Dotted Adaptive Oscillator OB OS Zone - aflcode.com | Latest collection of Amibroker afl 2023

Dotted Adaptive Oscillator OB OS Zone
//www.aflcode.com
_SECTION_BEGIN("Adaptive OScilator");
//Version(4.70);// You must use a version greater than this one 
Lookback=Param("Lookback",60,10,90,1);
PerCent=Param("Pecentage of range",95,10,120,5);
Pds=Param("Period",14,7,33,1);

Var=MACD();
Up=IIf(Var>Ref(Var,-1),abs(Var-Ref(Var,-1)),0);
Dn=IIf(Var<Ref(Var,-1),abs(Var-Ref(Var,-1)),0);
Ut=Wilders(Up,Pds);
Dt=Wilders(Dn,Pds);
RSIt=100*(Ut/(Ut+Dt));

A1=RSIt;
B2=RSI(pds);
C3=CCI(pds);
D4=StochK(pds);
E5=StochD(pds);
F6=MFI(pds);
G7=Ultimate(pds);
H8=ROC(C,pds);

oc=ParamList("Oscillator choice",
"RSI of MACD|RSI|CCI|StochK|StochD|Money Flow Index|Ultimate|ROC(Close)",
2);
Osc=
IIf(oc=="RSI of MACD",A1,
IIf(oc=="RSI",B2,
IIf(oc=="CCI",C3,
IIf(oc=="StochK",D4,
IIf(oc=="StochD",E5,
IIf(oc=="Money Flow Index",F6,
IIf(oc=="Ultimate",G7,H8))))))); // else ROC

V2=HHV(Osc,Lookback); // Highest AND Lowest Values of Osc during Lookback Period
V3=LLV(Osc,Lookback);
V4=V2-V3; // Range of Osc during Lookback Period
V5=V4*(PerCent/100); // Define PerCent of Range to determine OB AND OS levels
V6=V3+V5; // Over Bought level
V7=V2-V5; // Over Sold level

Buy=Cross(Osc,V7) AND Osc > Ref(Osc,-1);
Sell=Cross(Osc,V6) AND Osc > Ref(Osc,-1);
Short=Cross(V6,Osc) AND Osc < Ref(Osc,-1);
Cover=Cross(V7,Osc) AND Osc < Ref(Osc,-1);

// Exploration ...
Filter=Buy OR Sell OR Short OR Cover;
AddColumn(Buy,"Buy",1,colorDefault,IIf(Buy,colorPaleGreen,colorDefault));
AddColumn(Sell,"Exit buy",1,colorDefault,IIf(Sell,colorPink,colorDefault));
AddColumn(Short,"Short",1,colorDefault,IIf(Short,colorPaleGreen,colorDefault));
AddColumn(Cover,"Exit short",1,colorDefault,IIf(Cover,colorPink,colorDefault));
AddColumn(Osc, oc+" Lvl");
AddColumn(V6, "O/B Lvl");
AddColumn(V7, "O/S Lvl");

Plot(Osc, oc,ParamColor("Oscillator",colorWhite),styleDashed);
Plot(V6," O/B",ParamColor("Upper - Sell",colorRed),styleLine);
Plot(V7," O/S",ParamColor("Lower - Buy",colorGreen),styleLine);
//Plot(IIf(Osc<100 AND Osc>10,50,0)," Baseline",ParamColor("Baseline",colorYellow),styleLine);
_SECTION_END();

_SECTION_BEGIN("CCI");
d = EMA(RSI(5),13);
Plot(d,"",IIf(d > Ref(d,-1),colorBrightGreen,colorRed),styleThick);
p1 = Param("TL",15,1,30,1);
p2 = Param("SL",30,1,70,1);

SL = ( HHV( d, p2 ) + LLV( d, p2) )/2;
TL = ( HHV( d, p1 ) + LLV( d, p1 ) )/2;
Plot(SL,"SL",colorWhite,styleThick+styleNoLabel); // standard, base, or kijun-sen line
Plot(TL,"TL",colorYellow,styleThick+styleNoLabel); // turning, conversion, or tenkan-sen line
PlotOHLC(sl,IIf(sl > tl,sl,tl),IIf(sl < tl,sl,tl),tl,"",IIf(TL>Sl,colorDarkGreen,colorOrange),styleCloud+styleNoLabel);
_SECTION_END();