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_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_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_mktfacilx.Value = Bars.MFI();
Plot1.Set(0, m_mktfacilx.Value);
if (m_mktfacilx.HighestBar(alertlength) == 0)
{
Alerts.Alert("Indicator at high");
}
else{
if (m_mktfacilx.LowestBar(alertlength) == 0){
Alerts.Alert("Indicator at low");
}
}
}
protected override void CalcBar()
{
m_atr.Value = this.AverageTrueRange(atrlength);
Plot1.Set(0, m_atr.Value);
if ((m_atr.HighestBar(alertlength) == 0))
{
Alerts.Alert("Indicator at high");
}
else
{
if ((m_atr.LowestBar(alertlength) == 0))
{
Alerts.Alert("Indicator at low");
}
}
}
protected override void CalcBar()
{
m_obvvalue.Value = m_obv1[0];
Plot1.Set(0, m_obvvalue.Value);
if (((Bars.Close.LowestBar(alertlength) == 0) &&
PublicFunctions.DoubleGreater(m_obvvalue.LowestBar(alertlength), 0)))
{
Alerts.Alert("Bullish divergence - new low not confirmed");
}
else
{
if (((Bars.Close.HighestBar(alertlength) == 0) &&
PublicFunctions.DoubleGreater(m_obvvalue.HighestBar(alertlength), 0)))
{
Alerts.Alert("Bearish divergence - new high not confirmed");
}
}
}
protected override void CalcBar()
{
if (Bars.CurrentBar == 1)
{
m_applicationtype.Value = (Int32)Environment.ApplicationCode;
}
m_hpivalue.Value = m_hpi1[0] * 1E-05;
Plot1.Set(0, m_hpivalue.Value);
Plot2.Set(0, 0);
if (Color.Empty != upcolor && Color.Empty != dncolor)
{
m_colorlevel = m_normgradientcolor1[0];
if (m_applicationtype.Value == 1)
{
Plot1.Colors[0] = m_colorlevel;
}
else
{
if (m_applicationtype.Value > 1)
{
Plot1.Colors[0] = gridforegroundcolor;
Plot1.BGColor = m_colorlevel;
}
}
}
if (Bars.Close.LowestBar(alertlength) == 0 &&
PublicFunctions.DoubleGreater(m_hpivalue.LowestBar(alertlength), 0))
{
Alerts.Alert("Bullish divergence - new low not confirmed");
}
else
{
if (Bars.Close.HighestBar(alertlength) == 0 &&
PublicFunctions.DoubleGreater(m_hpivalue.HighestBar(alertlength), 0))
{
Alerts.Alert("Bearish divergence - new high not confirmed");
}
}
}