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Yancedolly Bands - how to catch chickens ? - strategy part 2 for Amibroker (AFL)
yancedolly
almost 14 years ago
Amibroker (AFL)

Rating:
5 / 5 (Votes 1)
Tags:
oscillator, amibroker

Have a nice day.. :D

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Indicator / Formula

Indicator
Copy & Paste Friendly
_SECTION_BEGIN("Background Color");
BKswitch = ParamToggle("Background Color","On,Off");
 
OUTcolor = ParamColor("Outer Panel Color",colorBlack);
INUPcolor = ParamColor("Inner Panel Upper",colorBlack);
INDNcolor = ParamColor("Inner Panel Lower",colorBlack);
TitleColor = ParamColor("Title Color ",colorBlack);
 
if (NOT BKswitch)
{
SetChartBkColor(OUTcolor); // color of outer border
SetChartBkGradientFill(INUPcolor,INDNcolor,TitleColor); // color of inner panel
}
_SECTION_END();
_SECTION_BEGIN("trixm");
SetChartOptions( 1, chartWrapTitle );

K1=5;// Param("EMA Periods?",5,3,50);
K2=10;// Param("ATR Periods?",10,2,50);
Mul=1;// Param("ATR Multiplier?",1,0.5,5,0.5);
Mi=EMA(C, K1);
Kel= ATR(K2)*Mul;
UB= Mi + Kel;
LB= Mi - Kel;

N = 9;//Param( "N", 9, 2, 200, 1 );
M = 5;//Param( "M", 5, 2, 200, 1 );
MTM = Close-(UB-LB)/2;
TR= EMA(EMA(EMA(MTM,M),M),M);
TRIXM = TR-Ref(TR,-1);
TRIXMA = MA(TRIXM,4);
TrixMAUpper4= MA(IIf(TRIXMA>=0,TRIXMA,TRIXMA*-1),99)*6.8540;
TrixMAUpper3= MA(IIf(TRIXMA>=0,TRIXMA,TRIXMA*-1),99)*4.2360;
TrixMAUpper2= MA(IIf(TRIXMA>=0,TRIXMA,TRIXMA*-1),99)*2.6180;
TrixMAUpper1= MA(IIf(TRIXMA>=0,TRIXMA,TRIXMA*-1),99)*1.6180;
TrixMALower1= MA(IIf(TRIXMA>=0,TRIXMA*-1,TRIXMA),99)*1.6180;
TrixMALower2= MA(IIf(TRIXMA>=0,TRIXMA*-1,TRIXMA),99)*2.6180;
TrixMALower3= MA(IIf(TRIXMA>=0,TRIXMA*-1,TRIXMA),99)*4.2360;
TrixMALower4= MA(IIf(TRIXMA>=0,TRIXMA*-1,TRIXMA),99)*6.8540;
Plot( TrixM, "TRIXM", colorBlue );
Plot( TrixMA, "TRIXMA", colorLime);
Plot( TrixMAUpper4, "TrixMAUpper4", colorDarkTeal);
Plot( TrixMAUpper3, "TrixMAUpper3", colorDarkGrey);
Plot( TrixMAUpper2, "TrixMAUpper2", colorDarkRed);
Plot( TrixMAUpper1, "TrixMAUpper1", colorViolet);
Plot(0,"",colorDarkYellow);
Plot( TrixMALower1, "TrixMALower1", colorViolet);
Plot( TrixMALower2, "TrixMALower2", colorDarkRed);
Plot( TrixMALower3, "TrixMALower3", colorDarkGrey);
Plot( TrixMALower4, "TrixMALower4", colorDarkTeal);
Buy = Cross(TrixM,TrixMA);
Sell = Cross(TrixMA,TrixM);
Short = Sell;
Cover = Buy;

Lower_1=	Trixma-Trixm>Ref(Trixma,-1)-Ref(Trixm,-1) AND 
			trixma>trixm AND Ref(trixma,-1)>Ref(trixm,-1);
Lower_2=	Trixma-Trixm>Ref(Trixma,-1)-Ref(Trixm,-1) AND Ref(Trixma,-1)-Ref(Trixm,-1)>Ref(Trixma,-2)-Ref(Trixm,-2) AND
			trixma>trixm AND Ref(trixma,-1)>Ref(trixm,-1) AND Ref(trixma,-2)>Ref(trixm,-2);
Lower_3=	Trixma-Trixm>Ref(Trixma,-1)-Ref(Trixm,-1) AND Ref(Trixma,-1)-Ref(Trixm,-1)>Ref(Trixma,-2)-Ref(Trixm,-2) AND
			Ref(Trixma,-2)-Ref(Trixm,-2)>Ref(Trixma,-3)-Ref(Trixm,-3) AND
			trixma>trixm AND Ref(trixma,-1)>Ref(trixm,-1) AND Ref(trixma,-2)>Ref(trixm,-2) AND Ref(trixma,-3)>Ref(trixm,-3);	
Lower_4=	Trixma-Trixm>Ref(Trixma,-1)-Ref(Trixm,-1) AND Ref(Trixma,-1)-Ref(Trixm,-1)>Ref(Trixma,-2)-Ref(Trixm,-2) AND
			Ref(Trixma,-2)-Ref(Trixm,-2)>Ref(Trixma,-3)-Ref(Trixm,-3) AND Ref(Trixma,-3)-Ref(Trixm,-3)>Ref(Trixma,-4)-Ref(Trixm,-4) AND
			trixma>trixm AND Ref(trixma,-1)>Ref(trixm,-1) AND Ref(trixma,-2)>Ref(trixm,-2) AND Ref(trixma,-3)>Ref(trixm,-3) AND
			Ref(trixma,-4)>Ref(trixm,-4) ;	
Lower_5=	Trixma-Trixm>Ref(Trixma,-1)-Ref(Trixm,-1) AND Ref(Trixma,-1)-Ref(Trixm,-1)>Ref(Trixma,-2)-Ref(Trixm,-2) AND
			Ref(Trixma,-2)-Ref(Trixm,-2)>Ref(Trixma,-3)-Ref(Trixm,-3) AND Ref(Trixma,-3)-Ref(Trixm,-3)>Ref(Trixma,-4)-Ref(Trixm,-4) AND
			Ref(Trixma,-4)-Ref(Trixm,-4)>Ref(Trixma,-5)-Ref(Trixm,-5) AND
			trixma>trixm AND Ref(trixma,-1)>Ref(trixm,-1) AND Ref(trixma,-2)>Ref(trixm,-2) AND Ref(trixma,-3)>Ref(trixm,-3) AND
			Ref(trixma,-4)>Ref(trixm,-4) AND Ref(trixma,-5)>Ref(trixm,-5);
Lower_6=	Trixma-Trixm>Ref(Trixma,-1)-Ref(Trixm,-1) AND Ref(Trixma,-1)-Ref(Trixm,-1)>Ref(Trixma,-2)-Ref(Trixm,-2) AND
			Ref(Trixma,-2)-Ref(Trixm,-2)>Ref(Trixma,-3)-Ref(Trixm,-3) AND Ref(Trixma,-3)-Ref(Trixm,-3)>Ref(Trixma,-4)-Ref(Trixm,-4) AND
			Ref(Trixma,-4)-Ref(Trixm,-4)>Ref(Trixma,-5)-Ref(Trixm,-5) AND Ref(Trixma,-6)-Ref(Trixm,-6)>Ref(Trixma,-6)-Ref(Trixm,-6) AND
			trixma>trixm AND Ref(trixma,-1)>Ref(trixm,-1) AND Ref(trixma,-2)>Ref(trixm,-2) AND Ref(trixma,-3)>Ref(trixm,-3) AND
			Ref(trixma,-4)>Ref(trixm,-4) AND Ref(trixma,-5)>Ref(trixm,-5) AND Ref(trixma,-6)>Ref(trixm,-6);
Lower_7=	Trixma-Trixm>Ref(Trixma,-1)-Ref(Trixm,-1) AND Ref(Trixma,-1)-Ref(Trixm,-1)>Ref(Trixma,-2)-Ref(Trixm,-2) AND
			Ref(Trixma,-2)-Ref(Trixm,-2)>Ref(Trixma,-3)-Ref(Trixm,-3) AND Ref(Trixma,-3)-Ref(Trixm,-3)>Ref(Trixma,-4)-Ref(Trixm,-4) AND
			Ref(Trixma,-4)-Ref(Trixm,-4)>Ref(Trixma,-5)-Ref(Trixm,-5) AND Ref(Trixma,-5)-Ref(Trixm,-5)>Ref(Trixma,-6)-Ref(Trixm,-6) AND
			Ref(Trixma,-6)-Ref(Trixm,-6)>Ref(Trixma,-7)-Ref(Trixm,-7) AND
			trixma>trixm AND Ref(trixma,-1)>Ref(trixm,-1) AND Ref(trixma,-2)>Ref(trixm,-2) AND Ref(trixma,-3)>Ref(trixm,-3) AND
			Ref(trixma,-4)>Ref(trixm,-4) AND Ref(trixma,-5)>Ref(trixm,-5) AND Ref(trixma,-6)>Ref(trixm,-6) AND Ref(trixma,-7)>Ref(trixm,-7);
Lower_8=	Trixma-Trixm>Ref(Trixma,-1)-Ref(Trixm,-1) AND Ref(Trixma,-1)-Ref(Trixm,-1)>Ref(Trixma,-2)-Ref(Trixm,-2) AND
			Ref(Trixma,-2)-Ref(Trixm,-2)>Ref(Trixma,-3)-Ref(Trixm,-3) AND Ref(Trixma,-3)-Ref(Trixm,-3)>Ref(Trixma,-4)-Ref(Trixm,-4) AND
			Ref(Trixma,-4)-Ref(Trixm,-4)>Ref(Trixma,-5)-Ref(Trixm,-5) AND Ref(Trixma,-5)-Ref(Trixm,-5)>Ref(Trixma,-6)-Ref(Trixm,-6) AND
			Ref(Trixma,-6)-Ref(Trixm,-6)>Ref(Trixma,-7)-Ref(Trixm,-7) AND Ref(Trixma,-7)-Ref(Trixm,-7)>Ref(Trixma,-8)-Ref(Trixm,-8) AND
			trixma>trixm AND Ref(trixma,-1)>Ref(trixm,-1) AND Ref(trixma,-2)>Ref(trixm,-2) AND Ref(trixma,-3)>Ref(trixm,-3) AND
			Ref(trixma,-4)>Ref(trixm,-4) AND Ref(trixma,-5)>Ref(trixm,-5) AND Ref(trixma,-6)>Ref(trixm,-6) AND Ref(trixma,-7)>Ref(trixm,-7) AND
			Ref(trixma,-8)>Ref(trixm,-8);
Lower_9=	Trixma-Trixm>Ref(Trixma,-1)-Ref(Trixm,-1) AND Ref(Trixma,-1)-Ref(Trixm,-1)>Ref(Trixma,-2)-Ref(Trixm,-2) AND
			Ref(Trixma,-2)-Ref(Trixm,-2)>Ref(Trixma,-3)-Ref(Trixm,-3) AND Ref(Trixma,-3)-Ref(Trixm,-3)>Ref(Trixma,-4)-Ref(Trixm,-4) AND
			Ref(Trixma,-4)-Ref(Trixm,-4)>Ref(Trixma,-5)-Ref(Trixm,-5) AND Ref(Trixma,-5)-Ref(Trixm,-5)>Ref(Trixma,-6)-Ref(Trixm,-6) AND
			Ref(Trixma,-6)-Ref(Trixm,-6)>Ref(Trixma,-7)-Ref(Trixm,-7) AND Ref(Trixma,-7)-Ref(Trixm,-7)>Ref(Trixma,-8)-Ref(Trixm,-8) AND 
			Ref(Trixma,-8)-Ref(Trixm,-8)>Ref(Trixma,-9)-Ref(Trixm,-9) AND 
			trixma>trixm AND Ref(trixma,-1)>Ref(trixm,-1) AND Ref(trixma,-2)>Ref(trixm,-2) AND Ref(trixma,-3)>Ref(trixm,-3) AND
			Ref(trixma,-4)>Ref(trixm,-4) AND Ref(trixma,-5)>Ref(trixm,-5) AND Ref(trixma,-6)>Ref(trixm,-6) AND Ref(trixma,-7)>Ref(trixm,-7) AND
			Ref(trixma,-8)>Ref(trixm,-8) AND Ref(trixma,-9)>Ref(trixm,-9) ;

Upper_1=	Trixm-Trixma>Ref(Trixm,-1)-Ref(Trixma,-1) AND
			trixm>trixma AND Ref(trixm,-1)>Ref(trixma,-1);
Upper_2=	Trixm-Trixma>Ref(Trixm,-1)-Ref(Trixma,-1) AND Ref(Trixm,-1)-Ref(Trixma,-1)>Ref(Trixm,-2)-Ref(Trixma,-2) AND 
			trixm>trixma AND Ref(trixm,-1)>Ref(trixma,-1) AND Ref(trixm,-2)>Ref(trixma,-2);
Upper_3=	Trixm-Trixma>Ref(Trixm,-1)-Ref(Trixma,-1) AND Ref(Trixm,-1)-Ref(Trixma,-1)>Ref(Trixm,-2)-Ref(Trixma,-2) AND
			Ref(Trixm,-2)-Ref(Trixma,-2)>Ref(Trixm,-3)-Ref(Trixma,-3) AND
			trixm>trixma AND Ref(trixm,-1)>Ref(trixma,-1) AND Ref(trixm,-2)>Ref(trixma,-2) AND Ref(trixm,-3)>Ref(trixma,-3);
Upper_4=	Trixm-Trixma>Ref(Trixm,-1)-Ref(Trixma,-1) AND Ref(Trixm,-1)-Ref(Trixma,-1)>Ref(Trixm,-2)-Ref(Trixma,-2) AND
			Ref(Trixm,-2)-Ref(Trixma,-2)>Ref(Trixm,-3)-Ref(Trixma,-3) AND Ref(Trixm,-3)-Ref(Trixma,-3)>Ref(Trixm,-4)-Ref(Trixma,-4) AND
			trixm>trixma AND Ref(trixm,-1)>Ref(trixma,-1) AND Ref(trixm,-2)>Ref(trixma,-2) AND Ref(trixm,-3)>Ref(trixma,-3) AND
			Ref(trixm,-4)>Ref(trixma,-4);
Upper_5=	Trixm-Trixma>Ref(Trixm,-1)-Ref(Trixma,-1) AND Ref(Trixm,-1)-Ref(Trixma,-1)>Ref(Trixm,-2)-Ref(Trixma,-2) AND
			Ref(Trixm,-2)-Ref(Trixma,-2)>Ref(Trixm,-3)-Ref(Trixma,-3) AND Ref(Trixm,-3)-Ref(Trixma,-3)>Ref(Trixm,-4)-Ref(Trixma,-4) AND
			Ref(Trixm,-4)-Ref(Trixma,-4)>Ref(Trixm,-5)-Ref(Trixma,-5) AND
			trixm>trixma AND Ref(trixm,-1)>Ref(trixma,-1) AND Ref(trixm,-2)>Ref(trixma,-2) AND Ref(trixm,-3)>Ref(trixma,-3) AND
			Ref(trixm,-4)>Ref(trixma,-4) AND Ref(trixm,-5)>Ref(trixma,-5);
Upper_6=	Trixm-Trixma>Ref(Trixm,-1)-Ref(Trixma,-1) AND Ref(Trixm,-1)-Ref(Trixma,-1)>Ref(Trixm,-2)-Ref(Trixma,-2) AND
			Ref(Trixm,-2)-Ref(Trixma,-2)>Ref(Trixm,-3)-Ref(Trixma,-3) AND Ref(Trixm,-3)-Ref(Trixma,-3)>Ref(Trixm,-4)-Ref(Trixma,-4) AND
			Ref(Trixm,-4)-Ref(Trixma,-4)>Ref(Trixm,-5)-Ref(Trixma,-5) AND Ref(Trixm,-5)-Ref(Trixma,-5)>Ref(Trixm,-6)-Ref(Trixma,-6) AND
			trixm>trixma AND Ref(trixm,-1)>Ref(trixma,-1) AND Ref(trixm,-2)>Ref(trixma,-2) AND Ref(trixm,-3)>Ref(trixma,-3) AND
			Ref(trixm,-4)>Ref(trixma,-4) AND Ref(trixm,-5)>Ref(trixma,-5) AND Ref(trixm,-6)>Ref(trixma,-6);
Upper_7=	Trixm-Trixma>Ref(Trixm,-1)-Ref(Trixma,-1) AND Ref(Trixm,-1)-Ref(Trixma,-1)>Ref(Trixm,-2)-Ref(Trixma,-2) AND
			Ref(Trixm,-2)-Ref(Trixma,-2)>Ref(Trixm,-3)-Ref(Trixma,-3) AND Ref(Trixm,-3)-Ref(Trixma,-3)>Ref(Trixm,-4)-Ref(Trixma,-4) AND
			Ref(Trixm,-4)-Ref(Trixma,-4)>Ref(Trixm,-5)-Ref(Trixma,-5) AND Ref(Trixm,-5)-Ref(Trixma,-5)>Ref(Trixm,-6)-Ref(Trixma,-6) AND
			Ref(Trixm,-6)-Ref(Trixma,-6)>Ref(Trixm,-7)-Ref(Trixma,-7)	AND
			trixm>trixma AND Ref(trixm,-1)>Ref(trixma,-1) AND Ref(trixm,-2)>Ref(trixma,-2) AND Ref(trixm,-3)>Ref(trixma,-3) AND
			Ref(trixm,-4)>Ref(trixma,-4) AND Ref(trixm,-5)>Ref(trixma,-5) AND Ref(trixm,-6)>Ref(trixma,-6) AND Ref(trixm,-7)>Ref(trixma,-7);
Upper_8=	Trixm-Trixma>Ref(Trixm,-1)-Ref(Trixma,-1) AND Ref(Trixm,-1)-Ref(Trixma,-1)>Ref(Trixm,-2)-Ref(Trixma,-2) AND
			Ref(Trixm,-2)-Ref(Trixma,-2)>Ref(Trixm,-3)-Ref(Trixma,-3) AND Ref(Trixm,-3)-Ref(Trixma,-3)>Ref(Trixm,-4)-Ref(Trixma,-4) AND
			Ref(Trixm,-4)-Ref(Trixma,-4)>Ref(Trixm,-5)-Ref(Trixma,-5) AND Ref(Trixm,-5)-Ref(Trixma,-5)>Ref(Trixm,-6)-Ref(Trixma,-6) AND
			Ref(Trixm,-6)-Ref(Trixma,-6)>Ref(Trixm,-7)-Ref(Trixma,-7) AND Ref(Trixm,-7)-Ref(Trixma,-7)>Ref(Trixm,-8)-Ref(Trixma,-8) AND
			trixm>trixma AND Ref(trixm,-1)>Ref(trixma,-1) AND Ref(trixm,-2)>Ref(trixma,-2) AND Ref(trixm,-3)>Ref(trixma,-3) AND
			Ref(trixm,-4)>Ref(trixma,-4) AND Ref(trixm,-5)>Ref(trixma,-5) AND Ref(trixm,-6)>Ref(trixma,-6) AND Ref(trixm,-7)>Ref(trixma,-7) AND
			Ref(trixm,-8)>Ref(trixma,-8);
Upper_9=	Trixm-Trixma>Ref(Trixm,-1)-Ref(Trixma,-1) AND Ref(Trixm,-1)-Ref(Trixma,-1)>Ref(Trixm,-2)-Ref(Trixma,-2) AND
			Ref(Trixm,-2)-Ref(Trixma,-2)>Ref(Trixm,-3)-Ref(Trixma,-3) AND Ref(Trixm,-3)-Ref(Trixma,-3)>Ref(Trixm,-4)-Ref(Trixma,-4) AND
			Ref(Trixm,-4)-Ref(Trixma,-4)>Ref(Trixm,-5)-Ref(Trixma,-5) AND Ref(Trixm,-5)-Ref(Trixma,-5)>Ref(Trixm,-6)-Ref(Trixma,-6) AND
			Ref(Trixm,-6)-Ref(Trixma,-6)>Ref(Trixm,-7)-Ref(Trixma,-7) AND Ref(Trixm,-7)-Ref(Trixma,-7)>Ref(Trixm,-8)-Ref(Trixma,-8) AND 
			Ref(Trixm,-8)-Ref(Trixma,-8)>Ref(Trixm,-9)-Ref(Trixma,-9) AND
			trixm>trixma AND Ref(trixm,-1)>Ref(trixma,-1) AND Ref(trixm,-2)>Ref(trixma,-2) AND Ref(trixm,-3)>Ref(trixma,-3) AND
			Ref(trixm,-4)>Ref(trixma,-4) AND Ref(trixm,-5)>Ref(trixma,-5) AND Ref(trixm,-6)>Ref(trixma,-6) AND Ref(trixm,-7)>Ref(trixma,-7) AND
			Ref(trixm,-8)>Ref(trixma,-8) AND Ref(trixm,-9)>Ref(trixma,-9);


//Plot( Flip( Buy, Sell ), "Trade", colorDarkGreen, styleArea | styleOwnScale, 0, 1 );
x=IIf(trixm>trixma AND Ref(trixm,-1)>Ref(trixma,-1),Trixm-Trixma>Ref(Trixm,-1)-Ref(Trixma,-1),IIf(trixma>trixm AND Ref(trixma,-1)>Ref(trixm,-1),Trixma-Trixm>Ref(Trixma,-1)-Ref(Trixm,-1),0));
Lower_x=IIf(Trixm<Trixma AND x,1,0);
Upper_x=IIf(Trixm>Trixma AND x,1,0);

if (NOT ParamToggle("ATR Trading System Switch","On,Off"))
{
PlotShapes( Lower_x * shapeHollowUpArrow , colorDarkGreen,0,Graph0,-12);
PlotShapes( Upper_x * shapeHollowDownArrow , colorDarkRed,0,Graph0,-12);
}
PlotShapes( Buy * shapeUpArrow, colorGreen);
PlotShapes( Sell * shapeDownArrow, colorRed);

Filter = 1!=0;
//Filter = TRIXM>0;
//Buy=ExRem(Buy,Sell); Sell=ExRem(Sell,Buy);
AddColumn(IIf(Trixm>Trixma,0,1),"Cr",1.0,colorDefault,IIf(Trixm>Trixma,colorRed,colorGreen));
AddColumn(IIf(Lower_9,9,IIf(Lower_8,8,IIf(Lower_7,7,IIf(Lower_6,6,IIf(Lower_5,5,IIf(Lower_4,4,IIf(Lower_3,3,IIf(Lower_2,2,IIf(Lower_1,1,0))))))))),"Low",1.0,colorDefault,IIf(Lower_x,colorGreen,colorDefault));
AddColumn(IIf(Upper_9,9,IIf(Upper_8,8,IIf(Upper_7,7,IIf(Upper_6,6,IIf(Upper_5,5,IIf(Upper_4,4,IIf(Upper_3,3,IIf(Upper_2,2,IIf(Upper_1,1,0))))))))),"Up",1.0,colorDefault,IIf(Upper_x,colorRed,colorDefault));
AddColumn(IIf(Trixm>0,0,1),"Cr_0",1.0,colorDefault,IIf(Trixm>0,colorRed,colorGreen));
AddColumn(IIf(Trixm<0 AND Trixm>=TrixMALower1,1,0),"L_01",1.0,colorDefault,IIf(Trixm<0 AND Trixm>=TrixMALower1,colorGreen,colorDefault));
AddColumn(IIf(Trixm<TrixMALower1 AND Trixm>=TrixMALower2,1,0),"L_12",1.0,colorDefault,IIf(Trixm<TrixMALower1 AND Trixm>=TrixMALower2,colorGreen,colorDefault));
AddColumn(IIf(Trixm<TrixMALower2 AND Trixm>=TrixMALower3,1,0),"L_23",1.0,colorDefault,IIf(Trixm<TrixMALower2 AND Trixm>=TrixMALower3,colorGreen,colorDefault));
AddColumn(IIf(Trixm<TrixMALower3 AND Trixm>=TrixMALower4,1,0),"L_34",1.0,colorDefault,IIf(Trixm<TrixMALower3 AND Trixm>=TrixMALower4,colorGreen,colorDefault));
AddColumn(IIf(Trixm<TrixMALower4,1,0),"L_4",1.0,colorDefault,IIf(Trixm<TrixMALower4,colorGreen,colorDefault));
AddColumn(IIf(Trixm>0 AND Trixm<=TrixMAUpper1,1,0),"U_01",1.0,colorDefault,IIf(Trixm>0 AND Trixm<=TrixMAUpper1,colorRed,colorDefault));
AddColumn(IIf(Trixm>TrixMAUpper1 AND Trixm<=TrixMAUpper2,1,0),"U_12",1.0,colorDefault,IIf(Trixm>TrixMAUpper1 AND Trixm<=TrixMAUpper2,colorRed,colorDefault));
AddColumn(IIf(Trixm>TrixMAUpper2 AND Trixm<=TrixMAUpper3,1,0),"U_23",1.0,colorDefault,IIf(Trixm>TrixMAUpper2 AND Trixm<=TrixMAUpper3,colorRed,colorDefault));
AddColumn(IIf(Trixm>TrixMAUpper3 AND Trixm<=TrixMAUpper4,1,0),"U_34",1.0,colorDefault,IIf(Trixm>TrixMAUpper3 AND Trixm<=TrixMAUpper4,colorRed,colorDefault));
AddColumn(IIf(Trixm>TrixMAUpper4,1,0),"U_4",1.0,colorDefault,IIf(Trixm>TrixMAUpper4,colorRed,colorDefault));
_SECTION_END();

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