/////////////////////////
// RSI of WRO and WSO ///
////////////////////////


TimeFrameSet(60*in1Minute);

// WRO - WIDNER'S RESISTANCE OSCILLATOR 
p1=-4;
p2=9;
r1=ValueWhen(Ref(L,p1)==LLV(L,p2),Ref(L,p1),1);
r2=ValueWhen(Ref(L,p1)==LLV(L,p2),Ref(L,p1),2);
r3=ValueWhen(Ref(L,p1)==LLV(L,p2),Ref(L,p1),3);
r4=ValueWhen(Ref(L,p1)==LLV(L,p2),Ref(L,p1),4);
r5=ValueWhen(Ref(L,p1)==LLV(L,p2),Ref(L,p1),5);
r6=ValueWhen(Ref(L,p1)==LLV(L,p2),Ref(L,p1),6);
r1m=Max(0,Min(1,int(r1/C)));
r2m=Max(0,Min(1,int(r2/C)));
r3m=Max(0,Min(1,int(r3/C)));
r4m=Max(0,Min(1,int(r4/C)));
r5m=Max(0,Min(1,int(r5/C)));
r6m=Max(0,Min(1,int(r6/C)));
WRO=100*(1-(r1m+r2m+r3m+r4m+r5m+r6m)/6);
Plot(WRO,"",colorGreen,styleDashed);

// WSO - WIDNER'S SUPPORT OSCILLATOR 
p1=-4;
p2=9;
s1=ValueWhen(Ref(H,p1)==HHV(H,p2),Ref(H,p1),1);
s2=ValueWhen(Ref(H,p1)==HHV(H,p2),Ref(H,p1),2);
s3=ValueWhen(Ref(H,p1)==HHV(H,p2),Ref(H,p1),3);
s4=ValueWhen(Ref(H,p1)==HHV(H,p2),Ref(H,p1),4);
s5=ValueWhen(Ref(H,p1)==HHV(H,p2),Ref(H,p1),5);
s6=ValueWhen(Ref(H,p1)==HHV(H,p2),Ref(H,p1),6);
s1m=Max(0,Min(1,int(s1/C)));
s2m=Max(0,Min(1,int(s2/C)));
s3m=Max(0,Min(1,int(s3/C)));
s4m=Max(0,Min(1,int(s4/C)));
s5m=Max(0,Min(1,int(s5/C)));
s6m=Max(0,Min(1,int(s6/C)));
WSO=100*(1-(s1m+s2m+s3m+s4m+s5m+s6m)/6);
Plot(WSO,"",colorRed,styleDashed);

// AVERAGES + RSI
x1=EMA(WRO,5);
x2=EMA(WRO,10);
x3=EMA(WRO,15);
x4=(x1+x2+x3)/3;
x5=RSIa(x4,5);

y1=EMA(WSO,5);
y2=EMA(WSO,10);
y3=EMA(WSO,15);
y4=(y1+y2+y3)/3;
y5=RSIa(y4,5);

z1=(x5+y5)/2;
z2=EMA(z1,5);
z3=Zig(x2,5);
Cond=IIf(z3>Ref(z3,-1),colorGreen,colorRed);
Plot(z3,"",Cond,8);
Plot(15,"",colorBlue,1);
Plot(85,"",colorBlue,1);
PlotShapes(IIf(Cross(z3,15),shapeUpArrow,shapeNone),colorGreen);
PlotShapes(IIf(Cross(85,z3),shapeDownArrow,shapeNone),colorRed);