInStintGroup in lapsStintGrouping) { string seriesTitle = $"Laps: {string.Join(", ", lapsInStintGroup.Select(x => x.LapSummary.CustomDisplayName))} - Stint: {lapsInStintGroup.Key}"; scatterPlot.AddScatterPlotSeries(_dataExtractor.ExtractSeries(lapsInStintGroup, Enumerable.Empty <ITelemetryFilter>().ToList(), seriesTitle, colorPaletteProvider.GetNext().ToOxyColor())); } ScatterPlotChartViewModel viewModel = new ScatterPlotChartViewModel(_dataPointSelectionSynchronization) { Title = ChartName }; viewModel.FromModel(scatterPlot); return(new[] { viewModel }); }
public IAggregatedChartViewModel CreateAggregatedChartViewModel() { IReadOnlyCollection <LapTelemetryDto> loadedLaps = _loadedLapsCache.LoadedLaps; string title = $"{ChartName} - Laps: {string.Join(", ", loadedLaps.Select(x => x.LapSummary.CustomDisplayName))}"; AxisDefinition xAxis = new AxisDefinition(_dataExtractor.XMajorTickSize, _dataExtractor.XMajorTickSize / 4, _dataExtractor.XUnit, "Rear Roll Angle"); AxisDefinition yAxis = new AxisDefinition(_dataExtractor.YMajorTickSize, _dataExtractor.YMajorTickSize / 4, _dataExtractor.YUnit, "Front Roll Angle"); ScatterPlot scatterPlot = new ScatterPlot(title, xAxis, yAxis); for (int i = 0; i < ColorMap.Count; i++) { double minG = i * 0.25; double maxG = i + 1 == ColorMap.Count ? double.MaxValue : (i + 1) * 0.25; _lateralAccFilter.MinimumG = minG; _lateralAccFilter.MaximumG = maxG; string seriesTitle = maxG < double.MaxValue ? $"{minG:F2}G - {maxG:F2}G" : $"{minG:F2}G+"; ScatterPlotSeries newSeries = _dataExtractor.ExtractSeries(loadedLaps, _filters, seriesTitle, ColorMap[i]); if (newSeries == null) { continue; } scatterPlot.AddScatterPlotSeries(newSeries); } scatterPlot.AddAnnotation(new LineAnnotation() { Slope = 1, Intercept = 0, Color = OxyColors.Red, StrokeThickness = 1, LineStyle = LineStyle.Solid }); ScatterPlotChartViewModel viewModel = new ScatterPlotChartViewModel() { Title = title }; viewModel.FromModel(scatterPlot); return(viewModel); }