private async void procurar_Click(object sender, EventArgs e)
{
if (CheckTextBox())
{
string plat = "";
if (pcRadio.Checked)
{
plat = "pc";
}
else if (psRadio.Checked)
{
plat = "psn";
}
else if (xboxRadio.Checked)
{
plat = "xbox";
}
await WebCrawler.StartCrawlerAsync(plat, idTextBox.Text.Trim());
if (!IdController.Existe)
{
string message = "Id de jogador não encontrado";
string caption = "Erro";
alerts.Alert(message, caption);
}
else
{
IdController.ContaName = idTextBox.Text.Trim();
TrocarForm();
}
}
}
protected override void CalcBar()
{
m_roc.Value = price.RateOfChange(roclength);
Plot1.Set(0, m_roc.Value);
Plot2.Set(0, 0);
var m_colorlevel = m_normgradientcolor1[0];
if (((int)Environment.ApplicationCode == 1))
{
Plot1.Colors[0] = m_colorlevel;
}
else
{
if ((int)Environment.ApplicationCode > 1)
{
Plot1.Colors[0] = gridforegroundcolor;
Plot1.BGColor = m_colorlevel;
}
}
if ((m_roc.HighestBar(alertlength) == 0))
{
Alerts.Alert("Indicator at high");
}
else
{
if ((m_roc.LowestBar(alertlength) == 0))
{
Alerts.Alert("Indicator at low");
}
}
}
protected override void CalcBar()
{
m_priceosc.Value = m_priceoscillator1[0];
Plot1.Set(0, m_priceosc.Value);
Plot2.Set(0, 0);
{
var m_colorlevel = m_normgradientcolor1[0];
if ((m_applicationtype == 1))
{
Plot1.Colors[0] = m_colorlevel;
}
else
{
if (m_applicationtype > 1)
{
Plot1.Colors[0] = gridforegroundcolor;
Plot1.BGColor = m_colorlevel;
}
}
}
if (this.CrossesOver(m_priceosc, 0))
{
Alerts.Alert("Indicator turning positive");
}
else
{
if (this.CrossesUnder(m_priceosc, 0))
{
Alerts.Alert("Indicator turning negative");
}
}
}
protected override void CalcBar()
{
m_linregvalue.Value = m_linearregvalue1[0];
var m_linregavg = m_linregvalue.Average(smoothinglength);
var m_serroravg = m_stderror1.Average(smoothinglength);
m_lowerband.Value = (m_linregavg - m_serroravg);
m_upperband.Value = (m_linregavg + m_serroravg);
if ((((displace >= 0) || Bars.CurrentBar > Math.Abs(displace)) &&
Bars.CurrentBar >= smoothinglength))
{
Plot1.Set(displace, m_upperband.Value);
Plot2.Set(displace, m_lowerband.Value);
Plot3.Set(displace, m_linregavg);
if ((displace <= 0))
{
if (this.CrossesOver(price, m_lowerband))
{
Alerts.Alert("Price crossing over lower price band");
}
else
{
if (this.CrossesUnder(price, m_upperband))
{
Alerts.Alert("Price crossing under upper price band");
}
}
}
}
}
protected override void CalcBar()
{
m_avgexp.Value = m_xaverage1[0];
if (((displace >= 0) ||
Bars.CurrentBar > Math.Abs(displace)))
{
Plot1.Set(displace, m_avgexp.Value);
if ((displace <= 0))
{
if (((PublicFunctions.DoubleGreater(price[0], m_avgexp.Value) &&
PublicFunctions.DoubleGreater(m_avgexp.Value, m_avgexp[1])) &&
PublicFunctions.DoubleLessEquals(m_avgexp[1], m_avgexp[2])))
{
Alerts.Alert("Indicator turning up");
}
else
{
if (((PublicFunctions.DoubleLess(price[0], m_avgexp.Value) &&
PublicFunctions.DoubleLess(m_avgexp.Value, m_avgexp[1])) &&
PublicFunctions.DoubleGreaterEquals(m_avgexp[1], m_avgexp[2])))
{
Alerts.Alert("Indicator turning down");
}
}
}
}
}
protected override void CalcBar()
{
var m_avg = m_averagefc1[0];
var m_shift = (numatrs * this.AverageTrueRange(length));
m_upperband.Value = (m_avg + m_shift);
m_lowerband.Value = (m_avg - m_shift);
if (((displace >= 0) ||
Bars.CurrentBar > Math.Abs(displace)))
{
Plot1.Set(displace, m_upperband.Value);
Plot2.Set(displace, m_lowerband.Value);
Plot3.Set(displace, m_avg);
if ((displace <= 0))
{
if (this.CrossesOver(price, m_upperband))
{
Alerts.Alert("Price crossing over upper band");
}
else
{
if (this.CrossesUnder(price, m_lowerband))
{
Alerts.Alert("Price crossing under lower band");
}
}
}
}
}
protected override void CalcBar()
{
m_chaikinoscval.Value = m_chaikinosc1[0];
Plot1.Set(0, m_chaikinoscval.Value);
Plot2.Set(0, 0);
if ((Color.Empty != upcolor && Color.Empty != dncolor))
{
var m_colorlevel = m_normgradientcolor1[0];
if ((m_applicationtype == 1))
{
Plot1.Colors[0] = m_colorlevel;
}
else
{
if (m_applicationtype > 1)
{
Plot1.Colors[0] = gridforegroundcolor;
Plot1.BGColor = m_colorlevel;
}
}
}
if (((Bars.Close.LowestBar(alertlength) == 0) &&
PublicFunctions.DoubleGreater(m_chaikinoscval.LowestBar(alertlength), 0)))
{
Alerts.Alert("Bullish divergence - new low not confirmed");
}
else
{
if (((Bars.Close.HighestBar(alertlength) == 0) &&
PublicFunctions.DoubleGreater(m_chaikinoscval.HighestBar(alertlength), 0)))
{
Alerts.Alert("Bearish divergence - new high not confirmed");
}
}
}
protected override void CalcBar()
{
m_volroc.Value = (Bars.VolumeROC(length) * 100);
Plot1.Set(m_volroc.Value);
Plot2.Set(0);
if ((Color.Empty != upcolor && Color.Empty != dncolor))
{
var m_colorlevel = m_normgradientcolor1[0];
if ((m_applicationtype == 1))
{
Plot1.Colors[0] = m_colorlevel;
}
else
{
if (m_applicationtype > 1)
{
Plot1.Colors[0] = gridforegroundcolor;
Plot1.BGColor = m_colorlevel;
}
}
}
if (this.CrossesOver(m_volroc, 0))
{
Alerts.Alert("Indicator turning positive");
}
else
{
if (this.CrossesUnder(m_volroc, 0))
{
Alerts.Alert("Indicator turning negative");
}
}
}
protected override void CalcBar()
{
m_ccivalue.Value = Bars.CCI(length);
Plot1.Set(0, m_ccivalue.Value);
Plot2.Set(0, overbought);
Plot3.Set(0, oversold);
if (PublicFunctions.DoubleGreater(m_ccivalue.Value, overbought))
{
Plot1.Colors[0] = overbcolor;
}
else
{
if (PublicFunctions.DoubleLess(m_ccivalue.Value, oversold))
{
Plot1.Colors[0] = overscolor;
}
}
if (this.CrossesOver(m_ccivalue, oversold))
{
Alerts.Alert("Indicator exiting oversold zone");
}
else
{
if (this.CrossesUnder(m_ccivalue, overbought))
{
Alerts.Alert("Indicator exiting overbought zone");
}
}
}
protected override void CalcBar()
{
m_pctchg.Value = 100 * Bars.Close.PercentChange(length, 0);
Plot1.Set(0, m_pctchg.Value);
Plot2.Set(0, hialert);
Plot3.Set(0, loalert);
if (PublicFunctions.DoubleGreater(m_pctchg.Value, hialert))
{
Plot1.Colors[0] = upcolor;
}
else
{
if (PublicFunctions.DoubleLess(m_pctchg.Value, loalert))
{
Plot1.Colors[0] = dncolor;
}
}
if (this.CrossesOver(m_pctchg, hialert))
{
Alerts.Alert("Bullish alert");
}
else
{
if (this.CrossesUnder(m_pctchg, loalert))
{
Alerts.Alert("Bearish alert");
}
}
}
protected override void CalcBar()
{
EResolution resolution = Bars.Info.Resolution.Type;
if (resolution < EResolution.Day || EResolution.Volume == resolution ||
EResolution.Second == resolution || resolution > EResolution.Quarter)
{
var m_totalticks = (Bars.UpTicks[0] + Bars.DownTicks[0]);
if (PublicFunctions.DoubleGreater(m_totalticks, 0))
{
m_volratio.Value = ((100
* (Bars.UpTicks[0] - Bars.DownTicks[0]))
/ ((m_totalticks)));
}
else
{
m_volratio.Value = 0;
}
m_volratioavg.Value = m_xaverage1[0];
Plot1.Set(0, m_volratioavg.Value);
Plot2.Set(0, 0);
Plot1.Colors[0] = m_normgradientcolor1[0];
if (this.CrossesOver(m_volratioavg, upvolalertpct))
{
Alerts.Alert("UpVol alert");
}
else
{
if (this.CrossesUnder(m_volratioavg, dnvolalertpct))
{
Alerts.Alert("DnVol alert");
}
}
}
}
protected override void CalcBar()
{
var m_fastavg = m_averagefc1[0];
var m_medavg = m_averagefc2[0];
var m_slowavg = m_averagefc3[0];
if (displace >= 0 || Bars.CurrentBar > Math.Abs(displace))
{
Plot1.Set(displace, m_fastavg);
Plot2.Set(displace, m_medavg);
Plot3.Set(displace, m_slowavg);
if ((displace <= 0))
{
m_condition1.Value = ((PublicFunctions.DoubleGreater(price[0], m_fastavg) &&
PublicFunctions.DoubleGreater(m_fastavg, m_medavg)) &&
PublicFunctions.DoubleGreater(m_medavg, m_slowavg));
if ((m_condition1.Value &&
(m_condition1[1] == false)))
{
Alerts.Alert("Bullish alert");
}
else
{
m_condition2.Value = ((PublicFunctions.DoubleLess(price[0], m_fastavg) &&
PublicFunctions.DoubleLess(m_fastavg, m_medavg)) &&
PublicFunctions.DoubleLess(m_medavg, m_slowavg));
if ((m_condition2.Value &&
(m_condition2[1] == false)))
{
Alerts.Alert("Bearish alert");
}
}
}
}
}
protected override void CalcBar()
{
var m_avg = m_averagefc1[0];
var m_sdev = bollingerprice.StandardDeviationCustom(length, 1);
m_upperband.Value = (m_avg + (numdevsup * m_sdev));
m_lowerband.Value = (m_avg + (numdevsdn * m_sdev));
if (((displace >= 0) || Bars.CurrentBar > Math.Abs(displace)))
{
Plot1.Set(displace, m_upperband.Value);
Plot2.Set(displace, m_lowerband.Value);
Plot3.Set(displace, m_avg);
if ((displace <= 0))
{
if (this.CrossesOver(testpricelband, m_lowerband))
{
Alerts.Alert("Price crossing over lower price band");
}
else
{
if (this.CrossesUnder(testpriceuband, m_upperband))
{
Alerts.Alert("Price crossing under upper price band");
}
}
}
}
}
protected override void CalcBar()
{
m_moneyflowval.Value = Bars.MoneyFlow(length);
Plot1.Set(0, m_moneyflowval.Value);
Plot2.Set(0, overbought);
Plot3.Set(0, oversold);
if (PublicFunctions.DoubleGreater(m_moneyflowval.Value, overbought))
{
Plot1.Colors[0] = overbcolor;
}
else
{
if (PublicFunctions.DoubleLess(m_moneyflowval.Value, oversold))
{
Plot1.Colors[0] = overscolor;
}
}
if (((Bars.Close.LowestBar(alertlength) == 0) &&
PublicFunctions.DoubleGreater(m_moneyflowval.LowestBar(alertlength), 0)))
{
Alerts.Alert("Bullish divergence - new low not confirmed");
}
else
{
if (((Bars.Close.HighestBar(alertlength) == 0) &&
PublicFunctions.DoubleGreater(m_moneyflowval.HighestBar(alertlength), 0)))
{
Alerts.Alert("Bearish divergence - new high not confirmed");
}
}
}
protected override void CalcBar()
{
m_lowerband.Value = (m_averagefc1[0] * m_pctbelowfactor);
m_upperband.Value = (m_averagefc2[0] * m_pctabovefactor);
if (((displace >= 0) ||
Bars.CurrentBar > Math.Abs(displace)))
{
Plot1.Set(displace, m_upperband.Value);
Plot2.Set(displace, m_lowerband.Value);
if ((displace <= 0))
{
if (this.CrossesOver(pricel, m_lowerband))
{
Alerts.Alert("Price crossing over lower price band");
}
else
{
if (this.CrossesUnder(priceh, m_upperband))
{
Alerts.Alert("Price crossing under upper price band");
}
}
}
}
}
protected override void CalcBar()
{
m_swingx.Value = SwingIndex.Calc(Bars, 0);
Plot1.Set(0, m_swingx.Value);
Plot2.Set(0, 0);
if (!upcolor.IsEmpty && !dncolor.IsEmpty)
{
var m_colorlevel = m_normgradientcolor1[0];
if ((m_applicationtype == 1))
{
Plot1.Colors[0] = m_colorlevel;
}
else
{
if (m_applicationtype > 1)
{
Plot1.Colors[0] = gridforegroundcolor;
Plot1.BGColor = m_colorlevel;
}
}
}
if (this.CrossesOver(m_swingx, 0))
{
Alerts.Alert("Indicator turning positive");
}
else
{
if (this.CrossesUnder(m_swingx, 0))
{
Alerts.Alert("Indicator turning negative");
}
}
}
protected override void CalcBar()
{
m_eom.Value = Bars.CalcEaseOfMovementSeries().Average(smoothinglength);
Plot1.Set(0, m_eom.Value);
Plot2.Set(0, 0);
if ((Color.Empty != upcolor && Color.Empty != dncolor))
{
var m_colorlevel = m_normgradientcolor1[0];
if ((m_applicationtype == 1))
{
Plot1.Colors[0] = m_colorlevel;
}
else
{
if (m_applicationtype > 1)
{
Plot1.Colors[0] = gridforegroundcolor;
Plot1.BGColor = m_colorlevel;
}
}
}
if (this.CrossesOver(m_eom, 0))
{
Alerts.Alert("Indicator turning positive");
}
else
{
if (this.CrossesUnder(m_eom, 0))
{
Alerts.Alert("Indicator turning negative");
}
}
}
protected override void CalcBar()
{
var m_fastavg = price.Average(fastlength);
var m_slowavg = price.Average(slowlength);
if (PublicFunctions.DoubleGreater(m_fastavg, m_slowavg))
{
Plot1.Set(0, Bars.High[0], upcolor);
Plot2.Set(0, Bars.Low[0], upcolor);
Alerts.Alert("FastAvg above SlowAvg");
}
else
{
if (PublicFunctions.DoubleLess(m_fastavg, m_slowavg))
{
Plot1.Set(0, Bars.High[0], dncolor);
Plot2.Set(0, Bars.Low[0], dncolor);
Alerts.Alert("FastAvg below SlowAvg");
}
else
{
Plot1.Reset();
}
}
}
protected override void CalcBar()
{
if (Bars.Doji(percent, 0))
{
Plot1.Set(0, Bars.Close[0]);
Alerts.Alert("Doji");
}
}
protected override void CalcBar()
{
if (PublicFunctions.DoubleLess(Bars.Low[0], Bars.Low.Lowest(length, 1)))
{
Plot1.Set(0, Bars.Low[0]);
Alerts.Alert();
}
}
protected override void CalcBar()
{
if (m_c_shootingstar1[0] == 1)
{
Plot1.Set(0, Bars.Close[0]);
Alerts.Alert("ShootingStar");
}
}
protected override void CalcBar()
{
if (PublicFunctions.DoubleGreater(Bars.High[0], Bars.High.Highest(length, 1)))
{
Plot1.Set(0, Bars.High[0]);
Alerts.Alert();
}
}
protected override void CalcBar()
{
if ((PublicFunctions.DoubleGreater(Bars.High[0], Bars.High[1]) &&
PublicFunctions.DoubleLess(Bars.Low[0], Bars.Low[1])))
{
Plot1.Set(0, Bars.Close[0]);
Alerts.Alert();
}
}
protected override void CalcBar()
{
if ((Bars.Time[0].DayOfWeek == dayofwk))
{
Plot1.Set(0, Bars.High[0]);
Plot2.Set(0, Bars.Low[0]);
Alerts.Alert();
}
}
protected override void CalcBar()
{
if (PublicFunctions.DoubleGreater(Bars.High[0], m_highesthi.Value))
{
Plot1.Set(0, Bars.High[0]);
Alerts.Alert();
m_highesthi.Value = Bars.High[0];
}
}
protected override void CalcBar()
{
if (PublicFunctions.DoubleLess(Bars.Low[0], m_lowestlo))
{
Plot1.Set(0, Bars.Low[0]);
Alerts.Alert();
m_lowestlo = Bars.Low[0];
}
}
protected override void CalcBar()
{
if (Bars.Next3rdFriday(1, 1) == 1)
{
Plot1.Set(0, Bars.High[0]);
Plot2.Set(0, Bars.Low[0]);
Alerts.Alert();
}
}
protected override void CalcBar()
{
if (PublicFunctions.DoubleGreaterEquals(
Volume[0], Volume.Average(avglength) * m_brkoutfactor)
)
{
Plot1.Set(0, Bars.High[0]);
Alerts.Alert();
}
}
protected override void CalcBar()
{
m_ulcerx.Value = Bars.Close.UlcerIndex(length);
Plot1.Set(0, m_ulcerx.Value);
Plot2.Set(0, safelevel);
if (this.CrossesOver(m_ulcerx, safelevel))
{
Alerts.Alert("Indicator crossing over Safe Level");
}
}
protected override void CalcBar()
{
if (PublicFunctions.DoubleGreater(Bars.Low[0], Bars.High[1]))
{
Plot1.Set(0, Bars.High[0]);
Alerts.Alert();
}
else
{
Plot1.Reset();
}
}
