Oscillator HACO The heikin ashi candles technique was introduced by Dan Valcu

algoritma · 30 Eki 2020

In this formula I am using the heikin ashi average closing price:

haC

haOpen:=(Ref((O+H+L+C)/4,-1) + PREV)/2;
haC:=((O+H+L+C)/4+haOpen+Max(H,haOpen)+Min(L,haOpen))/4;

This is the HACO digital formula:

HACO

avg:=Input("Up TEMA average: ",1,100,34);
avgdn:=Input("Down TEMA Average: ",1,100,34);
haOpen:=(Ref((O+H+L+C)/4,-1) + PREV)/2;
haC:=((O+H+L+C)/4+haOpen+Max(H,haOpen)+Min(L,haOpen))/4;
TMA1:= Tema(haC,avg);
TMA2:= Tema(TMA1,avg);
Diff:= TMA1 - TMA2;
ZlHa:= TMA1 + Diff;
TMA1:= Tema((H+L)/2,avg);
TMA2:= Tema(TMA1,avg);
Diff:= TMA1 - TMA2;
ZlCl:= TMA1 + Diff;
ZlDif:=ZlCl-ZlHa;
keep1:=Alert(haC>=haOpen,2);
keep2:=ZlDif>=0;
keeping:=(keep1 OR keep2);
keepall:=keeping OR (Ref(keeping,-1) AND (C>=O) OR C>=Ref(C,-1));
keep3:=(Abs(C-O)<(H-L)*.35 AND H>=Ref(L,-1));
utr:=Keepall OR (Ref(keepall,-1) AND keep3);
TMA1:= Tema(haC,avgdn);
TMA2:= Tema(TMA1,avgdn);
Diff:= TMA1 - TMA2;
ZlHa:= TMA1 + Diff;
TMA1:= Tema((H+L)/2,avgdn);
TMA2:= Tema(TMA1,avgdn);
Diff:= TMA1 - TMA2;
ZlCl:= TMA1 + Diff;
ZlDif:=ZlCl-ZlHa;
keep1:=Alert(haC<haOpen,2);
keep2:=ZlDif<0;
keep3:=Abs(C-O)<(H-L)*.35 AND L<=Ref(H,-1);
keeping:=keep1 OR keep2;
keepall:=keeping OR (Ref(keeping,-1) AND (C<O) OR C<Ref(C,-1));
dtr:=If(Keepall OR (Ref(keepall,-1) AND keep3)=1,1,0);
upw:=dtr=0 AND Ref(dtr,-1) AND utr;
dnw:=utr=0 AND Ref(utr,-1) AND dtr;
result:=If(upw,1,If(dnw,0,PREV));
result

Source:

Metastock formula for a digitized oscillator based on heikin ashi candles

stocata.org

algoritma · 20 Şub 2022

AL:

haOpen:=(Ref((O+H+L+C)/4,-1) + PREV)/2;
haC:=((O+H+L+C)/4+haOpen+Max(H,haOpen)+Min(L,haOpen))/4;
EMA1:=MOV(haC,55,E);
EMA2:=MOV(EMA1,55,E);
EMA3:=MOV(EMA2,55,E);
TMA1:=3*EMA1-3*EMA2+EMA3;
EMA4:=MOV(TMA1,55,E);
EMA5:=MOV(EMA4,55,E);
EMA6:=MOV(EMA5,55,E);
TMA2:=3*EMA4-3*EMA5+EMA6;
CKAR:= TMA1 - TMA2;
SONUC:= TMA1 + CKAR;
SARAYLI:=(H+L+C)/3;
EMA7:=MOV(SARAYLI,55,E);
EMA8:=MOV(EMA7,55,E);
EMA9:=MOV(EMA8,55,E);
TMA3:=3*EMA7-3*EMA8+EMA9;
EMA10:=MOV(TMA3,55,E);
EMA11:=MOV(EMA10,55,E);
EMA12:=MOV(EMA11,55,E);
TMA4:=3*EMA10-3*EMA11+EMA12;
CKAR1:= TMA3 - TMA4;
SONUC1:= TMA3 + CKAR1;
SONUC1>SONUC AND PDI(60)>MDI(60) AND RSI(C,21)>55 AND MOV(C,2,S)>MOV(C,80,S)

SAT:

haOpen:=(Ref((O+H+L+C)/4,-1) + PREV)/2;
haC:=((O+H+L+C)/4+haOpen+Max(H,haOpen)+Min(L,haOpen))/4;
EMA1:=MOV(haC,55,E);
EMA2:=MOV(EMA1,55,E);
EMA3:=MOV(EMA2,55,E);
TMA1:=3*EMA1-3*EMA2+EMA3;
EMA4:=MOV(TMA1,55,E);
EMA5:=MOV(EMA4,55,E);
EMA6:=MOV(EMA5,55,E);
TMA2:=3*EMA4-3*EMA5+EMA6;
CKAR:= TMA1 - TMA2;
SONUC:= TMA1 + CKAR;
SARAYLI:=(H+L+C)/3;
EMA7:=MOV(SARAYLI,55,E);
EMA8:=MOV(EMA7,55,E);
EMA9:=MOV(EMA8,55,E);
TMA3:=3*EMA7-3*EMA8+EMA9;
EMA10:=MOV(TMA3,55,E);
EMA11:=MOV(EMA10,55,E);
EMA12:=MOV(EMA11,55,E);
TMA4:=3*EMA10-3*EMA11+EMA12;
CKAR1:= TMA3 - TMA4;
SONUC1:= TMA3 + CKAR1;
SONUC1<SONUC

AÇIĞA SAT:

haOpen:=(Ref((O+H+L+C)/4,-1) + PREV)/2;
haC:=((O+H+L+C)/4+haOpen+Max(H,haOpen)+Min(L,haOpen))/4;
EMA1:=MOV(haC,55,E);
EMA2:=MOV(EMA1,55,E);
EMA3:=MOV(EMA2,55,E);
TMA1:=3*EMA1-3*EMA2+EMA3;
EMA4:=MOV(TMA1,55,E);
EMA5:=MOV(EMA4,55,E);
EMA6:=MOV(EMA5,55,E);
TMA2:=3*EMA4-3*EMA5+EMA6;
CKAR:= TMA1 - TMA2;
SONUC:= TMA1 + CKAR;
SARAYLI:=(H+L+C)/3;
EMA7:=MOV(SARAYLI,55,E);
EMA8:=MOV(EMA7,55,E);
EMA9:=MOV(EMA8,55,E);
TMA3:=3*EMA7-3*EMA8+EMA9;
EMA10:=MOV(TMA3,55,E);
EMA11:=MOV(EMA10,55,E);
EMA12:=MOV(EMA11,55,E);
TMA4:=3*EMA10-3*EMA11+EMA12;
CKAR1:= TMA3 - TMA4;
SONUC1:= TMA3 + CKAR1;
SONUC1<SONUC AND PDI(60)<MDI(60) AND RSI(C,21)<55 AND MOV(C,2,S)<MOV(C,80,S)

AÇIK POZİSYON KAPAT:

haOpen:=(Ref((O+H+L+C)/4,-1) + PREV)/2;
haC:=((O+H+L+C)/4+haOpen+Max(H,haOpen)+Min(L,haOpen))/4;
EMA1:=MOV(haC,55,E);
EMA2:=MOV(EMA1,55,E);
EMA3:=MOV(EMA2,55,E);
TMA1:=3*EMA1-3*EMA2+EMA3;
EMA4:=MOV(TMA1,55,E);
EMA5:=MOV(EMA4,55,E);
EMA6:=MOV(EMA5,55,E);
TMA2:=3*EMA4-3*EMA5+EMA6;
CKAR:= TMA1 - TMA2;
SONUC:= TMA1 + CKAR;
SARAYLI:=(H+L+C)/3;
EMA7:=MOV(SARAYLI,55,E);
EMA8:=MOV(EMA7,55,E);
EMA9:=MOV(EMA8,55,E);
TMA3:=3*EMA7-3*EMA8+EMA9;
EMA10:=MOV(TMA3,55,E);
EMA11:=MOV(EMA10,55,E);
EMA12:=MOV(EMA11,55,E);
TMA4:=3*EMA10-3*EMA11+EMA12;
CKAR1:= TMA3 - TMA4;
SONUC1:= TMA3 + CKAR1;
SONUC1>SONUC

KAYNAK
SARAYLI

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Paylaşmak ◄ ► Güzeldir

Oscillator HACO The heikin ashi candles technique was introduced by Dan Valcu

algoritma

Metastock formula for a digitized oscillator based on heikin ashi candles

algoritma

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