private void UpdatePriceChart()
{
PriceData = (IOhlcDataSeries<DateTime, double>)_priceData.ToDiscontinuousSeries(Calendar);
PriceData.SeriesName = "PriceData";
// Create a series for the 200 period SMA which will be plotted as a line chart
Sma200Series = (IXyDataSeries<DateTime, double>) PriceData.ToMovingAverage(200);
Sma200Series.SeriesName = "200 SMA";
// Create a series for the 50 period SMA which will be plotted as a line chart
Sma50Series = (IXyDataSeries<DateTime, double>)PriceData.ToMovingAverage(50);
Sma50Series.SeriesName = "50 SMA";
// Update the chart type and timeframe with current settings
UpdateChartType(_chartType);
UpdateAnnotations();
_priceSeries.InvalidateParentSurface(RangeMode.ZoomToFit);
}
private void UpdatePriceChart(PriceSeries priceData)
{
// Create a new series and append Open, High, Low, Close data
_ohlcDataSeries = new OhlcDataSeries <DateTime, double>();
_ohlcDataSeries.Append(priceData.TimeData, priceData.OpenData, priceData.HighData, priceData.LowData, priceData.CloseData);
PriceData = (IOhlcDataSeries <DateTime, double>)(UseDiscontinuousDateTimeAxis ? _ohlcDataSeries.ToDiscontinuousSeries(Calendar) : _ohlcDataSeries);
PriceData.SeriesName = priceData.Symbol;
// Create a series for the 200 period SMA which will be plotted as a line chart
Sma200Series = (IXyDataSeries <DateTime, double>)PriceData.ToMovingAverage(200);
Sma200Series.SeriesName = "200 SMA";
// Create a series for the 50 period SMA which will be plotted as a line chart
Sma50Series = (IXyDataSeries <DateTime, double>)PriceData.ToMovingAverage(50);
Sma50Series.SeriesName = "50 SMA";
// Update the chart type and timeframe with current settings
UpdateChartType(_chartType);
}