protected override void Init()
{
nu = false; nd = false; tu = false; td = false;
Print("Init !!! 1");
InitFile();
_ma50 = GetIndicator <MovingAverage>(Instrument.Id, Timeframe, 50, 0, MaMethods.Ema, PriceMode.Close);
_tsfInd = GetIndicator <TimeSeriesForecast>(Instrument.Id, Timeframe);
_ftoInd = GetIndicator <FisherTransformOscillator>(Instrument.Id, Timeframe);
_frInd = GetIndicator <Fractals>(Instrument.Id, Timeframe);
_frInd.Range = frac - 2;
vl = Tools.Create <VerticalLine>();
vl.Width = 2;
hl = Tools.Create <HorizontalLine>();
k = 0; // Для першого входження -
kf = 0.090909;
dlt = dl * Instrument.Point; // Отступ от стопа
frU1 = 0.0; frU2 = 0.0; frU3 = 0.0;
frD1 = 0.0; frD2 = 0.0; frD3 = 0.0;
fsU1 = 0.0; fsU2 = 0.0; fsU3 = 0.0;
fsD1 = 0.0; fsU2 = 0.0; fsU3 = 0.0;
trueLogPath = PathToLogFile + "\\" + L1 + "_" + Instrument.Name.ToString() + ".LOG";
trueBuyPath = PathToLogFile + "\\01_TORG.LOG";
}
private List <PhoneMetaInformation> GetPhoneMetaInformation(List <int> ids, List <Transaction> transactions, int months)
{
List <PhoneMetaInformation> metas = new List <PhoneMetaInformation>();
foreach (int id in ids.Distinct())
{
if (!m_hardwareContext.HardwareConfigurations.Any(x => x.ConfigId == id))
{
continue;
}
Hardware phone = m_hardwareContext.HardwareConfigurations.Where(x => x.ConfigId == id).First();
if (phone == null)
{
continue;
}
TimeSeriesForecast tsf = new TimeSeriesForecast(transactions, phone.PhoneModel);
if (tsf.IsForecastable())
{
var forecast = tsf.GenerateFutureForecast(months);
metas.Add(new PhoneMetaInformation(phone, forecast, months));
}
}
return(metas);
}
private List <ChartItem> GetCharts(List <int> ids, List <Transaction> transactions, int months)
{
List <ChartItem> charts = new List <ChartItem>();
foreach (int id in ids.Distinct())
{
if (!m_hardwareContext.HardwareConfigurations.Any(x => x.ConfigId == id))
{
continue;
}
Hardware phone = m_hardwareContext.HardwareConfigurations.Where(x => x.ConfigId == id).First();
if (phone == null)
{
continue;
}
TimeSeriesForecast tsf = new TimeSeriesForecast(transactions, phone.PhoneModel);
if (tsf.IsForecastable())
{
DateTime today = DateTime.Today;
DateTime twoYearsAgo = new DateTime(today.Year - 2, today.Month, 1);
var forecast = tsf.GenerateFutureForecast(months);
charts.Add(new ChartItem(phone.PhoneModel.GetDisplayName(),
false,
2,
forecast.Where(x => x.Date >= twoYearsAgo).ToList()));
}
}
return(charts);
}
protected override void Create(){
m_timeseriesforecast1 = new TimeSeriesForecast(this);
m_tsf = new VariableSeries<Double>(this);
Plot1 =
AddPlot(new PlotAttributes("TSF", 0, Color.Blue,
Color.Empty,
0, 0, true));
}
protected override void Create()
{
m_timeseriesforecast1 = new TimeSeriesForecast(this);
m_tsf = new VariableSeries <Double>(this);
Plot1 =
AddPlot(new PlotAttributes("TSF", 0, Color.Blue,
Color.Empty,
0, 0, true));
}
// GET: Transactions
public async Task <IActionResult> Index()
{
List <Transaction> foo = _context.Transactions.ToList();
TimeSeriesForecast foo1 = new TimeSeriesForecast(foo, PhoneModel.iPhone8);
//var asd = foo1.GenerateFutureForecast(12);
foo1.print();
return(View(await _context.Transactions.ToListAsync()));
}
public void TimeSeriesForecast()
{
// Arrange
var transactions = _tContext.Transactions.ToList();
// Act
var tsf = new TimeSeriesForecast(transactions, PhoneModel.iPhone8);
// Assert
Microsoft.VisualStudio.TestTools.UnitTesting.Assert.IsTrue(tsf.IsForecastable() == true);
}
