1. 일봉차트에서 , 일목균형표 주봉 전환선을 긋고, 일봉캔들이 앞서 그은 주봉 전환선을 돌파하는 양봉캔들 종목검색식 부탁드려요.2. 일봉차트에서, 주봉 60 이평(단순)선을 긋고, 일봉캔들이 앞서 그은 주봉 60 이평(단순)을 돌파하는 양봉캔들 종목검색식 부탁드려요.

indicator('Consolidation Range with Signals (Zeiierman)', overlay=true, max_labels_count = 500, max_lines_count = 500) //~~}// ~~ Tooltips { var string t1 = "Select the method used for detecting ranging market conditions.\n\n ADX: Uses the Average Directional Index to identify non-trending periods when ADX is below a set threshold.\n\n Volatility: Detects ranges by identifying periods of compression in volatility using standard deviation, variance, and ATR filters.\n\n Price Action: Confirms range by measuring the high-low percentage contraction and requiring a minimum number of DMI crosses, suggesting indecision or balance in price action." var string t2 = "Length or period used for detecting the range." var string t3 = "Multiplier applied to the calculated band distance." var string t4 = "Toggle to display Take Profit and Stop Loss levels on the chart." var string t5 = "Minimum number of bars between two consecutive SL/TP entries." var string t6 = "Stop Loss multiplier from the filtered base value." var string t7 = "Take Profit 1 multiplier from the filtered base value." var string t8 = "Take Profit 2 multiplier from the filtered base value." var string t9 = "Take Profit 3 multiplier from the filtered base value." var string t10 = "ADX threshold under which the market is considered ranging." var string t11 = "Smoothing period used for the ADX calculation." var string t12 = "Standard deviation compression threshold used to detect low volatility." var string t13 = "Variance compression threshold used to detect low volatility." var string t14 = "ATR compression threshold used to detect low volatility." //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~}// ~~ Inputs { // ~~ Range { method = input.string("ADX", options=["ADX", "Volatility"], title="Range Detection Method", group="Range Detection", tooltip=t1) len = input.int(10, minval=2, title="Range Period", group="Range Detection", tooltip=t2) band_mult = input.float(1.8, step=0.1, minval=0.01,title="Range Multiplier", group="Range Detection", tooltip=t3) upper_col = input.color(#0060e6, title="Range", group="Range Detection", inline="bandcol") lower_col = input.color(#29fafa, title="", group="Range Detection", inline="bandcol") pos_col = input.color(#0060e6, title="Trend", group="Range Detection", inline="trendcol") neg_col = input.color(#29fafa, title="", group="Range Detection", inline="trendcol") //~~} // ~~ SL/TP { showTP = input.bool(true, title="Show SL/TP Levels", group="Targets", tooltip=t4) cooldown = input.int(20, title="SL/TP Cooldown (Bars)", group="Targets", tooltip=t5) sl_mult = input.float(0.4, step=0.1, minval=0.01,title="SL", group="Targets", inline="sl", tooltip=t6) showsl = input.bool(true, title="", group="Targets", inline="sl", tooltip=t6) tp1_mult = input.float(0.5, step=0.1, minval=0.01,title="TP1", group="Targets", inline="tp1", tooltip=t7) showtp1 = input.bool(true, title="", group="Targets", inline="tp1", tooltip=t7) tp2_mult = input.float(1.0, step=0.1, minval=0.01,title="TP2", group="Targets", inline="tp2", tooltip=t8) showtp2 = input.bool(false, title="", group="Targets", inline="tp2", tooltip=t8) tp3_mult = input.float(2.0, step=0.1, minval=0.01,title="TP3", group="Targets", inline="tp3", tooltip=t9) showtp3 = input.bool(false, title="", group="Targets", inline="tp3", tooltip=t9)entry_col = input.color(color.blue, title="Entry", group="Targets", inline="tpcol") sl_col = input.color(#ff0000, title="SL", group="Targets", inline="tpcol") bullColor = input.color(#09c10f, title="TP", group="Targets", inline="tpcol") bearColor = input.color(#ff69cb, title="", group="Targets", inline="tpcol") //~~} // ~~ ADX { adx_thresh = input.int(17, step=1, minval=0,title="ADX Threshold", group="ADX", tooltip=t10) adx_smooth = input.int(10, step=1, minval=0,title="ADX Smoothing", group="ADX", tooltip=t11) //~~} // ~~ Volatility { vol_mult_std = input.float(0.8, step=0.1, minval=0.001, title="StdDev Multiplier", group="Volatility", tooltip=t12) vol_mult_var = input.float(0.8, step=0.1, minval=0.001,title="Variance Multiplier", group="Volatility", tooltip=t13) vol_mult_atr = input.float(0.9, step=0.1, minval=0.001,title="ATR Multiplier", group="Volatility", tooltip=t14) //~~} //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~}// ~~ ADX { [_, _, adx] = ta.dmi(len, adx_smooth) isADX = adx < adx_thresh //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~}// ~~ Volatility Compression { logret = math.log(close / close[1]) std_now = ta.stdev(logret, len) std_avg = ta.sma(std_now, len) atr_now = ta.atr(len) atr_avg = ta.sma(atr_now, len) var_now = ta.variance(logret, len) var_avg = ta.sma(var_now, len) isVolatility = std_now < std_avg * vol_mult_std and var_now < var_avg * vol_mult_var and atr_now < atr_avg * vol_mult_atr //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~}// ~~ Switch { methodDetected = (method == "ADX" and isADX) or (method == "Volatility" and isVolatility) //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~}// ~~ Var { var float rngfilt = close var color trendColor = na var bool rangeVisible = false var float prev_hi = na var float prev_lo = na var int rangeStartBar = na var int rangeBarsActive = 0 var int lastBreakoutBar = naif methodDetected and na(rangeStartBar) rangeStartBar := bar_index else if not methodDetected rangeStartBar := naif methodDetected rangeVisible := true //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~}// ~~ Range Calculation { diff = math.abs(high - low[1]) r = ta.sma(2.618 * diff, 2000) * band_mult //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~}// ~~ Range Calculation Functions { pricejump(prev) => highJump = prev + math.abs(close - prev) / r * r lowJump = prev - math.abs(close - prev) / r * r [highJump, lowJump]rangefilter(hhjump, lljump, prev) => hhBreak = close > prev hhTooClose = close - r < prev hhShift = close - r llTooClose = close + r > prev llShift = close + r step1 = hhBreak ? (hhTooClose ? prev : hhShift) : (llTooClose ? prev : llShift) hhAbove = close >= prev + r llBelow = close <= prev - r hhAbove ? hhjump : llBelow ? lljump : step1bands(filt) => [filt + r, filt - r] trenddir(filt) => [filt > nz(filt[1]), filt < nz(filt[1])] trendcomp(filt) => [filt, ta.sma(filt, 2), ta.sma(filt, 4)]prev = nz(rngfilt[1]) [hhJ, llJ] = pricejump(prev) rngfilt := rangefilter(hhJ, llJ, prev) prev_rngfilt = nz(rngfilt[1]) rngfilt_step_up = rngfilt > prev_rngfilt rngfilt_step_down = rngfilt < prev_rngfilt[hiband, loband] = bands(rngfilt) [up, down] = trenddir(rngfilt) [TrendFast, TrendMed, TrendLong] = trendcomp(rngfilt)if methodDetected prev_hi := hiband prev_lo := lobandif not methodDetected and (close[1] > prev_hi or close[1] < prev_lo) rangeVisible := falseMIDX1 = (hiband - rngfilt) / 3 MID1 = rngfilt + MIDX1 MID2 = MID1 + MIDX1 MIDX2 = (rngfilt - loband) / 3 MID3 = rngfilt - MIDX2 MID4 = MID3 - MIDX2 //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~}// ~~ Plot { trendColor := up ? pos_col : down ? neg_col : trendColor[1] plotTrend = plot(rangeVisible ? TrendFast : close, "Trend", rangeVisible ? trendColor:color.new(trendColor,100), 1)plotMid1 = plot(rangeVisible ? MID1 : close, "MID1", rangeVisible ?color.new(upper_col, 50):color.new(upper_col, 100), style= plot.style_stepline) plotMid2 = plot(rangeVisible ? MID2 : close, "MID2", rangeVisible ?color.new(upper_col, 50):color.new(upper_col, 100), style= plot.style_stepline) plotMid3 = plot(rangeVisible ? MID3 : close, "MID3", rangeVisible ?color.new(lower_col, 50):color.new(lower_col, 100), style= plot.style_stepline) plotMid4 = plot(rangeVisible ? MID4 : close, "MID4", rangeVisible ?color.new(lower_col, 50):color.new(lower_col, 100), style= plot.style_stepline) fill(plotMid2, plotTrend, MID2, TrendFast, color.new(upper_col, 60),na) fill(plotMid4, plotTrend, MID4, TrendFast, color.new(lower_col, 60),na) //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~}// ~~ TP and SL { rangeBarsActive := na(rangeStartBar) ? 0 : bar_index - rangeStartBar canTriggerBreakout = (na(lastBreakoutBar) or bar_index - lastBreakoutBar >= cooldown) enterLong = rangeVisible and rngfilt_step_up and canTriggerBreakout enterShort = rangeVisible and rngfilt_step_down and canTriggerBreakoutcalcSLTP(isLong) => base = rngfilt offset = r * sl_mult tp1off = r * tp1_mult tp2off = r * tp2_mult tp3off = r * tp3_mult stop_ = isLong ? base - offset : base + offset tp1_ = isLong ? base + tp1off : base - tp1off tp2_ = isLong ? base + tp2off : base - tp2off tp3_ = isLong ? base + tp3off : base - tp3off [stop_, tp1_, tp2_, tp3_]drawLevels(entry, sl, tp1, tp2, tp3, col) => if showTP line.new(bar_index, entry, bar_index + 20, entry, color=entry_col, width=2) if showsl line.new(bar_index, sl, bar_index + 20, sl, color=color.new(sl_col, 0), width=2) if showtp1 line.new(bar_index, tp1, bar_index + 20, tp1, color=color.new(col, 0), width=2) if showtp2 line.new(bar_index, tp2, bar_index + 20, tp2, color=color.new(col, 0), width=2) if showtp3 line.new(bar_index, tp3, bar_index + 20, tp3, color=color.new(col, 0), width=2) if showTP label.new(bar_index+ 20, entry, "Entry", style=label.style_label_left, color=entry_col, textcolor=color.white, size = size.tiny) if showsl label.new(bar_index+ 20, sl, "SL", style=label.style_label_left, color=color.new(sl_col, 0), textcolor=color.white, size = size.tiny) if showtp1 label.new(bar_index+ 20, tp1, "TP 1", style=label.style_label_left, color=color.new(col, 0), textcolor=color.white, size = size.tiny) if showtp2 label.new(bar_index+ 20, tp2, "TP 2", style=label.style_label_left, color=color.new(col, 0), textcolor=color.white, size = size.tiny) if showtp3 label.new(bar_index+ 20, tp3, "TP 3", style=label.style_label_left, color=color.new(col, 0), textcolor=color.white, size = size.tiny)var float SL = na var float TP1 = na var float TP2 = na var float TP3 = naif enterLong and showTP and (na(lastBreakoutBar) or bar_index - lastBreakoutBar >= cooldown) [s, t1_, t2_, t3_] = calcSLTP(true) SL := s, TP1 := t1_, TP2 := t2_, TP3 := t3_ drawLevels(close, SL, TP1, TP2, TP3, bullColor) lastBreakoutBar := bar_indexif enterShort and showTP and (na(lastBreakoutBar) or bar_index - lastBreakoutBar >= cooldown) [s, t1_, t2_, t3_] = calcSLTP(false) SL := s, TP1 := t1_, TP2 := t2_, TP3 := t3_ drawLevels(close, SL, TP1, TP2, TP3, bearColor) lastBreakoutBar := bar_index //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~} 예스로 부탁드립니다

//@version=5 indicator("Middle Line Breakout from RSI Shift Zone", overlay=true)// --------------------------------------------------------------------------------------------------------------------{ // Middle Line Calculation from RSI Shift Zone rsi_len = input.int(14, "RSI length") upper_level = input.int(70, "Upper RSI Level", minval = 50) lower_level = input.int(30, "Lower RSI Level", maxval = 50) min_channel_len = input.int(15, "Minimal bars length of the channel")var start = int(na) var trigger = false var float upper = na var float lower = na var channel_color = color(na)rsi = ta.rsi(close, rsi_len)channel_upper = ta.crossover(rsi, upper_level) and not trigger channel_lower = ta.crossunder(rsi, lower_level) and not triggerif channel_upper or channel_lower start := bar_index trigger := true upper := high lower := lowif bar_index-start >= min_channel_len trigger := falsetrigger_change = channel_upper != channel_upper[1] or channel_lower != channel_lower[1]// Middle Line Calculation middle_line = trigger_change ? na : math.avg(upper, lower) // --------------------------------------------------------------------------------------------------------------------}// --------------------------------------------------------------------------------------------------------------------{ // Middle Line Breakout Signals middle_line_breakout_up = ta.crossover(close, middle_line) middle_line_breakout_down = ta.crossunder(close, middle_line)// Plot Middle Line plot(middle_line, "Middle Line", color=color.blue, linewidth=2)// Plot Breakout Signals plotshape(middle_line_breakout_up, "Breakout Up", shape.triangleup, location.belowbar, color=color.green, size=size.small) plotshape(middle_line_breakout_down, "Breakout Down", shape.triangledown, location.abovebar, color=color.red, size=size.small)// Alerts alertcondition(middle_line_breakout_up, "Middle Line Breakout Up", "Middle Line Bullish Breakout") alertcondition(middle_line_breakout_down, "Middle Line Breakout Down", "Middle Line Bearish Breakout") // --------------------------------------------------------------------------------------------------------------------}위 트뷰 신호 스크립트를 예스트레이더 검색기로 만들어 주시면 감사드리겠습니다 (__)2번째 트뷰 스크립트 신호 요청 식 //@version=5indicator("Upper Line from RSI Shift Zone", overlay=true)// --------------------------------------------------------------------------------------------------------------------{// Upper Line Calculation from RSI Shift Zonersi_len = input.int(14, "RSI length")upper_level = input.int(70, "Upper RSI Level", minval = 50)lower_level = input.int(30, "Lower RSI Level", maxval = 50)min_channel_len = input.int(15, "Minimal bars length of the channel")var start = int(na)var trigger = falsevar float upper = navar float lower = navar channel_color = color(na)rsi = ta.rsi(close, rsi_len)channel_upper = ta.crossover(rsi, upper_level) and not triggerchannel_lower = ta.crossunder(rsi, lower_level) and not triggerif channel_upper or channel_lower start := bar_index trigger := true upper := high lower := lowif bar_index-start >= min_channel_len trigger := falsetrigger_change = channel_upper != channel_upper[1] or channel_lower != channel_lower[1]// Upper Line Calculationupper_line = trigger_change ? na : upper// --------------------------------------------------------------------------------------------------------------------}// --------------------------------------------------------------------------------------------------------------------{// Upper Line Breakout Signalsupper_line_breakout_up = ta.crossover(close, upper_line)upper_line_breakout_down = ta.crossunder(close, upper_line)// Plot Upper Lineplot(upper_line, "Upper Line", color=color.red, linewidth=2)// Plot Breakout Signalsplotshape(upper_line_breakout_up, "Upper Breakout Up", shape.triangleup, location.belowbar, color=color.green, size=size.small)plotshape(upper_line_breakout_down, "Upper Breakout Down", shape.triangledown, location.abovebar, color=color.red, size=size.small)// Alertsalertcondition(upper_line_breakout_up, "Upper Line Breakout Up", "Upper Line Bullish Breakout")alertcondition(upper_line_breakout_down, "Upper Line Breakout Down", "Upper Line Bearish Breakout")// Optional: Display current upper line valuevar label upper_label = naif not na(upper_line) if na(upper_label) upper_label := label.new(bar_index, upper_line, "U: " + str.tostring(math.round(upper_line, 2)), style=label.style_label_left, color=color.red, textcolor=color.white, size=size.small) else label.set_xy(upper_label, bar_index, upper_line) label.set_text(upper_label, "U: " + str.tostring(math.round(upper_line, 2)))// --------------------------------------------------------------------------------------------------------------------}위 스크립트는 첫번째 요청 스크립트와 약간 다른 스크립트입니다. 위 2번째 스크립트 또한 예스트레이더 검색기로 변환시켜주시면 감사드리겠습니다 (__)

항상 노고에 감사드림니다.아래의 수식을 종목검색식으로 부탁드림니다.SHORT = MA(VOLUME,12);LONG = MA(VOLUME,26);VO = ((SHORT - LONG) / LONG) * 100;MA60 = MA(VO,60);PMA60 = MA(CLOSE,60);Signal2 = (VO > 0) AND (REF(VO,1) <= 0) AND (CLOSE > PMA60) AND (VO > MA60);Signal2;

현재 가격이 아래의 라인을 돌파하는 종목의 검색식 부탁 드립니다. 조건up = L > H(2) * ( 1 + ratio/100) && L > H(1) && L(1) < H(2);A = ValueWhen(1, 조건up, L);조건dn = L(2) > H * ( 1 + ratio/100) && L(2) < H(1) && L(1) < H;B = ValueWhen(1, 조건dn, H);K = if(조건up, A, if(조건dn, B, 0));ValueWhen(1, 조건up or 조건dn, K)* 지표조건 Ratio 3감사합니다.

ㅇ 매번 도움에 고맙습니다. ㅇ 아래 수식에서 그림 처럼 선이 생기면 번호 부여좀 부탁 드림니다. ㅇ 글자크기 : 30 이상 상승 빨강색 하락 블루 ## 아래 수식 var : TX(0); input : P(20),n(5),틱(20), 굵기(5); var : cnt(0),LL(0),HH(0); Array : LTL[10](0),HTL[10](0),LI[10](0),HI[10](0),Lv[10](0),Hv[10](0);; var : LTL1(0),LTL2(0),LTL3(0),LTL4(0),LTL5(0),LTL6(0); var : HTL1(0),HTL2(0),HTL3(0),HTL4(0),HTL5(0),HTL6(0); if L < Lowest(L,P)[1] and (LL == 0 or (LL > 0 and abs(L-LL) >= PriceScale*틱)) Then { LL = L; For cnt = 9 DownTo 1 { LTL[cnt] = LTL[cnt-1]; Li[cnt] = Li[cnt-1]; Lv[cnt] = Lv[cnt-1]; } LTL[0] = TL_new(sDate,sTime,LL-PriceScale*0,NextBarSdate,NextBarStime,LL-PriceScale*0); Lv[0] = LL; Li[0] = Index; TL_SetColor(LTL[0],RgB(0,0,0)); TL_SetSize(LTL[0],굵기); TL_Delete(LTL[n]); } Else { TL_SetEnd(LTL[0],NextBarSdate,NextBarStime,LL[0]-PriceScale*0); } if H > highest(H,P)[1] and (HH == 0 or (HH > 0 and abs(H-HH) >= PriceScale*틱)) Then { HH = H; For cnt = 9 DownTo 1 { HTL[cnt] = HTL[cnt-1]; Hi[cnt] = Hi[cnt-1]; Hv[cnt] = Hv[cnt-1]; } HTL[0] = TL_new(sDate,sTime,HH+PriceScale*0,NextBarSdate,NextBarStime,HH+PriceScale*0); Hv[0] = HH+PriceScale*0; Hi[0] = Index; TL_SetColor(HTL[0],RgB(255,0,0)); TL_SetSize(HTL[0],굵기); TL_Delete(HTL[n]); } Else { TL_SetEnd(HTL[0],NextBarSdate,NextBarStime,HH+PriceScale*0); } For cnt = 1 to n-1 { if LL[cnt] > 0 and Index <= Li[cnt]+5 Then TL_SetEnd(LTL[cnt],NextBarSdate,NextBarStime,Lv[cnt]); if HH[cnt] > 0 and Index <= Hi[cnt]+5 Then TL_SetEnd(HTL[cnt],NextBarSdate,NextBarStime,Hv[cnt]); } ㅇ 고맙습니다.

5일(기본입력값) 고가 돌파매수 저가 이탈매도 지표식을 AI(클러스터링) 방식으로 동적으로 선택하도록 설계한 예스트레이더용 구현 템플릿을 AI 질문했더니아래처럼 제공했습니다만 예스랭귀지에 사용 부적합인지라iM증권 예스트레이더에 부합하는 코드로 변환을 부탁드립니다.// === 입력값 ===input minN = 3input maxN = 10input stepN = 1input perfMemory = 10 // 지수평활(미사용 시 단순평가)input fromCluster = "Best" // "Best" / "Average" / "Worst"input maxIter = 100input maxBars = 1000 // 과거 평가용 봉 수input defaultN = 5 // 안전 기본값// === 후보 N 목록 생성 ===var array<int> candN = array.new()for n = minN to maxN step stepN array.push(candN, n)endfor// === 각 후보의 퍼포먼스 계산 (단순 누적 수익) ===var array<float> perfList = array.new()var array<int> factorList = array.new()// 현재 BAR_COUNT(플랫폼에 따라 이름 다를 수 있음)barsToEvaluate = min(barcount(), maxBars)// for each candidate N, 시뮬레이션for idx = 0 to array.size(candN)-1 N = array.get(candN, idx) cash = 0.0 position = 0 // 0=flat, 1=long entry_price = 0.0 // 시간 흐름: 오래된 -> 최신 (플랫폼 루프 방법에 따라 조정) // 여기서는 i는 과거 offset (barsToEvaluate downto 1) for offset = barsToEvaluate down to 1 // 전봉 기준 N기간 최고/최저 (함수명: HHV / LLV 또는 highest/lowest 로 바꿔서 사용) hh = HHV(high, N, offset) // = offset번째 시점에서의 N기간 최고 (함수명 확인 필요) ll = LLV(low, N, offset) // 현재 바의 종가 (offset 시점) c = ref(close, offset) // 진입: 종가가 전봉 기준 N기간 최고 돌파 (전략 규칙) if position == 0 and c > hh position = 1 entry_price = c endif // 청산: 포지션 중 저가 이탈 if position == 1 and c < ll profit = c - entry_price cash = cash + profit position = 0 entry_price = 0.0 endif endfor // 시뮬레이션 종료 시 미청산 포지션 정리(평가 목적) if position == 1 last_close = close // 최신 종가 cash = cash + (last_close - entry_price) endif array.push(perfList, cash) array.push(factorList, N)endfor// === 퍼포먼스 값에서 초기 centroid 계산 (25/50/75 percentile) ===// 플랫폼에 percentile 함수가 없다면 간단 정렬 후 인덱스로 대체 가능perf_sorted = array.copy(perfList)array.sort(perf_sorted) // 오름차순sizeP = array.size(perf_sorted)p25_idx = max(0, floor(0.25 * (sizeP - 1)))p50_idx = max(0, floor(0.50 * (sizeP - 1)))p75_idx = max(0, floor(0.75 * (sizeP - 1)))centroids = array.new()array.push(centroids, array.get(perf_sorted, p25_idx))array.push(centroids, array.get(perf_sorted, p50_idx))array.push(centroids, array.get(perf_sorted, p75_idx))// === K-means 1D 반복 ===for iter = 1 to maxIter // 초기화 clusters_perf = array.from(array.new(), array.new(), array.new()) clusters_factor = array.from(array.new(), array.new(), array.new()) // 할당 단계 for i = 0 to array.size(perfList)-1 val = array.get(perfList, i) // 거리 계산 d0 = abs(val - array.get(centroids, 0)) d1 = abs(val - array.get(centroids, 1)) d2 = abs(val - array.get(centroids, 2)) // 가장 작은 거리 인덱스 선택 idx_min = 0 if d1 < d0 idx_min = 1 if d2 < d1 idx_min = 2 endif else if d2 < d0 idx_min = 2 endif endif // 클러스터에 추가 array.push(array.get(clusters_perf, idx_min), val) array.push(array.get(clusters_factor, idx_min), array.get(factorList, i)) endfor // 중심 재계산 new_centroids = array.new() for k = 0 to 2 cperf = array.get(clusters_perf, k) if array.size(cperf) > 0 sumv = 0.0 for j = 0 to array.size(cperf)-1 sumv = sumv + array.get(cperf, j) endfor avgv = sumv / array.size(cperf) array.push(new_centroids, avgv) else // 빈 클러스터는 기존 centroid 유지 array.push(new_centroids, array.get(centroids, k)) endif endfor // 수렴 체크 (모두 같다면 종료) if array.get(new_centroids,0) == array.get(centroids,0) and array.get(new_centroids,1) == array.get(centroids,1) and array.get(new_centroids,2) == array.get(centroids,2) break endif centroids := new_centroidsendfor// === 선택 클러스터 매핑 ('Worst'=0, 'Average'=1, 'Best'=2) ===selIdx = 2if fromCluster == "Worst" then selIdx = 0 endifif fromCluster == "Average" then selIdx = 1 endif// 선택 클러스터의 평균 N 계산 (없으면 기본값)chosenN = defaultNsel_factors = array.get(clusters_factor, selIdx)if array.size(sel_factors) > 0 ssum = 0 for i = 0 to array.size(sel_factors)-1 ssum = ssum + array.get(sel_factors, i) endfor chosenN = round(ssum / array.size(sel_factors))endif// === 실시간 시그널: chosenN 사용 ===// 최신 N기간 최고/최저 계산 (함수명 HHV/LLV 사용)curr_hh = HHV(high, chosenN)curr_ll = LLV(low, chosenN)buySignal = close > curr_hhsellSignal = close < curr_ll// 출력(화면 및 알림용)plot_int("ChosenN", chosenN)plot_bool("Buy", buySignal)plot_bool("Sell", sellSignal)// 실제 주문/포지션 관리는 전략 엔진 규칙에 맞춰 작성

수고하십니다 아래수식을 오류 없게 수정부탁드립니다inputs: ShortLength(50), LongLength(150), RetestSignals(false), CandleColor(true), UpperColor(Magenta), LowerColor(Blue);variables: ATRValue(0), ShortKalman(0), LongKalman(0), // Kalman filter variables for short ShortEstimate(0), ShortErrorEst(1.0), ShortKalmanGain(0), ShortPrediction(0), ShortErrorMeas(0), ShortInitialized(false), // Kalman filter variables for long LongEstimate(0), LongErrorEst(1.0), LongKalmanGain(0), LongPrediction(0), LongErrorMeas(0), LongInitialized(false), TrendUp(false), PrevTrendUp(false), TrendColor(0), TrendColor1(0), CandleCol(0), UpperBoxTop(0), UpperBoxBottom(0), UpperBoxStart(0), LowerBoxTop(0), LowerBoxBottom(0), LowerBoxStart(0), BoxActive(false), R(0.01), Q(0.1);// Calculate ATRATRValue = AvgTrueRange(200) * 0.5;// Kalman Filter for Short LengthShortErrorMeas = R * ShortLength;if not ShortInitialized then begin ShortEstimate = Close; ShortInitialized = true;end;ShortPrediction = ShortEstimate;ShortKalmanGain = ShortErrorEst / (ShortErrorEst + ShortErrorMeas);ShortEstimate = ShortPrediction + ShortKalmanGain * (Close - ShortPrediction);ShortErrorEst = (1 - ShortKalmanGain) * ShortErrorEst + Q / ShortLength;ShortKalman = ShortEstimate;// Kalman Filter for Long LengthLongErrorMeas = R * LongLength;if not LongInitialized then begin LongEstimate = Close; LongInitialized = true;end;LongPrediction = LongEstimate;LongKalmanGain = LongErrorEst / (LongErrorEst + LongErrorMeas);LongEstimate = LongPrediction + LongKalmanGain * (Close - LongPrediction);LongErrorEst = (1 - LongKalmanGain) * LongErrorEst + Q / LongLength;LongKalman = LongEstimate;// Determine trendPrevTrendUp = TrendUp;TrendUp = ShortKalman > LongKalman;// Set colorsif TrendUp then TrendColor = UpperColorelse TrendColor = LowerColor;if ShortKalman > ShortKalman[2] then TrendColor1 = UpperColorelse TrendColor1 = LowerColor;// Candle coloringif CandleColor then begin if TrendUp and ShortKalman > ShortKalman[2] then CandleCol = UpperColor else if not TrendUp and ShortKalman < ShortKalman[2] then CandleCol = LowerColor else CandleCol = DarkGray;end;// Plot Kalman filtersPlot1(ShortKalman, "Short Kalman", TrendColor1);Plot2(LongKalman, "Long Kalman", TrendColor);// Trend change detection and signalsif TrendUp and not PrevTrendUp then begin // Uptrend signal Text_New(Date, Time, Low, "UP"); // Create lower box LowerBoxStart = CurrentBar; LowerBoxTop = Low + ATRValue; LowerBoxBottom = Low; BoxActive = true;end;if not TrendUp and PrevTrendUp then begin // Downtrend signal Text_New(Date, Time, High, "DN"); // Create upper box UpperBoxStart = CurrentBar; UpperBoxTop = High; UpperBoxBottom = High - ATRValue; BoxActive = true;end;// Retest signalsif RetestSignals then begin if not TrendUp and BoxActive then begin if High < UpperBoxBottom and High[1] >= UpperBoxBottom then Text_New(Date, Time, High[1], "x"); end; if TrendUp and BoxActive then begin if Low > LowerBoxTop and Low[1] <= LowerBoxTop then Text_New(Date, Time, Low[1], "+"); end;end;// Apply candle coloringif CandleColor then PlotPB(Open, High, Low, Close, CandleCol, CandleCol);

항상 감사드립니다 아래 키움식을 변환해 주시기 바랍니다 *** 키움식*** 1_1.저점매수(단순) BB=BBandsDown(20,2); A20=ma(c,20,단순); A5=ma(c,5,단순); R=RSI(14); c(1)<BB(1) and c(1)<A5(1) and A20(1)>A5(1) and R(1)<30 and c>A5 and c>BB and R>=30 **시스템 :위조건 만족시 매수신호 **지표: 위조건 만족시 +1(돌파봉만) /기준선0**강조표시(YELLOW)1_2.저점매수(가중) BB=BBandsDown(20,2); A20=ma(c,20,가중); A5=ma(c,5,가중); R=RSI(14); c(1)<BB(1) and c(1)<A5(1) and A20(1)>A5(1) and R(1)<30 and c>A5 and c>BB and R>=30 **시스템 :위조건 만족시 매수신호 **지표: 위조건 만족시 +1(돌파봉만) /기준선0 2.super T (매도)S = supertrend(20, 3); M = ma(C, 20); 조건 = M>M(1) && CrossUp(S, M); bs = BarsSince(조건); bs > 0 && CrossDown(S, M) && M > M(1) && C(1) < S(1) **시스템 :위조건 만족시 매도신호 **지표: 위조건 만족시 -1(돌파봉만) /기준선0 3.추돌매수시그널 손 = ma(C, 5); 절 = ma(C, 20); 가 = CrossUp(손, 절); 최고 = HighestSince(1, 가, H); 최고가 = Valuewhen(1, 최고==최고(1) &&최고>H, 최고); 최저=if(절>L, 1, 0); 최저가 = sum(최저); 결론 = 최저가-valuewhen(1,가,최저가(1)); 조건 = crossup(c, 최고가) && 결론>0; 카운트 = countsince(가, 조건)==1; 카운트 && !카운트(1) **시스템 :위조건 만족시 매수신호 **지표: 위조건 만족시 +1(돌파봉만) /기준선0 4. 3분슈퍼추세전환 crossup(c,c(5)) and crossup(c,c(60)) and O<C and V(1)*5<=V **시스템 :위조건 만족시 매수신호 **지표: 위조건 만족시 +1(돌파봉만) /기준선05. 급등전 선취매S=sum(1);M=ma(C,기간);MH=valuewhen(1,M>M(1), M);HH=HighestSince(1, crossup(S, 전체봉수-표시봉수), MH);CrossUP(C,HH) &&HH=HH(1) && HH(1)==HH(2)-전체봉수:600-기간:25-표시봉수:120**시스템 :위조건 만족시 매수신호 **지표: 위조건 만족시 +1(돌파봉만) /기준선06.황금선라인 돌파시그널M = BBandsUP(30, 1.8);LL = Lowest(M, 기간);HH = Highest(M, 기간);NL = Valuewhen(1, M<LL(1),M);Valuewhen(1,BarsSince(M<LL(1))==(기간-k),NL);CrossUp(C,NL)-기간:5-k:2**시스템 :위조건 만족시 매수신호 **지표: 위조건 만족시 +1(돌파봉만) /기준선07.기준선매수a=(highest(high,midPeriod)+lowest(low,midPeriod))/2;shift(crossup(c,a),-1)midperiod:26**시스템 :위조건 만족시 매수신호 **지표: 위조건 만족시 +1(돌파봉만) /기준선0감사합니다