Price-Action-Concepts de tradingview a prorealtime

• 09/22/2023 at 1:43 PM #221449
  jesus1975

  A ver si se puede convertir el siguiente indicador de tradingview a prorealtime. Da la estructura de mercado y da una idea de donde se está muy fidedigna, la tendencia en definitiva. Es bastante largo, pero creo que merece la pena.

  https://www.tradingview.com/script/dqfTA4kM-Price-Action-Concepts-HunterAlgos/

   

  https://www.tradingview.com/i/dqfTA4kM/

   

  // This work is licensed under a Attribution-NonCommercial-ShareAlike 4.0 International (CC BY-NC-SA 4.0) https://creativecommons.org/licenses/by-nc-sa/4.0/ // © HunterAlgos //@version=5 indicator("Price Action Concepts [HunterAlgos]", shorttitle = "Price Action Concepts [1.0.0]", overlay = true, max_lines_count = 500, max_labels_count = 500, max_bars_back = 500, max_boxes_count = 500) //-----------------------------------------------------------------------------{ //Boolean set //-----------------------------------------------------------------------------{ s_bos = 0 s_choch = 1 i_bos = 2 i_choch = 3 i_pp_choch = 4 green_candle = 5 red_candle = 6 boolean = array.from( false // s_bos , false // s_choch , false // i_bos , false // i_choch , false // i_pp_choch , false // up , false // dn ) //-----------------------------------------------------------------------------{ // User inputs //-----------------------------------------------------------------------------{ show_swing_ms = input.string("All", "Swing   ", ["All", "CHoCH", "BOS", "None"] , group = "MARKET STRUCTURE", inline = "1") show_internal_ms = input.string("All", "Internal", ["All", "CHoCH", "BOS", "CHoCH+", "None"] , group = "MARKET STRUCTURE", inline = "2") internal_r_lookback = input.int(5 , "", group = "MARKET STRUCTURE", inline = "2", minval = 2) swing_r_lookback = input.int(50, "", group = "MARKET STRUCTURE", inline = "1", minval = 2) internal_l_lookback = math.round(internal_r_lookback / 2) swing_l_lookback = swing_r_lookback / 2 i_ms_up_bos = input.color(#089981, group = "MARKET STRUCTURE", inline = "2", title = "") i_ms_up_choch = input.color(#00332a, group = "MARKET STRUCTURE", inline = "2", title = "") i_ms_dn_bos = input.color(#f23645, group = "MARKET STRUCTURE", inline = "2", title = "") i_ms_dn_choch = input.color(#801922, group = "MARKET STRUCTURE", inline = "2", title = "") s_ms_up_bos = input.color(#089981, group = "MARKET STRUCTURE", inline = "1", title = "") s_ms_up_choch = input.color(#00332a, group = "MARKET STRUCTURE", inline = "1", title = "") s_ms_dn_bos = input.color(#f23645, group = "MARKET STRUCTURE", inline = "1", title = "") s_ms_dn_choch = input.color(#801922, group = "MARKET STRUCTURE", inline = "1", title = "") invcol = color.new(color.white, 100) lvl_daily = input.bool(false, "Day   " , inline = "1", group = "HIGHS & LOWS MTF") lvl_weekly = input.bool(false, "Week " , inline = "2", group = "HIGHS & LOWS MTF") lvl_monthly = input.bool(false, "Month", inline = "3", group = "HIGHS & LOWS MTF") lvl_yearly = input.bool(false, "Year  " , inline = "4", group = "HIGHS & LOWS MTF") css_d = input.color(color.blue, "", group = "HIGHS & LOWS MTF", inline = "1") css_w = input.color(color.blue, "", group = "HIGHS & LOWS MTF", inline = "2") css_m = input.color(color.blue, "", group = "HIGHS & LOWS MTF", inline = "3") css_y = input.color(color.blue, "", group = "HIGHS & LOWS MTF", inline = "4") s_d = input.string('⎯⎯⎯', '', options = ['⎯⎯⎯', '----', '····'], inline = '1', group = 'HIGHS & LOWS MTF') s_w = input.string('⎯⎯⎯', '', options = ['⎯⎯⎯', '----', '····'], inline = '2', group = 'HIGHS & LOWS MTF') s_m = input.string('⎯⎯⎯', '', options = ['⎯⎯⎯', '----', '····'], inline = '3', group = 'HIGHS & LOWS MTF') s_y = input.string('⎯⎯⎯', '', options = ['⎯⎯⎯', '----', '····'], inline = '4', group = 'HIGHS & LOWS MTF') ob_show = input.bool(true, "Order blocks", inline = "1", group = "VOLUME ORDER BLOCKS") ob_num = input.int(2 , "" , tooltip = "Orderblocks number", inline = "1", group = "VOLUME ORDER BLOCKS", minval = 1, maxval = 10) mult = input.int(5 , "Mult                  ", tooltip = "Add more bar to the right for a clear view", inline = "2", group = "VOLUME ORDER BLOCKS", minval = 1) ob_timeframe = input.timeframe("", "Timeframe         " , inline = "3", group = "VOLUME ORDER BLOCKS") ob_bull_css = input.color(#08998186, "", inline = "1", group = "VOLUME ORDER BLOCKS") ob_bear_css = input.color(#f2364683, "", inline = "1", group = "VOLUME ORDER BLOCKS") ob_opacity = input.int(80, "", inline = "1", tooltip = "Opacity main orderblocks", group = "VOLUME ORDER BLOCKS") show_liq = input.bool(false, "Liquidity Wicks", inline = "1", group = "LIQUIDITY WICKS") liq_up_css = input.color(color.yellow, "", inline = "1", group = "LIQUIDITY WICKS") liq_dn_css = input.color(color.orange, "", inline = "1", group = "LIQUIDITY WICKS") volMA = input.int (200, "MA Volume threshold", group = "LIQUIDITY WICKS", tooltip = "MA on volume to be above", minval = 2) liq_thresh = input.float(10 , "Threshold" , group = "LIQUIDITY WICKS", tooltip = "Wick bigger than body" , minval = 2, step = 0.1) show_lbl = input.bool(true, "Show swing point", inline = "1", group = "GENERAL SETTINGS") lbl_size = input.string("Small", "", options = ["Tiny", "Small", "Normal", "Large", "Huge"], group = "GENERAL SETTINGS", inline = "1") show_bar_css = input.bool(false, "Show bar coloring", group = "GENERAL SETTINGS") //-----------------------------------------------------------------------------{ // Switch market strcture visuals //-----------------------------------------------------------------------------{ switch show_swing_ms "All" => boolean.set(s_bos, true) , boolean.set(s_choch, true) "CHoCH" => boolean.set(s_bos, false), boolean.set(s_choch, true) "BOS" => boolean.set(s_bos, true) , boolean.set(s_choch, false) "None" => boolean.set(s_bos, false), boolean.set(s_choch, false) => na switch show_internal_ms "All" => boolean.set(i_bos, true) , boolean.set(i_choch, true) , boolean.set(i_pp_choch, true) "CHoCH" => boolean.set(i_bos, false), boolean.set(i_choch, true) , boolean.set(i_pp_choch, false) "BOS" => boolean.set(i_bos, true) , boolean.set(i_choch, false), boolean.set(i_pp_choch, false) "CHoCH+" => boolean.set(i_bos, false), boolean.set(i_choch, false), boolean.set(i_pp_choch, true) "None" => boolean.set(i_bos, false), boolean.set(i_choch, false), boolean.set(i_pp_choch, false) => na //-----------------------------------------------------------------------------{ // Custom Type //-----------------------------------------------------------------------------{ type bar float o = open float c = close float h = high float l = low float v = volume int n = bar_index int t = time string xt = xloc.bar_time string xn = xloc.bar_index type bin float [] i_hpoint float [] i_lpoint int [] i_nBull int [] i_nBear float [] s_hpoint float [] s_lpoint int [] s_nBull int [] s_nBear float [] up_ms_logs float [] dn_ms_logs string[] i_bulltxt string[] i_beartxt type ob float[] bear_h float[] bear_l int [] bear_n float[] bull_h float[] bull_l int [] bull_n float[] h float[] l float[] m int [] left box [] ob_bx line [] ob_line int [] t_bull int [] t_bear float[] v_bull float[] v_bear int [] vn //-----------------------------------------------------------------------------{ // Type set //-----------------------------------------------------------------------------{ bar b = bar.new() var pp = bin.new( array.new< float >(1, na) , array.new< float >(1, na) , array.new< int >(1, na) , array.new< int >(1, na) , array.new< float >(1, na) , array.new< float >(1, na) , array.new< int >(1, na) , array.new< int >(1, na) , array.new< float >(1, na) , array.new< float >(1, na) , array.new< string>(1, na) , array.new< string>(1, na) ) var obv = ob.new( array.new< float >(1, na) , array.new< float >(1, na) , array.new< int >(1, na) , array.new< float >(1, na) , array.new< float >(1, na) , array.new< int >(1, na) , array.new< float >(0, na) , array.new< float >(0, na) , array.new< float >(0, na) , array.new< int >(0, na) , array.new< box >(0, na) , array.new< line >(0, na) , array.new< int >(1 ,na) , array.new< int >(1 ,na) , array.new< float >(1 ,na) , array.new< float >(1 ,na) , array.new< int >(1 ,na) ) //-----------------------------------------------------------------------------{ // order blocks candle cordinate //-----------------------------------------------------------------------------{ switch b.c > b.o => boolean.set(green_candle, true) b.c < b.o => boolean.set(red_candle , true) switch boolean.get(green_candle) => obv.bull_h.push(b.h), obv.bull_l.push(b.l), obv.bull_n.push(b.n), obv.t_bull.push(b.t) boolean.get(red_candle) => obv.bear_h.push(b.h), obv.bear_l.push(b.l), obv.bear_n.push(b.n), obv.t_bear.push(b.t) => na //-----------------------------------------------------------------------------{ // lower timeframe volume //-----------------------------------------------------------------------------{ method normalize(float _src, int _min, int _max) => var _historicMin = 10e10 var _historicMax = -10e10 _historicMin := math.min(nz(_src, _historicMin), _historicMin) _historicMax := math.max(nz(_src, _historicMax), _historicMax) _min + (_max - _min) * (_src - _historicMin) / math.max(_historicMax - _historicMin, 10e-10) vol() => float posVol = 0.0 float negVol = 0.0 switch close > open => posVol += volume close < open => negVol -= volume tf = (timeframe.in_seconds("") / 60) / 6 [_one, _two] = request.security_lower_tf("", ob_timeframe , [posVol, negVol]) [_one.sum().normalize(0, 100), _two.sum().normalize(-100, 0)] //-----------------------------------------------------------------------------{ // set orderblocks //-----------------------------------------------------------------------------{ method orderblock(bool condition, float top, float btm, int left, int right, float mitigation, bool bull, int num, color css, string _extend, string _xloc, float target_bull, float target_bear, int transp_bg, int transp_border, string strVol) => var ob_top = array.new< float >(0) var ob_btm = array.new< float >(0) var ob_left = array.new< int >(0) var ob_right = array.new< int >(0) var bx = array.new< box >(0) var l = array.new< line >(0) var bull_tar = array.new< float >(0) var bear_tar = array.new< float >(0) if condition avg = math.avg(top, btm ) ob_top .unshift(top ) ob_btm .unshift(btm ) ob_left .unshift(left ) ob_right.unshift(right ) bull_tar.unshift(target_bull) bear_tar.unshift(target_bear) if barstate.isconfirmed target = bull ? bull_tar : bear_tar for stuff in target index = target.indexof(stuff) if (bull ? mitigation < stuff : mitigation > stuff) ob_top .remove(index) ob_btm .remove(index) ob_left .remove(index) ob_right.remove(index) bull_tar.remove(index) bear_tar.remove(index) if barstate.isfirst for j = 0 to num - 1 bx.unshift(box.new(na, na, na, na , xloc = _xloc , extend = _extend , bgcolor = css , border_color = color.new(css, 100) , text = str.tostring(strVol) , text_halign = text.align_right , text_size = size.auto , text_color = css)) if barstate.islast if ob_top.size() > 0 for j = 0 to math.min(num - 1, ob_top.size() - 1) g_box = bx.get(j) g_line = l.get (j) g_box.set_left (ob_left .get(j)) g_box.set_right (ob_right.get(j)) g_box.set_top (ob_top .get(j)) g_box.set_bottom(ob_btm .get(j)) [up, dn] = vol() //-----------------------------------------------------------------------------{ // General functions //-----------------------------------------------------------------------------{ size(x) => switch x "Tiny" => size.tiny "Small" => size.small "Large" => size.large "Huge" => size.huge _h_l() => [b.h, b.l] lineStyle(x) => y = switch x '⎯⎯⎯' => line.style_solid '----' => line.style_dashed '····' => line.style_dotted y f_line(x, y, z, css, txt, down, size, style) => var line id = na var label lbl = na id := line.new(x, y, z, y , xloc = b.xn , color = css , width = 1 , style = style) lbl := label.new(int(math.avg(x, z)), y, txt , color = invcol , textcolor = css , style = down ? label.style_label_down : label.style_label_up , size = size) method sf_hl(string tf) => [h, l] = request.security("", tf, _h_l(), lookahead = barmerge.lookahead_on) [h, l] method f_hl_line(string _style, color css, string tf) => var line h_line = na var line l_line = na var label h_label = na var label l_label = na h_line := line.new(na, na, na, na , xloc = b.xt , color = css , style = _style ) l_line := line.new(na, na, na, na , xloc = b.xt , color = css , style = _style ) h_label := label.new(na, na , xloc = b.xt , text = str.format("{0} High" , tf) , size = size.small , style = label.style_label_left , color = invcol , textcolor = css ) l_label := label.new(na, na , xloc = b.xt , text = str.format("{0} Low", tf) , size = size.small , style = label.style_label_left , color = invcol , textcolor = css ) [h_line, l_line, h_label, l_label] //-----------------------------------------------------------------------------{ // HTF high and low //-----------------------------------------------------------------------------{ method highANDlow(string _tf, float _higs, float _lows, string _style, color _css) => highY = ta.valuewhen(_higs != _higs[1], _higs, 1) highX = ta.valuewhen(_higs == b.h , b.t , 1) lowY = ta.valuewhen(_lows != _lows[1], _lows, 1) lowX = ta.valuewhen(_lows == b.l , b.t , 1) [h_line, l_line, h_label, l_label] = _style.f_hl_line(_css, _tf) if barstate.islast t_end = time + (time - time[1]) * 20 line.set_xy1(h_line , highX, highY) line.set_xy2(h_line , t_end, highY) label.set_xy(h_label, t_end, highY) line.set_xy1(l_line , lowX , lowY ) line.set_xy2(l_line , t_end, lowY ) label.set_xy(l_label, t_end, lowY ) [d_h, d_l] = "D" .sf_hl() [w_h, w_l] = "W" .sf_hl() [m_h, m_l] = "M" .sf_hl() [y_h, y_l] = "12M".sf_hl() if lvl_daily "D" .highANDlow(d_h, d_l, lineStyle(s_d), css_d) if lvl_weekly "W" .highANDlow(w_h, w_l, lineStyle(s_w), css_w) if lvl_monthly "M" .highANDlow(m_h, m_l, lineStyle(s_m), css_m) if lvl_yearly "12M".highANDlow(y_h, y_l, lineStyle(s_y), css_y) //-----------------------------------------------------------------------------{ // Market strcture pivot point //-----------------------------------------------------------------------------{ point() => ph_i = ta.pivothigh(b.h, internal_l_lookback, internal_r_lookback) pl_i = ta.pivotlow (b.l , internal_l_lookback, internal_r_lookback) ph_s = ta.pivothigh(b.h, swing_l_lookback, swing_r_lookback) pl_s = ta.pivotlow (b.l , swing_l_lookback, swing_r_lookback) [ph_i, pl_i, ph_s, pl_s] [ph_i, pl_i, ph_s, pl_s] = point() switch ph_i => pp.i_hpoint.clear(), pp.i_nBull.clear(), pp.i_hpoint.push(b.h[internal_r_lookback]), pp.i_nBull.push(b.n[internal_r_lookback]), pp.up_ms_logs.push(b.h[internal_r_lookback]) pl_i => pp.i_lpoint.clear(), pp.i_nBear.clear(), pp.i_lpoint.push(b.l[internal_r_lookback]), pp.i_nBear.push(b.n[internal_r_lookback]), pp.dn_ms_logs.push(b.l[internal_r_lookback]) ph_s => pp.s_hpoint.clear(), pp.s_nBull.clear(), pp.s_hpoint.push(b.h[swing_r_lookback]) , pp.s_nBull.push(b.n[swing_r_lookback]) pl_s => pp.s_lpoint.clear(), pp.s_nBear.clear(), pp.s_lpoint.push(b.l[swing_r_lookback]) , pp.s_nBear.push(b.n[swing_r_lookback]) => na //-----------------------------------------------------------------------------{ // strcture set //-----------------------------------------------------------------------------{ method structure(bin zz, bool mtf) => var color css = na var int count = 0 var trend = 0 var itrend = 0 var ob_bear = false bool bear_ob = false bool bull_ob = false if true //-----------------------------------------------------------------------------{ //Internal structure bullish //-----------------------------------------------------------------------------{ if zz.dn_ms_logs.size() > 1 and zz.i_hpoint.size() > 0 and zz.i_nBull.size() > 0 if ta.crossover(b.c, zz.i_hpoint.last()) bool choch = na string txt = na if itrend < 0 choch := true switch choch and not (zz.dn_ms_logs.last() > zz.dn_ms_logs.get(zz.dn_ms_logs.indexof(zz.dn_ms_logs.last()) - 1)) => txt := "CHoCH" choch and (zz.dn_ms_logs.last() > zz.dn_ms_logs.get(zz.dn_ms_logs.indexof(zz.dn_ms_logs.last()) - 1)) => txt := "CHoCH+" not choch => txt := "BOS" itrend := 1 switch txt "CHoCH" => css := i_ms_up_choch "BOS" => css := i_ms_up_bos "CHoCH+" => css := i_ms_up_choch => css if ((txt == "BOS" and boolean.get(i_bos) == true) or (txt == "CHoCH" and boolean.get(i_choch) == true) or (txt =="CHoCH+" and boolean.get(i_pp_choch) == true)) and mtf == false f_line(zz.i_nBull.last(), zz.i_hpoint.last(), b.n, i_ms_up_bos, txt, true, size.small, line.style_dashed) if txt == "BOS" bull_ob := true zz.i_nBull.clear () zz.i_hpoint.clear() zz.i_bulltxt.push(txt) //-----------------------------------------------------------------------------{ //Internal structure bearish //-----------------------------------------------------------------------------{ if zz.up_ms_logs.size() > 1 and zz.i_lpoint.size() > 0 and zz.i_nBear.size() > 0 if ta.crossunder(b.c, zz.i_lpoint.last()) bool choch = na string txt = na if itrend > 0 choch := true switch choch and not (zz.up_ms_logs.last() < zz.up_ms_logs.get(zz.up_ms_logs.indexof(zz.up_ms_logs.last()) - 1)) => txt := "CHoCH" choch and (zz.up_ms_logs.last() < zz.up_ms_logs.get(zz.up_ms_logs.indexof(zz.up_ms_logs.last()) - 1)) => txt := "CHoCH+" not choch => txt := "BOS" itrend := -1 switch txt "CHoCH" => css := i_ms_dn_choch "BOS" => css := i_ms_dn_bos "CHoCH+" => css := i_ms_dn_choch => css if ((txt == "BOS" and boolean.get(i_bos) == true) or (txt == "CHoCH" and boolean.get(i_choch) == true) or (txt =="CHoCH+" and boolean.get(i_pp_choch) == true)) and mtf == false f_line(zz.i_nBear.last(), zz.i_lpoint.last(), b.n, i_ms_dn_bos, txt, false, size.small, line.style_dashed) if txt == "BOS" bear_ob := true zz.i_nBear.clear () zz.i_lpoint.clear() zz.i_beartxt.push(txt) //-----------------------------------------------------------------------------{ //Swing structure bullish //-----------------------------------------------------------------------------{ if zz.s_hpoint.size() > 0 if ta.crossover(b.c, zz.s_hpoint.last()) bool choch = na string txt = na if trend < 0 choch := true txt := choch ? "CHoCH" : "BOS" trend := 1 if ((txt == "BOS" and boolean.get(s_bos) == true) or (txt == "CHoCH" and boolean.get(s_choch) == true) and mtf == false) f_line(zz.s_nBull.last(), zz.s_hpoint.last(), b.n, i_ms_up_bos, txt, true, size.small, line.style_solid) zz.s_nBull.clear () zz.s_hpoint.clear() //-----------------------------------------------------------------------------{ //Swing structure bearish //-----------------------------------------------------------------------------{ if zz.s_lpoint.size() > 0 if ta.crossunder(b.c, zz.s_lpoint.last()) bool choch = na string txt = na if trend > 0 choch := true txt := choch ? "CHoCH" : "BOS" trend := -1 if ((txt == "BOS" and boolean.get(s_bos) == true) or (txt == "CHoCH" and boolean.get(s_choch) == true) and mtf == false) f_line(zz.s_nBear.last(), zz.s_lpoint.last(), b.n, i_ms_dn_bos, txt, false, size.small, line.style_solid) zz.s_nBear.clear () zz.s_lpoint.clear() [css, bear_ob, bull_ob] [css, bear_ob_check, bull_ob_check] = pp.structure(false) //-----------------------------------------------------------------------------{ // basic Liquidity wick function //-----------------------------------------------------------------------------{ liq_wick(bool green, int len, float thresh) => bool up_liq = false bool dn_liq = false bool vol = b.v > ta.sma(b.v, len) ? true : false float u_c = na float u_h = na float u_o = na float d_c = na float d_lo = na float d_o = na upwick = math.abs(high - math.max(open, close)) dnwick = math.abs(low - math.min(open, close)) body = math.abs(close - open) switch green true => up_liq := upwick > thresh * body and vol ? true : false false => dn_liq := dnwick > thresh * body and vol ? true : false => na switch up_liq true => u_c := close, u_h := high, u_o := open => na switch dn_liq true => d_c := close, d_lo := low, d_o := open => na [up_liq, dn_liq, u_c, u_h, u_o, d_c, d_lo, d_o] [up_liq, dn_liq, u_c, u_h, u_o, d_c, d_lo, d_o] = liq_wick(close > open, volMA, liq_thresh) //-----------------------------------------------------------------------------{ // set order blocks //-----------------------------------------------------------------------------{ switch ob_show false => bear_ob_check := false, bull_ob_check := false => na bull_ob_check.orderblock( obv.bear_h.last() , obv.bear_l.last() , obv.t_bear.last() , obv.t_bear.last() , close , true , ob_num , color.new(ob_bull_css, ob_opacity) , extend.right , xloc.bar_time , obv.bear_l.last() , obv.bear_l.last() , ob_opacity , 100 , "") bull_ob_check.orderblock( obv.bear_h.last() , ((obv.bear_l.last() + obv.bear_h.last()) / 2) , obv.t_bear.last() , time_close + (time_close - time_close[1]) * int(up * mult) , close , true , ob_num , ob_bull_css , extend.none, xloc.bar_time , obv.bear_l.last() , obv.bear_l.last() , 60 , 100 , "") bull_ob_check.orderblock( ((obv.bear_l.last() + obv.bear_h.last()) / 2) , obv.bear_l.last() , obv.t_bear.last() , time_close + (time_close - time_close[1]) * int(math.abs(dn * mult)) , close , true , ob_num , ob_bear_css , extend.none , xloc.bar_time , obv.bear_l.last() , obv.bear_l.last() , 60 , 100 , "") bear_ob_check.orderblock( obv.bull_h.last() , obv.bull_l.last() , obv.t_bull.last() , obv.t_bull.last() , close , false , ob_num , color.new(ob_bear_css, ob_opacity) , extend.right , xloc.bar_time , obv.bull_h.last() , obv.bull_h.last() , ob_opacity , 100 , "") bear_ob_check.orderblock( obv.bull_h.last() , ((obv.bull_l.last() + obv.bull_h.last()) / 2) , obv.t_bull.last() , time_close + (time_close - time_close[1]) * int(up * mult) , close , false , ob_num , ob_bull_css , extend.none , xloc.bar_time , obv.bull_h.last() , obv.bull_h.last() , 60 , 100 , "") bear_ob_check.orderblock( ((obv.bull_l.last() + obv.bull_h.last()) / 2) , obv.bull_l.last(), obv.t_bull.last() , time_close + (time_close - time_close[1]) * int(math.abs(dn * mult)) , close , false , ob_num , ob_bear_css , extend.none , xloc.bar_time , obv.bull_h.last() , obv.bull_h.last() , 60 , 100 , "") //-----------------------------------------------------------------------------{ // plotting //-----------------------------------------------------------------------------{ if pp.s_hpoint.size() > 0 if ta.change(pp.s_hpoint.last()) label.new(bar_index[swing_r_lookback], high[swing_r_lookback], text = "HH", color = invcol, style = label.style_label_down, textcolor = i_ms_up_bos, size = size(lbl_size)) if pp.s_lpoint.size() > 0 if ta.change(pp.s_lpoint.last()) label.new(bar_index[swing_r_lookback], low[swing_r_lookback], text = "LL", color = invcol, style = label.style_label_up, textcolor = i_ms_dn_bos, size = size(lbl_size)) plotcandle(open,high,low,close , color = css , wickcolor = color.rgb(120, 123, 134, 50), bordercolor = css) plotcandle(u_c, u_h, u_o, u_h , wickcolor = invcol, color = invcol, bordercolor = show_liq ? liq_up_css : invcol) plotcandle(d_c, d_c, d_lo, d_lo, wickcolor = invcol, color = invcol, bordercolor = show_liq ? liq_dn_css : invcol) barcolor(color = show_bar_css ? css : na)

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  // This work is licensed under a Attribution-NonCommercial-ShareAlike 4.0 International (CC BY-NC-SA 4.0) https://creativecommons.org/licenses/by-nc-sa/4.0/ // © HunterAlgos   //@version=5 indicator("Price Action Concepts [HunterAlgos]", shorttitle = "Price Action Concepts [1.0.0]", overlay = true, max_lines_count = 500, max_labels_count = 500, max_bars_back = 500, max_boxes_count = 500)     //-----------------------------------------------------------------------------{     //Boolean set //-----------------------------------------------------------------------------{ s_bos        = 0 s_choch      = 1 i_bos        = 2 i_choch      = 3 i_pp_choch   = 4 green_candle = 5 red_candle   = 6   boolean = array.from(    false // s_bos , false // s_choch , false // i_bos , false // i_choch , false // i_pp_choch , false // up , false // dn )     //-----------------------------------------------------------------------------{     // User inputs //-----------------------------------------------------------------------------{ show_swing_ms    = input.string("All", "Swing   ", ["All", "CHoCH", "BOS", "None"]                                  , group = "MARKET STRUCTURE", inline = "1") show_internal_ms = input.string("All", "Internal", ["All", "CHoCH", "BOS", "CHoCH+", "None"]                        , group = "MARKET STRUCTURE", inline = "2")   internal_r_lookback = input.int(5 , "", group = "MARKET STRUCTURE", inline = "2", minval = 2) swing_r_lookback    = input.int(50, "", group = "MARKET STRUCTURE", inline = "1", minval = 2)   internal_l_lookback = math.round(internal_r_lookback / 2) swing_l_lookback    = swing_r_lookback    / 2   i_ms_up_bos   = input.color(#089981, group = "MARKET STRUCTURE", inline = "2", title = "") i_ms_up_choch = input.color(#00332a, group = "MARKET STRUCTURE", inline = "2", title = "") i_ms_dn_bos   = input.color(#f23645, group = "MARKET STRUCTURE", inline = "2", title = "") i_ms_dn_choch = input.color(#801922, group = "MARKET STRUCTURE", inline = "2", title = "") s_ms_up_bos   = input.color(#089981, group = "MARKET STRUCTURE", inline = "1", title = "") s_ms_up_choch = input.color(#00332a, group = "MARKET STRUCTURE", inline = "1", title = "") s_ms_dn_bos   = input.color(#f23645, group = "MARKET STRUCTURE", inline = "1", title = "") s_ms_dn_choch = input.color(#801922, group = "MARKET STRUCTURE", inline = "1", title = "")   invcol = color.new(color.white, 100)   lvl_daily   = input.bool(false, "Day   "  , inline = "1", group = "HIGHS & LOWS MTF") lvl_weekly  = input.bool(false, "Week " , inline = "2", group = "HIGHS & LOWS MTF") lvl_monthly = input.bool(false, "Month", inline = "3", group = "HIGHS & LOWS MTF") lvl_yearly  = input.bool(false, "Year  " , inline = "4", group = "HIGHS & LOWS MTF")   css_d = input.color(color.blue, "", group = "HIGHS & LOWS MTF", inline = "1") css_w = input.color(color.blue, "", group = "HIGHS & LOWS MTF", inline = "2") css_m = input.color(color.blue, "", group = "HIGHS & LOWS MTF", inline = "3") css_y = input.color(color.blue, "", group = "HIGHS & LOWS MTF", inline = "4")     s_d = input.string('⎯⎯⎯', '', options = ['⎯⎯⎯', '----', '····'], inline = '1', group = 'HIGHS & LOWS MTF') s_w = input.string('⎯⎯⎯', '', options = ['⎯⎯⎯', '----', '····'], inline = '2', group = 'HIGHS & LOWS MTF') s_m = input.string('⎯⎯⎯', '', options = ['⎯⎯⎯', '----', '····'], inline = '3', group = 'HIGHS & LOWS MTF') s_y = input.string('⎯⎯⎯', '', options = ['⎯⎯⎯', '----', '····'], inline = '4', group = 'HIGHS & LOWS MTF')     ob_show = input.bool(true, "Order blocks",                                 inline = "1", group = "VOLUME ORDER BLOCKS") ob_num  = input.int(2    , ""            , tooltip = "Orderblocks number", inline = "1", group = "VOLUME ORDER BLOCKS", minval = 1, maxval = 10)   mult         = input.int(5       , "Mult                  ", tooltip = "Add more bar to the right for a clear view", inline = "2", group = "VOLUME ORDER BLOCKS", minval = 1) ob_timeframe = input.timeframe("", "Timeframe         "                                                            , inline = "3", group = "VOLUME ORDER BLOCKS")   ob_bull_css = input.color(#08998186, "", inline = "1", group = "VOLUME ORDER BLOCKS") ob_bear_css = input.color(#f2364683, "", inline = "1", group = "VOLUME ORDER BLOCKS")   ob_opacity  = input.int(80, "", inline = "1", tooltip = "Opacity main orderblocks", group = "VOLUME ORDER BLOCKS")     show_liq   = input.bool(false, "Liquidity Wicks", inline = "1", group = "LIQUIDITY WICKS")   liq_up_css = input.color(color.yellow, "", inline = "1", group = "LIQUIDITY WICKS") liq_dn_css = input.color(color.orange, "", inline = "1", group = "LIQUIDITY WICKS")   volMA      = input.int  (200, "MA Volume threshold", group = "LIQUIDITY WICKS", tooltip = "MA on volume to be above", minval = 2) liq_thresh = input.float(10  , "Threshold"          , group = "LIQUIDITY WICKS", tooltip = "Wick bigger than body"   , minval = 2, step = 0.1)     show_lbl         = input.bool(true, "Show swing point", inline = "1", group = "GENERAL SETTINGS")   lbl_size         = input.string("Small", "", options = ["Tiny", "Small", "Normal", "Large", "Huge"], group = "GENERAL SETTINGS", inline = "1")   show_bar_css     = input.bool(false, "Show bar coloring", group = "GENERAL SETTINGS")     //-----------------------------------------------------------------------------{     // Switch market strcture visuals //-----------------------------------------------------------------------------{ switch show_swing_ms     "All"    => boolean.set(s_bos, true) , boolean.set(s_choch, true)       "CHoCH"  => boolean.set(s_bos, false), boolean.set(s_choch, true)       "BOS"    => boolean.set(s_bos, true) , boolean.set(s_choch, false)     "None"   => boolean.set(s_bos, false), boolean.set(s_choch, false)     => na   switch show_internal_ms     "All"    => boolean.set(i_bos, true) , boolean.set(i_choch, true) , boolean.set(i_pp_choch, true)       "CHoCH"  => boolean.set(i_bos, false), boolean.set(i_choch, true) , boolean.set(i_pp_choch, false)     "BOS"    => boolean.set(i_bos, true) , boolean.set(i_choch, false), boolean.set(i_pp_choch, false)     "CHoCH+" => boolean.set(i_bos, false), boolean.set(i_choch, false), boolean.set(i_pp_choch, true)     "None"   => boolean.set(i_bos, false), boolean.set(i_choch, false), boolean.set(i_pp_choch, false)     => na     //-----------------------------------------------------------------------------{     // Custom Type //-----------------------------------------------------------------------------{ type bar     float   o = open     float   c = close     float   h = high     float   l = low     float   v = volume     int     n = bar_index     int     t = time     string xt = xloc.bar_time     string xn = xloc.bar_index   type bin     float [] i_hpoint     float [] i_lpoint     int   [] i_nBull     int   [] i_nBear     float [] s_hpoint     float [] s_lpoint     int   [] s_nBull     int   [] s_nBear     float [] up_ms_logs     float [] dn_ms_logs     string[] i_bulltxt     string[] i_beartxt   type ob     float[] bear_h     float[] bear_l     int  [] bear_n     float[] bull_h     float[] bull_l     int  [] bull_n     float[] h     float[] l     float[] m     int  [] left     box  [] ob_bx     line [] ob_line     int  [] t_bull     int  [] t_bear     float[] v_bull     float[] v_bear     int  [] vn     //-----------------------------------------------------------------------------{     // Type set //-----------------------------------------------------------------------------{ bar b  = bar.new()   var pp = bin.new(    array.new< float >(1, na) , array.new< float >(1, na) , array.new< int   >(1, na) , array.new< int   >(1, na) , array.new< float >(1, na) , array.new< float >(1, na) , array.new< int   >(1, na) , array.new< int   >(1, na) , array.new< float >(1, na) , array.new< float >(1, na) , array.new< string>(1, na) , array.new< string>(1, na) )   var obv = ob.new(    array.new< float >(1, na) , array.new< float >(1, na) , array.new< int   >(1, na) , array.new< float >(1, na) , array.new< float >(1, na) , array.new< int   >(1, na) , array.new< float >(0, na) , array.new< float >(0, na) , array.new< float >(0, na) , array.new< int   >(0, na) , array.new< box   >(0, na) , array.new< line  >(0, na) , array.new< int   >(1 ,na) , array.new< int   >(1 ,na) , array.new< float >(1 ,na) , array.new< float >(1 ,na) , array.new< int   >(1 ,na) )     //-----------------------------------------------------------------------------{     // order blocks candle cordinate //-----------------------------------------------------------------------------{ switch     b.c > b.o => boolean.set(green_candle, true)     b.c < b.o => boolean.set(red_candle  , true)   switch     boolean.get(green_candle) => obv.bull_h.push(b.h), obv.bull_l.push(b.l), obv.bull_n.push(b.n), obv.t_bull.push(b.t)     boolean.get(red_candle)   => obv.bear_h.push(b.h), obv.bear_l.push(b.l), obv.bear_n.push(b.n), obv.t_bear.push(b.t)     => na     //-----------------------------------------------------------------------------{     // lower timeframe volume //-----------------------------------------------------------------------------{ method normalize(float _src, int _min, int _max) =>     var _historicMin =  10e10     var _historicMax = -10e10     _historicMin := math.min(nz(_src, _historicMin), _historicMin)     _historicMax := math.max(nz(_src, _historicMax), _historicMax)     _min + (_max - _min) * (_src - _historicMin) / math.max(_historicMax - _historicMin, 10e-10)   vol() =>     float posVol = 0.0     float negVol = 0.0     switch         close > open => posVol += volume         close < open => negVol -= volume       tf           = (timeframe.in_seconds("") / 60) / 6     [_one, _two] = request.security_lower_tf("", ob_timeframe , [posVol, negVol])       [_one.sum().normalize(0, 100), _two.sum().normalize(-100, 0)]     //-----------------------------------------------------------------------------{     // set orderblocks //-----------------------------------------------------------------------------{ method orderblock(bool condition, float top, float btm, int left, int right, float mitigation, bool bull, int num, color css, string _extend, string _xloc, float target_bull, float target_bear, int transp_bg, int transp_border, string strVol) =>     var ob_top   = array.new< float >(0)     var ob_btm   = array.new< float >(0)     var ob_left  = array.new< int   >(0)     var ob_right = array.new< int   >(0)     var bx       = array.new< box   >(0)     var l        = array.new< line  >(0)     var bull_tar = array.new< float >(0)     var bear_tar = array.new< float >(0)       if condition         avg =    math.avg(top, btm  )         ob_top  .unshift(top        )         ob_btm  .unshift(btm        )         ob_left .unshift(left       )         ob_right.unshift(right      )         bull_tar.unshift(target_bull)         bear_tar.unshift(target_bear)       if barstate.isconfirmed         target = bull ? bull_tar : bear_tar         for stuff in target             index = target.indexof(stuff)             if (bull ? mitigation < stuff : mitigation > stuff)                 ob_top  .remove(index)                 ob_btm  .remove(index)                 ob_left .remove(index)                 ob_right.remove(index)                 bull_tar.remove(index)                 bear_tar.remove(index)       if barstate.isfirst         for j = 0 to num - 1             bx.unshift(box.new(na, na, na, na               , xloc         = _xloc               , extend       = _extend               , bgcolor      = css               , border_color = color.new(css, 100)               , text         = str.tostring(strVol)               , text_halign  = text.align_right               , text_size    = size.auto               , text_color   = css))         if barstate.islast         if ob_top.size() > 0             for j = 0 to math.min(num - 1, ob_top.size() - 1)                 g_box  = bx.get(j)                 g_line = l.get (j)                   g_box.set_left  (ob_left .get(j))                 g_box.set_right (ob_right.get(j))                 g_box.set_top   (ob_top  .get(j))                 g_box.set_bottom(ob_btm  .get(j))     [up, dn] = vol()     //-----------------------------------------------------------------------------{     // General functions //-----------------------------------------------------------------------------{ size(x) =>     switch x         "Tiny" => size.tiny         "Small" => size.small         "Large" => size.large         "Huge" => size.huge     _h_l() => [b.h, b.l]   lineStyle(x) =>     y = switch x         '⎯⎯⎯'  => line.style_solid         '----' => line.style_dashed         '····' => line.style_dotted     y   f_line(x, y, z, css, txt, down, size, style) =>     var line  id  = na     var label lbl = na       id := line.new(x, y, z, y      , xloc  = b.xn      , color = css      , width = 1      , style = style)       lbl := label.new(int(math.avg(x, z)), y, txt       , color     = invcol       , textcolor = css       , style     = down ? label.style_label_down : label.style_label_up       , size      = size)     method sf_hl(string tf) =>     [h, l] = request.security("", tf, _h_l(), lookahead = barmerge.lookahead_on)     [h, l]      method f_hl_line(string _style, color css, string tf) =>     var line h_line   = na     var line l_line   = na     var label h_label = na     var label l_label = na       h_line := line.new(na, na, na, na      , xloc = b.xt      , color = css      , style = _style      )       l_line := line.new(na, na, na, na      , xloc = b.xt      , color = css      , style = _style      )       h_label := label.new(na, na      , xloc  = b.xt      , text  = str.format("{0} High" , tf)      , size  = size.small      , style = label.style_label_left      , color = invcol      , textcolor = css      )       l_label := label.new(na, na      , xloc = b.xt      , text = str.format("{0} Low", tf)      , size  = size.small      , style = label.style_label_left      , color = invcol      , textcolor = css      )       [h_line, l_line, h_label, l_label]     //-----------------------------------------------------------------------------{     // HTF high and low //-----------------------------------------------------------------------------{ method highANDlow(string _tf, float _higs, float _lows, string _style, color _css) =>     highY = ta.valuewhen(_higs != _higs[1], _higs, 1)     highX = ta.valuewhen(_higs == b.h     , b.t  , 1)     lowY  = ta.valuewhen(_lows != _lows[1], _lows, 1)     lowX  = ta.valuewhen(_lows == b.l     , b.t  , 1)       [h_line, l_line, h_label, l_label] = _style.f_hl_line(_css, _tf)       if barstate.islast         t_end = time + (time - time[1]) * 20         line.set_xy1(h_line , highX, highY)         line.set_xy2(h_line , t_end, highY)         label.set_xy(h_label, t_end, highY)         line.set_xy1(l_line , lowX , lowY )         line.set_xy2(l_line , t_end, lowY )         label.set_xy(l_label, t_end, lowY )       [d_h, d_l] = "D"  .sf_hl() [w_h, w_l] = "W"  .sf_hl() [m_h, m_l] = "M"  .sf_hl() [y_h, y_l] = "12M".sf_hl()     if lvl_daily     "D"  .highANDlow(d_h, d_l, lineStyle(s_d), css_d) if lvl_weekly     "W"  .highANDlow(w_h, w_l, lineStyle(s_w), css_w) if lvl_monthly     "M"  .highANDlow(m_h, m_l, lineStyle(s_m), css_m) if lvl_yearly     "12M".highANDlow(y_h, y_l, lineStyle(s_y), css_y)     //-----------------------------------------------------------------------------{     // Market strcture pivot point //-----------------------------------------------------------------------------{ point() =>     ph_i = ta.pivothigh(b.h, internal_l_lookback, internal_r_lookback)     pl_i = ta.pivotlow (b.l , internal_l_lookback, internal_r_lookback)     ph_s = ta.pivothigh(b.h, swing_l_lookback, swing_r_lookback)     pl_s = ta.pivotlow (b.l , swing_l_lookback, swing_r_lookback)       [ph_i, pl_i, ph_s, pl_s]   [ph_i, pl_i, ph_s, pl_s] = point()     switch     ph_i => pp.i_hpoint.clear(), pp.i_nBull.clear(), pp.i_hpoint.push(b.h[internal_r_lookback]), pp.i_nBull.push(b.n[internal_r_lookback]), pp.up_ms_logs.push(b.h[internal_r_lookback])     pl_i => pp.i_lpoint.clear(), pp.i_nBear.clear(), pp.i_lpoint.push(b.l[internal_r_lookback]), pp.i_nBear.push(b.n[internal_r_lookback]), pp.dn_ms_logs.push(b.l[internal_r_lookback])     ph_s => pp.s_hpoint.clear(), pp.s_nBull.clear(), pp.s_hpoint.push(b.h[swing_r_lookback])   , pp.s_nBull.push(b.n[swing_r_lookback])     pl_s => pp.s_lpoint.clear(), pp.s_nBear.clear(), pp.s_lpoint.push(b.l[swing_r_lookback])   , pp.s_nBear.push(b.n[swing_r_lookback])     => na     //-----------------------------------------------------------------------------{     // strcture set //-----------------------------------------------------------------------------{ method structure(bin zz, bool mtf) =>     var color css = na     var int count = 0     var trend     = 0     var itrend    = 0     var ob_bear   = false     bool bear_ob  = false     bool bull_ob  = false       if true           //-----------------------------------------------------------------------------{         //Internal structure bullish         //-----------------------------------------------------------------------------{         if zz.dn_ms_logs.size() > 1 and zz.i_hpoint.size() > 0 and zz.i_nBull.size() > 0             if ta.crossover(b.c, zz.i_hpoint.last())                 bool choch = na                 string txt = na                   if itrend < 0                     choch := true                   switch                     choch and not (zz.dn_ms_logs.last() > zz.dn_ms_logs.get(zz.dn_ms_logs.indexof(zz.dn_ms_logs.last()) - 1)) => txt := "CHoCH"                     choch and     (zz.dn_ms_logs.last() > zz.dn_ms_logs.get(zz.dn_ms_logs.indexof(zz.dn_ms_logs.last()) - 1)) => txt := "CHoCH+"                     not choch                                                                                                 => txt := "BOS"                   itrend := 1                   switch txt                     "CHoCH"  => css := i_ms_up_choch                     "BOS"    => css := i_ms_up_bos                     "CHoCH+" => css := i_ms_up_choch                     => css                   if ((txt == "BOS" and boolean.get(i_bos) == true) or (txt == "CHoCH" and boolean.get(i_choch) == true) or (txt =="CHoCH+" and boolean.get(i_pp_choch) == true)) and mtf == false                     f_line(zz.i_nBull.last(), zz.i_hpoint.last(), b.n, i_ms_up_bos, txt, true, size.small, line.style_dashed)                   if txt == "BOS"                     bull_ob := true                             zz.i_nBull.clear ()                 zz.i_hpoint.clear()                 zz.i_bulltxt.push(txt)             //-----------------------------------------------------------------------------{         //Internal structure bearish         //-----------------------------------------------------------------------------{         if zz.up_ms_logs.size() > 1 and zz.i_lpoint.size() > 0 and zz.i_nBear.size() > 0             if ta.crossunder(b.c, zz.i_lpoint.last())                 bool choch = na                 string txt = na                   if itrend > 0                     choch := true                   switch                     choch and not (zz.up_ms_logs.last() < zz.up_ms_logs.get(zz.up_ms_logs.indexof(zz.up_ms_logs.last()) - 1)) => txt := "CHoCH"                     choch and     (zz.up_ms_logs.last() < zz.up_ms_logs.get(zz.up_ms_logs.indexof(zz.up_ms_logs.last()) - 1)) => txt := "CHoCH+"                     not choch                                                                                                 => txt := "BOS"                   itrend := -1                                  switch txt                     "CHoCH"  => css := i_ms_dn_choch                     "BOS"    => css := i_ms_dn_bos                     "CHoCH+" => css := i_ms_dn_choch                     => css                   if ((txt == "BOS" and boolean.get(i_bos) == true) or (txt == "CHoCH" and boolean.get(i_choch) == true) or (txt =="CHoCH+" and boolean.get(i_pp_choch) == true)) and mtf == false                     f_line(zz.i_nBear.last(), zz.i_lpoint.last(), b.n, i_ms_dn_bos, txt, false, size.small, line.style_dashed)                     if txt == "BOS"                     bear_ob := true                                     zz.i_nBear.clear ()                 zz.i_lpoint.clear()                 zz.i_beartxt.push(txt)           //-----------------------------------------------------------------------------{         //Swing structure bullish         //-----------------------------------------------------------------------------{         if zz.s_hpoint.size() > 0             if ta.crossover(b.c, zz.s_hpoint.last())                 bool choch = na                 string txt = na                   if trend < 0                     choch := true                   txt := choch ? "CHoCH" : "BOS"                 trend := 1                   if ((txt == "BOS" and boolean.get(s_bos) == true) or (txt == "CHoCH" and boolean.get(s_choch) == true) and mtf == false)                     f_line(zz.s_nBull.last(), zz.s_hpoint.last(), b.n, i_ms_up_bos, txt, true, size.small, line.style_solid)                   zz.s_nBull.clear ()                 zz.s_hpoint.clear()             //-----------------------------------------------------------------------------{         //Swing structure bearish         //-----------------------------------------------------------------------------{         if zz.s_lpoint.size() > 0             if ta.crossunder(b.c, zz.s_lpoint.last())                 bool choch = na                 string txt = na                   if trend > 0                     choch := true                   txt := choch ? "CHoCH" : "BOS"                 trend := -1                   if ((txt == "BOS" and boolean.get(s_bos) == true) or (txt == "CHoCH" and boolean.get(s_choch) == true) and mtf == false)                     f_line(zz.s_nBear.last(), zz.s_lpoint.last(), b.n, i_ms_dn_bos, txt, false, size.small, line.style_solid)                                       zz.s_nBear.clear ()                 zz.s_lpoint.clear()       [css, bear_ob, bull_ob]     [css, bear_ob_check, bull_ob_check] = pp.structure(false)     //-----------------------------------------------------------------------------{     // basic Liquidity wick function //-----------------------------------------------------------------------------{ liq_wick(bool green, int len, float thresh) =>     bool up_liq = false     bool dn_liq = false     bool vol    = b.v > ta.sma(b.v, len) ? true : false       float u_c = na     float u_h = na     float u_o = na       float d_c  = na     float d_lo = na     float d_o  = na       upwick = math.abs(high - math.max(open, close))     dnwick = math.abs(low  - math.min(open, close))     body   = math.abs(close - open)       switch green         true  => up_liq := upwick > thresh * body and vol ? true : false         false => dn_liq := dnwick > thresh * body and vol ? true : false         => na       switch up_liq         true => u_c := close, u_h  := high, u_o := open         => na       switch dn_liq         true => d_c := close, d_lo := low, d_o := open         => na       [up_liq, dn_liq, u_c, u_h, u_o, d_c, d_lo, d_o]               [up_liq, dn_liq, u_c, u_h, u_o, d_c, d_lo, d_o] = liq_wick(close > open, volMA, liq_thresh)     //-----------------------------------------------------------------------------{     // set order blocks //-----------------------------------------------------------------------------{ switch ob_show     false => bear_ob_check := false, bull_ob_check := false     => na   bull_ob_check.orderblock(        obv.bear_h.last()      , obv.bear_l.last()      , obv.t_bear.last()      , obv.t_bear.last()      , close      , true      , ob_num      , color.new(ob_bull_css, ob_opacity)      , extend.right      , xloc.bar_time      , obv.bear_l.last()      , obv.bear_l.last()      , ob_opacity      , 100      , "")   bull_ob_check.orderblock(        obv.bear_h.last()      , ((obv.bear_l.last() + obv.bear_h.last()) / 2)      , obv.t_bear.last()      , time_close + (time_close - time_close[1]) * int(up * mult)      , close      , true      , ob_num      , ob_bull_css      , extend.none, xloc.bar_time      , obv.bear_l.last()      , obv.bear_l.last()      , 60      , 100      , "")   bull_ob_check.orderblock(        ((obv.bear_l.last() + obv.bear_h.last()) / 2)      , obv.bear_l.last()      , obv.t_bear.last()      , time_close + (time_close - time_close[1]) * int(math.abs(dn * mult))      , close      , true      , ob_num      , ob_bear_css      , extend.none      , xloc.bar_time      , obv.bear_l.last()      , obv.bear_l.last()      , 60      , 100      , "")     bear_ob_check.orderblock(        obv.bull_h.last()      , obv.bull_l.last()      , obv.t_bull.last()      , obv.t_bull.last()      , close      , false      , ob_num      , color.new(ob_bear_css, ob_opacity)      , extend.right      , xloc.bar_time      , obv.bull_h.last()      , obv.bull_h.last()      , ob_opacity      , 100      , "")   bear_ob_check.orderblock(       obv.bull_h.last()      , ((obv.bull_l.last() + obv.bull_h.last()) / 2)      , obv.t_bull.last()      , time_close + (time_close - time_close[1]) * int(up * mult)      , close      , false      , ob_num      , ob_bull_css      , extend.none      , xloc.bar_time      , obv.bull_h.last()      , obv.bull_h.last()      , 60      , 100      , "")   bear_ob_check.orderblock(        ((obv.bull_l.last() + obv.bull_h.last()) / 2)      , obv.bull_l.last(), obv.t_bull.last()      , time_close + (time_close - time_close[1]) * int(math.abs(dn * mult))      , close      , false      , ob_num      , ob_bear_css      , extend.none      , xloc.bar_time      , obv.bull_h.last()      , obv.bull_h.last()      , 60      , 100      , "")     //-----------------------------------------------------------------------------{     // plotting //-----------------------------------------------------------------------------{   if pp.s_hpoint.size() > 0     if ta.change(pp.s_hpoint.last())         label.new(bar_index[swing_r_lookback], high[swing_r_lookback], text = "HH", color = invcol, style = label.style_label_down, textcolor = i_ms_up_bos, size = size(lbl_size)) if pp.s_lpoint.size() > 0     if ta.change(pp.s_lpoint.last())         label.new(bar_index[swing_r_lookback], low[swing_r_lookback], text = "LL", color = invcol, style = label.style_label_up, textcolor = i_ms_dn_bos, size = size(lbl_size))   plotcandle(open,high,low,close , color     = css   , wickcolor = color.rgb(120, 123, 134, 50), bordercolor = css)   plotcandle(u_c, u_h, u_o, u_h  , wickcolor = invcol, color = invcol, bordercolor = show_liq ? liq_up_css : invcol) plotcandle(d_c, d_c, d_lo, d_lo, wickcolor = invcol, color = invcol, bordercolor = show_liq ? liq_dn_css : invcol)   barcolor(color = show_bar_css ? css : na)

   

   

  

  jesus1975

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  09/25/2023 at 7:51 AM #221540
  Nicolas

  Se parece mucho a este otro indicador de la biblioteca: https://www.prorealcode.com/prorealtime-indicators/ict-donchian-smart-money-structure/

  

  Nicolas

  Keymaster

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  09/25/2023 at 8:42 AM #221544
  jesus1975

  Gracias,Nicolas.En cualquier caso,si alguien puede traducirlo,creo q merece la pena.Saludos

  

  jesus1975

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