private void Candles_CollectionChanged(object sender, System.Collections.Specialized.NotifyCollectionChangedEventArgs e)
{
var candle = (BinanceCandle)e.NewItems[0];
var wideness = 0.27m;
var s1 = candle.Candle.Low * (100 + wideness) / 100;
var l1 = candle.Candle.Low * (100 - wideness) / 100;
var l2 = candle.Candle.Low * (100 - wideness * 2) / 100;
var l3 = candle.Candle.Low * (100 - wideness * 3) / 100;
var l4 = candle.Candle.Low * (100 - wideness * 4) / 100;
Console.WriteLine("Low : {0}", candle.Candle.Low);
Console.WriteLine("L1 : {0}", l1);
Console.WriteLine("L2 : {0}", l2);
Console.WriteLine("L3 : {0}", l3);
Console.WriteLine("L4 : {0}", l4);
Console.WriteLine("S1 : {0}", s1);
string[] row = { candle.Name, candle.CollectedDate.ToLongTimeString(), candle.Candle.Open.ToString(), candle.Candle.Close.ToString(),
candle.Candle.Low.ToString(),
candle.Candle.High.ToString(),
candle.Candle.Volume.ToString() };
var listViewItem = new ListViewItem(row);
if (candle.Candle.Open < candle.Candle.Close)
{
listViewItem.ForeColor = System.Drawing.Color.Green;
}
else
{
listViewItem.ForeColor = System.Drawing.Color.Green;
}
FormUtils.AddListItem(listView1, listViewItem);
if (candle != null)
{
candlesvalues.Add(new OhlcPoint
{
Close = double.Parse(candle.Candle.Close.ToString()),
Open = double.Parse(candle.Candle.Open.ToString()),
High = double.Parse(candle.Candle.High.ToString()),
Low = double.Parse(candle.Candle.Low.ToString())
});
High.Add(new ObservableValue(double.Parse(candle.Candle.High.ToString())));
Low.Add(new ObservableValue(double.Parse(candle.Candle.Low.ToString())));
//Thread Safe Caller for Carte 1
//lets only use the last 60 values - To remove by Util function !
if (candlesvalues.Count > 60)
{
candlesvalues.RemoveAt(0);
}
if (High.Count > 60)
{
High.RemoveAt(0);
}
if (Low.Count > 60)
{
Low.RemoveAt(0);
}
if (Buyer.Count > 60)
{
Buyer.RemoveAt(0);
}
if (Seller.Count > 60)
{
Seller.RemoveAt(0);
}
if (Close.Count > 60)
{
Close.RemoveAt(0);
}
solidGauge1.Invoke((MethodInvoker) delegate
{
solidGauge1.Value = candle.Properties.Where(y => y.Key.ToString().Contains("TradeCount")).First().Value;
solidGauge1.To = Global.Shared.IncomingBinance.BData.Select(y => y.Data.TradeCount).Max();
});
solidGauge2.Invoke((MethodInvoker) delegate
{
solidGauge2.Value = Double.Parse(candle.Properties.Where(y => y.Key.ToString().Contains("Volume")).First().Value.ToString());
solidGauge2.To = Double.Parse(Global.Shared.IncomingBinance.BData.Select(y => y.Data.Volume).Max().ToString());
});
Double TakerVolume = Double.Parse(candle.Properties.Where(y => y.Key.ToString().Contains("TakerBuyBaseAssetVolume")).First().Value.ToString());
Double TotalVolume = Double.Parse(candle.Properties.Where(y => y.Key.ToString().Contains("Volume")).First().Value.ToString());
solidGauge3.Invoke((MethodInvoker) delegate
{
solidGauge3.Value = TakerVolume;
solidGauge3.To = TotalVolume;
});
solidGauge4.Invoke((MethodInvoker) delegate
{
solidGauge4.Value = TotalVolume - TakerVolume;
solidGauge4.To = TotalVolume;
});
Buyer.Add(new ObservableValue(double.Parse(TakerVolume.ToString())));
Seller.Add(new ObservableValue(double.Parse((TotalVolume - TakerVolume).ToString())));
cartesianChart2.Invoke((MethodInvoker) delegate
{
cartesianChart2.Series[0].Values = Buyer;
cartesianChart2.Series[1].Values = Seller;
//cartesianChart2.Series[2].Values = Close;
});
LastUID = candle.UID;
}
}