public ParallelHandler(DataEntity dataEntity, DataCheckParameters dataCheckParams)
{
this._dataEntity = dataEntity;
this._buffer = dataEntity.PlotBuf;
this._option = new ParallelOptions();
this._indexOffset = 0;
this._dataCheckParams = dataCheckParams;
// 计算限制型配置并行度为内核个数
_option.MaxDegreeOfParallelism = Environment.ProcessorCount;
this._maxDatas = new double[_option.MaxDegreeOfParallelism];
this._minDatas = new double[_option.MaxDegreeOfParallelism];
}
internal PlotManager(EasyChartX easyChart, SeriesCollection plotSeries, EasyChartXSeriesCollection lineSeries)
{
this._fitType = EasyChartX.FitType.Range;
this.IsPlotting = false;
this._easyChart = easyChart;
this.CumulativePlot = false;
this._plotSeriesCount = 1;
this.PlotSeries = plotSeries;
this._plotSeriesCount = PlotSeries.Count;
this._lineSeries = lineSeries;
this.PlotDatas = new List <DataEntity>(Constants.MaxPointsInSingleSeries);
this.DataCheckParams = new DataCheckParameters();
}
internal PlotManager(EasyChartX parentChart, SeriesCollection plotSeries)
{
// LineSeries只是一个用于维护对外接口的属性
this._fitType = EasyChartX.FitType.Range;
this.IsPlotting = false;
this._parentChart = parentChart;
this.CumulativePlot = false;
this._plotSeriesCount = 1;
this.PlotSeries = plotSeries;
this._plotSeriesCount = PlotSeries.Count;
this._series = new EasyChartXSeriesCollection(plotSeries, parentChart);
LineSeries = new EasyChartXLineSeries(_series);
this.PlotDatas = new List <DataEntity>(Constants.MaxPointsInSingleSeries);
this.DataCheckParams = new DataCheckParameters();
this.MaxSeriesCount = Constants.DefaultMaxSeriesCount;
}