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Hello,
_I have uploaded a help file in 3rd party with a clean indicators.dll
_Stephane_
_
CANDLESTICKS
SCblack() is Black Candlestick
SCwhite() is White Candlestick
SCMaruBlack is MarubozuBlack
SCMaruWhite is MarubozuWhite
SCdoji() isDoji Candle
SCdojiLg() is DojiLongLegged Candle
scMp() is Median price ( H+L /2)
scTyp() is Typical price ( H+L+C/3)
scWC() is weigthed close ( 2*C +H+L /4)
SChammer() is Hammer
SCHammerWhite() is HammerWhite
SChammerBlack() is HammerBlack
SCInvHammer() is Inverted Hammer
SCinvHammerBlack() is inverted HammerBlack
SCinvHammerWhite() is Inverted Hammer White
SCspinningTop() is SpinningTop
SCDojiStarBear() is DojiStarBear
SCDojiStarBull() is DojiStarBull
SCTassement() is a candle with BodySmall based on abs(C-O) <
Ref(MA(abs(C-O),3),-1)
SCOInside() is a candle where C and O are Inside H and
L of previous day
SCp() is the ChaikinPrice 2*C-H-L
Examples:
PlotShapes(IIf(sCMaruWhite(), *shapeSmallCircle* + *shapePositionAbove*
, *shapeNone*),*colorRed*);
PlotShapes(IIf(sCDojiStarBear(), *shapeSmallCircle* ,
*shapeNone*),*colorBlue*);
OR
Plot(*Close*,"close",IIf(sCMaruWhite(),2,IIf(sCHammer(),3,IIf(sCInvHammer(),4,1))),64);
INDICATORS.DLL
*_1. CMO ON ARRAY_*
*_ _*
The first parameter is the array.
The second is the period of the CMO.
Plot(scCMO(RSI(9),9),"",3,1);
or
Plot(scCMO(*Close*,9),"",3,1); // it is the standard version
test=scCMO(*C*,9);
Plot(test,"",2,1|*styleOwnScale*);
Plot(*C*,"",1,64);
*_2. GAUSSIAN MOVING AVERAGE_*
*_ _*
The Gaussian average are computed according to Ehlers ( Easy Language Code)
One Pole: f = ag + (1-a)f[1]
Two Poles: f = a^2 g + 2(1-a)f[1] - (1-a)^2 f[2]
Three Poles: f = a^3 g + 3(1-a)f[1] - 3(1-a)^2 f[2] + (1-a)^3 f[3]
Four Poles: f = a^4 g + 4(1-a)f[1] - 6(1-a)^2 f[2] + 4(1-a)^3 f[3]
- (1-a)^4 f[4]
The plugin takes two parameters
The first parameter is the array.
The second is the period of the EMA
Plot(scGauss2ord(*C*,5),"",2,1);
Plot(scGauss3ord(*C*,5),"",3,1);
Plot(scGauss4ord(*C*,5),"",4,1);
*_ _*
*_3.DEMAND INDEX_*
*Demand index can be plotted:*
*Graph0*=scDI();
The default value is 19 (like in metastock) , but you can change it to
any period of your choice
test=scDI(19);
Plot(test,"",2,1|*styleOwnScale*);
Plot(*C*,"",1,64);
*_4.ALPHA _**_BETA_*
*_ _*
*Beta is *scBETA(Index,*C*,periods)
Beta=(( Periods * Sum(ROC( *C*,1) * ROC(Index,1),Periods )) - (Sum(ROC
(*C*,1),Periods) * Sum(ROC( Index,1),Periods))) / ((Periods *
Sum((ROC(Index,1)
^2 ),Periods)) - (Sum(ROC(Index,1 ),Periods)^2 ));
Plot(beta,"BETA",*colorWhite*,1);
*_ _*
Index= Foreign("999150","C");
Periods=Param("period",20,20,200,10);
Plot(scBETA(Index,*C*,periods),"",*colorBlue*,1);
Plot(scALPHA(Index,*C*,periods),"ALPHA",*colorRed*,1);*__*
*_5.PERFORMANCE_*
*MaxGraph* = 4;
LASTBARS=Param("period",20,20,*BarCount*-1,10);
start = IIf((Cum(1) > (LastValue(Cum(1)) - Lastbars)),1,0);
start=Hold(start==0,2) *AND* start;
val=ValueWhen( start,*C* );
Perf=100 * (*C*/Val - 1 );
// same as (C-Val)/Val *100;
Plot(Perf,"",2,1);
Plot(scPerf(*C*,Lastbars),"",*colorBlue*,1);
6.FORECASTING INDICATORS // not checked
*_6.1 RSI_*
* *
The first parameter is the array.
The second is the period of the RSI
The third parameters is the forecasting level of the RSI**
Plot(scRSIFor(*C*,14,30),"",2,1);
Plot(*Close*,"",1,64);
This dll to gives you the value of the close for tomorrow in the purpose
that
The rsi ( array, 14) reaches the level of 30
*_6.2 MOVING AVERAGE CROSSOVER_*
Plot(scEMAFor(12,26),"",2,1);
Plot(*Close*,"",1,64);
This dll to give you the value of the close for tomorrow in the purpose that
The Ema(C,12) must be == Ema (c,26)
*_6.3 MACD_*
Plot(scMACDFor(12,26),"",2,1);
Plot(*Close*,"",1,64);
This dll to gives you the value of the close for tomorrow in the purpose
that
The macd or the Ema(c,12)-Ema(c,26) must be == to the signal line ( by
default the signal line is 9 bars EMA)
*_7. EHLERS _*
*_ _*
*7.1 Hilbert Transform - InPhase & Quadrature*
Plot(sbHilbertT(scMp()),"Quadrature",1,1);
Plot(sbInPhase,"InPhase",4,1);
*7.2 Optimum Elliptic Filter*
Plot(sbOEF(*Close*),"OEF",4,1);
Plot(*C*,"Close",1,64);
*7.3 Signal to Noise Ratio*
price = (*H*+*L*)/2;
Plot(sbSNR(price),"SNR",4,1);
Plot(6,"",1,1);
*7.4 MAMA & FAMA*
price = (*H*+*L*)/2;
Plot(sbMAMA(price,0.5,0.005),"MAMA",4,1);
Plot(sbFAMA,"FAMA",6,1);
Plot(*C*,"Close",1,64);
* *
*7.5 Centre of Gravity Oscillator*
price = (*H* + *L*) / 2;
Plot(sbCGO(price,10),"CGO",4,1);
Plot(Ref(sbCGO(price,10),-1),"CGO-1",6,1);
*7.6 Dominant Cycle*
price = (*H* + *L*) / 2;
Plot(sbDC(price),"DC",4,1);
*7.7 Sinewave Indicator*
price = (*H* + *L*) / 2;
Plot(sbSine(price),"Sine",4,1);
Plot(sbLeadSine,"Lead Sine",1,1);
*7.8 Relative Vigour Index*
SetBarsRequired(10000,10000);
RVISig = (sbRVI(20) + 2 * Ref(sbRVI(20),-1) + 2 * Ref(sbRVI(20),-2) +
Ref(sbRVI(20),-3))/6;
Plot(sbRVI(20),"RVI",4,1);
Plot(RVISig,"RVISig",1,1);
*7.9 Distant Coefficient Nonlinear Ehlers Filters*
periods = 15;
mprice = (*High* + *Low*)/2;
Plot(scNLEF(scMp(),periods),"",*colorGreen*,1);
Plot(*C*,"",*colorBlack*,64);
Triple Delay-line Canceller // NOT AVAILABLE
*_8. VARIABLE PERIOD INDICATORS_*
*8.1 CMF*
temp=MFI(14);
scCMF(pds);
*Graph0* = Sum(((( *C*-*L* )-( *H*-*C* )) / ( *H*-*L* ))**V*, 21 ) /
Sum(*V*,21)*100;
*Graph1*= scCMF(21);
*8.2 EMA *
* *
temp=MFI(14);
Plot(scEMA(*C*,temp),"",3,1);
Plot(AMA(*C*,2/(temp+1)),"",2,1);
*8.3 LinRegSlope***
temp=MFI(14);
Plot(scLinRegSlope(*C*,temp),"",3,1);
* *
*8.4 MFI*
* *
temp=MFI(14);
Plot(scMFI(*C*,temp),"",3,1);
*8.5 WILDERS*
temp=MFI(14);
Plot(scWilders(*C*,temp),"",3,1);**
*8.6 STOCHASTIQUE*
temp=MFI(14);
Plot(scStoch(temp),"",3,1);
* *
*8.7 RSI*
* *
temp=MFI(14);
Plot(scRSI(*C*,temp),"",2,1);**
*_THREE LINE BREAK_*
*_ _*
*_1. SC VERSION_**__*
*_ _*
*Title*="Three Line Break";
//Plot(Close,"close",1,64);
scTLB(*C*,2);
Plot(newtop ,"",*colorBlue*,1);
Plot(newbot,"",*colorYellow*,1);
*C*=top;
*O*=Bot;
PlotOHLC(*O*,*O*,*C*,*C*,"",1,64);
*_2. ACE VERSION_**__*
*_ _*
*Title*="Three Line Break";
Plot(*Close*,"close",1,64);
Plot(aceTLB(3,4),"",*colorGreen*,512+8);*__*
elee67 wrote:
> Hello,
>
> Just wondering if there is any documentation on what is included in
> the indicators.dll that can be called?
>
> Thanks!
>
>
>
> Check AmiBroker web page at:
> http://www.amibroker.com/
>
> Check group FAQ at:
> http://groups.yahoo.com/group/amibroker/files/groupfaq.html
>
>
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