public static void TestGraph(this AbstractIndicator ind, string filename, int length)
{
Quantum q = Quantum.ExcelToQuantum(filename, "symbol", 0);
var dz = new DenseMatrix(4 + 1 + ind.SubIndicatorSize, q.Data.Count);
List <string> names = new List <string>();
names.Add("symbol");
names.Add(ind.ToString());
foreach (var indicator in ind.SubIndicators)
{
names.Add(indicator.Key);
}
//chartoptions
ChartOption[] chartOptions = new ChartOption[names.Count];
chartOptions[0] = new ChartOption()
{
Height = 400, YPosition = 0
};
chartOptions[1] = new ChartOption()
{
Height = 200, YPosition = 1
};
for (int i = 2; i < chartOptions.Length; i++)
{
chartOptions[i] = new ChartOption()
{
Height = 0, YPosition = 1, Layover = true
}
}
;
int counter = 0;
foreach (Tick tick in q)
{
dz[0, counter] = tick.BidOpen;
dz[1, counter] = tick.BidHigh;
dz[2, counter] = tick.BidLow;
dz[3, counter] = tick.BidClose;
dz[4, counter] = ind.HandleNextTick(tick);
int icounter = 5;
foreach (var subind in ind.SubIndicators.Values)
{
dz[icounter, counter] = subind[0];
icounter++;
}
counter++;
}
Visualize.GenerateMultiPaneGraph(names.ToArray(), q.Data.Keys.ToArray(), dz, QSConstants.DEFAULT_DATA_FILEPATH + @"results.html",
chartOptions);
Console.WriteLine("Done Generating Graph for " + ind.ToString());
}
public static void TestChannelLive(this AbstractChannel ind, string symbol, string timeframe, int length)
{
//------------grab data
FXSession session = new FXSession();
session.InitializeSession();
while (!session.LoggedIn)
{
Thread.Sleep(100);
}
HistoricPriceEngine h = new HistoricPriceEngine(session);
h.GetLongHistoricPrices(symbol, timeframe, length);
while (!h.Complete)
{
Thread.Sleep(100);
}
//-----------------------
var highList = new List <double>();
var medList = new List <double>();
var lowList = new List <double>();
var dataList = new List <double>();
var dateTimeList = new SortedList <DateTime, int>();
Quantum q = h.Data;
int count = 0;
foreach (Tick t in q)
{
try{
ind.HandleNextTick(t);
highList.Add(ind.HI(0));
medList.Add(ind.MID(0));
lowList.Add(ind.LOW(0));
dataList.Add(t.BidClose);
dateTimeList.Add(t.Time, 1);
}
catch (Exception e)
{
e.printStackTrace();
}
if (count++ > length)
{
break;
}
}
var dz = new DenseMatrix(4, medList.Count);
dz.SetRow(0, new DenseVector(dataList.ToArray()));
dz.SetRow(1, new DenseVector(highList.ToArray()));
dz.SetRow(2, new DenseVector(medList.ToArray()));
dz.SetRow(3, new DenseVector(lowList.ToArray()));
Visualize.GenerateMultiPaneGraph(new[] { "data", "high", ind.ToString(), "low" }, dateTimeList.Keys.ToArray(), dz, QSConstants.DEFAULT_DATA_FILEPATH + @"results.html"
, new ChartOption[]
{
new ChartOption()
{
Height = 500
},
new ChartOption()
{
Height = 0, Layover = true, YPosition = 0
},
new ChartOption()
{
Height = 0, Layover = true, YPosition = 0
},
new ChartOption()
{
Height = 0, Layover = true, YPosition = 0
}
});
Console.WriteLine("Done Generating Graph for " + ind.ToString());
}
public static void TestMultiSymbolGraph(this AbstractMultiSymbolIndicator ind, string[] filename, int length)
{
List <Quantum> lq = new List <Quantum>();
foreach (string s in filename)
{
lq.Add(Quantum.ExcelToQuantum(s, s, 0));
}
MultiQuantum multiQuantum = MultiQuantum.OrganizeMultiQuantum(lq);
var dz = new DenseMatrix(4 + 1 + ind.SubIndicatorSize, multiQuantum.Length);
List <string> names = new List <string>();
names.Add("symbol");
names.Add(ind.ToString());
foreach (var indicator in ind.SubIndicators)
{
names.Add(indicator.Key);
}
//chartoptions
ChartOption[] chartOptions = new ChartOption[names.Count];
chartOptions[0] = new ChartOption()
{
Height = 400, YPosition = 0
};
chartOptions[1] = new ChartOption()
{
Height = 200, YPosition = 1
};
for (int i = 2; i < chartOptions.Length; i++)
{
chartOptions[i] = new ChartOption()
{
Height = 0, YPosition = 1, Layover = true
}
}
;
int counter = 0;
foreach (List <Tick> t in multiQuantum)
{
dz[0, counter] = t[0].BidOpen;
dz[1, counter] = t[0].BidHigh;
dz[2, counter] = t[0].BidLow;
dz[3, counter] = t[0].BidClose;
dz[4, counter] = ind.HandleNextTicks(t.ToArray());
int icounter = 5;
foreach (var subind in ind.SubIndicators.Values)
{
dz[icounter, counter] = subind[0];
icounter++;
}
counter++;
}
Visualize.GenerateMultiPaneGraph(names.ToArray(), multiQuantum.Keys.ToArray(), dz, QSConstants.DEFAULT_DATA_FILEPATH + @"results.html",
chartOptions);
Console.WriteLine("Done Generating Graph for " + ind.ToString());
}
public static void TestChannel(this AbstractChannel ind, string filename, int length)
{
Quantum q = Quantum.ExcelToQuantum(filename, "symbol", 0);
var dz = new DenseMatrix(4 + 3, q.Data.Count);
List <string> names = new List <string>();
names.Add("symbol");
names.Add("HIGH");
names.Add(ind.ToString());
names.Add("LOW");
//chartoptions
ChartOption[] chartOptions = new ChartOption[names.Count];
chartOptions[0] = new ChartOption()
{
Height = 500, YPosition = 0
};
chartOptions[1] = new ChartOption()
{
Height = 0, YPosition = 0, Layover = true
};
chartOptions[2] = new ChartOption()
{
Height = 0, YPosition = 0, Layover = true
};
chartOptions[3] = new ChartOption()
{
Height = 0, YPosition = 0, Layover = true
};
int counter = 0;
foreach (Tick tick in q)
{
ind.HandleNextTick(tick);
dz[0, counter] = tick.BidOpen;
dz[1, counter] = tick.BidHigh;
dz[2, counter] = tick.BidLow;
dz[3, counter] = tick.BidClose;
dz[4, counter] = ind.HI(0);
dz[5, counter] = ind.MID(0);
dz[6, counter] = ind.LOW(0);
counter++;
}
Visualize.GenerateMultiPaneGraph(new[] { "data", "high", ind.ToString(), "low" }, q.Data.Keys.ToArray(), dz, QSConstants.DEFAULT_DATA_FILEPATH + @"results.html"
, new ChartOption[]
{
new ChartOption()
{
Height = 500
},
new ChartOption()
{
Height = 0, Layover = true, YPosition = 0
},
new ChartOption()
{
Height = 0, Layover = true, YPosition = 0
},
new ChartOption()
{
Height = 0, Layover = true, YPosition = 0
}
});
Console.WriteLine("Done Generating Graph for " + ind.ToString());
}
public static void TestGraphLive(this AbstractIndicator ind, string timeframe, string symbol, int length)
{
//------------grab data
FXSession session = new FXSession();
session.InitializeSession();
HistoricPriceEngine h = new HistoricPriceEngine(session);
h.GetLongHistoricPrices(symbol, timeframe, length);
while (!h.Complete)
{
Thread.Sleep(100);
}
//-----------------------
Quantum q = h.Data;
var dz = new DenseMatrix(4 + 1 + ind.SubIndicatorSize, q.Data.Count);
List <string> names = new List <string>();
names.Add("symbol");
names.Add(ind.ToString());
foreach (var indicator in ind.SubIndicators)
{
names.Add(indicator.Key);
}
//chartoptions
ChartOption[] chartOptions = new ChartOption[names.Count];
chartOptions[0] = new ChartOption()
{
Height = 400, YPosition = 0
};
chartOptions[1] = new ChartOption()
{
Height = 200, YPosition = 1
};
for (int i = 2; i < chartOptions.Length; i++)
{
chartOptions[i] = new ChartOption()
{
Height = 0, YPosition = 1, Layover = true
}
}
;
int counter = 0;
foreach (Tick tick in q)
{
dz[0, counter] = tick.BidOpen;
dz[1, counter] = tick.BidHigh;
dz[2, counter] = tick.BidLow;
dz[3, counter] = tick.BidClose;
dz[4, counter] = ind.HandleNextTick(tick);
int icounter = 5;
foreach (var subind in ind.SubIndicators.Values)
{
dz[icounter, counter] = subind[0];
icounter++;
}
counter++;
}
Visualize.GenerateMultiPaneGraph(names.ToArray(), q.Data.Keys.ToArray(), dz, QSConstants.DEFAULT_DATA_FILEPATH + @"results.html",
chartOptions);
Console.WriteLine("Done Generating Graph for " + ind.ToString());
}