안녕하세요 예스스탁입니다. 올려주신 내용은 변환해 보는데 시간이 많이 소모되는 내용입니다. 업무상 시간이 많이 소모디는 내용은 작성해 드리지 않습니다. 도움을 드리지 못해 죄송합니다. 즐거운 하루되세요 > 플로스트 님이 쓴 글입니다. > 제목 : 부탁 좀 드릴께요 > 항상 감사합니다. 아래 트뷰 지표를 변환하고자 합니다. // 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/ // © StratifyTrade //@version=5 indicator("Liquidity Trendline With Signals [StratifyTrade]", "StratifyTrade - Liquidity Trendline With Signals", overlay = true, max_lines_count = 500, max_bars_back = 5000) len = input.int (5, "Period",tooltip = "Lookback period", inline = "a", group = "SETTINGS") cup = input.color(#0044ff, "", "" ,inline = "a", group = "SETTINGS") cdn = input.color(#ff2b00, "", "" ,inline = "a", group = "SETTINGS") space = input.float(2, "Padding",tooltip = "Padding distance", inline = "b", group = "SETTINGS", step = 0.1) shs = input.bool (true, "Show Breakouts",inline = "z", group = "SETTINGS") ph = ta.pivothigh(high, len, len) pl = ta.pivotlow (low , len, len) type store float src int n type bar float o = open float h = high float l = low float c = close int n = bar_index float v = volume type draw line[] upln line[] dnln var store[] upbin = array.new() var store[] dnbin = array.new() var draw d = draw.new(array.new(), array.new()) bar b = bar.new() atr = ta.atr(200) method slope(line ln) => x = ln.get_x2() - ln.get_x1() y = ln.get_y2() - ln.get_y1() y / x vol() => math.min(atr * 0.1, close * (0.1/100)) var bool broken = false color active = na bool plup = false bool pldn = false if ph bool remove = false var bool valid = false upbin.unshift(store.new(b.h[len], b.n[len])) if upbin.size() > 1 current = upbin.get(0) before = upbin.get(1) if current.src < before.src if broken valid := true else valid := false if upbin.size() > 3 pastold = upbin.get(3) pastcur = upbin.get(2) now = upbin.get(1) late = upbin.get(0) if now.src < pastcur.src and now.src < pastold.src and late.src < pastcur.src and late.src < pastold.src valid := true else valid := false else valid := false if valid d.upln.unshift(line.new(x1 = before.n, x2 = current.n, y1 = before.src, y2 = current.src, color = cdn)) d.upln.unshift(line.new(x1 = before.n, x2 = current.n, y1 = before.src - vol() * space, y2 = current.src - vol() * space, color = cdn)) ln = d.upln.get(1) for i = 0 to (b.n - before.n) slope = ln.slope() ln.set_x2(b.n[i]) ln.set_y2(ln.get_y2() - slope) if low[i] > ln.get_y2() remove := true break if remove d.upln.get(0).delete() d.upln.get(1).delete() d.upln .clear() upbin .clear() broken := true else d.upln.get(0).delete() d.upln.get(1).delete() d.upln .clear () d.upln.unshift(line.new(x1 = before.n, x2 = current.n, y1 = before.src, y2 = current.src, color = cdn)) d.upln.unshift(line.new(x1 = before.n, x2 = current.n, y1 = before.src - vol() * space, y2 = current.src - vol() * space, color = cdn)) linefill.new(d.upln.get(0), d.upln.get(1), color = color.new(cdn, 75)) upbin.clear() broken := false if d.upln.size() > 1 btm = d.upln.get(0) top = d.upln.get(1) if b.l > top.get_y2() d.upln.clear() broken := true upbin.clear() plup := true if d.upln.size() > 1 slup = top.slope() sldn = btm.slope() top.set_x2(b.n) top.set_y2(top.get_y2() + slup) btm.set_x2(b.n) btm.set_y2(btm.get_y2() + sldn) if pl bool remove = false var bool valid = false dnbin.unshift(store.new(b.l[len], b.n[len])) if dnbin.size() > 1 current = dnbin.get(0) before = dnbin.get(1) if current.src > before.src if broken valid := true else valid := false if dnbin.size() > 3 pastold = dnbin.get(3) pastcur = dnbin.get(2) now = dnbin.get(1) late = dnbin.get(0) if now.src > pastcur.src and now.src > pastold.src and late.src > pastcur.src and late.src > pastold.src valid := true else valid := false else valid := false if valid d.dnln.unshift(line.new(x1 = before.n, x2 = current.n, y1 = before.src, y2 = current.src , color = cup)) d.dnln.unshift(line.new(x1 = before.n, x2 = current.n, y1 = before.src + vol() * space, y2 = current.src + vol() * space, color = cup)) ln = d.dnln.get(1) for i = 0 to (b.n - before.n) slope = ln.slope() ln.set_x2(b.n[i]) ln.set_y2(ln.get_y2() - slope) if high[i] < ln.get_y2() remove := true break if remove d.dnln.get(0).delete() d.dnln.get(1).delete() d.dnln .clear () dnbin .clear () broken := true else d.dnln.get(0).delete() d.dnln.get(1).delete() d.dnln .clear () d.dnln.unshift(line.new(x1 = before.n, x2 = current.n, y1 = before.src, y2 = current.src, color = cup)) d.dnln.unshift(line.new(x1 = before.n, x2 = current.n, y1 = before.src + vol() * space, y2 = current.src + vol() * space, color = cup)) linefill.new(d.dnln.get(0), d.dnln.get(1), color = color.new(cup, 75)) dnbin.clear() broken := false if d.dnln.size() > 1 btm = d.dnln.get(0) top = d.dnln.get(1) if b.h < btm.get_y2() d.dnln.clear() broken := true dnbin.clear() pldn := true if d.dnln.size() > 1 slup = top.slope() sldn = btm.slope() top.set_x2(b.n) top.set_y2(top.get_y2() + slup) btm.set_x2(b.n) btm.set_y2(btm.get_y2() + sldn) plotshape(pldn and shs ? b.h[1] : na, "Breaking Down", shape.triangledown, location = location.abovebar, color = cdn , offset = -1, size = size.tiny) plotshape(plup and shs ? b.l[1] : na, "Breaking Up" , shape.triangleup , location = location.belowbar, color = cup, offset = -1, size = size.tiny)