private static void Series_AddItems(Dictionary <string, BookDataItem[]> bookDataItems, Surface.Series1 seriesItem, string seriesName)
{
foreach (var item in bookDataItems[seriesName]) /// item is one BookDataItem
{
/// Place bookitem Sizes in Series1 data
var index = Surface3dManager.lstPrices.IndexOf(item.Price.ToString("n2"));
//seriesItem.data[]
var data = new Surface.Datum()
{
x = index,
y = SurfaceChartConfigurator.isFlat ? 0 : item.Size,
z = (int?)Math.Min(Math.Floor((double)seriesList.Count / 2), 100),
color = dictSeriesColor[seriesName],
};
seriesItem.data[index] = data;
}
}
private void Chart_BuildSeriesData(Dictionary <string, BookDataItem[]> bookDataItems, string[] categories, List <Surface.Series1> seriesList)
{
var seriesOrder = new string[] { "salesAtBid", "bids", "salesAtAsk", "asks" };
///// Remove any over 600*4 series (10 minutes)
/////
//var minutesToKeep = 10;
//var seriesToKeep = minutesToKeep * seriesOrder.Length * 60;
//seriesToKeep = (int)Surface3dManager.chart.zAxis.max - 1;
// seriesList = seriesList.Take(seriesToKeep).ToList();
///// Remove previous 4 series from the legend
///// They will be the first four series
/////
//foreach (var series in seriesList.Take(seriesOrder.Length))
//{
// series.showInLegend = false;
//}
////jsruntime.Confirm("Chart_BuildSeriesData: 1");
lstNewSeries = new List <Surface.Series1>();
/// Remove the two empty series at start // will be at end now
if (seriesList.Count > 1)
{
seriesList.RemoveAt(0);
seriesList.RemoveAt(0);
}
////jsruntime.Confirm("Chart_BuildSeriesData: 2");
/// Prepare empty series to posit new values into
var seriesItem = new Surface.Series1() /// Chart Series1 item
{
// This array needs to be the 100 slots and Size put in slot for Price
data = new Surface.Datum?[Surface3dManager.lstPrices.Count()],
showInLegend = false
};
////jsruntime.Confirm("Chart_BuildSeriesData: 3");
/// Populate the new series
if (!SurfaceChartConfigurator.isTimeSalesOnly)
{
for (int i = 0; i < bookDataItems.Count; i++)
{
/// Create the series one series item for all 4 book types
var seriesName = seriesOrder[i]; /// Dictionary where values are BookDataItem[]
/// Fill out the series data (needs to be 2d)
///
///
if (seriesName.Length > 4) /// Bids and Asks the Book
{
Series_AddItems(bookDataItems, seriesItem, seriesName);
}
/// Add a
//item.Size;
/// Add to chart Series1 as first series
/// Set chart Series1
}
/// Add the series to the list
///
lstNewSeries.Add(seriesItem);
seriesList.Insert(0, seriesItem);
}
////jsruntime.Confirm("Chart_BuildSeriesData: 4");
seriesItem = new Surface.Series1() /// Chart Series1 item
{
// This array needs to be the 100 slots and Size put in slot for Price
data = new Surface.Datum?[Surface3dManager.lstPrices.Count()],
showInLegend = false
};
////jsruntime.Confirm("Chart_BuildSeriesData: 5");
for (int i = 0; i < bookDataItems.Count; i++)
{
/// Create the series one series item for all 4 book types
var seriesName = seriesOrder[i]; /// Dictionary where values are BookDataItem[]
/// Fill out the series data (needs to be 2d)
///
///
if (seriesName.Length == 4) /// Time & Sales
{
Series_AddItems(bookDataItems, seriesItem, seriesName);
}
/// Add a
//item.Size;
/// Add to chart Series1 as first series
/// Set chart Series1
}
////jsruntime.Confirm("Chart_BuildSeriesData: 6");
lstNewSeries.Add(seriesItem);
seriesList.Insert(0, seriesItem);
////jsruntime.Confirm("Chart_BuildSeriesData: 7");
seriesItem.selected = true;
seriesItem = new Surface.Series1() /// Chart Series1 item
{
// This array needs to be the 100 slots and Size put in slot for Price
data = new Surface.Datum?[Surface3dManager.lstPrices.Count()],
showInLegend = false
};
seriesList.Insert(0, seriesItem);
seriesList.Insert(0, new Surface.Series1());
////jsruntime.Confirm("Chart_BuildSeriesData: 8");
/// TODO: /// 1. Don't remove any series data, just control how much passed to
//if (seriesList.Count() > Surface3dManager.chart.zAxis.max - 2)
//{
// for (var i = 0; i < 2; i++)
// seriesList.Remove(seriesList.Last());
//}
if (seriesList.Count() == Surface3dManager.chart.zAxis.max - 2)
{
SurfaceChartConfigurator.redrawChart = true;
StateHasChanged();
}
//else if (seriesList.Count() % 10 == 0 || seriesList.Count() % 11 == 0 && seriesList.Count() < Surface3dManager.chart.zAxis.max - 2)
// SurfaceChartConfigurator.redrawChart = !SurfaceChartConfigurator.redrawChart;
//jsruntime.Confirm("Chart_BuildSeriesData: 9");
if (SurfaceChartConfigurator.isTimeSalesOnly)
{
/// Hide all non-sales series
//foreach(var series in seriesList)
//{
// series.
//}
}
}