/// <summary>
/// Updates graphic with new data series
/// </summary>
public override void FillData <TRecord>(IEnumerable <TRecord> newRecords, SerieSetting <TRecord>[] newSerieSettings)
{
plotAreaUpper.ClearRenderers();
plotAreaLower.ClearRenderers();
legendScrollerX.Reset();
legendScrollerYUpper.Reset();
legendScrollerYLower.Reset();
addGridLineRenderers();
base.FillData <TRecord>(newRecords, newSerieSettings);
//MaxValueTextBlock.Text = maxValue.ToString("N");
////ValueXYLegend.MaxValue = maxValue;
//if (IsShowYFromZero) {
// MinValueTextBlock.Visibility = Visibility.Hidden;
// minValue = 0;
// //ValueXYLegend.MinValue = 0;
//} else {
// MinValueTextBlock.Text = minValue.ToString("N");
// //ValueXYLegend.MinValue = minValue;
//}
//if (IsShowOpenClose && MainSerieIndex>=0 && MainSerieIndex<newSerieSettings.Length && countRecords>0) {
// double open = valueLists[MainSerieIndex][0];
// double close = valueLists[MainSerieIndex][(int)countRecords-1];
// PercentageTextBlock.Text = ((close-open)/open).ToString("P");
// CloseTextBlock.Text = "C: " + close.ToString("N");
// AverageTextBlock.Text = "A: " + (averageValue/countRecords).ToString("N");
// OpenTextBlock.Text = "O: " + open.ToString("N");
//} else {
// PercentageTextBlock.Visibility = Visibility.Hidden;
// OpenTextBlock.Visibility = Visibility.Hidden;
// AverageTextBlock.Visibility = Visibility.Hidden;
// CloseTextBlock.Visibility = Visibility.Hidden;
//}
//graphPolylines = new Polyline[newSerieSettings.Length];
//highLowPolygons = new Polygon[newSerieSettings.Length];//half would be enough, but easier for programming, only few bytes waisted
//closePoints = new List<Point>[newSerieSettings.Length];//to draw line back for Polygon
for (int serieIndex = 0; serieIndex < newSerieSettings.Length; serieIndex++)
{
Renderer?renderer = CreateGraphRenderer <TRecord>(serieIndex, newSerieSettings[serieIndex]);
if (renderer != null)
{
if (newSerieSettings[serieIndex].Group == 0)
{
AddRenderer(renderer, plotAreaUpper, legendScrollerX, legendScrollerYUpper);
}
else if (newSerieSettings[serieIndex].Group == 1)
{
AddRenderer(renderer, plotAreaLower, legendScrollerX, legendScrollerYLower);
}
else
{
throw new Exception("Only group 0 and 1 are supported. SerieSettings[" + serieIndex + "]: " + newSerieSettings[serieIndex]);
}
}
}
}
/// <summary>
/// Updates graphic with new data series
/// </summary>
public override void FillData <TRecord>(IEnumerable <TRecord> newRecords, SerieSetting <TRecord>[] newSerieSettings)
{
plotArea.ClearRenderers();
legendScrollerX.Reset();
legendScrollerY.Reset();
addGridLineRenderers();
base.FillData <TRecord>(newRecords, newSerieSettings);
for (int serieIndex = 0; serieIndex < newSerieSettings.Length; serieIndex++)
{
Renderer?renderer = CreateGraphRenderer <TRecord>(serieIndex, newSerieSettings[serieIndex]);
if (renderer != null)
{
if (newSerieSettings[serieIndex].Group == 0)
{
AddRenderer(renderer, plotArea, legendScrollerX, legendScrollerY);
}
else
{
throw new Exception("Only group 0 is supported. SerieSettings[" + serieIndex + "]: " + newSerieSettings[serieIndex]);
}
}
}
}
