Murrey Math Lines AFL - Good Level finder

This is indeed one of the good finder of levels related to the particular price level on the basis of Murray maths.

//AFL CODE:
/*///////////////////////////////////////////////////////////
P = ParamField( "Price field" );
T3MAP = Param("T3MA Periods", 100, 2, 300, 1, 10 );
function T3(price,periods)
{
s = 0.84;
e1=EMA(price,periods);
e2=EMA(e1,Periods);
e3=EMA(e2,Periods);
e4=EMA(e3,Periods);
e5=EMA(e4,Periods);
e6=EMA(e5,Periods);
c1=-s*s*s;
c2=3*s*s+3*s*s*s;
c3=-6*s*s-3*s-3*s*s*s;
c4=1+3*s+s*s*s+3*s*s;
Ti3=c1*e6+c2*e5+c3*e4+c4*e3;
return ti3;
}
T3MA = T3(P,T3MAP);
Plot( T3MA, _DEFAULT_NAME(), ParamColor( "Color", colorBlack ),
ParamStyle("StyleL",styleThick) );
///////////////////////////////////////////////////*/
SetChartBkColor(ParamColor("COLOR",colorTeal));

/////////////////////////////////////////////////
 function HullMaFunction( P, Periods, Delay )
{
X = 2 * WMA(P,round(Periods/2)) - WMA(P,Periods);
HullMA = WMA(X,round(sqrt(Periods)));
HullMA = Ref(HullMA,-Delay);
return HullMa;
}

PlotPriceField = ParamToggle("PriceField","HIDE|SHOW",1);
P = ParamField("Price field",-1);
Periods = Param("Periods", 100, 2, 200, 1, 10 );
Delay = Param("Delay", 0, 0, 10, 1 );
HullMA = HullMaFunction( P, Periods, Delay );
Plot( HullMA, _DEFAULT_NAME(), ParamColor( "Color", colorBlack ),
ParamStyle("StyleL",styleThick) );

//////////////////////////////////////////////////////////////////////////
function splround(x)
{
    y=int(x)+round(x%int(x)*100)/100;
    return y;
}


up=Study("UP",GetChartID());
dm=Study("DN",GetChartID());

Color=IIf(C>O,colorGreen,colorRed);
//Graph0=Close; Graph0Color=1; Graph0Style=64;
//Plot(C,"close",color,styleBar);
// Colored bars starts

_SECTION_BEGIN("Carl_ASC");
function PercentR( periods )
{
 return -100 * ( HHV( H, periods ) - C )/( HHV( H, periods ) - LLV( L, periods ) );
}

periods= Param("periodes",14,1,100,1);
PR=PercentR( periods );

SetChartOptions(0,chartShowArrows|chartShowDates);
_N(Title = StrFormat("{{NAME}} - {{INTERVAL}} {{DATE}} Open %g, Hi %g, Lo %g, Close %g (%.1f%%) {{VALUES}}", O, H, L, C, SelectedValue( ROC( C, 1 ) ) ));
Plot( C, "Close", IIf(pr>-50,colorBlue,colorRed), styleCandle| styleThick|styleNoTitle | ParamStyle("Style") | GetPriceStyle() );

//if( ParamToggle("Tooltip shows", "All Values|Only Prices" ) )
//{
 //ToolTip=StrFormat("Open: %g\nHigh:  %g\nLow:   %g\nClose:  %g (%.1f%%)\nVolume: "+NumToStr( V, 1 ), O, H, L, C, SelectedValue( ROC( C, 1 )));
//}
_SECTION_END();

// Colored bars ends

Period=Param("MM_Period", 300, 4, 1000, 1) ;
TYpe=ParamList("Rolling/Intraday","Rolling|Intraday") ;
PER = Period;
dn=DateNum();
tn=TimeNum();
Lox=Hix=0;
Lox =  LLV(Min(H,L),PER )  ;
Hix =  HHV(Max(H,L),PER )  ;
avp=(O+C)/2;
Line0=Line1=Line2=Line3=Line4=Line5=Line6=Line7=Line8=Lineplus2=Lineminus2=0;
Lo=L[0];Hi=H[0];
for (i=0;i<BarCount;i++)
{
//if (i>0 AND i<BarCount)PlotText(WriteVal(dm[i],1.0),i,L[i]-15,colorWhite);

if (Type=="Intraday")
{
    if(I>1)
    {
        if(dn[i]!=dn[i-1])
        {
            Lo=L[i];
            Hi=H[i];
        }
    }
    if (L[i]<Lo)Lo=L[i];
    if (H[i]>Hi)Hi=H[i];
}
else if (type=="Rolling")
{
    Hi=Hix[i];
    Lo=Lox[i];
}

if (up[i]>hi)Hi=up[i];
if (dm[i]<lo)Lo=dm[i];
//PlotText(WriteVal(Lo,1.0),colorWhite,i,H[i]+15);

Fractal = IIf(Hi<=250,100, IIf(Hi<=2500,1000, IIf(Hi<=25000,10000, IIf(Hi<=250000,100000, 0 )))) ;
int_Log = int( log(Fractal/(Hi-Lo))/log(2) ) ;
Oct = Fractal * ( exp(ln(1/2)* int_Log ) ) ;


Min_1 = int( Lo / Oct ) * Oct ;

Max_1 = IIf( (Min_1 + Oct) > Hi, Min_1 + Oct, Min_1 + 2*Oct ) ;

Min_2 = IIf( (Min_1 + 1/8*(Max_1-Min_1)) <= Lo AND Hi <= (Max_1 - 1/8*(Max_1-Min_1)) ,
(Min_1 + 1/4*(Max_1-Min_1)) , Min_1 ) ;

Max_2 = IIf( (Min_1 + 1/8*(Max_1-Min_1)) <= Lo AND Hi <= (Max_1 - 1/8*(Max_1-Min_1)) ,
(Max_1 - 1/4*(Max_1-Min_1)) , Max_1 ) ;

/******************************/

Diff = Max_2 - Min_2 ;

H1 = IIf( (Min_2 + 3/16*Diff) <= Lo AND Hi <= (9/16*Diff + Min_2) ,
Min_2 + 1/2*Diff, 0) ;

H2 = IIf( (Min_2 - 1/8*Diff) <= Lo AND Hi <= (5/8*Diff + Min_2) AND H1==0,
Min_2 + 1/2*Diff, 0) ;

H3 = IIf( (Min_2 + 7/16*Diff) <= Lo AND Hi <= (Min_2 + 13/16*Diff), Min_2 + 3/4*Diff, 0 ) ;

H4 = IIf( (Min_2 + 3/8*Diff) <= Lo AND Hi <= (Min_2 + 9/8*Diff) AND H3==0,
Max_2, 0 ) ;

H5 = IIf( (Min_2 + 1/8*Diff)<=Lo AND Hi <= (Min_2 + 7/8*Diff) AND H1==0 AND H2==0 AND H3==0 AND H4==0,
Min_2 + 3/4*Diff , 0 ) ;

H6 = IIf( ( H1 + H2 + H3 + H4 + H5 ) == 0, Max_2, 0 ) ;

/**************************/

L1 = IIf(H1>0, Min_2 + 1/4*Diff, 0) ;

L2 = IIf(H2>0, Min_2, 0) ;

L3 = IIf(H3>0, Min_2 + 1/2*Diff, 0) ;

L4 = IIf(H4>0, Min_2 + 1/2*Diff, 0) ;

L5 = IIf(H5>0, Min_2 + 1/4*Diff, 0) ;

L6 = IIf(H6>0, Min_2, 0 ) ;


M_8 = ( H1 + H2 + H3 + H4 + H5 + H6 ) ;

M_0 = ( L1 + L2 + L3 + L4 + L5 + L6 ) ;

/**************************************/
Line0[i] =  M_0 ;

Line1[i] =  M_0 + (1*(0.125*(M_8-M_0)));

Line2[i] =  M_0 + (2*(0.125*(M_8-M_0)));

Line3[i] =  M_0 + (3*(0.125*(M_8-M_0)));

Line4[i] =  M_0 + (4*(0.125*(M_8-M_0)));

Line5[i] =  M_0 + (5*(0.125*(M_8-M_0)));

Line6[i] =  M_0 + (6*(0.125*(M_8-M_0)));

Line7[i] =  M_0 + (7*(0.125*(M_8-M_0)));



Line8[i] =  M_8  ;



}

Plot(Line0,"Line0",6,styleLine);//0/8
Plot(Line1,"Line1",7,styleLine);//1/8
Plot(Line2,"Line2",4,styleLine);//2/8
Plot(Line3,"Line3",5,styleLine|styleDashed);//3/8
Plot(Line4,"Line4",6,styleLine);//4/8
Plot(Line5,"Line5",5,styleLine|styleDashed);//5/8
Plot(Line6,"Line6",4,styleLine);//6/8
Plot(Line7,"Line7",7,styleLine);//7/8
Plot(Line8,"Line8",6,styleLine);//8/8

/**************************************************************/
Title = EncodeColor(colorWhite)+Date()+" Murray Maths "+ Interval(format=2)+"  "+Name()+" O "+WriteVal(O,1.2)+" H "+WriteVal(H,1.2)+"  L "+WriteVal(L,1.2)+" C "+
            WriteVal(C,1.2)+" "+EncodeColor(colorYellow)+" Dayhigh " +WriteVal(Hi,1.2)+" Daylow "+WriteVal(Lo,1.2)
+"\n"+EncodeColor(colorWhite)+"Upper Breakout "+EncodeColor(colorWhite)+WriteVal(Lineplus2,1.2)+EncodeColor(colorBRIGHTGreen)
            +" Resistance 8/8 "+EncodeColor(colorBlue)+WriteVal(Line8,1.2)+EncodeColor(colorBRIGHTGreen)+" Reversal 7/8 "+EncodeColor(colorYellow)
            +WriteVal(Line7,1.2)
+"\n"+EncodeColor(colorYellow)+"Middle S/R 4/8 "+EncodeColor(colorBlue)+WriteVal(Line4,1.2)
+"\n"+EncodeColor(colorRed)+"Lower Breakout "+EncodeColor(colorRed)+WriteVal(Lineminus2,1.2)+EncodeColor(colorRed)+" Support 0/8 "
            +EncodeColor(colorBlue)+WriteVal(Line0,1.2)+EncodeColor(colorRed)+" Reversal 1/8 "+EncodeColor(colorYellow)+WriteVal(Line1,1.2);

Finding High Beta Stock in Amibroker

Lot you want to find high beta stock in your portfolio.

Beta is basically measuring the volatility of stock. So if Yesbank has Beta reading over period of 50 days as 1.8 so this means if Nifty will move 1, Yesbank will move 1.8.

Use the code below for Beta Exploration.

Run explore on Amibroker for n last days = 1 //Setting when you click analysis in amibroker

function
Beta( BaseSymbol, N )

{

Chg =
ROC( C, 1 );

ChgBase =
ROC( Foreign( BaseSymbol, "C" ), 1 );



return ( N * Sum( Chg * ChgBase , N ) - Sum( Chg, N) * Sum( ChgBase, N ) ) /

( N *
Sum( ChgBase ^ 2 , N ) - Sum( ChgBase, N ) ^ 2 );

}


symbol =
ParamStr( "Symbol", "NSEnifty" );


Plot
( Beta( symbol, Param("Periods", 21, 2, 100 ) ), _DEFAULT_NAME(), ParamColor( "Color", ColorCycle ) );


Filter
=
1;

AddTextColumn
(FullName(), "FullName");

AddColumn
(Close, "Close", 1.2);

AddColumn
(Beta("NSEnifty",50), "Beta",1.2); //Replace NSEnifty with your Nifty Symbol here

Pivot Point AFL

This AFL  plots all Pivots in chart with trend identifications.

//Mr.Divyesh worked out this
ppl = ParamToggle("","Off|On",1);
numbars = LastValue(Cum(Status("barvisible")));
fraction= IIf(StrRight(Name(),3) == "", 3.2, 3.2);
hts = -33.5;
_SECTION_BEGIN("Indicators");
RSI_Periods        =    Param("RSI Periods", 2, 1, 100, 1);
MA_Periods        =    Param("Periods for MAV", 50, 1, 200, 1);
Daily_Trend_MA_Pds    =    Param("Periods for Trend EMA", 6, 1, 100, 1);
MAV_Value    =    V/EMA(V, MA_Periods);
_SECTION_END();
// Check if previous day's close is above its 6-day EMA
DailyClose     =      TimeFrameCompress(Close, inDaily);
DailyEMA         =     EMA( DailyClose, Daily_Trend_MA_Pds);
DailyClose        =    TimeFrameExpand(DailyClose, inDaily, expandFirst);
DailyEma        =    TimeFrameExpand(DailyEMA, inDaily, expandFirst);
//Plot(DailyEma,"DailEma",colorCustom12,styleLine);

// Trend detection based on 6EMA for Daily
Daily_Trend_UP                =    DailyClose > DailyEMA;
Daily_Trend_DOWN            =    DailyClose < DailyEMA;
Trend_UP_Text        =    WriteIf(Daily_Trend_UP, "Daily Trend UP", "");
Trend_DOWN_Text    =    WriteIf(Daily_Trend_DOWN, "Daily Trend DOWN", "");
Trend_Neutral_Text    =    WriteIf(NOT Daily_Trend_DOWN AND NOT Daily_Trend_UP, "Neutral", "");
TrendCol        =    IIf(Daily_Trend_UP, colorGreen, IIf(Daily_Trend_DOWN, colorRed, colorLightGrey));
_SECTION_END();
_SECTION_BEGIN("i");
/* ICHIMOKU CHART */
n1 = Param("Èøèìîêó: ïåðèîä 1",9,1,200,1);
n2 = Param("Èøèìîêó: ïåðèîä 2",26,1,400,1);
n3 = Param("Èøèìîêó: ïåðèîä 3",52,1,600,1);

TenkanSen   =(HHV(H,n1)+LLV(L,n1))/2;            // Tenkan-sen (Òåíêàí-ñåí) – ýòî ñðåäíåå çíà÷åíèå öåíû çà ïåðâûé ïðîìåæóòîê âðåìåíè (ðàâíà (high+low)/2, ãäå high è low – ìàêñèìóì è ìèíèìóì çà ïåðèîä).
KijunSen    =(HHV(H,n2)+LLV(L,n2))/2;            // Kijun-sen (Êèäæóí-ñåí) – ýòî ñðåäíåå çíà÷åíèå öåíû çà âòîðîé ïðîìåæóòîê.
ChinkouSpan =Ref(C,-n2);                          // Chinkou Span (×èêîó ñïåí) - öåíà çàêðûòèÿ òåêóùåãî áàðà, ñäâèíóòàÿ íàçàä íà âåëè÷èíó âòîðîãî âðåìåííîãî èíòåðâàëà.
Cks         = Close;                             // Ãðàôè÷åñêèé Chinkou Span, ñäâèã íàçàä çàñ÷åò îòðèñîâêè.
SenkouSpanA =Ref((KijunSen+TenkanSen)/2,-n2);    // Senkou Span A (Ñåíêîó ñïåí À) / Up Kumo - ñåðåäèíà ðàññòîÿíèÿ ìåæäó Tenkan-sen è Kijun-sen, ñäâèíóòîå âïåðåä íà âåëè÷èíó âòîðîãî âðåìåííîãî èíòåðâàëà.
SpA         =(KijunSen+TenkanSen)/2;             // Ãðàôè÷åñêèé Senkou Span A , ñäâèã âïåðåä çàñ÷åò îòðèñîâêè.
SenkouSpanB =Ref((HHV(H,n3)+LLV(L,n3))/2,-n2);   // Senkou Span B (Ñåíêîó ñïåí Â) / Down Kumo - ñðåäíåå çíà÷åíèå öåíû çà òðåòèé âðåìåííîé èíòåðâàë, ñäâèíóòîå âïåðåä íà âåëè÷èíó âòîðîãî âðåìåííîãî èíòåðâàëà.
SpB         =(HHV(H,n3)+LLV(L,n3))/2;            // Ãðàôè÷åñêèé Senkou Span B, ñäâèã âïåðåä çàñ÷åò îòðèñîâêè.
DL = Ref( C, 25 );

Plot (SpA,"SenkouSpanA",colorOrange,styleDashed,0,0,n2);
Plot (SpB,"SenkouSpanB",colorPink,styleDashed,0,0,n2);
_SECTION_END();


_SECTION_BEGIN("Price");
_N(Title = StrFormat("{{NAME}} - {{INTERVAL}} {{DATE}} Open %g, Hi %g, Lo %g, Close %g (%.1f%%) {{VALUES}}", O, H, L, C, SelectedValue( ROC( C, 1 ) ) ));
pds = 20;
MAFAST = EMA( Close, 20 );
MASLOW = EMA( Close, 40 );
 
DonchianUpper = HHV( Ref( H, -1 ), pds ); // Highest high value of highs in last 20 periods
DonchianLower = LLV( Ref( L, -1 ), pds ); // Lowest low value of low in last 20 periods
DonchianMiddle = ( DonchianUpper + DonchianLower ) / 2;
 
UpTrend = C > ( LLV( L, 20 ) + 2 * ATR( 10 ) ) AND EMA( Close, 20 ) > EMA( Close, 40 );
DnTrend = C < ( HHV( H, 20 ) - 2 * ATR( 10 ) ) AND EMA( Close, 20 ) < EMA( Close, 40 );
Color = IIf( UpTrend, colorBlue, IIf( DnTrend, colorRed, colorYellow) );
 
// Plots a 20 period Donchian channel
Plot( C, "Price", Color, styleCandle | styleThick );
NewDay = IIf(Day() != Ref(Day(), -1) OR BarIndex() == LastValue(BarIndex()), 1, 0);
//Plot(NewDay, "", 47, 2 + 32768 + 4096, Minvalue = 0, Maxvalue = 1);
_SECTION_END();

_SECTION_BEGIN("PIVOT POINTS");

/* This code calculates the previous days high, low and close */
Hi1 = IIf(Day()!=Ref(Day(),-1),Ref(HighestSince(Day()!=Ref(Day(),-1),H,1),-1),0);
Hi = ValueWhen(Day()!=Ref(Day(),-1),Hi1,1);
Lo1 = IIf(Day()!=Ref(Day(),-1),Ref(LowestSince(Day()!=Ref(Day(),-1),L,1),-1),0);
Lo = ValueWhen(Day()!=Ref(Day(),-1),Lo1,1);
Cl1 = IIf(Day()!=Ref(Day(),-1),Ref(C,-1),0);
C1 = ValueWhen(Day()!=Ref(Day(),-1),Cl1,1);
wHi=TimeFrameGetPrice("H",inWeekly,-1);
wLo=TimeFrameGetPrice("L",inWeekly,-1);
wCl=TimeFrameGetPrice("C",inWeekly,-1);
mHi=TimeFrameGetPrice("H",inMonthly,-1);
mLo=TimeFrameGetPrice("L",inMonthly,-1);
mCl=TimeFrameGetPrice("C",inMonthly,-1);

//----------------------------------------------------------------------------------

/* This code calculates Daily Piovts */

rg = (Hi - Lo);
bp = (Hi + Lo + C1)/3; bpI = LastValue (bp,1);
r1 = (bp*2)-Lo; r1I = LastValue (r1,1);
s1 = (bp*2)-Hi; s1I = LastValue (s1,1);
r2 = bp + r1 - s1; r2I = LastValue (r2,1);
s2 = bp - r1 + s1; s2I = LastValue (s2,1);
r3 = bp + r2 - s1; r3I = LastValue (r3,1);
s3 = bp - r2 + s1; s3I = LastValue (s3,1);
r4 = bp + r2 - s2; r4I = LastValue (r4,1);
s4 = bp - r2 + s2; s4I = LastValue (s4,1);
wrg = (wHi - wLo);
wbp = (wHi + wLo + wCl)/3; wbpI = LastValue (wbp,1);
wr1 = (wbp*2)-wLo; wr1I = LastValue (wr1,1);
ws1 = (wbp*2)-wHi; ws1I = LastValue (ws1,1);
wr2 = wbp + wr1 - ws1; wr2I = LastValue (wr2,1);
ws2 = wbp - wr1 + ws1; ws2I = LastValue (ws2,1);
wr3 = wbp + wr2 - ws1; wr3I = LastValue (wr3,1);
ws3 = wbp - wr2 + ws1; ws3I = LastValue (ws3,1);
wr4 = wbp + wr2 - ws2; wr4I = LastValue (wr4,1);
ws4 = wbp - wr2 + ws2; ws4I = LastValue (ws4,1);
mrg = (mHi - mLo);
mobp = (mHi + mLo + mCl)/3; mobpI = LastValue (mobp,1);
mr1 = (mobp*2)-mLo; mr1I = LastValue (mr1,1);
ms1 = (mobp*2)-mHi; ms1I = LastValue (ms1,1);
mr2 = mobp + mr1 - ms1; mr2I = LastValue (mr2,1);
ms2 = mobp - mr1 + ms1; ms2I = LastValue (ms2,1);

if(ppl==1) {
Plot(bp,"",colorBlue,styleDashed|styleLine|styleNoRescale);
Plot(s1,"",colorRed,styleDashed|styleNoRescale);
Plot(s2,"",colorRed,styleDashed|styleNoRescale);
Plot(s3,"",colorRed,styleDashed|styleNoRescale);
Plot(s4,"",colorRed,styleDashed|styleNoRescale);
Plot(r1,"",colorGreen,styleDashed|styleNoRescale);
Plot(r2,"",colorGreen,styleDashed|styleNoRescale);
Plot(r3,"",colorGreen,styleDashed|styleNoRescale);
Plot(r4,"",colorGreen,styleDashed|styleNoRescale);
Plot(wbp,"",colorTan,styleDashed|styleLine|styleNoRescale);
Plot(ws1,"",colorPaleGreen,styleDashed|styleNoRescale);
Plot(ws2,"",colorPaleGreen,styleDashed|styleNoRescale);
//Plot(ws3,"",colorPaleGreen,styleDashed|styleNoRescale);
//Plot(ws4,"",colorPaleGreen,styleDashed|styleNoRescale);
Plot(wr1,"",colorPaleBlue,styleDashed|styleNoRescale);
Plot(wr2,"",colorPaleBlue,styleDashed|styleNoRescale);
//Plot(wr3,"",colorPaleBlue,styleDashed|styleNoRescale);
//Plot(wr4,"",colorPaleBlue,styleDashed|styleNoRescale);
Plot(mobp,"",colorTan,styleDashed|styleLine|styleNoRescale);
Plot(ms1,"",colorPaleGreen,styleDashed|styleNoRescale);
Plot(mr1,"",colorPaleBlue,styleDashed|styleNoRescale);
PlotText(" Pivot = " + WriteVal(bp,fraction), LastValue(BarIndex())-(numbars/Hts), bpI +5, colorBlue);
PlotText(" Resistance 1 = " + WriteVal(r1,fraction), LastValue(BarIndex())-(numbars/Hts), r1I +0.05, colorGreen);
PlotText(" Support 1 = " + WriteVal(s1,fraction), LastValue(BarIndex())-(numbars/Hts), s1I +0.05, colorRed);
PlotText(" Resistance 2 = " + WriteVal(r2,fraction), LastValue(BarIndex())-(numbars/Hts), r2I +0.05, colorGreen);
PlotText(" Support 2 = " + WriteVal(s2,fraction), LastValue(BarIndex())-(numbars/Hts), s2I +0.05, colorRed);
PlotText(" Resistance 3 = " + WriteVal(r3,fraction), LastValue(BarIndex())-(numbars/Hts), r3I +0.05, colorGreen);
PlotText(" Support 3 = " + WriteVal(s3,fraction), LastValue(BarIndex())-(numbars/Hts), s3I +0.05, colorRed);
PlotText(" Resistance 4 = " + WriteVal(r4,fraction), LastValue(BarIndex())-(numbars/Hts), r4I +0.05, colorGreen);
PlotText(" Support 4 = " + WriteVal(s4,fraction), LastValue(BarIndex())-(numbars/Hts), s4I +0.05, colorRed);
PlotText(" W Pivot = " + WriteVal(wbp,fraction), LastValue(BarIndex())-(numbars/Hts), wbpI +0.05, colorTan);
PlotText(" W Resistance 1 = " + WriteVal(wr1,fraction), LastValue(BarIndex())-(numbars/Hts), wr1I +0.05, colorPaleBlue);
PlotText(" W Support 1 = " + WriteVal(ws1,fraction), LastValue(BarIndex())-(numbars/Hts), ws1I +0.05, colorPaleGreen);
PlotText(" W Resistance 2 = " + WriteVal(wr2,fraction), LastValue(BarIndex())-(numbars/Hts), wr2I +0.05, colorPaleBlue);
PlotText(" W Support 2 = " + WriteVal(ws2,fraction), LastValue(BarIndex())-(numbars/Hts), ws2I +0.05, colorPaleGreen);
//PlotText(" W Resistance 3 = " + WriteVal(wr3,fraction), LastValue(BarIndex())-(numbars/Hts), wr3I +0.05, colorPaleBlue);
//PlotText(" W Support 3 = " + WriteVal(ws3,fraction), LastValue(BarIndex())-(numbars/Hts), ws3I +0.05, colorPaleGreen);
//PlotText(" W Resistance 4 = " + WriteVal(wr4,fraction), LastValue(BarIndex())-(numbars/Hts), wr4I +0.05, colorPaleBlue);
//PlotText(" W Support 4 = " + WriteVal(ws4,fraction), LastValue(BarIndex())-(numbars/Hts), ws4I +0.05, colorPaleGreen);
PlotText(" M Pivot = " + WriteVal(mobp,fraction), LastValue(BarIndex())-(numbars/Hts), mobpI+0.05, colorTan);
PlotText(" M Resistance 1 = " + WriteVal(mr1,fraction), LastValue(BarIndex())-(numbars/Hts), mr1I+0.05, colorPaleBlue);
PlotText(" M Support 1 = " + WriteVal(ms1,fraction), LastValue(BarIndex())-(numbars/Hts), ms1I+0.05, colorPaleGreen);
}


_SECTION_END();


_SECTION_BEGIN("L.T.P.");
cx = Param( "cxposn", 1000, 0, 1250, 1 );
cy = Param( "cyposn", 25, 0, 500, 1 );
GfxSelectFont( "Candara", 18, 98, False );
gfxcup    = SelectedValue(C > Ref(C,-1));
gfxpcolor = IIf(gfxcup,colorBrightGreen,colorRed);
GfxSetTextColor(gfxpcolor);
//GfxSetTextColor( colorWhite );
GfxTextOut( "L.T.P.  " + C + " ", cx, cy );
_SECTION_END();


_SECTION_BEGIN("Background text");
SetChartBkColor(colorBlack);
strWeekday = StrMid("---sunday---Monday--TuesdayWednesday-Thursday--Friday--Saturday", SelectedValue(DayOfWeek())*9,9);
GraphXSpace=Param("GraphXSpace",15,-55,200,1);
C13=Param("fonts",20,10,30,1 );
C14=Param("left-right",2.1,1.0,5.0,0.1 );
C15=Param("up-down",12,1,20,1 );
Miny = Status("axisminy");
Maxy = Status("axismaxy");
lvb = Status("lastvisiblebar");
fvb = Status("firstvisiblebar");
pxwidth = Status("pxwidth");
pxheight = Status("pxheight");
GfxSetBkMode(transparent=1);
GfxSetOverlayMode(1);
GfxSelectFont("Candara", Status("pxheight")/C13 );
GfxSetTextAlign( 6 );
GfxSetTextColor( ColorRGB (217,217,213));
GfxTextOut( Name(), Status("pxwidth")/C14, Status("pxheight")/C15 );
GfxSelectFont("Tahoma", Status("pxheight")/C13*0.5 );
GfxSetTextColor( ColorRGB (103,103,103));
GfxSelectFont("Candara", Status("pxheight")/C13*0.5 );
GfxSetTextColor( ColorRGB (103,103,103));
GfxSelectFont("MS Sans Serif", 10, 500, False, False, 0);
_SECTION_END();

_SECTION_BEGIN("Title");

DODay = TimeFrameGetPrice("O", inDaily);
DHiDay = TimeFrameGetPrice("H", inDaily);
DLoDay = TimeFrameGetPrice("L", inDaily);
Title = EncodeColor(colorWhite)+ Name() + ", " + Interval(2) + ", " + Date() + "   -  "+strWeekday + "  - " +
EncodeColor(colorWhite)   +  "\nO " + EncodeColor(colorWhite) + O +

 ",   H :  "   + H +
 ",   L  :  " + L +
 ",   C  :  "  + C +
"\n"+EncodeColor(colorWhite)+ "  Day-Open : " +DODay + "  Day-High : " +DHiDay + "  Day-Low : " + DLoDay +

"\n" +    EncodeColor(colorRed) + Trend_Down_Text + EncodeColor(colorBrightGreen) + Trend_Up_Text +
            EncodeColor(colorWhite) + Trend_Neutral_Text +
           EncodeColor(colorCustom12) + "  ||  Trend value: " + WriteVal(DailyEMA,1)

;
_SECTION_BEGIN("Time Left");
function GetSecondNum()
{
Time = Now( 4 );
Seconds = int( Time % 100 );
Minutes = int( Time / 100 % 100 );
Hours = int( Time / 10000 % 100 );
SecondNum = int( Hours * 60 * 60 + Minutes * 60 + Seconds );
return SecondNum;
}
RequestTimedRefresh( 1 );
TimeFrame = Interval();
SecNumber = GetSecondNum();
Newperiod = SecNumber % TimeFrame == 0;
SecsLeft = SecNumber - int( SecNumber / TimeFrame ) * TimeFrame;
SecsToGo = TimeFrame - SecsLeft;

x=Param("xposn",430,0,1000,1);
y=Param("yposn",40,0,1000,1);

GfxSelectSolidBrush( ColorRGB( 230, 230, 230 ) );
GfxSelectPen( ColorRGB( 230, 230, 230 ), 2 );
if ( NewPeriod )
{
GfxSelectSolidBrush( colorYellow );
GfxSelectPen( colorYellow, 2 );
Say( "New period" );
}

cx = Param( "cxposn", 1100, 0, 1250, 1 );
cy = Param( "cyposn", 10, 0, 500, 1 );
GfxSelectFont( "Candara", 12, 98, False );
//gfxcup    = SelectedValue(C > Ref(C,-1));
//gfxpcolor = IIf(gfxcup,colorBrightGreen,colorRed);
GfxSetTextColor(colorRed);
//GfxSetTextColor( colorWhite );
GfxTextOut( "T i m e L e f t   " + SecsToGo + " ", cx, cy );
_SECTION_END();

_SECTION_BEGIN("PIVOTS Hourly");
TimeFrameSet(inHourly);
HourlyH= LastValue(Ref(H,-1));
HourlyL= LastValue(Ref(L,-1));
HourlyC= LastValue(Ref(C,-1));
TimeFrameRestore();

//Daily
HPP = (HourlyL + HourlyH + HourlyC)/3;HPPI = LastValue (HPP,1);
HR1  =  (2 * HPP) - HourlyL;HR1I = LastValue (HR1,1);
HS1  =  (2 * HPP)  - HourlyH;HS1I = LastValue (HS1,1);
HR2  =  HPP + (HourlyH - HourlyL);HR2I = LastValue (HR2,1);
HS2  =  HPP - (HourlyH - HourlyL);HS2I = LastValue (HS2,1);
HR3 = HourlyH + 2*(HPP - HourlyL);HR3I = LastValue (HR3,1);
HS3 = HourlyL - 2*(HourlyH - HPP);HS3I = LastValue (HS3,1);
SHOWDPIVOTS = ParamToggle("Daily Pivots", "No|Yes",0);
SHOW3 = ParamToggle("3rd Line", "No|Yes",0);

if (SHOWDPIVOTS & SHOW3)
{
        Plot(HS3, "S3",ColorR);
        Plot(HR3, "R3",ColorG);
        PlotText(" H Resis 3 = " + WriteVal(HR3,fraction), LastValue(BarIndex())-(numbars/Hts), HR3I +0.05, colorGreen);
        PlotText(" H Sup 3 = " + WriteVal(HS3,fraction), LastValue(BarIndex())-(numbars/Hts), HS3I +0.05, colorRed);

}


   
for (i=BarCount-2;i>(BarCount-13);i--)//set the last bars to the final PP value
{
    HPP[i] = HPP[BarCount-1];
    HR1[i] = HR1[BarCount-1];
    HR2[i] = HR2[BarCount-1];
    HS1[i] = HS1[BarCount-1];
    HS2[i] = HS2[BarCount-1];

    ColorG[i] = colorGreen;
    ColorB[i] = colorBlue;
    ColorR[i] = colorRed;
}

//
// Conceal all but the trailing portion of the line
//
for (i=0;i<BarCount-15;i++) //hide the line except most recent 15 bars
{
    ColorR[i] = ColorG[i] = ColorB[i] = colorBlack;
}


if (SHOWDPIVOTS) {
Plot(HR2, "R2",ColorG);
Plot(HR1, "R1",ColorG);
Plot(HPP, "PP",ColorB);
Plot(HS1, "S1",ColorR);
Plot(HS2, "S2",ColorR);
PlotText(" H Pivot = " + WriteVal(HPP,fraction), LastValue(BarIndex())-(numbars/Hts), HPPI +0.05, colorBlue);
PlotText(" H Resis 1 = " + WriteVal(HR1,fraction), LastValue(BarIndex())-(numbars/Hts), HR1I +0.05, colorGreen);
PlotText(" H Sup 1 = " + WriteVal(HS1,fraction), LastValue(BarIndex())-(numbars/Hts), HS1I +0.05, colorRed);
PlotText(" H Resis 2 = " + WriteVal(HR2,fraction), LastValue(BarIndex())-(numbars/Hts), HR2I +0.05, colorGreen);
PlotText(" H Sup 2 = " + WriteVal(HS2,fraction), LastValue(BarIndex())-(numbars/Hts), HS2I +0.05, colorRed);

}

if (SHOWDPIVOTS & SHOW3)
{
        Plot(S3, "S3",ColorR);
        Plot(R3, "R3",ColorG);
        PlotText(" H Resis 3 = " + WriteVal(HR3,fraction), LastValue(BarIndex())-(numbars/Hts), HR3I +0.05, colorGreen);
        PlotText(" H Sup 3 = " + WriteVal(HS3,fraction), LastValue(BarIndex())-(numbars/Hts), HS3I +0.05, colorRed);

}


_SECTION_END();

Turtle trading system

Refer turtle trading or donchian channel for better use of this AFL

pds = 20;
MAFAST = EMA( Close, 20 );
MASLOW = EMA( Close, 40 );

DonchianUpper = HHV( Ref( H, -1 ), pds );
DonchianLower = LLV( Ref( L, -1 ), pds );
DonchianMiddle = ( DonchianUpper + DonchianLower ) / 2;

UpTrend = C > ( LLV( L, 20 ) + 2 * ATR( 10 ) ) AND EMA( Close, 20 ) > EMA( Close, 40 );
DnTrend = C < ( HHV( H, 20 ) - 2 * ATR( 10 ) ) AND EMA( Close, 20 ) < EMA( Close, 40 );
Color = IIf( UpTrend, colorBlue, IIf( DnTrend, colorOrange, colorCustom11 ) );


Plot( C, "Price", Color, styleBar | styleThick );
Plot( DonchianUpper, "Donchian U", ParamColor( "DU Color", colorBlue ), ParamStyle( "DU Style", styleLine ) );
Plot( DonchianMiddle, "Donchian M", ParamColor( "DM Color", colorBrightGreen ), ParamStyle( "DM Style", styleNoLine ) );
Plot( DonchianLower, "Donchian L", ParamColor( "DL Color", colorRed ), ParamStyle( "DL Style", styleLine ) );

Title = WriteVal( DonchianUpper, 1.2 ) + WriteVal( DonchianLower, 1.2 ) + WriteVal( DonchianMiddle, 1.2 );

Buy = High > Ref( HHV( High, 20 ), -1 ) AND MAFAST > MASLOW;

Short = Low < Ref( LLV( Low, 20 ), -1 ) AND MAFAST < MASLOW;




_SECTION_BEGIN( "Chandelier Exit" );

SetBarsRequired( 50, 50 );

Multiple = Param( "Multiple", 3, 0.5, 10, 0.1 );
ATRPeriods = Param( "ATR Periods", 20, 1, 50, 1 );

stopArray = Null;
atrArray = ATR( ATRPeriods );
HHArray = Null;
LLArray = Null;
exitArray = Null;
trendDirection = 0;

for ( i = 0; i < BarCount; i++ )
{
    if ( Short[i] )
    {
    
        stopArray[i] = Low[i] + ( Multiple * atrArray[i] );
        LLArray[i] = Low[i];
        trendDirection = 0 - 1;
    }

    if ( Buy[i] )
    {
   
        stopArray[i] = High[i] - ( Multiple * atrArray[i] );
        HHArray[i] = High[i];
        trendDirection = 1;
    }

    exitArray[i] = 0;

    if ( trendDirection > 0 )
    {
       
        if ( trendDirection > 1 )
        {
        
            if ( Low[i] < stopArray[i-1] )
            {
              
                trendDirection = 0;
                exitArray[i] = 1;
            }
            else
            {
             
                if ( High[i] > HHArray[i-1] )
                    HHArray[i] = High[i];
                else
                    HHArray[i] = HHArray[i-1];

        
                stopArray[i] = HHArray[i] - ( Multiple * atrArray[i] );
            }
        }

        trendDirection = trendDirection + 1;
    }

    if ( trendDirection < 0 )
    {
      
        if ( trendDirection < 0 - 1 )
        {
           
            if ( High[i] > stopArray[i-1] )
            {
             
                trendDirection = 0;
                exitArray[i] = 0 - 1;
            }
            else
            {
              
                if ( Low[i] < LLArray[i-1] )
                    LLArray[i] = Low[i];
                else
                    LLArray[i] = LLArray[i-1];


                stopArray[i] = LLArray[i] + ( Multiple * atrArray[i] );
            }
        }

        trendDirection = trendDirection - 1;
    }

    if ( trendDirection == 0 )
    {
        stopArray[i] = 0;
        LLArray[i] = 0;
        HHArray[i] = 0;
    }
}

Sell = Cover = exitarray;

Buy = ExRem( Buy, Sell );
Sell = ExRem( Sell, Buy );
Short = ExRem( Short, Cover );
Cover = ExRem( Cover, Short );

PlotShapes( Buy*shapeUpArrow, colorBrightGreen, 0, Low );
PlotShapes( Short*shapeDownArrow, colorRed, 0, High );
PlotShapes( abs( exitArray )*shapeHollowCircle, colorYellow, 0, ValueWhen( stopArray, stopArray, 1 ), 0 );
Plot( stopArray, "Chand", ParamColor( "Chand Color:", colorYellow ), ParamStyle( "Chand Style", styleDashed ) );

_N( Title = EncodeColor( colorYellow ) + StrFormat( "{{NAME}} - {{INTERVAL}} - {{DATE}}--Turtle_System_Rev_A \n OP= %g Hi= %g Lo= %g CL= %g (%.1f%%) \n Vol= " + WriteVal( V, 1.0 ) + "\n" + " {{VALUES}}", O, H, L, C, SelectedValue( ROC( C, 1 ) ) ) );//=cnb



_SECTION_END();

The Great AFL

It creates Top and bottom with Candle colors. If Top occurs then it forms black colored candle . Similarly bottom start with White colored candles.

One of the best AFL.

_SECTION_BEGIN("Price");

upbar = C > Ref( H, -1 );
downbar = C < Ref( L, -1 );

/* Colourized price bars drawn here */
Graph0 = Close;
Graph0Style = 128;

barcolor = IIf( downbar, 4, IIf( upbar, 5, 1 ) );
Graph0BarColor = ValueWhen( barcolor != 0, barcolor );
// Only allowed in recent Beta
//SetBarFillColor = ValueWhen( barcolor != 0, barcolor );


SetChartOptions(0,chartShowArrows|chartShowDates);
_N(Title = StrFormat("{{NAME}} - {{INTERVAL}} {{DATE}} Open %g, Hi %g, Lo %g,
Close %g (%.1f%%) {{VALUES}}", O, H, L, C, SelectedValue( ROC( C, 1 ) ) ));
Plot( C, "Close", ParamColor("Color", colorBlack ), styleNoTitle |
ParamStyle("Style") | GetPriceStyle() );
_SECTION_END();

Bollinger Band Breakout on Squeeze

Length = 14;
Price = EMA(Close, Length);



// Keltner
kLength = Length;
kN = 1.5;
kATR = ATR(kLength);
kUpper = Price + kN * kATR;
kLower = Price - kN * kATR;






GfxSetOverlayMode(1);
GfxSetTextAlign( 1 );// center alignment
GfxSetTextColor( colorRed ) ;
GfxSetBkMode(0); // transparent
GfxSelectFont("From Cartoon Blocks", Status("pxheight")/12 );
GfxTextOut( "stockmarketq.blogspot.in", Status("pxwidth")/2, Status("pxheight")/3 );
SetChartOptions(0,chartShowArrows|chartShowDates);
_N(Title = StrFormat("{{NAME}} - {{INTERVAL}} {{DATE}} Open %g, Hi %g, Lo %g, Close %g (%.1f%%) {{VALUES}}", O, H, L, C, SelectedValue( ROC( C, 1 ) ) ));
Plot( C, "Close", ParamColor("Color", colorDefault ), styleNoTitle | ParamStyle("Style") | GetPriceStyle() ); 

// Bollinger
bbLength = Length;
bbN = 2;
bbStDevValues = StDev(Close, bbLength);
bbUpper = Price + bbN * bbStDevValues;
bbLower = Price - bbN * bbStDevValues;

IsBBSqueeze = bbUpper <= kUpper AND bbLower >= kLower;

Proportion = (kUpper - kLower) / (bbUpper - bbLower);
BBBreakout = Cross(1,Proportion);
Periods = Param("BBPeriods", 14, 2, 300, 1 );
Width = Param("Width", 2, 0, 10, 0.05 );
Color = ParamColor("Color", colorCycle );
Style = ParamStyle("Style");
bbtop=BBandTop( C, Periods, Width );
bbbot=BBandBot( C, Periods, Width );
Plot(bbtop, "", Color, Style );
Plot(bbbot , "", Color, Style );

sqeezcolor=ColorRGB(194,220,218);

PlotOHLC( bbtop,bbtop, bbbot,bbbot, "",IIf(IsBBSqueeze,colorYellow,colorLightGrey), styleCloud|styleNoRescale,  Null, Null, Null, -1 );
Plot(Close,"Close",IIf(C>=O,colorBrightGreen,colorRed),styleCandle);

Filter = BBBreakout AND V>50000 AND C>30;

AddColumn(BBBreakout, "BB Breakout", 1, colorWhite, IIf(BBBreakout==1, colorBlue, colorWhite));
//set default sorting to Date/time in descending order in results window
SetSortColumns(-2);

Pin Bar AFL

_SECTION_BEGIN("Pin Bar AFL");

SetBarsRequired(100000,0);

GraphXSpace = 15;

SetChartOptions(0,chartShowArrows|chartShowDates);

SetChartBkColor(ParamColor("bkcolor",colorBlack));

GfxSetBkMode(0);

GfxSetOverlayMode(1);

SetBarFillColor(IIf(C>O,ParamColor("Candle UP Color", colorGreen),IIf(C<=O,ParamColor("Candle Down Color", colorRed),colorLightGrey)));

Plot(C,"\nPrice",IIf(C>O,ParamColor("Wick UP Color", colorDarkGreen),IIf(C<=O,ParamColor("Wick Down Color", colorDarkRed),colorLightGrey)),64,0,0,0,0);

dec = (Param("Decimals",2,0,7,1)/10)+1;
Title = EncodeColor(80)+  Title = Name() + "     " + EncodeColor(32) + Date() +
"      " + EncodeColor(5) + "{{INTERVAL}}  " +
    EncodeColor(99)+ "     Open = "+ EncodeColor(99)+ WriteVal(O,dec) +
    EncodeColor(99)+ "     High = "+ EncodeColor(5) + WriteVal(H,dec) +
    EncodeColor(99)+ "      Low = "+ EncodeColor(32)+ WriteVal(L,dec) +
    EncodeColor(99)+ "    Close = "+ EncodeColor(99)+ WriteVal(C,dec)+
    EncodeColor(99)+ "    Volume = "+ EncodeColor(99)+ WriteVal(V,1);


MaxNoseBodySize = 0.33; // Max. Body / Candle length ratio of the Nose Bar
NoseBodyPosition = 0.4; // Body position in Nose Bar (e.g. top/bottom 40%)
LeftEyeOppositeDirection = True; // true = Direction of Left Eye Bar should be opposite to pattern (bearish bar for bullish Pinbar pattern and vice versa)
NoseSameDirection = False; // true = Direction of Nose Bar should be the same as of pattern (bullish bar for bullish Pinbar pattern and vice versa)
NoseBodyInsideLeftEyeBody = False; // true = Nose Body should be contained inside Left Eye Body
LeftEyeMinBodySize = 0.1; // Min. Body / Candle length ratio of the Left Eye Bar
NoseProtruding = 0.5; // Minmum protrusion of Nose Bar compared to Nose Bar length
NoseBodyToLeftEyeBody = 1; // Maximum relative size of the Nose Bar Body to Left Eye Bar Body
NoseLengthToLeftEyeLength = 0; // Minimum relative size of the Nose Bar Length to Left Eye Bar Length
LeftEyeDepth = 0.2; // Minimum relative depth of the Left Eye to its length; depth is difference with Nose's back

up=down =0;
point = 0.1;
blpin=brpin=False;

for(i=1;i<BarCount;i++)
{

      NoseLength = High[i] - Low[i];
      if (NoseLength == 0) NoseLength = Point;
      LeftEyeLength = High[i - 1] - Low[i - 1];
      if (LeftEyeLength == 0) LeftEyeLength = Point;
      NoseBody = abs(Open[i] - Close[i]);
      if (NoseBody == 0) NoseBody = point;
      LeftEyeBody = abs(Open[i - 1] - Close[i - 1]);
      if (LeftEyeBody == 0) LeftEyeBody = point;

      // Bearish Pinbar
      if (High[i] - High[i - 1] >= NoseLength * NoseProtruding) // Nose protrusion
      {
         if (NoseBody / NoseLength <= MaxNoseBodySize) // Nose body to candle length ratio
         {
            if (1 - (High[i] - Max(Open[i], Close[i])) / NoseLength < NoseBodyPosition) // Nose body position in bottom part of the bar
            {
               if ((!LeftEyeOppositeDirection) || (Close[i - 1] > Open[i - 1])) // Left Eye bullish if required
               {
                  if ((!NoseSameDirection) || (Close[i] < Open[i])) // Nose bearish if required
                  {
                     if (LeftEyeBody / LeftEyeLength  >= LeftEyeMinBodySize) // Left eye body to candle length ratio
                     {
                        if ((Max(Open[i], Close[i]) <= High[i - 1]) && (Min(Open[i], Close[i]) >= Low[i - 1])) // Nose body inside Left Eye bar
                        {
                           if (NoseBody / LeftEyeBody <= NoseBodyToLeftEyeBody) // Nose body to Left Eye body ratio
                           {
                              if (NoseLength / LeftEyeLength >= NoseLengthToLeftEyeLength) // Nose length to Left Eye length ratio
                              {
                                 if (Low[i] - Low[i - 1] >= LeftEyeLength * LeftEyeDepth)  // Left Eye low is low enough
                                 {
                                    if ((!NoseBodyInsideLeftEyeBody) || ((Max(Open[i], Close[i]) <= Max(Open[i - 1], Close[i - 1])) && (Min(Open[i], Close[i]) >= Min(Open[i - 1], Close[i - 1])))) // Nose body inside Left Eye body if required
                                    {
                                       Down[i] = High[i] + 5 * Point + NoseLength / 5;
                                       brpin[i]=True;
                                    }
                                 }
                              }
                           }
                        }
                     }
                  }
               }
            }
         }
      }
     
      // Bullish Pinbar
      if (Low[i - 1] - Low[i] >= NoseLength * NoseProtruding) // Nose protrusion
      {
         if (NoseBody / NoseLength <= MaxNoseBodySize) // Nose body to candle length ratio
         {
            if (1 - (Min(Open[i], Close[i]) - Low[i]) / NoseLength < NoseBodyPosition) // Nose body position in top part of the bar
            {
               if ((!LeftEyeOppositeDirection) || (Close[i - 1] < Open[i - 1])) // Left Eye bearish if required
               {
                  if ((!NoseSameDirection) || (Close[i] > Open[i])) // Nose bullish if required
                  {
                     if (LeftEyeBody / LeftEyeLength >= LeftEyeMinBodySize) // Left eye body to candle length ratio
                     {
                        if ((Max(Open[i], Close[i]) <= High[i - 1]) && (Min(Open[i], Close[i]) >= Low[i - 1])) // Nose body inside Left Eye bar
                        {
                           if (NoseBody / LeftEyeBody <= NoseBodyToLeftEyeBody) // Nose body to Left Eye body ratio
                           {
                              if (NoseLength / LeftEyeLength >= NoseLengthToLeftEyeLength) // Nose length to Left Eye length ratio
                              {
                                 if (High[i - 1] - High[i] >= LeftEyeLength * LeftEyeDepth) // Left Eye high is high enough
                                 {
                                    if ((!NoseBodyInsideLeftEyeBody) || ((Max(Open[i], Close[i]) <= Max(Open[i - 1], Close[i - 1])) && (Min(Open[i], Close[i]) >= Min(Open[i - 1], Close[i - 1])))) // Nose body inside Left Eye body if required
                                    {
                                       Up[i] = Low[i] - 5 * Point - NoseLength / 5;
                                       blpin[i]=True;
                                    }
                                 }
                              }
                           }
                        }
                     }
                  }
               }
            }
         }
      }
   }

for( i = 1; i < BarCount; i++ )
{
if(blpin[i] ) PlotText( "bull.pin " , i, L[ i ]-2.5, colorLime );
if(brpin[i] ) PlotText( " bear pin" , i, H[ i ]+2.5, colorOrange );
}
PlotShapes(shapeHollowSmallSquare*brpin,4,0,H ,5);
PlotShapes(shapeHollowSmallSquare*blpin,5,0,L ,-5);



Filter= Blpin OR brpin;
AddColumn(blpin,"bull pin",1.2);
Addcolumn(brpin,"bear pin",1.2);
AddColumn(Close,"Close",1.2);


_SECTION_END();