protected override void OnBarUpdate()
{
if (CurrentBar < 3)
{
return;
}
bool condition1 = (ZLEMA(7)[0] < HeikenAshi().HAOpen[0] || ZLEMA(7)[0] < Median[0]) &&
ZLEMA(7)[0] < ZLEMA(21)[1] && HeikenAshi().HAClose[0] < ZLEMA(21)[2] &&
(MACD(12, 26, 9).Diff[0] < 0 || (HeikenAshi().HAClose[0] < ZLEMA(21)[2] && HeikenAshi().HAOpen[0] < ZLEMA(21)[2]) || Close[0] < SMA(21)[0] || ZLEMA(7)[0] < ZLEMA(21)[2]);
bool condition2 = (ZLEMA(7)[0] > HeikenAshi().HAOpen[0] || ZLEMA(7)[0] > Median[0]) &&
ZLEMA(7)[0] > ZLEMA(21)[1] && HeikenAshi().HAClose[0] > ZLEMA(21)[2] &&
(MACD(12, 26, 9).Diff[0] > 0 || (HeikenAshi().HAClose[0] > ZLEMA(21)[2] && HeikenAshi().HAOpen[0] > ZLEMA(21)[2]) || Close[0] > SMA(21)[0] || ZLEMA(7)[0] > ZLEMA(21)[2]);
bool condition3 = (Low[0] + ((High[0] - Low[0]) * 0.1)) < SMA(21)[0] &&
(High[0] - ((High[0] - Low[0]) * 0.1)) < SMA(21)[0] &&
ZLEMA(7)[0] < ZLEMA(7)[1] &&
ZLEMA(11)[0] < HeikenAshi().HAOpen[0];
bool condition4 = condition1 && condition3;
bool condition5 = condition1 || condition3;
bool condition6 = ZLEMA(7)[0] < ZLEMA(7)[1] && ZLEMA(11)[0] < ZLEMA(11)[1] && ZLEMA(11)[0] < SMA(21)[0] && HeikenAshi().HAClose[0] < HeikenAshi().HAOpen[0] && Close[0] < Median[0];
bool condition7 = HeikenAshi().HAClose[0] < SMA(21)[0] && ZLEMA(7)[0] < ZLEMA(7)[1] && High[0] < SMA(78)[0] && SMA(21)[0] < SMA(78)[0] && SMA(78)[0] < SMA(78)[3];
if (condition4)
{
Condition4.Set(High[0] + TickSize);
}
if (condition5)
{
Condition5.Set(High[0] + 2 * TickSize);
}
if (condition2)
{
Condition2.Set(Low[0] - 3 * TickSize);
}
if (condition6 || condition7)
{
Condition67.Set(High[0] + 3 * TickSize);
}
}
protected override void OnBarUpdate()
{
if (ChartControl == null || Bars == null)
{
return;
}
if (Displacement + (CalculateOnBarClose ? 1 : 0) > 0 && CurrentBar > 0 && BarColorSeries[1] != Color.Transparent)
{
InitColorSeries();
}
BarColorSeries.Set(Math.Max(0, CurrentBar + Math.Max(0, Displacement) + (CalculateOnBarClose ? 1 : 0)), Color.Transparent);
CandleOutlineColorSeries.Set(Math.Max(0, CurrentBar + Math.Max(0, Displacement) + (CalculateOnBarClose ? 1 : 0)), Color.Transparent);
Condition4.Reset();
Condition5.Reset();
Condition2.Reset();
Condition67.Reset();
if (CurrentBar == 0)
{
hao.Set(Open[0]);
hah.Set(High[0]);
hal.Set(Low[0]);
hac.Set(Close[0]);
return;
}
hac.Set((Open[0] + High[0] + Low[0] + Close[0]) * 0.25); // Calculate the close
hao.Set((hao[1] + hac[1]) * 0.5); // Calculate the open
hah.Set(Math.Max(High[0], hao[0])); // Calculate the high
hal.Set(Math.Min(Low[0], hao[0])); // Calculate the low
if (CurrentBar < 3)
{
return;
}
bool condition1 = (ZLEMA(7)[0] < hao[0] || ZLEMA(7)[0] < Median[0]) && ZLEMA(7)[0] < ZLEMA(21)[1] && hac[0] < ZLEMA(21)[2] &&
(MACD(12, 26, 9).Diff[0] < 0 || (hac[0] < ZLEMA(21)[2] && hao[0] < ZLEMA(21)[2]) || Close[0] < SMA(21)[0] || ZLEMA(7)[0] < ZLEMA(21)[2]);
bool condition2 = (ZLEMA(7)[0] > hao[0] || ZLEMA(7)[0] > Median[0]) && ZLEMA(7)[0] > ZLEMA(21)[1] && hac[0] > ZLEMA(21)[2] &&
(MACD(12, 26, 9).Diff[0] > 0 || (hac[0] > ZLEMA(21)[2] && hao[0] > ZLEMA(21)[2]) || Close[0] > SMA(21)[0] || ZLEMA(7)[0] > ZLEMA(21)[2]);
bool condition3 = (Low[0] + ((High[0] - Low[0]) * 0.1)) < SMA(21)[0] && (High[0] - ((High[0] - Low[0]) * 0.1)) < SMA(21)[0] && ZLEMA(7)[0] < ZLEMA(7)[1] && ZLEMA(11)[0] < hao[0];
bool condition4 = condition1 && condition3;
bool condition5 = condition1 || condition3;
bool condition6 = ZLEMA(7)[0] < ZLEMA(7)[1] && ZLEMA(11)[0] < ZLEMA(11)[1] && ZLEMA(11)[0] < SMA(21)[0] && hac[0] < hao[0] && Close[0] < Median[0];
bool condition7 = hac[0] < SMA(21)[0] && ZLEMA(7)[0] < ZLEMA(7)[1] && High[0] < SMA(78)[0] && SMA(21)[0] < SMA(78)[0] && SMA(78)[0] < SMA(78)[3];
c4.Set(condition4);
c5.Set(condition5);
c2.Set(condition2);
c67.Set(condition6 || condition7);
if (condition6 || condition7)
{
if (st67 == SignalType.PLOT)
{
Condition67.Set(hah[0] + 3 * TickSize);
}
else if (st67 == SignalType.BACKGROUNDCOLOR)
{
BackColor = Plots[3].Pen.Color;
}
}
if (condition2)
{
if (st2 == SignalType.PLOT)
{
Condition2.Set(hal[0] - TickSize);
}
else if (st2 == SignalType.BACKGROUNDCOLOR)
{
BackColor = Plots[2].Pen.Color;
}
}
if (condition5)
{
if (st5 == SignalType.PLOT)
{
Condition5.Set(hah[0] + 2 * TickSize);
}
else if (st5 == SignalType.BACKGROUNDCOLOR)
{
BackColor = Plots[1].Pen.Color;
}
}
if (condition4)
{
if (st4 == SignalType.PLOT)
{
Condition4.Set(hah[0] + TickSize);
}
else if (st4 == SignalType.BACKGROUNDCOLOR)
{
BackColor = Plots[0].Pen.Color;
}
}
if (FirstTickOfBar && c4[1] && !c4[2] && playAlert)
{
PlaySound("Aler4.wav");
}
}
