Fibonacci Bands [BigBeluga] – Conversion

• 06/25/2025 at 2:39 PM #248536
  adeelq79

  Please can someone help to convert this indicator. I found it very powerful.

  Fibonacci Bands (BigBeluga)

  // This work is licensed under Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International // https://creativecommons.org/licenses/by-nc-sa/4.0/ // © BigBeluga //@version=5 indicator("Fibonacci Bands [BigBeluga]", overlay=true, max_lines_count = 500) // ＩＮＰＵＴＳ ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{ int period = input.int(20, title="Period") float width = input.float(1, title="Width", step = 0.1, minval = 0.5, maxval =3) float price = input.source(close, title="Source") bool hide_ch = input.bool(false, "Hide Fibonacci Lines", group = "Fibonacci") float fibRatio1 = input.float(1.618, title="Fibonacci Ratio 1", step = 0.001) float fibRatio2 = input.float(2.618, title="Fibonacci Ratio 2", step = 0.001) float fibRatio3 = input.float(4.236, title="Fibonacci Ratio 3", step = 0.001) int extend = input.int(30, "Extend Bands", step = 10, minval = 10, maxval = 350) bool liq_sweep = input.bool(true, "Liquidity Sweep") color col_top = input.color(#e60060, "top", inline = "c", group = "Color") color col_bot = input.color(color.lime, "bottom", inline = "c", group = "Color") var l1 = line(na) var l2 = line(na) // } // ＣＡＬＣＵＬＡＴＩＯＮＳ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{ draw_label(n, y, txt1, txt2)=> lbl = label.new(n, y, str.tostring(txt1, format.percent) + str.tostring(txt2, " (#.##)"), color = color(na), style = label.style_label_left, textcolor = color.new(chart.fg_color, 10), text_font_family = font.family_monospace) label.delete(lbl[1]) smma(src, length) => var float smma_value = na series float sma = ta.sma(src, length) if na(smma_value[1]) smma_value := sma // Start with SMA for the initial value else smma_value := (smma_value[1] * (length - 1) + src) / length // Smooth the value iteratively smma_value series float ATR = smma(ta.atr(200), 100) series float smma = smma(price, period) // Calculate Fibonacci Levels series float r1 = ATR * fibRatio1 * width series float r2 = ATR * fibRatio2 * width series float r3 = ATR * fibRatio3 * width // Calculate Fibonacci Bands series float fibTop1 = smma + r1 series float fibTop2 = smma + r2 series float fibTop3 = smma + r3 series float fibBott1 = smma - r1 series float fibBott2 = smma - r2 series float fibBott3 = smma - r3 int slop_i = math.round(extend/10) series float slope = (smma-smma[slop_i]) / slop_i series bool mid_trend = smma > smma[1] sig_dn = mid_trend and ta.pivothigh(4, 1) and high > fibTop3 and ta.crossunder(high, high[1]) and barstate.isconfirmed sig_up = not mid_trend and ta.pivotlow(4, 1) and low < fibBott3 and ta.crossover(low, low[1]) and barstate.isconfirmed // } // ＰＬＯＴ ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{ color mid_color= mid_trend ? chart.fg_color : (bar_index % 2 == 0 ? chart.fg_color : na) color top3_col = color.new(col_top, 50) color top2_col = color.new(col_top, 50) color top1_col = color.new(col_top, 80) color bot3_col = color.new(col_bot, 50) color bot2_col = color.new(col_bot, 50) color bot1_col = color.new(col_bot, 80) display = hide_ch ? display.none : display.all pt3 = plot(fibTop3, title="Fib Top 3", color=top3_col, linewidth=1, display = display) pt2 = plot(fibTop2, title="Fib Top 2", color=top2_col, linewidth=1, display = display), plot(fibTop1, title="Fib Top 1", color=top1_col, linewidth=1, display = display), plot(smma, title="Middle SMMA", color=mid_color, linewidth=1), plot(fibBott1, title="Fib Bottom 1", color=bot1_col, linewidth=1, display = display) pb2 = plot(fibBott2, title="Fib Bottom 2", color=bot2_col, linewidth=1, display = display) pb3 = plot(fibBott3, title="Fib Bottom 3", color=bot3_col, linewidth=1, display = display) fill(pt2, pt3, color.new(col_top, 90)) fill(pb2, pb3, color.new(col_bot, 90)) if barstate.islast int n1 = bar_index int n2 = bar_index + extend float ym1 = smma float ym2 = ym1 + slope * extend float y11 = fibTop1 float y22 = y11 + slope * extend float y111 = fibTop2 float y222 = y111 + slope * extend float y1111 = fibTop3 float y2222 = y1111 + slope * extend float y_11 = fibBott1 float y_22 = y_11 + slope * extend float y_111 = fibBott2 float y_222 = y_111 + slope * extend float y_1111 = fibBott3 float y_2222 = y_1111 + slope * extend // ------------------- line l_t3 = line.new(n1, y1111, n2, y2222, color = hide_ch ? na : top3_col) line l_t2 = line.new(n1, y111, n2, y222, color = hide_ch ? na : top2_col) line l_t1 = line.new(n1, y11, n2, y22, color = hide_ch ? na : top1_col) line l_m = line.new(n1, ym1, n2, ym2, color = chart.fg_color, style = mid_trend ? line.style_solid : line.style_dashed) line l_b3 = line.new(n1, y_1111, n2, y_2222, color = hide_ch ? na : bot3_col) line l_b2 = line.new(n1, y_111, n2, y_222, color = hide_ch ? na : bot2_col) line l_b1 = line.new(n1, y_11, n2, y_22, color = hide_ch ? na : bot1_col) linefill.new(l_t3, l_t2, color.new(col_top, 90)) linefill.new(l_b3, l_b2, color.new(col_bot, 90)) // ------------------- style_lbl = label.style_label_left label.delete(label.new(n2, ym2, str.tostring(ym2, "#.##"), color = color(na), style = style_lbl, textcolor = color.new(chart.fg_color, 40))[1]) if not hide_ch draw_label(n2, y2222, 100, y2222) draw_label(n2, y222, 61.80, y222) draw_label(n2, y22, 38.2, y22) draw_label(n2, y_22, 38.2, y_22) draw_label(n2, y_222, 61.80, y_222) draw_label(n2, y_2222, 100, y_2222) // -------------------- // --> line.delete(l_t3[1]) line.delete(l_t2[1]) line.delete(l_t1[1]) line.delete(l_m[1]) line.delete(l_b3[1]) line.delete(l_b2[1]) line.delete(l_b1[1]) if liq_sweep if sig_dn l1 := line.new(bar_index-1, high[1], bar_index-1, high[1]) if close < open ? high > l1.get_y2() and open < l1.get_y2() : high > l1.get_y2() and close < l1.get_y2() l1.set_x2(bar_index) l1.set_color(chart.fg_color) l1 := line(na) if ta.crossover(close, l1.get_y2()) l1 := line(na) // ---------- if sig_up l2 := line.new(bar_index-1, low[1], bar_index-1, low[1]) if close < open ? low < l2.get_y2() and close > l2.get_y2() : low < l2.get_y2() and open > l2.get_y2() l2.set_x2(bar_index) l2.set_color(chart.fg_color) l2 := line(na) if ta.crossunder(close, l2.get_y2()) l2 := line(na) plotchar(sig_dn, "Signal Down", "∘", location.abovebar, col_top, size = size.tiny) plotchar(sig_up, "Signal Up", "•", location.belowbar, col_bot, size = size.small) // }

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  // This work is licensed under Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International   // https://creativecommons.org/licenses/by-nc-sa/4.0/ // © BigBeluga   //@version=5 indicator("Fibonacci Bands [BigBeluga]", overlay=true, max_lines_count = 500)   // ＩＮＰＵＴＳ ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{ int   period    = input.int(20, title="Period") float width     = input.float(1, title="Width", step = 0.1, minval = 0.5, maxval =3) float price     = input.source(close, title="Source") bool  hide_ch   = input.bool(false, "Hide Fibonacci Lines", group = "Fibonacci") float fibRatio1 = input.float(1.618, title="Fibonacci Ratio 1", step = 0.001) float fibRatio2 = input.float(2.618, title="Fibonacci Ratio 2", step = 0.001) float fibRatio3 = input.float(4.236, title="Fibonacci Ratio 3", step = 0.001) int   extend    = input.int(30, "Extend Bands", step = 10, minval = 10, maxval = 350) bool liq_sweep  = input.bool(true, "Liquidity Sweep")   color col_top   = input.color(#e60060, "top", inline = "c", group = "Color") color col_bot   = input.color(color.lime, "bottom", inline = "c", group = "Color")     var l1 = line(na) var l2 = line(na) // }     // ＣＡＬＣＵＬＡＴＩＯＮＳ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{ draw_label(n, y, txt1, txt2)=>     lbl = label.new(n, y, str.tostring(txt1, format.percent) + str.tostring(txt2, "  (#.##)"),                      color      = color(na),                      style      = label.style_label_left,                      textcolor  = color.new(chart.fg_color, 10),                      text_font_family = font.family_monospace)     label.delete(lbl[1])     smma(src, length) =>     var float smma_value = na     series float sma = ta.sma(src, length)     if na(smma_value[1])         smma_value := sma  // Start with SMA for the initial value     else         smma_value := (smma_value[1] * (length - 1) + src) / length  // Smooth the value iteratively     smma_value   series float ATR  = smma(ta.atr(200), 100) series float smma = smma(price, period)   // Calculate Fibonacci Levels series float r1 = ATR * fibRatio1 * width series float r2 = ATR * fibRatio2 * width series float r3 = ATR * fibRatio3 * width   // Calculate Fibonacci Bands series float fibTop1  = smma + r1 series float fibTop2  = smma + r2 series float fibTop3  = smma + r3 series float fibBott1 = smma - r1 series float fibBott2 = smma - r2 series float fibBott3 = smma - r3   int          slop_i   = math.round(extend/10) series float slope    = (smma-smma[slop_i]) / slop_i   series bool mid_trend = smma > smma[1]   sig_dn = mid_trend and ta.pivothigh(4, 1) and high > fibTop3 and ta.crossunder(high, high[1]) and barstate.isconfirmed sig_up = not mid_trend and ta.pivotlow(4, 1) and low < fibBott3 and ta.crossover(low, low[1]) and barstate.isconfirmed // }     // ＰＬＯＴ ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{ color mid_color= mid_trend ? chart.fg_color : (bar_index % 2 == 0 ? chart.fg_color : na) color top3_col = color.new(col_top, 50) color top2_col = color.new(col_top, 50) color top1_col = color.new(col_top, 80) color bot3_col = color.new(col_bot, 50) color bot2_col = color.new(col_bot, 50) color bot1_col = color.new(col_bot, 80)   display = hide_ch ? display.none : display.all   pt3 = plot(fibTop3, title="Fib Top 3", color=top3_col, linewidth=1, display = display) pt2 = plot(fibTop2, title="Fib Top 2", color=top2_col, linewidth=1, display = display),       plot(fibTop1, title="Fib Top 1", color=top1_col, linewidth=1, display = display),         plot(smma, title="Middle SMMA", color=mid_color, linewidth=1),         plot(fibBott1, title="Fib Bottom 1", color=bot1_col, linewidth=1, display = display) pb2 = plot(fibBott2, title="Fib Bottom 2", color=bot2_col, linewidth=1, display = display) pb3 = plot(fibBott3, title="Fib Bottom 3", color=bot3_col, linewidth=1, display = display)   fill(pt2, pt3, color.new(col_top, 90)) fill(pb2, pb3, color.new(col_bot, 90))   if barstate.islast     int n1 = bar_index     int n2 = bar_index + extend       float ym1 = smma     float ym2 = ym1 + slope * extend       float y11 = fibTop1     float y22  = y11 + slope * extend     float y111  = fibTop2     float y222   = y111 + slope * extend     float y1111   = fibTop3     float y2222    = y1111 + slope * extend       float y_11 = fibBott1     float y_22  = y_11 + slope * extend     float y_111  = fibBott2     float y_222   = y_111 + slope * extend     float y_1111   = fibBott3     float y_2222    = y_1111 + slope * extend       // -------------------     line l_t3 = line.new(n1, y1111, n2, y2222, color = hide_ch ? na : top3_col)     line l_t2 = line.new(n1, y111, n2, y222, color = hide_ch ? na : top2_col)     line l_t1 = line.new(n1, y11, n2, y22, color = hide_ch ? na : top1_col)       line l_m = line.new(n1, ym1, n2, ym2, color = chart.fg_color, style = mid_trend ? line.style_solid : line.style_dashed)       line l_b3 = line.new(n1, y_1111, n2, y_2222, color = hide_ch ? na : bot3_col)     line l_b2 = line.new(n1, y_111, n2, y_222, color = hide_ch ? na : bot2_col)     line l_b1 = line.new(n1, y_11, n2, y_22, color = hide_ch ? na : bot1_col)       linefill.new(l_t3, l_t2, color.new(col_top, 90))     linefill.new(l_b3, l_b2, color.new(col_bot, 90))       // -------------------     style_lbl = label.style_label_left        label.delete(label.new(n2, ym2, str.tostring(ym2, "#.##"), color = color(na), style = style_lbl, textcolor = color.new(chart.fg_color, 40))[1])       if not hide_ch         draw_label(n2, y2222, 100, y2222)         draw_label(n2, y222, 61.80, y222)         draw_label(n2, y22, 38.2, y22)           draw_label(n2, y_22, 38.2, y_22)         draw_label(n2, y_222, 61.80, y_222)         draw_label(n2, y_2222, 100, y_2222)       // --------------------       // -->     line.delete(l_t3[1])     line.delete(l_t2[1])     line.delete(l_t1[1])       line.delete(l_m[1])       line.delete(l_b3[1])     line.delete(l_b2[1])     line.delete(l_b1[1])   if liq_sweep     if sig_dn         l1 := line.new(bar_index-1, high[1], bar_index-1, high[1])       if close < open ? high > l1.get_y2() and open < l1.get_y2() : high > l1.get_y2() and close < l1.get_y2()         l1.set_x2(bar_index)         l1.set_color(chart.fg_color)         l1 := line(na)       if ta.crossover(close, l1.get_y2())         l1 := line(na)       // ----------       if sig_up         l2 := line.new(bar_index-1, low[1], bar_index-1, low[1])       if close < open ? low < l2.get_y2() and close > l2.get_y2() : low < l2.get_y2() and open > l2.get_y2()         l2.set_x2(bar_index)         l2.set_color(chart.fg_color)         l2 := line(na)       if ta.crossunder(close, l2.get_y2())         l2 := line(na)   plotchar(sig_dn, "Signal Down", "∘", location.abovebar, col_top, size = size.tiny) plotchar(sig_up, "Signal Up", "•", location.belowbar, col_bot, size = size.small) // }

  

  adeelq79

  Participant

  Topics: 12

  Replies: 24

  Been thanked: 3 times
  07/01/2025 at 3:43 PM #248621
  Iván

  Hi. Here you have the code.
  If you want see signals and sweeps just comment first line and Extension block.

  defparam drawonlastbaronly=true //---------------------------------------------// //PRC_Fibonacci + bands //version = 0 //01.07.24 //Iván González @ www.prorealcode.com //Sharing ProRealTime knowledge //---------------------------------------------// //-----Inputs //---------------------------------------------// period=20 width=1 fibratio1=1.618 fibratio2=2.618 fibratio3=4.236 extend=30 //---------------------------------------------// //------ Calculate fibonacci bands //---------------------------------------------// // Calculate ATR myatr=averagetruerange[200] src1=myatr length1=100 sma1=average[length1](src1) if barindex<=300 then atr=sma1 else atr=(atr*(length1-1)+src1)/length1 endif // Calculate SMMA src=close sma=average[period](src) if barindex<=period then smma=sma else smma=(smma*(period-1)+src)/period endif midTrend1=smma midTrend2=smma if close>=smma then a1=255 a2=0 else a1=0 a2=255 endif // Calculate Fibonacci levels lev1=atr*fibratio1*width lev2=atr*fibratio2*width lev3=atr*fibratio3*width // Calculate Fibonacci bands fibtop1=smma+lev1 fibtop2=smma+lev2 fibtop3=smma+lev3 fibbot1=smma-lev1 fibbot2=smma-lev2 fibbot3=smma-lev3 colorbetween(fibtop2,fibtop3,"red",45) colorbetween(fibbot2,fibbot3,"green",45) //---------------------------------------------// //------ Calculate liquidation sweep //---------------------------------------------// leftbars=4 rightbars=1 // Pivots low src1 = low if src1 > src1[rightbars] and lowest[rightbars](src1) >= src1[rightbars] and src1[rightbars] < lowest[leftbars](src1)[rightbars+1] then z=z+1 endif // Pivot high src2 = high if src2 < src2[rightbars] and highest[rightbars](src2)<=src2[rightbars] and src2[rightbars]>highest[leftbars](src2)[rightbars+1] then t=t+1 endif // Calculate signal Up and Down midtrend=smma>smma[1] signDn = midtrend and t<>t[1] and high>fibtop3 and high crosses under high[1] signUp = midtrend=0 and z<>z[1] and low<fibbot3 and low crosses over low[1] if signDn then drawpoint(barindex,high+myatr,2)coloured("red") hx1=barindex[1] hy1=high[1] checksweepDn=1 elsif signUp then drawpoint(barindex,low-myatr,2)coloured("green") lx1=barindex[1] ly1=low[1] checksweepUp=1 endif if checksweepDn then if close<open and high>hy1 and open<hy1 then hx2=barindex drawsegment(hx1,hy1,hx2,hy1) checksweepDn=0 elsif close>=open and high>hy1 and close<hy1 then hx2=barindex checksweepDn=0 drawsegment(hx1,hy1,hx2,hy1) endif endif if checksweepUp then if close<open and low<ly1 and close>ly1 then lx2=barindex drawsegment(lx1,ly1,lx2,ly1) checksweepUp=0 elsif close>=open and low<ly1 and open>ly1 then lx2=barindex checksweepUp=0 drawsegment(lx1,ly1,lx2,ly1) endif endif //---------------------------------------------// //------ Calculate Extension //---------------------------------------------// slopi=round(extend/10) slope=(smma-smma[slopi])/slopi if islastbarupdate then n1=barindex n2=n1+extend ym1=smma ym2=ym1+slope*extend drawsegment(n1,ym1,n2,ym2) drawtext("0.0% (#ym2#)",n2+7,ym2) y11=fibtop1 y22=y11+slope*extend drawsegment(n1,y11,n2,y22)coloured("red",80) drawtext("38.20% (#y22#)",n2+7,y22) y111=fibtop2 y222=y111+slope*extend drawsegment(n1,y111,n2,y222)coloured("red",155) drawtext("61.80% (#y222#)",n2+7,y222) y1111=fibtop3 y2222=y1111+slope*extend drawsegment(n1,y1111,n2,y2222)coloured("red",155) drawtext("100.00% (#y2222#)",n2+7,y2222) yb11=fibbot1 yb22=yb11+slope*extend drawsegment(n1,yb11,n2,yb22)coloured("green",80) drawtext("38.20% (#yb22#)",n2+7,yb22) yb111=fibbot2 yb222=yb111+slope*extend drawsegment(n1,yb111,n2,yb222)coloured("green",155) drawtext("61.80% (#yb222#)",n2+7,yb222) yb1111=fibbot3 yb2222=yb1111+slope*extend drawsegment(n1,yb1111,n2,yb2222)coloured("green",155) drawtext("100.00% (#yb2222#)",n2+7,yb2222) endif //---------------------------------------------// return midTrend1 style(line)coloured("black",a1),midTrend2 style(dottedline)coloured("black",a2), fibtop1 coloured("red",80),fibtop2 coloured("red",155),fibtop3 coloured("red",155), fibbot1 coloured("green",80), fibbot2 coloured("green",155), fibbot3 coloured("green",155)

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  defparam drawonlastbaronly=true //---------------------------------------------// //PRC_Fibonacci + bands //version = 0 //01.07.24 //Iván González @ www.prorealcode.com //Sharing ProRealTime knowledge //---------------------------------------------// //-----Inputs //---------------------------------------------// period=20 width=1 fibratio1=1.618 fibratio2=2.618 fibratio3=4.236 extend=30 //---------------------------------------------// //------ Calculate fibonacci bands //---------------------------------------------// // Calculate ATR myatr=averagetruerange[200] src1=myatr length1=100   sma1=average[length1](src1) if barindex<=300 then    atr=sma1 else    atr=(atr*(length1-1)+src1)/length1 endif   // Calculate SMMA src=close sma=average[period](src) if barindex<=period then    smma=sma else    smma=(smma*(period-1)+src)/period endif   midTrend1=smma midTrend2=smma if close>=smma then    a1=255    a2=0 else    a1=0    a2=255 endif   // Calculate Fibonacci levels lev1=atr*fibratio1*width lev2=atr*fibratio2*width lev3=atr*fibratio3*width   // Calculate Fibonacci bands fibtop1=smma+lev1 fibtop2=smma+lev2 fibtop3=smma+lev3 fibbot1=smma-lev1 fibbot2=smma-lev2 fibbot3=smma-lev3   colorbetween(fibtop2,fibtop3,"red",45) colorbetween(fibbot2,fibbot3,"green",45) //---------------------------------------------// //------ Calculate liquidation sweep //---------------------------------------------// leftbars=4 rightbars=1 // Pivots low src1 = low if src1 > src1[rightbars] and lowest[rightbars](src1) >= src1[rightbars] and src1[rightbars] < lowest[leftbars](src1)[rightbars+1] then    z=z+1 endif // Pivot high src2 = high if src2 < src2[rightbars] and highest[rightbars](src2)<=src2[rightbars] and src2[rightbars]>highest[leftbars](src2)[rightbars+1] then    t=t+1 endif   // Calculate signal Up and Down midtrend=smma>smma[1] signDn = midtrend and t<>t[1] and high>fibtop3 and high crosses under high[1] signUp = midtrend=0 and z<>z[1] and low<fibbot3 and low crosses over low[1]   if signDn then    drawpoint(barindex,high+myatr,2)coloured("red")    hx1=barindex[1]    hy1=high[1]    checksweepDn=1 elsif signUp then    drawpoint(barindex,low-myatr,2)coloured("green")    lx1=barindex[1]    ly1=low[1]    checksweepUp=1 endif   if checksweepDn then    if close<open and high>hy1 and open<hy1 then       hx2=barindex       drawsegment(hx1,hy1,hx2,hy1)       checksweepDn=0    elsif close>=open and high>hy1 and close<hy1 then       hx2=barindex       checksweepDn=0       drawsegment(hx1,hy1,hx2,hy1)    endif endif   if checksweepUp then    if close<open and low<ly1 and close>ly1 then       lx2=barindex       drawsegment(lx1,ly1,lx2,ly1)       checksweepUp=0    elsif close>=open and low<ly1 and open>ly1 then       lx2=barindex       checksweepUp=0       drawsegment(lx1,ly1,lx2,ly1)    endif endif //---------------------------------------------// //------ Calculate Extension //---------------------------------------------// slopi=round(extend/10) slope=(smma-smma[slopi])/slopi   if islastbarupdate then    n1=barindex    n2=n1+extend       ym1=smma    ym2=ym1+slope*extend    drawsegment(n1,ym1,n2,ym2)    drawtext("0.0% (#ym2#)",n2+7,ym2)       y11=fibtop1    y22=y11+slope*extend    drawsegment(n1,y11,n2,y22)coloured("red",80)    drawtext("38.20% (#y22#)",n2+7,y22)       y111=fibtop2    y222=y111+slope*extend    drawsegment(n1,y111,n2,y222)coloured("red",155)    drawtext("61.80% (#y222#)",n2+7,y222)       y1111=fibtop3    y2222=y1111+slope*extend    drawsegment(n1,y1111,n2,y2222)coloured("red",155)    drawtext("100.00% (#y2222#)",n2+7,y2222)       yb11=fibbot1    yb22=yb11+slope*extend    drawsegment(n1,yb11,n2,yb22)coloured("green",80)    drawtext("38.20% (#yb22#)",n2+7,yb22)       yb111=fibbot2    yb222=yb111+slope*extend    drawsegment(n1,yb111,n2,yb222)coloured("green",155)    drawtext("61.80% (#yb222#)",n2+7,yb222)       yb1111=fibbot3    yb2222=yb1111+slope*extend    drawsegment(n1,yb1111,n2,yb2222)coloured("green",155)    drawtext("100.00% (#yb2222#)",n2+7,yb2222) endif //---------------------------------------------// return midTrend1 style(line)coloured("black",a1),midTrend2 style(dottedline)coloured("black",a2), fibtop1 coloured("red",80),fibtop2 coloured("red",155),fibtop3 coloured("red",155), fibbot1 coloured("green",80), fibbot2 coloured("green",155), fibbot3 coloured("green",155)

  

  Iván

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  07/01/2025 at 9:14 PM #248623
  adeelq79

  Ivan this is great thanks you so much.

  Sorry please can you clarify what you mean by “just comment first line and Extension block.?” What do I need to change?

  

  adeelq79

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  07/02/2025 at 6:42 AM #248626
  Iván

  Hi.
  Comment line means write // at the beggining of each line you want to hide.
  Here you have the code to show signals and sweeps:

  //defparam drawonlastbaronly=true //---------------------------------------------// //PRC_Fibonacci bands //version = 0 //01.07.24 //Iván González @ www.prorealcode.com //Sharing ProRealTime knowledge //---------------------------------------------// //-----Inputs //---------------------------------------------// period=20 width=1 fibratio1=1.618 fibratio2=2.618 fibratio3=4.236 extend=30 //---------------------------------------------// //------ Calculate fibonacci bands //---------------------------------------------// // Calculate ATR myatr=averagetruerange[200] src1=myatr length1=100 sma1=average[length1](src1) if barindex<=300 then atr=sma1 else atr=(atr*(length1-1)+src1)/length1 endif // Calculate SMMA src=close sma=average[period](src) if barindex<=period then smma=sma else smma=(smma*(period-1)+src)/period endif midTrend1=smma midTrend2=smma if close>=smma then a1=255 a2=0 else a1=0 a2=255 endif // Calculate Fibonacci levels lev1=atr*fibratio1*width lev2=atr*fibratio2*width lev3=atr*fibratio3*width // Calculate Fibonacci bands fibtop1=smma+lev1 fibtop2=smma+lev2 fibtop3=smma+lev3 fibbot1=smma-lev1 fibbot2=smma-lev2 fibbot3=smma-lev3 colorbetween(fibtop2,fibtop3,"red",45) colorbetween(fibbot2,fibbot3,"green",45) //---------------------------------------------// //------ Calculate liquidation sweep //---------------------------------------------// leftbars=4 rightbars=1 // Pivots low src1 = low if src1 > src1[rightbars] and lowest[rightbars](src1) >= src1[rightbars] and src1[rightbars] < lowest[leftbars](src1)[rightbars+1] then z=z+1 endif // Pivot high src2 = high if src2 < src2[rightbars] and highest[rightbars](src2)<=src2[rightbars] and src2[rightbars]>highest[leftbars](src2)[rightbars+1] then t=t+1 endif // Calculate signal Up and Down midtrend=smma>smma[1] signDn = midtrend and t<>t[1] and high>fibtop3 and high crosses under high[1] signUp = midtrend=0 and z<>z[1] and low<fibbot3 and low crosses over low[1] if signDn then drawpoint(barindex,high+myatr,2)coloured("red") hx1=barindex[1] hy1=high[1] checksweepDn=1 elsif signUp then drawpoint(barindex,low-myatr,2)coloured("green") lx1=barindex[1] ly1=low[1] checksweepUp=1 endif if checksweepDn then if close<open and high>hy1 and open<hy1 then hx2=barindex drawsegment(hx1,hy1,hx2,hy1) checksweepDn=0 elsif close>=open and high>hy1 and close<hy1 then hx2=barindex checksweepDn=0 drawsegment(hx1,hy1,hx2,hy1) endif endif if checksweepUp then if close<open and low<ly1 and close>ly1 then lx2=barindex drawsegment(lx1,ly1,lx2,ly1) checksweepUp=0 elsif close>=open and low<ly1 and open>ly1 then lx2=barindex checksweepUp=0 drawsegment(lx1,ly1,lx2,ly1) endif endif //---------------------------------------------// //------ Calculate Extension //---------------------------------------------// //slopi=round(extend/10) //slope=(smma-smma[slopi])/slopi // //if islastbarupdate then //n1=barindex //n2=n1+extend // //ym1=smma //ym2=ym1+slope*extend //drawsegment(n1,ym1,n2,ym2) //drawtext("0.0% (#ym2#)",n2+7,ym2) // //y11=fibtop1 //y22=y11+slope*extend //drawsegment(n1,y11,n2,y22)coloured("red",80) //drawtext("38.20% (#y22#)",n2+7,y22) // //y111=fibtop2 //y222=y111+slope*extend //drawsegment(n1,y111,n2,y222)coloured("red",155) //drawtext("61.80% (#y222#)",n2+7,y222) // //y1111=fibtop3 //y2222=y1111+slope*extend //drawsegment(n1,y1111,n2,y2222)coloured("red",155) //drawtext("100.00% (#y2222#)",n2+7,y2222) // //yb11=fibbot1 //yb22=yb11+slope*extend //drawsegment(n1,yb11,n2,yb22)coloured("green",80) //drawtext("38.20% (#yb22#)",n2+7,yb22) // //yb111=fibbot2 //yb222=yb111+slope*extend //drawsegment(n1,yb111,n2,yb222)coloured("green",155) //drawtext("61.80% (#yb222#)",n2+7,yb222) // //yb1111=fibbot3 //yb2222=yb1111+slope*extend //drawsegment(n1,yb1111,n2,yb2222)coloured("green",155) //drawtext("100.00% (#yb2222#)",n2+7,yb2222) //endif //---------------------------------------------// return midTrend1 style(line)coloured("black",a1),midTrend2 style(dottedline)coloured("black",a2), fibtop1 coloured("red",80),fibtop2 coloured("red",155),fibtop3 coloured("red",155), fibbot1 coloured("green",80), fibbot2 coloured("green",155), fibbot3 coloured("green",155)

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  //defparam drawonlastbaronly=true //---------------------------------------------// //PRC_Fibonacci bands //version = 0 //01.07.24 //Iván González @ www.prorealcode.com //Sharing ProRealTime knowledge //---------------------------------------------// //-----Inputs //---------------------------------------------// period=20 width=1 fibratio1=1.618 fibratio2=2.618 fibratio3=4.236 extend=30 //---------------------------------------------// //------ Calculate fibonacci bands //---------------------------------------------// // Calculate ATR myatr=averagetruerange[200] src1=myatr length1=100   sma1=average[length1](src1) if barindex<=300 then atr=sma1 else atr=(atr*(length1-1)+src1)/length1 endif   // Calculate SMMA src=close sma=average[period](src) if barindex<=period then smma=sma else smma=(smma*(period-1)+src)/period endif   midTrend1=smma midTrend2=smma if close>=smma then a1=255 a2=0 else a1=0 a2=255 endif   // Calculate Fibonacci levels lev1=atr*fibratio1*width lev2=atr*fibratio2*width lev3=atr*fibratio3*width   // Calculate Fibonacci bands fibtop1=smma+lev1 fibtop2=smma+lev2 fibtop3=smma+lev3 fibbot1=smma-lev1 fibbot2=smma-lev2 fibbot3=smma-lev3   colorbetween(fibtop2,fibtop3,"red",45) colorbetween(fibbot2,fibbot3,"green",45) //---------------------------------------------// //------ Calculate liquidation sweep //---------------------------------------------// leftbars=4 rightbars=1 // Pivots low src1 = low if src1 > src1[rightbars] and lowest[rightbars](src1) >= src1[rightbars] and src1[rightbars] < lowest[leftbars](src1)[rightbars+1] then z=z+1 endif // Pivot high src2 = high if src2 < src2[rightbars] and highest[rightbars](src2)<=src2[rightbars] and src2[rightbars]>highest[leftbars](src2)[rightbars+1] then t=t+1 endif   // Calculate signal Up and Down midtrend=smma>smma[1] signDn = midtrend and t<>t[1] and high>fibtop3 and high crosses under high[1] signUp = midtrend=0 and z<>z[1] and low<fibbot3 and low crosses over low[1]   if signDn then drawpoint(barindex,high+myatr,2)coloured("red") hx1=barindex[1] hy1=high[1] checksweepDn=1 elsif signUp then drawpoint(barindex,low-myatr,2)coloured("green") lx1=barindex[1] ly1=low[1] checksweepUp=1 endif   if checksweepDn then if close<open and high>hy1 and open<hy1 then hx2=barindex drawsegment(hx1,hy1,hx2,hy1) checksweepDn=0 elsif close>=open and high>hy1 and close<hy1 then hx2=barindex checksweepDn=0 drawsegment(hx1,hy1,hx2,hy1) endif endif   if checksweepUp then if close<open and low<ly1 and close>ly1 then lx2=barindex drawsegment(lx1,ly1,lx2,ly1) checksweepUp=0 elsif close>=open and low<ly1 and open>ly1 then lx2=barindex checksweepUp=0 drawsegment(lx1,ly1,lx2,ly1) endif endif //---------------------------------------------// //------ Calculate Extension //---------------------------------------------// //slopi=round(extend/10) //slope=(smma-smma[slopi])/slopi // //if islastbarupdate then //n1=barindex //n2=n1+extend //   //ym1=smma //ym2=ym1+slope*extend //drawsegment(n1,ym1,n2,ym2) //drawtext("0.0% (#ym2#)",n2+7,ym2) //   //y11=fibtop1 //y22=y11+slope*extend //drawsegment(n1,y11,n2,y22)coloured("red",80) //drawtext("38.20% (#y22#)",n2+7,y22) //   //y111=fibtop2 //y222=y111+slope*extend //drawsegment(n1,y111,n2,y222)coloured("red",155) //drawtext("61.80% (#y222#)",n2+7,y222) //   //y1111=fibtop3 //y2222=y1111+slope*extend //drawsegment(n1,y1111,n2,y2222)coloured("red",155) //drawtext("100.00% (#y2222#)",n2+7,y2222) //   //yb11=fibbot1 //yb22=yb11+slope*extend //drawsegment(n1,yb11,n2,yb22)coloured("green",80) //drawtext("38.20% (#yb22#)",n2+7,yb22) //   //yb111=fibbot2 //yb222=yb111+slope*extend //drawsegment(n1,yb111,n2,yb222)coloured("green",155) //drawtext("61.80% (#yb222#)",n2+7,yb222) //   //yb1111=fibbot3 //yb2222=yb1111+slope*extend //drawsegment(n1,yb1111,n2,yb2222)coloured("green",155) //drawtext("100.00% (#yb2222#)",n2+7,yb2222) //endif //---------------------------------------------// return midTrend1 style(line)coloured("black",a1),midTrend2 style(dottedline)coloured("black",a2), fibtop1 coloured("red",80),fibtop2 coloured("red",155),fibtop3 coloured("red",155), fibbot1 coloured("green",80), fibbot2 coloured("green",155), fibbot3 coloured("green",155)

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