Currency Pairs High Low Range
Indicator gives the High-Low range of 18 currency pairs. There is a High Ave which is the average of the top four (you may need to adjust which ones are in the average) as well as the bottom four Low Ave. The picture is of a weekly chart with the indicator set at 12 week average of the High-Low range with a .7 (70%) multiplier. When I am looking for week long trades with lots of movement I pick my pairs based on the most actives with a 70% capture of the range as a guide line of when to exit. Sometime when I am not in the mood for volatility I go with the ones in the Low Ave area. Further, when I day trade I set the indicator to a 1Day chart and move the percent to 20% or 30% as a guideline to tell when to get out of a trade.
//@version=2 study(title="Pairs Range", shorttitle="Pairs Range",precision=0) l = input(title="Length", type=integer, defval=12, minval=1) p = input(title="Percent Capture", type=float,defval=.7, minval=.1,step=.05) p0 = input(title="Other data series", type=symbol,defval="FX_IDC:audjpy") p1 = input(title="Other data series", type=symbol,defval="FX_IDC:audnzd") p2 = input(title="Other data series", type=symbol,defval="FX_IDC:audusd") p3 = input(title="Other data series", type=symbol,defval="FX_IDC:cadjpy") p17 = input(title="Other data series", type=symbol,defval="FX_IDC:euraud") p4 = input(title="Other data series", type=symbol,defval="FX_IDC:eurcad") p5 = input(title="Other data series", type=symbol,defval="FX_IDC:eurgbp") p6 = input(title="Other data series", type=symbol,defval="FX_IDC:eurjpy") p7 = input(title="Other data series", type=symbol,defval="FX_IDC:eurnzd") p8 = input(title="Other data series", type=symbol,defval="FX_IDC:eurusd") p9 = input(title="Other data series", type=symbol,defval="FX_IDC:gbpaud") p10 = input(title="Other data series", type=symbol,defval="FX_IDC:gbpjpy") p11 = input(title="Other data series", type=symbol,defval="FX_IDC:gbpnzd") p12 = input(title="Other data series", type=symbol,defval="FX_IDC:gbpusd") p13 = input(title="Other data series", type=symbol,defval="FX_IDC:nzdjpy") p14 = input(title="Other data series", type=symbol,defval="FX_IDC:nzdusd") p15 = input(title="Other data series", type=symbol,defval="FX_IDC:usdcad") p16 = input(title="Other data series", type=symbol,defval="FX_IDC:usdjpy") // Get the additional data series s0h= security(p0, period, high) s1h= security(p1, period, high) s2h= security(p2, period, high) s3h= security(p3, period, high) s4h= security(p4, period, high) s5h= security(p5, period, high) s6h= security(p6, period, high) s7h= security(p7, period, high) s8h= security(p8, period, high) s9h= security(p9, period, high) s10h= security(p10, period, high) s11h= security(p11, period, high) s12h= security(p12, period, high) s13h= security(p13, period, high) s14h= security(p14, period, high) s15h= security(p15, period, high) s16h= security(p16, period, high) s17h= security(p17, period, high) s0l= security(p0, period, low) s1l= security(p1, period, low) s2l= security(p2, period, low) s3l= security(p3, period, low) s4l= security(p4, period, low) s5l= security(p5, period, low) s6l= security(p6, period, low) s7l= security(p7, period, low) s8l= security(p8, period, low) s9l= security(p9, period, low) s10l= security(p10, period, low) s11l= security(p11, period, low) s12l= security(p12, period, low) s13l= security(p13, period, low) s14l= security(p14, period, low) s15l= security(p15, period, low) s16l= security(p16, period, low) s17l= security(p17, period, low) r0 = round(sma(s0h-s0l,l)/100*10000*p) r1 = round(sma(s1h-s1l,l)*10000*p) r2 = round(sma(s2h-s2l,l)*10000*p) r3 = round(sma(s3h-s3l,l)/100*10000*p) r4 = round(sma(s4h-s4l,l)*10000*p) r5 = round(sma(s5h-s5l,l)*10000*p) r6 = round(sma(s6h-s6l,l)/100*10000*p) r7 = round(sma(s7h-s7l,l)*10000*p) r8 = round(sma(s8h-s8l,l)*10000*p) r9 = round(sma(s9h-s9l,l)*10000*p) r10 = round(sma(s10h-s10l,l)/100*10000*p) r11 = round(sma(s11h-s11l,l)*10000*p) r12 = round(sma(s12h-s12l,l)*10000*p) r13 = round(sma(s13h-s13l,l)/100*10000*p) r14 = round(sma(s14h-s14l,l)*10000*p) r15 = round(sma(s15h-s15l,l)*10000*p) r16 = round(sma(s16h-s16l,l)/100*10000*p) r17 = round(sma(s17h-s17l,l)*10000*p) plot(r0,color=silver, title="AUDJPY") plot(r1,color=white,title="AUDNZD") plot(r2,color=maroon,title="AUDUSD") plot(r3,color=green,title="CADJPY") plot(r4,color=red, title="EURCAD") plot(r5,color=fuchsia,title="EURGBP") plot(r6,color=lime,title="EURJPY") plot(r7,color=olive, title="EURNZD") plot(r8,color=lime,title="EURUSD") plot(r9,color=navy, title="GBPAUD") plot(r10,color=aqua, title="GBPJPY") plot(r11,color=orange, title="GBPNZD") plot(r12,color=blue, title="GBPUSD") plot(r13,color=silver,title="NZDJPY") plot(r14,color=red,title="NZDUSD") plot(r15,color=white,title="USDCAD") plot(r16,color=aqua,title="USDJPY") plot(r17,color=teal, title="EURAUD") arh = sma((r9+r10+r11+r12)/4,4) arl = sma((r2+r1+r8+r14)/4,4) plot(arh,color=yellow,linewidth=5,title="High Ave") plot(arl,color=yellow,linewidth=5,title="Low Ave")