public static List <Trix> createTRIX(int N, int M, List <Price> Price)
{
List <Trix> TRIX = new List <Trix>();
double[] _price = new double[Price.Count];
for (int x = 0; x < Price.Count; x++)
{
_price[x] = Price[x].Close;
}
double[] _trix = new double[Price.Count];
int a, b;
int c, d;
Core.Trix(0, Price.Count - 1, _price, N, out a, out b, _trix);
double[] _trma = new double[Price.Count];
double[] _trix_2 = new double[Price.Count - a];
for (int x = 0; x < Price.Count - a; x++)
{
//Debug.WriteLine(_trix[x]);
_trix_2[x] = _trix[x];
}
//TRMA
Core.Sma(0, Price.Count - a - 1, _trix_2, 11, out c, out d, _trma);
for (int x = 0; x < Price.Count - c - a; x++)
{
Trix t = new Trix();
t.TimeStamp = Price[x + a + c].TimeStamp;
t.Price_Close = Price[x + a + c].Close;
t.TRIX = _trix[x + c];
t.TRMA = _trma[x];
TRIX.Add(t);
//Debug.WriteLine(Price[x+a+c].TimeStamp + " TRIX : "+ _trix[x+c] + " TRMA : " + _trma[x]);
}
return(TRIX);
}
public static List<Trix> createTRIX(int N, int M, List<Price> Price)
{
List<Trix> TRIX = new List<Trix>();
double[] _price = new double[Price.Count];
for (int x = 0; x < Price.Count; x++)
{
_price[x] = Price[x].Close;
}
double[] _trix = new double[Price.Count];
int a, b;
int c, d;
Core.Trix(0, Price.Count - 1, _price, N, out a, out b, _trix);
double[] _trma = new double[Price.Count];
double[] _trix_2 = new double[Price.Count - a];
for (int x = 0; x < Price.Count - a; x++)
{
//Debug.WriteLine(_trix[x]);
_trix_2[x] = _trix[x];
}
//TRMA
Core.Sma(0, Price.Count - a - 1, _trix_2, 11, out c, out d, _trma);
for (int x = 0; x < Price.Count - c - a; x++)
{
Trix t = new Trix();
t.TimeStamp = Price[x + a + c].TimeStamp;
t.Price_Close = Price[x + a + c].Close;
t.TRIX = _trix[x + c];
t.TRMA = _trma[x];
TRIX.Add(t);
//Debug.WriteLine(Price[x+a+c].TimeStamp + " TRIX : "+ _trix[x+c] + " TRMA : " + _trma[x]);
}
return TRIX;
}
