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_SECTION_BEGIN("MURREY MATH LINES Formula"); GraphXSpace=1; MaxGraph=15; Period=Param("MM_Period", 70, 4, 256, 1) ; Graph1Color=6; Graph2Color=6; Graph3Color=6; Graph4Color=6; Graph5Color=6; Graph6Color=6; Graph7Color=6; Graph8Color=6; Graph9Color=6; Graph10Color=6; Graph11Color=6;Graph12Color=6; Graph13Color=6; Graph0=Close; Graph0Color=1; Graph0Style=64; Graph1Style=1; Graph2Style=1; Graph3Style=1; Graph4Style=1; Graph5Style=1; Graph6Style=1; Graph7Style=1; Graph8Style=1; Graph9Style=1; Graph10Style=1; Graph11Style=4; Graph12Style=1; Graph12Style=1; PER = Period; BarNR = LastValue(Cum(1)) ; TimeFrame = BarNR - PER ; TF = TimeFrame ; Lo = LastValue(ValueWhen(Cross(Cum(1), TF), LLV(Min(H,L),PER),1)) ; Hi = LastValue(ValueWhen(Cross(Cum(1), TF), HHV(Max(H,L),PER),1)) ; Lo = LastValue( LLV(Min(H,L),PER ),1) ; Hi = LastValue( HHV(Max(H,L),PER ),1) ; Fractal = IIf(Hi<=250,100, IIf(Hi<=2500,1000, IIf(Hi<=25000,10000, IIf(Hi<=250000,100000, 0 )))) ; int_Log = int( log(Fractal/(Hi-Lo))/log(2) ) ; Oct = Fractal * ( exp(ln(1/2)* int_Log ) ) ; Min_1 = int( Lo / Oct ) * Oct ; Max_1 = IIf( (Min_1 + Oct) > Hi, Min_1 + Oct, Min_1 + 2*Oct ) ; Min_2 = IIf( (Min_1 + 1/8*(Max_1-Min_1)) <= Lo AND Hi <= (Max_1 - 1/8*(Max_1-Min_1)) , (Min_1 + 1/4*(Max_1-Min_1)) , Min_1 ) ; Max_2 = IIf( (Min_1 + 1/8*(Max_1-Min_1)) <= Lo AND Hi <= (Max_1 - 1/8*(Max_1-Min_1)) , (Max_1 - 1/4*(Max_1-Min_1)) , Max_1 ) ; /******************************/ Diff = Max_2 - Min_2 ; H1 = IIf( (Min_2 + 3/16*Diff) <= Lo AND Hi <= (9/16*Diff + Min_2) , Min_2 + 1/2*Diff, 0) ; H2 = IIf( (Min_2 - 1/8*Diff) <= Lo AND Hi <= (5/8*Diff + Min_2) AND H1==0, Min_2 + 1/2*Diff, 0) ; H3 = IIf( (Min_2 + 7/16*Diff) <= Lo AND Hi <= (Min_2 + 13/16*Diff), Min_2 + 3/4*Diff, 0 ) ; H4 = IIf( (Min_2 + 3/8*Diff) <= Lo AND Hi <= (Min_2 + 9/8*Diff) AND H3==0, Max_2, 0 ) ; H5 = IIf( (Min_2 + 1/8*Diff)<=Lo AND Hi <= (Min_2 + 7/8*Diff) AND H1==0 AND H2==0 AND H3==0 AND H4==0, Min_2 + 3/4*Diff , 0 ) ; H6 = IIf( ( H1 + H2 + H3 + H4 + H5 ) == 0, Max_2, 0 ) ; /**************************/ L1 = IIf(H1>0, Min_2 + 1/4*Diff, 0) ; L2 = IIf(H2>0, Min_2, 0) ; L3 = IIf(H3>0, Min_2 + 1/2*Diff, 0) ; L4 = IIf(H4>0, Min_2 + 1/2*Diff, 0) ; L5 = IIf(H5>0, Min_2 + 1/4*Diff, 0) ; L6 = IIf(H6>0, Min_2, 0 ) ; M_8 = ( H1 + H2 + H3 + H4 + H5 + H6 ) ; M_0 = ( L1 + L2 + L3 + L4 + L5 + L6 ) ; /**************************************/ Graph1 = ValueWhen(Cum(1) >= TF, M_0 ); Graph2 = ValueWhen(Cum(1) >= TF, M_0 + (1*(0.175*(M_8-M_0)))); Graph3 = ValueWhen(Cum(1) >= TF, M_0 + (2*(0.175*(M_8-M_0)))); Graph4 = ValueWhen(Cum(1) >= TF, M_0 + (3*(0.175*(M_8-M_0)))); Graph5 = ValueWhen(Cum(1) >= TF, M_0 + (4*(0.175*(M_8-M_0)))); Graph6 = ValueWhen(Cum(1) >= TF, M_0 + (5*(0.175*(M_8-M_0)))); Graph7 = ValueWhen(Cum(1) >= TF, M_0 + (6*(0.175*(M_8-M_0)))); Graph8 = ValueWhen(Cum(1) >= TF, M_0 + (7*(0.175*(M_8-M_0)))); Graph9 = ValueWhen(Cum(1) >= TF, M_0 + (8*(0.175*(M_8-M_0)))); Graph10 = ValueWhen(Cum(1) >= TF, M_0 + (9*(0.175*(M_8-M_0)))); Graph11 = ValueWhen(Cum(1) >= TF, M_0 - (1*(0.175*(M_8-M_0)))); Graph12 = ValueWhen(Cum(1) >= TF, M_0 - (2*(0.175*(M_8-M_0)))); Graph13 = ValueWhen(Cum(1) >= TF, M_0 - (3*(0.175*(M_8-M_0)))); /************************************************** ************/ Title = Name() + "=" + WriteIf( round(C)== C, NumToStr(C,1) , WriteVal(C) ) + " " + "\\c17" + WriteIf( Interval()==86400, "Daily ", WriteIf(Interval()==3600,"Hourly ", WriteIf(Interval()==900,"15 Min ", WriteIf(Interval()==300,"5 Min ", WriteIf(Interval()==60,"1 Min ", "" ) ) ) ) ) + Date() + "\\c12" + WriteIf(Volume>0," Turnover=","") + WriteIf(Volume>0, WriteVal(Volume*Close/1000), "" ) ; _SECTION_END();