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AMA System by Karthikmarar for Amibroker (AFL)
kaiji
about 15 years ago
Amibroker (AFL)

Rating:
3 / 5 (Votes 2)
Tags:
trading system, amibroker
  • Two adjustable parameter “Buy sensitivity” and “Buy Finetune” provided to adjust entry points.
  • Two adjustable parameter “Sell sensitivity” and “Sell Finetune” provided to adjust Exit points.

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// AMA System by Karthikmarar
// Two adjustable parameter "Buy sensitivity" and "Buy Finetune" provided to adjust entry points.
// Two adjustable parameter "Sell sensitivity" and "Sell Finetune" provided to adjust Exit points.
 
_SECTION_BEGIN("KAMA System");
 
SetChartOptions(0,chartShowArrows|chartShowDates);
Title = ("KAMA SYSTEM - " + Name()+"  " + Date() +"  "+Interval(2) +"  "+ EncodeColor(colorLime)+",Open "+Open +" ,High "+H+" ,Low "+L+" ,Close "+C+" "+"{{VALUES}}");
 
 
//{{VALUES}}"+ O+ H+ L+C);
 
 
//_N(Title =StrFormat("{{Name}} - {{Interval}} {{Date}} Open %g, Hi %g, Lo %g, Close %g (%.1f%%) {{VALUES}}", O, H, L, C, SelectedValue( ROC( C, 1 ) ) ));
 
 
// Buy adjustments
bs=Param("BUY Sensitivity",3,2,20,1);
bf=Param("BUY Finetune",2,0.1,20,0.1);
// Sell Adjustments
ss=Param("SELL Sensitivity",3,2,20,1);
sf=Param("SELL Finetune",1,0.1,20,0.1);
//stock selection parameters
MyCL = Param( "CL", 10, 10, 100, 10 );
MyVK = Param( "VK", 30, 10, 100, 10 );
MyTL = Param( "TL", 300, 100, 1000, 100 );
//stock selection
//TLM = EMA(C*V/100000,100) ;
//include = C> MyCL AND V/1000> MyVK AND C*V/100000 > MyTL AND TLM > 0.333 * MyTL ;
 
// common
fast = 2/(2+1);
slow = 2/(30+1);
//BUY part
dirb=abs(Close-Ref(Close,-bs));
volb=Sum(abs(Close-Ref(Close,-1)),bs);
ERb=dirb/volb;
scb =( ERb*(fast-slow)+slow)^2;
xb = AMA( C, scb );
flb=bf*StDev(xb-Ref(xb,-1),20);
j=xb-Ref(xb,-3);
 
 
//SELL part
dirs=abs(Close-Ref(Close,-ss));
vols=Sum(abs(Close-Ref(Close,-1)),ss);
ERs=dirs/vols;
scs =( ERs*(fast-slow)+slow)^2;
xs = AMA( C, scs );
fls=sf*StDev(xs-Ref(xs,-1),20);
k=Ref(Xs,-3)-Xs;
 
Buy=Cross(j,flb) ;
Sell=Cross(k,fls);
mycolor=IIf(C>xb,colorLime,colorRed);
Plot( C, "Close", mycolor,styleNoTitle | styleBar|styleThick   );
Plot(xb,"KAMA-BUY",colorYellow,1);
Plot(xs,"KAMA-SELL",colorOrange,1);
Buy = ExRem(Buy,Sell);
Sell = ExRem(Sell,Buy);
 
shape = Buy * shapeUpArrow +Sell * shapeDownArrow ;
 
PlotShapes( shape, IIf( Buy, colorGreen, colorYellow ),0, IIf( Buy, Low, High ) );
 
GraphXSpace = 5;
dist = 1.5*ATR(20);
 
for( i = 0; i < BarCount; i++ )
{
if( Buy[i] ) PlotText( "Buy\n@" + C[ i ], i, L[ i ]-dist[i], colorLime );
if( Sell[i] ) PlotText( "sell\n@" + C[ i ], i, L[ i ]+dist[i], colorYellow );
}
Filter= Buy OR Sell;
 
PositionScore=100/C;
PositionSize = - 20;
SetBarsRequired(10000, 10000);
SetFormulaName("KAMA System");
 
_SECTION_END();
 
_SECTION_BEGIN("IIR2");
// IIR2.afl
//
// Documentation to describe what the function does.
// Second order smoother
// the function statement
function IIR2( input, f0, f1, f2 )
// the function body
{
result[ 0 ] = input[ 0 ];
result[ 1 ] = input[ 1 ];
for( i = 2; i < BarCount; i++ )
{
result[i] = f0 * input[i] + f1 * result[i-1] + f2 * result[i-2];
}
// the function returns a single value and exits.
return result;
}
// The routine that calls the function.
SmoothedClose = IIR2(Close, 0.2, 1.4, -0.6 );
//Plot( Close, "Price", 2, styleCandle );
Plot( SmoothedClose, "function example", colorRed );
//Figure 8.1 IIR2
_SECTION_END();
 
_SECTION_BEGIN("GSMA");
SetBarsRequired(100000,0);
PI = 3.1415926;
 
function jIIR2( input, f0, f1, f2 )
{
    result[ 0 ] = input[ 0 ];
    result[ 1 ] = input[ 1 ];
 
    for( i = 2; i < BarCount; i++ )
    {
       result[ i ] = f0 * input[ i ] +
                     f1 * result[ i - 1 ] +
                     f2 * result[ i - 2 ];
    }
 
   return result;
}
 
function GSMA( input, Period )
{
  N = 0;
  an = 2 * PI / Period;
  c0 = b0 = 1;
  c1 = b1 = b2 = a1 = a2 = gamma1 = 0;
  beta1 = 2.415 * ( 1- cos( an ) );
  alpha = -beta1 + sqrt( beta1 ^ 2 + 2 * beta1 );
  alpha1 = ( cos( an ) + sin( an ) - 1 )/cos( an );
   {
    fo = alpha ^ 2;
    f1 = 2 * ( 1- alpha ); f2 = -( 1 - alpha )*( 1 - alpha );
  }
   
 
  return jIIR2( input, fo,f1,f2);
}
period=Param("period",13,1,40,1);
 
//Plot( Close, "Price", colorBlack, styleCandle );
Plot( GSMA( C,period), "GSMA", colorLime );
 
//  Linear Regression Line with 2 Standard Deviation Channels Plotted Above and Below
//  Written by Patrick Hargus, with critical hints from Marcin Gorzynski, Amibroker.com Technical Support
//      Designed for use with AB 4.63 beta and above, using drag and drop feature. 
//  Permits plotting a linear regression line of any price field available on the chart for a period determined by the user. 
//     2 Channels, based on a standard deviation each determined by the user, are plotted above and below the linear regression line.
//      A look back feature is also provided for examining how the indicator would have appeared on a chart X periods in the past.   
 
 
P = ParamField("Price field",-1);
Daysback = Param("Period for Liner Regression Line",21,1,240,1);
shift = Param("Look back period",0,0,240,1);
 
 
//  =============================== Math Formula =============================================================
 
x = Cum(1);
lastx = LastValue( x ) - shift;
aa = LastValue( Ref(LinRegIntercept( p, Daysback), -shift) );
bb = LastValue( Ref(LinRegSlope( p, Daysback ), -shift) );
y = Aa + bb * ( x - (Lastx - DaysBack +1 ) );
 
 
// ==================Plot the Linear Regression Line ==========================================================
 
 
LRColor = ParamColor("LR Color", colorCycle );
LRStyle = ParamStyle("LR Style");
 
LRLine =  IIf( x > (lastx - Daysback) AND BarIndex() < Lastx, y, Null );
Plot( LRLine , "LinReg", LRCOLOR, LRSTYLE ); //  styleDots );
 
// ==========================  Plot 1st SD Channel ===============================================================
 
SDP = Param("Standard Deviation", 1.5, 0, 6, 0.1);
SD = SDP/2;
 
width = LastValue( Ref(SD*StDev(p, Daysback),-shift) );   // THIS IS WHERE THE WIDTH OF THE CHANELS IS SET 
SDU = IIf( x > (lastx - Daysback) AND BarIndex() < Lastx, y+width , Null ) ;
SDL = IIf( x > (lastx - Daysback) AND BarIndex() < Lastx, y-width , Null ) ;
 
SDColor = ParamColor("SD Color", colorCycle );
SDStyle = ParamStyle("SD Style");
 
Plot( SDU , "Upper Lin Reg", SDColor,SDStyle );
Plot( SDL , "Lower Lin Reg", SDColor,SDStyle );
 
//  ==========================  Plot 2d SD Channel ===============================================================
 
SDP2 = Param("2d Standard Deviation", 2.0, 0, 6, 0.1);
SD2 = SDP2/2;
 
width2 = LastValue( Ref(SD2*StDev(p, Daysback),-shift) );   // THIS IS WHERE THE WIDTH OF THE CHANELS IS SET 
SDU2 = IIf( x > (lastx - Daysback) AND BarIndex() < Lastx, y+width2 , Null ) ;
SDL2 = IIf( x > (lastx - Daysback) AND BarIndex() < Lastx, y-width2 , Null ) ;
 
SDColor2 = ParamColor("2 SD Color", colorCycle );
SDStyle2 = ParamStyle("2 SD Style");
 
Plot( SDU2 , "Upper Lin Reg", SDColor2,SDStyle2 );
Plot( SDL2 , "Lower Lin Reg", SDColor2,SDStyle2 );
 
// ============================ End Indicator Code ==============================================================

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