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Auto retracment for Amibroker (AFL)

Rating:
3 / 5 (Votes 7)
Tags:
amibroker, fibonacci

respested all members,i want to share my new indicator “Auto Retracer”.A mine good friend share this indicator for me.thanks for him.it shows clear mid term trend,good for mid term & earn handsome profit..Enjoy!!!!!!!!

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Indicator / Formula

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_SECTION_BEGIN("Price");
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();

_SECTION_BEGIN("Background Color");
BKswitch = ParamToggle("Background Color","On,Off");
 
OUTcolor = ParamColor("Outer Panel Color",colorLightBlue);
INUPcolor = ParamColor("Inner Panel Upper",colorLightYellow);
INDNcolor = ParamColor("Inner Panel Lower",colorSeaGreen);
TitleColor = ParamColor("Title Color ",ColorRGB(245,245,245));
 
if (NOT BKswitch)
{
SetChartBkColor(OUTcolor); // color of outer border
SetChartBkGradientFill(INUPcolor,INDNcolor,TitleColor); // color of inner panel
}
_SECTION_END();


SetChartBkColor(16);
SetBarsRequired(sbrAll);
GraphXSpace=Param("GraphXSpace",15,-100,300,1);
daynum= Now(9);//day of the week
SatSun= IIf((daynum==1 OR daynum==7),1,0);
dec= IIf(StrRight(Name(),3) == "", 3.2, 3.2);
dec= (Param("Decimals",2,0,7,1)/10)+1;
uc= ParamColor("Up Candle Fill Color",19);
dc= ParamColor("Dn Candle Fill Color",24);
nc= ParamColor("Neutral Fill Color",21);
bc= BarCount-1;
x= BarIndex();
Lx= LastValue(x);
sx= SelectedValue(x);
//==============================
SetBarFillColor(IIf(C>O,uc,IIf(C<O,dc,nc)));
Plot(C,"",IIf(C>Ref(C,-1),34,IIf(C<Ref(C,-1),32,42)),64);
Plot(MA(C,200),"",52,4);
//========= GFX Status =========
lvb= Status("LastVisibleBar");
fvb= Status("FirstVisibleBar");
mny= Status("AxisMiny"); mxy= Status("AxisMaxy");
pxl= Status("pxChartLeft"); pxw= Status("pxChartWidth");
pxh= Status("pxChartHeight"); pxb= Status("pxChartBottom");
mth= mxy-mny;
tvb= lvb-fvb;
function tpX(x) { return pxl+(x-fvb)*pxw/(tvb+1); }
function tpY(y) { return pxb-floor(0.5 +(y-mny)*pxh/mth); }
//======== GFX Flat Line ========
procedure sln(xs,ys,xe,col,thk,sty) {
xs=LastValue(tpx(xs)); ys=LastValue(tpy(ys));
xe=LastValue(tpx(xe)); av=xs>0 AND xe>xs;
GfxSelectPen(col,thk,sty); GfxSetBkColor(16);
IIf(av,GfxPolyline(xs,ys,xe,ys),Null); }
//======== Fib Function =========
f0=0; f1=0; p=0; n=0; d=0;
function fvd(fib) {
fv=fib*d; ffv=IIf(p,f0+fv,f0-fv);
return IIf(ffv>0,ffv,Null); }
//======== Plot Shapes ========
procedure pshp(x,y,shp,co,shf) {
x=SelectedValue(x); y=SelectedValue(y);
PlotShapes(IIf(BarIndex()==x,shp,0),co,0,y,shf); }
//======== Fractal Peak Trough ========
x= BarIndex();
function pkID(nb){ p=H==HHV(H,2*nb)AND Ref(HHV(H,nb),nb)<H;
return p AND LastValue(x)-ValueWhen(p,x)>nb; }
function trID(nb){ t=L==LLV(L,2*nb)AND Ref(LLV(L,nb),nb)>L;
return t AND LastValue(x)-ValueWhen(t,x)>nb; }
//=============================
_SECTION_BEGIN("Select Pivots");
//=============================
//SetBarsRequired(sbrAll,sbrAll);
nn= Param("Fractal Minimum",5,2,150,1);
plf= ParamList("Pivots/Ribbon","Off|Fractals|Ribbon|Both",0);
wwv=ParamToggle("Plot Wolfe Wave","Off|On",1);
cvg= ParamToggle("Require Convergence","Off|On",1);
sym= ParamToggle("Require Symmetry","Off|On",1);
fib=ParamToggle("Fib Retracements","Off|On",1);
mnR= Param("Min Time Retrace %",0.50,0.50,1.00,0.01);//Min % of P1-P2 bars
mxR= Param("Max Time Retrace %",1.62,1.00,4.00,0.01);//Max % of P1-P2 bars
mx5= Param("Max P5 Time Retrace %",2.62,1,5,0.01);//Max % of P2-P3 bars
nmn= Param("Near 5 %",0.62,0.50,0.995,0.001);//% of Retrace
//==================
x= BarIndex();
Lx=LastValue(x);
//==================
pk= pkID(nn); tr= trID(nn);
tx1= ValueWhen(tr,x,1); px2= ValueWhen(pk,x,2);
pk= IIf(pk,IIf(px2<tx1,pk,IIf(ValueWhen(pk,H,2)>H,False,pk)),pk);
px1= ValueWhen(pk,x,1); tx2= ValueWhen(tr,x,2);
tr= IIf(tr,IIf(tx2<px1,tr,IIf(ValueWhen(tr,L,2)<L,False,tr)),tr);
px0= ValueWhen(pk,x,0); tx0= ValueWhen(tr,x,0);
py0= ValueWhen(pk,H,0); ty0= ValueWhen(tr,L,0);
pk= IIf(pk AND px0>x,IIf(px0<tx0,IIf(py0>=H,False,pk),pk),pk);
tr= IIf(tr AND tx0>x,IIf(tx0<px0,IIf(ty0<=L,False,tr),tr),tr);
//===================
px= BarsSince(pk==1); tx= BarsSince(tr==1);
sup= SelectedValue(px) > SelectedValue(tx);
res= SelectedValue(tx)>= SelectedValue(px);
shp=shapeSmallCircle;
col= IIf(pk==1,42,IIf(tr==1,10,IIf(px>tx,19,IIf(tx>px,24,29))));
if(plf=="Ribbon" OR plf=="Both")Plot(2.25,"F
Swing",col,styleOwnScale|styleArea|4096,-1,100);
if(plf=="Fractals" OR plf=="Both"){PlotShapes(shp*pk,42,0,H,5);
PlotShapes(shp*tr,10,0,L,-5);}
//===================
yr1= ValueWhen(pk,H,1); xr1= ValueWhen(pk,x,1);
yr2= ValueWhen(pk,H,2); xr2= ValueWhen(pk,x,2);
yr3= ValueWhen(pk,H,3); xr3= ValueWhen(pk,x,3);
ys1= ValueWhen(tr,L,1); xs1= ValueWhen(tr,x,1);
ys2= ValueWhen(tr,L,2); xs2= ValueWhen(tr,x,2);
ys3= ValueWhen(tr,L,3); xs3= ValueWhen(tr,x,3);
//======== 5 POINT BEAR WAVE ========
be45xR= (xs1-xr2)/(xs2-xr3);
be55xR= (xr1-xs1)/(xr2-xs2);
becvg5= (yr2-ys1)<=(yr3-ys2);
be45xV= be45xR>=mnR AND be45xR<=mxR;
be55xV= be55xR>=mnR AND be55xR<=mx5;
if(sym==0)bexo5= xr1>xs1 AND xs1>xr2 AND xr2>xs2 AND xs2>xr3;
if(cvg==0)bepo5= yr2>yr3 AND yr1>yr2 AND ys1>ys2 AND ys1<yr2;
if(sym==1)bexo5= xr1>xs1 AND xs1>xr2 AND xr2>xs2 AND xs2>xr3 AND be45xV AND
be55xV;
if(cvg==1)bepo5= yr2>yr3 AND yr1>yr2 AND ys1>ys2 AND ys1<yr2 AND becvg5;
bq5= bexo5 AND bepo5;
//===================
x15= SelectedValue(ValueWhen(bq5,xr3));
y15= SelectedValue(ValueWhen(bq5,yr3));//P1
x25= SelectedValue(ValueWhen(bq5,xs2));
y25= SelectedValue(ValueWhen(bq5,ys2));//P2
x35= SelectedValue(ValueWhen(bq5,xr2));
y35= SelectedValue(ValueWhen(bq5,yr2));//P3
x45= SelectedValue(ValueWhen(bq5,xs1));
y45= SelectedValue(ValueWhen(bq5,ys1));//P4
x55= SelectedValue(ValueWhen(bq5,xr1));
y55= SelectedValue(ValueWhen(bq5,yr1));//P5
Ln135= LineArray(x15,y15,x35,y35,1);
Ln245= LineArray(x25,y25,x45,y45,1);
trgt5= LineArray(x15,y15,x45,y45,1);
//========= BEAR PLOTTING =========
if(wwv) {
Plot(Ln135,"",25,4|2048);
Plot(Ln245,"",43,4|2048);
Plot(trgt5,"",42,4|2048);
pshp(x15,y15,shapeDigit1,42,15); pshp(x25,y25,shapeDigit2,42,-15);
pshp(x35,y35,shapeDigit3,42,15); pshp(x45,y45,shapeDigit4,42,-15);
pshp(x55,y55,shapeDigit5,42,15);
}
x5up= ValueWhen(x>x45,Cross(H,Ln135));
x5dn= ValueWhen(x>x45,Cross(Ln135,H));
near= ValueWhen(x>x45,C>Ln245+(Ln135-Ln245)*nmn AND C<Ln135 AND NOT x5up AND
NOT x5dn);
//======== BEAR PRICE & TIME FIBS ========
if(fib) {
//======== Price Fibs ========
p=x45>x35; n=x45<x35; f0=y45; f1=y35; d=y35-y45;//Price Fibs
i618=fvd(0.618); i127=fvd(1.27); i162=fvd(1.62);
//====== Price AP Fibs ======
p=x45>x35; n=x45<x35; f0=y45; f1=y35; d=y35-y25;//AP Fibs
a618=fvd(0.618); a100=fvd(1.00); a127=fvd(1.27);
a162=fvd(1.62); a200=fvd(2.00); a224=fvd(2.24); a262=fvd(2.62);
//======== Time Fibs ========
p=x45>x35; n=x45<x35; f0=x45; f1=x35; d=x35-x25;//Time Fibs
x500=fvd(0.500); x618=fvd(0.618); x100=fvd(1.00);
x162=fvd(1.618); x262=fvd(2.62);
//======== PLOTTING ========
sln(x500,i618,x162,43,1,1); sln(x500,i127,x162,36,1,1);
sln(x500,i162,x162,34,1,1); sln(x500,y35,x162,32,1,1);
sln(x500,a618,x162,43,1,0); sln(x500,a100,x262,55,1,0);
sln(x500,a127,x262,44,1,0); sln(x500,a162,Lx,34,1,0);
sln(x100,a200,Lx,52,1,0); sln(x100,a224,Lx,42,1,0);
sln(x100,a262,Lx,51,1,0);
}
//===================
//xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx xxx
//======== 5 POINT BULL WAVE ========
bu45xR= (xr1-xs2)/(xr2-xs3);
bu55xR= (xs1-xr1)/(xs2-xr2);
bucvg5= (yr1-ys2)<=(yr2-ys3);
bu45xV= bu45xR>=mnR AND bu45xR<=mxR;
bu55xV= bu55xR>=mnR AND bu55xR<=mx5;
if(sym==0)buxo5= xs1>xr1 AND xr1>xs2 AND xs2>xr2 AND xr2>xs3;
if(cvg==0)bupo5= yr2>ys3 AND yr2>yr1 AND ys3>ys2 AND ys2>ys1 AND yr2>yr1 AND
yr1>ys3;
if(sym==1)buxo5= xs1>xr1 AND xr1>xs2 AND xs2>xr2 AND xr2>xs3 AND bu45xV AND
bu55xV;
if(cvg==1)bupo5= yr2>ys3 AND yr2>yr1 AND ys3>ys2 AND ys2>ys1 AND yr2>yr1 AND
yr1>ys3 AND bucvg5;
pq5= buxo5 AND bupo5;
//===================
x15= SelectedValue(ValueWhen(pq5,xs3));
y15= SelectedValue(ValueWhen(pq5,ys3));//P1
x25= SelectedValue(ValueWhen(pq5,xr2));
y25= SelectedValue(ValueWhen(pq5,yr2));//P2
x35= SelectedValue(ValueWhen(pq5,xs2));
y35= SelectedValue(ValueWhen(pq5,ys2));//P3
x45= SelectedValue(ValueWhen(pq5,xr1));
y45= SelectedValue(ValueWhen(pq5,yr1));//P4
x55= SelectedValue(ValueWhen(pq5,xs1));
y55= SelectedValue(ValueWhen(pq5,ys1));//P5
Ln135= LineArray(x15,y15,x35,y35,1);
Ln245= LineArray(x25,y25,x45,y45,1);
trgt5= LineArray(x15,y15,x45,y45,1);
//========= BULL PLOTTING =========
if(wwv) {
Plot(Ln135,"",27,4|2048);
Plot(Ln245,"",32,4|2048);
Plot(trgt5,"",51,4|2048);
pshp(x15,y15,shapeDigit1,43,-15); pshp(x25,y25,shapeDigit2,43,15);
pshp(x35,y35,shapeDigit3,43,-15); pshp(x45,y45,shapeDigit4,43,15);
pshp(x55,y55,shapeDigit5,10,-15);
}
x5up= ValueWhen(x>x45,Cross(L,Ln135));
x5dn= ValueWhen(x>x45,Cross(Ln135,L));
near= ValueWhen(x>x45,C<Ln245-(Ln245-Ln135)*nmn AND NOT x5up AND NOT x5dn);
//======== BEAR PRICE & TIME FIBS ========
if(fib) {
//======== Price Fibs ========
p=x45<x35; n=x45>x35; f0=y45; f1=y35; d=y45-y35;//Price Fibs
i618=fvd(0.618); i127=fvd(1.27); i162=fvd(1.62);
//====== Price AP Fibs ======
p=x45<x35; n=x45>x35; f0=y45; f1=y35; d=y25-y35;//AP Fibs
a618=fvd(0.618); a100=fvd(1.00); a127=fvd(1.27);
a162=fvd(1.62); a200=fvd(2.00); a224=fvd(2.24); a262=fvd(2.62);
//======== Time Fibs ========
p=x45>x35; n=x45<x35; f0=x45; f1=x35; d=x35-x25;//Time Fibs
x500=fvd(0.500); x618=fvd(0.618); x100=fvd(1.00);
x162=fvd(1.618); x262=fvd(2.62);
//======== PLOTTING ========
sln(x500,i618,x162,43,1,1); sln(x500,i127,x162,36,1,1);
sln(x500,i162,x162,34,1,1); sln(x500,y35,x162,32,1,1);
sln(x500,a618,x162,43,1,0); sln(x500,a100,x262,55,1,0);
sln(x500,a127,Lx,44,1,0); sln(x500,a162,Lx,34,1,0);
sln(x100,a200,Lx,52,1,0); sln(x100,a224,Lx,42,1,0);
sln(x100,a262,Lx,51,1,0);
}
RequestTimedRefresh(1);
Title = "\\c55" + Title = Name() + " " + FullName()+ " \\c32" +
Date() + " \\c43" + "{{INTERVAL}} " +
"\\c55 Open = \\c43" + WriteVal(O,dec) +
"\\c55 High = \\c43" + WriteVal(H,dec) +
"\\c55 Low = \\c32" + WriteVal(L,dec) +
"\\c55 Close = \\c52" + WriteVal(C,dec)+
"\\c55 Volume = \\c43"+ WriteVal(V,dec) +
"\\c55 ATR-9 = \\c42" + WriteVal(ATR(9),dec) +
"\\c55 Fractal =\\c10"+nn+"\\c55 Bars " +
"\\c55 x = " + WriteVal(x,1)+"\n\n" +
"\\c55x4 Retrace = \\c43"+ WriteVal(be45xR,1.2)+"%\n" +
"\\c55x5 Retrace = \\c43"+ WriteVal(be55xR,1.2);

4 comments

1. target1cr

Thanking for sharing.

2. Kabir

Thanks from my side too

i hope u will post more interesting afl

3. ole

Could you please explain how you use this and what the numbers and lines are.

4. Tinych

Very good work. Wolf Waves are the best.

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