아래 지표에서 supertrend3 상향돌파시 분홍색으로 반대는 파랑색으로 강세약세 지표 부탁드립니다. input : period1(10),multiplier1(3); input : period2(20),multiplier2(2); input : period3(30),multiplier3(3); var : src(0); var : AtrV1(0),upperBand1(0),lowerBand1(0), prevLowerBand1(0), prevUpperBand1(0); var : prevSuperTrend1(0), superTrend1(C), direction1(0),alpha1(0),source1(0); var : AtrV2(0),upperBand2(0),lowerBand2(0), prevLowerBand2(0), prevUpperBand2(0); var : prevSuperTrend2(0), superTrend2(C), direction2(0),alpha2(0),source2(0); var : AtrV3(0),upperBand3(0),lowerBand3(0), prevLowerBand3(0), prevUpperBand3(0); var : prevSuperTrend3(0), superTrend3(C), direction3(0),alpha3(0),source3(0); src = (H+L)/2; if CurrentBar > 1 Then { alpha1 = 1 / period1; source1 = max(high - low, abs(high - close[1]), abs(low - close[1])); ATrV1 = alpha1 * source1 + (1 - alpha1) * ATrV1[1]; //지수가중이평방식 //ATrV = ma(source,AtrPeriod); //단순이평방식 upperBand1 = src + multiplier1 * AtrV1; lowerBand1 = src - multiplier1 * AtrV1; prevLowerBand1 = lowerBand1[1]; prevUpperBand1 = upperBand1[1]; if lowerBand1 > prevLowerBand1 or close[1] < prevLowerBand1 Then lowerBand1 = lowerBand1; Else lowerBand1 = prevLowerBand1; if upperBand1 < prevUpperBand1 or close[1] > prevUpperBand1 Then upperBand1 = upperBand1; Else upperBand1 = prevUpperBand1; if C > UpperBand1 Then direction1 = 1; if C < LowerBand1 Then direction1 = -1; if direction1 == 1 Then supertrend1 = lowerband1; Else supertrend1 = upperband1; alpha2 = 1 / period2; source2 = max(high - low, abs(high - close[1]), abs(low - close[1])); ATrV2 = alpha2 * source2 + (1 - alpha2) * ATrV2[1]; //지수가중이평방식 //ATrV = ma(source,AtrPeriod); //단순이평방식 upperBand2 = src + multiplier2 * AtrV2; lowerBand2 = src - multiplier2 * AtrV2; prevLowerBand2 = lowerBand2[1]; prevUpperBand2 = upperBand2[1]; if lowerBand2 > prevLowerBand2 or close[1] < prevLowerBand2 Then lowerBand2 = lowerBand2; Else lowerBand2 = prevLowerBand2; if upperBand2 < prevUpperBand2 or close[1] > prevUpperBand2 Then upperBand2 = upperBand2; Else upperBand2 = prevUpperBand2; if C > UpperBand2 Then direction2 = 1; if C < LowerBand2 Then direction2 = -1; if direction2 == 1 Then supertrend2 = lowerband2; Else supertrend2 = upperband2; alpha3 = 1 / period3; source3 = max(high - low, abs(high - close[1]), abs(low - close[1])); ATrV3 = alpha3 * source3 + (1 - alpha3) * ATrV3[1]; //지수가중이평방식 //ATrV = ma(source,AtrPeriod); //단순이평방식 upperBand3 = src + multiplier3 * AtrV3; lowerBand3 = src - multiplier3 * AtrV3; prevLowerBand3 = lowerBand3[1]; prevUpperBand3 = upperBand3[1]; if lowerBand3 > prevLowerBand3 or close[1] < prevLowerBand3 Then lowerBand3 = lowerBand3; Else lowerBand3 = prevLowerBand3; if upperBand3 < prevUpperBand3 or close[1] > prevUpperBand3 Then upperBand3 = upperBand3; Else upperBand3 = prevUpperBand3; if C > UpperBand3 Then direction3 = 1; if C < LowerBand3 Then direction3 = -1; if direction3 == 1 Then supertrend3 = lowerband3; Else supertrend3 = upperband3; if C > superTrend1 Then { Plot1(superTrend1,"매수1", rgb(247, 75, 201), 0, 1); NoPlot(2); } Else { Plot2(superTrend1,"매도1", Indigo, 0, 1); NoPlot(1); } if C > superTrend2 Then { Plot3(superTrend2,"매수2", rgb(247, 75, 201), 0, 2); NoPlot(4); } Else { Plot4(superTrend2,"매도2", Indigo, 0, 2); NoPlot(3); } if C > superTrend3 Then { Plot5(superTrend3,"매수3", rgb(247, 75, 201), 0, 7); NoPlot(6); } Else { Plot6(superTrend3,"매도3", Indigo, 0, 7); NoPlot(5); } } .

Function HullMA(price, length) Vars: wma1(0), wma2(0), diff(0), sqrtLen(0), result(0); wma1 = WAverage(price, length / 2); wma2 = WAverage(price, length); diff = 2 * wma1 - wma2; sqrtLen = MaxList(1, SquareRoot(length)); result = WAverage(diff, sqrtLen); HullMA = result; End; Inputs: max_length(50), accel_multiplier(5.0), tbl_(true), lookback_period(100), candle(true), collen(100), up_col(RGB(0,255,0)), dn_col(RGB(255,0,0)), up_hist_col(RGB(130,255,195)), up_hist_col_(RGB(0,255,0)), dn_hist_col(RGB(255,0,0)), dn_hist_col_(RGB(247,140,140)), start_date(20200101), timer("From start"); Vars: counts_diff(0), max_abs_counts_diff(0), counts_diff_norm(0), dyn_length(0), dyn_ema(0), trend(0), bullsrc(0), bearsrc(0), x1(-1), y1(0), posx(0), speed(0), cx(0), ox(0), start_time(0), prev_counts_diff(0), delta_counts_diff(0), max_delta_counts_diff(0), accel_factor(0), isStartTime(false), isFromStart(false), barIdx(0), bearish_change(0), bearish_t(0), bullish_change(0), bullish_t(0), trendspeed(0), colour(0), fillColor(0), min_speed(0), max_speed(0), normalized_speed(0), speedGradient1(0), rma0(0), rma1(0), i(0); // 1. 동적 길이 및 가속도 계산 counts_diff = Close; max_abs_counts_diff = Highest(AbsValue(counts_diff), 200); If max_abs_counts_diff <> 0 Then counts_diff_norm = (counts_diff + max_abs_counts_diff) / (2 * max_abs_counts_diff); Else counts_diff_norm = 0; dyn_length = 5 + counts_diff_norm * (max_length - 5); prev_counts_diff = counts_diff[1]; delta_counts_diff = AbsValue(counts_diff - prev_counts_diff); max_delta_counts_diff = Highest(delta_counts_diff, 200); If max_delta_counts_diff = 0 Then max_delta_counts_diff = 1; accel_factor = delta_counts_diff / max_delta_counts_diff; // 2. 동적 EMA (간단화: EMA 사용) cx = EMA(Close, 10); ox = EMA(Open, 10); // 3. 트렌드, 시그널 소스 trend = cx; // 실제 dyn_ema를 구현하려면 별도 로직 필요 bullsrc = Close; bearsrc = Close; // 4. 시간 조건 start_time = DateToJulian(start_date); isStartTime = (DateToJulian(Date) > start_time); isFromStart = (timer = "From start"); // 5. 첫 값 할당 If (x1 = -1) and (isStartTime or isFromStart) Then Begin x1 = CurrentBar; y1 = ox; End; barIdx = CurrentBar; // 6. 트렌드 방향 및 스피드 계산 If (isStartTime or isFromStart) Then Begin If (bullsrc > trend) and (bullsrc[1] <= trend) Then Begin bearish_change = Lowest(speed, barIdx - x1); bearish_t = barIdx - x1; x1 = barIdx; y1 = bullsrc; posx = 1; speed = cx - ox; End; If (bearsrc < trend) and (bearsrc[1] >= trend) Then Begin bullish_change = Highest(speed, barIdx - x1); bullish_t = barIdx - x1; x1 = barIdx; y1 = bearsrc; posx = -1; speed = cx - ox; End; End; speed = speed + cx - ox; // 7. 트렌드 스피드 (HullMA) trendspeed = HullMA(speed, 5); // 8. 색상 결정 If WAverage(Close, 2) > trend Then colour = up_col Else colour = dn_col; // 9. 동적 트렌드 플롯 Plot1(trend, "Dynamic Trend", colour); // 10. 보조 플롯 (숨김) Plot2(XAverage((High + Low) / 2, 50), "RMA HL2"); // 11. 속도 정규화 및 그라데이션 min_speed = Lowest(speed, collen); max_speed = Highest(speed, collen); If (max_speed - min_speed) <> 0 Then normalized_speed = (speed - min_speed) / (max_speed - min_speed) Else normalized_speed = 0; If speed < 0 Then speedGradient1 = dn_hist_col Else speedGradient1 = up_hist_col; // 12. 트렌드 스피드 플롯 If (isStartTime or isFromStart) Then Plot3(trendspeed, "Trend Speed", speedGradient1); // 13. 캔들 색상 적용 (PaintBar 사용) If candle Then PaintBar(Open, High, Low, Close, speedGradient1); // 14. (테이블, 통계 등은 Print로 대체 가능) ==================================================================== ai 이용해서 코드를 작성해보고 있는데 이 코드 실제 작동여부를 떠나서 첫줄에 함수명 문법에러가 나는데... 이유를 모르겠습니다. ㅠ

수고하십니다 미니 나스닥선물 익일00:00 ~ 01:30 시간 사이에최고점과 최저점 각각두선을 수평선 수식 부탁드립니다

if mav7200 < mav4800 and mav2400 > mav1200 and crossuP(mav80,mav300) 일때 매수진입 진입청산 식 if mav2400 < mav1200 and 일때 50캔들 진행 이후에 첫번째로 crossuP(mav80,mav300) 발생 이후에 crossDown(mav80,mav300) 진입청산 식을 표현하고자 합니다. 질문 진입청산 수식을 부탁합니다.

// 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/ // &#169; LuxAlgo //@version=5 indicator("FVG Trailing Stop [LuxAlgo]", shorttitle = "LuxAlgo - FVG Trailing Stop", overlay = true) //---------------------------------------------------------------------------------------------------------------------} //User Inputs //---------------------------------------------------------------------------------------------------------------------{ fvgLen = input.int(5, minval = 1, title = "Unmitigated FVG Lookback") smoothLen = input.int(9, minval = 1, title = "Smoothing Length") ts2Tog = input.bool(false, title = "Reset on Cross") bullColor = input.color(#089981, title = "&#160;Bullish Color", inline = "bull", group = "Style") bearColor = input.color(#f23645, title = "Bearish Color", inline = "bear", group = "Style") bullFillColor = input.color(color.new(#089981, 80), title = "", inline = "bull", group = "Style") bearFillColor = input.color(color.new(#f23645, 80), title = "", inline = "bear", group = "Style") //---------------------------------------------------------------------------------------------------------------------} //Functions //---------------------------------------------------------------------------------------------------------------------{ fz(_val,_standin) => _val > 0 ? _val : _standin //---------------------------------------------------------------------------------------------------------------------} //FVG Level Arrays //---------------------------------------------------------------------------------------------------------------------{ var bull_lvls = array.new<float>(0) var bear_lvls = array.new<float>(0) //---------------------------------------------------------------------------------------------------------------------} //Calculations //---------------------------------------------------------------------------------------------------------------------{ //FVG Detection if low > high[2] and close[1] > high[2] bull_lvls.push(high[2]) if high < low[2] and close[1] < low[2] bear_lvls.push(low[2]) //Array Size Management if bull_lvls.size() > fvgLen bull_lvls.shift() if bear_lvls.size() > fvgLen bear_lvls.shift() //FVG Mitigation Detection if bull_lvls.size() > 0 for i = bull_lvls.size()-1 to 0 if close < bull_lvls.get(i) bull_lvls.remove(i) if bear_lvls.size() > 0 for i = bear_lvls.size()-1 to 0 if close > bear_lvls.get(i) bear_lvls.remove(i) //Bars to calc SMAs bull_bs = fz(ta.barssince(not na(bull_lvls.avg())),1) bear_bs = fz(ta.barssince(not na(bear_lvls.avg())),1) //Progressive SMAs csum = ta.cum(close) //Calc starts at 1 when FVG array is empty and Maxes out at Smoothing Length bull_sma = (csum - csum[math.min(bull_bs,smoothLen)]) / math.min(bull_bs,smoothLen) bear_sma = (csum - csum[math.min(bear_bs,smoothLen)]) / math.min(bear_bs,smoothLen) //Displayed Extreme Values bull_disp = ta.sma(nz(bull_lvls.avg(),bull_sma),smoothLen) bear_disp = ta.sma(nz(bear_lvls.avg(),bear_sma),smoothLen) var int dir = 0 if close > bear_disp dir := -1 if close < bull_disp dir := 1 //Actual TS var int os = na var float ts = na float sr_crossings = na os := close > bear_disp ? 1 : close < bull_disp ? -1 : os ts := os > os[1] ? bull_disp : os < os[1] ? bear_disp : os == 1 ? math.max(bull_disp, ts) : math.min(bear_disp, ts) if ts2Tog if os == 1 if close < ts sr_crossings := ts, ts := na else if close > bear_disp and na(ts) ts := bull_disp else if os == -1 if close > ts sr_crossings := ts, ts := na else if close < bull_disp and na(ts) ts := bear_disp //---------------------------------------------------------------------------------------------------------------------} //Display //---------------------------------------------------------------------------------------------------------------------{ ts_color = os != os[1] ? na : os == 1 ? bullColor : bearColor plot_upper = plot((not na(ts) or not na(ts[1])) and os == -1 ? bear_disp : na, 'Upper' , color.new(bearColor, 50) , style = plot.style_linebr) plot_lower = plot((not na(ts) or not na(ts[1])) and os == 1 ? bull_disp : na, 'Lower' , color.new(bullColor, 50) , style = plot.style_linebr) plot_upper_ts = plot((not na(ts) or not na(ts[1])) and os == -1 ? nz(ts,ts[1]) : na, 'Upper Trailing Stop' , color = bearColor , style = plot.style_linebr) plot_lower_ts = plot((not na(ts) or not na(ts[1])) and os == 1 ? nz(ts,ts[1]) : na, 'Lower Trailing Stop' , color = bullColor , style = plot.style_linebr) plot(os != os[1] ? ts : na, 'Trend Changes' , color = os == 1 ? bullColor : bearColor , style = plot.style_circles , linewidth = 1) plot(sr_crossings, 'Crossings' , color = ts_color , style = plot.style_circles , linewidth = 3) fill(plot_lower_ts, plot_lower , (not na(ts) or not na(ts[1])) and os == 1 ? nz(ts,ts[1]) : na , bull_disp , bullFillColor , color.new(chart.bg_color, 100)) fill(plot_upper, plot_upper_ts , bear_disp , (not na(ts) or not na(ts[1])) and os == -1 ? nz(ts,ts[1]) : na , color.new(chart.bg_color, 100) , bearFillColor) //---------------------------------------------------------------------------------------------------------------------}

아래 지표에서 signal 70통과시 분홍색 30통과시 파랑색으로 70과 30사이는 그냥 하얀바탕으로 강세약세 지표 부탁드립니다. input : length(14); input : smoType1(3); #1:EMA, 2:SMA, 3:RMA, 4TMA input : arsiCss(silver); input : autoCss(true); //Signal Line input : smooth(14); input : smoType2(1);#1EMA, 2SMA, 3RMA, 4TMA input : signalCss(Orange); //OB/OS Style input : obValue(75); input : obCss(Green); input : obAreaCss(LightGreen); input : osValue(25); input : osCss(Red); input : osAreaCss(LightRed); var : src(0); var : upper(0),lower(0),r(0); var : d(0),diff(0),alpha(0),num(0),den(0),arsi(0),signal(0),a(0),tx(0); src = close; upper = highest(src, length); lower = lowest(src, length); r = upper - lower; d = src - src[1]; diff = iff(upper > upper[1] , r , iff(lower < lower[1] , -r , d)); if smoType1 == 1 Then { num = ema(diff, length); den = ema(abs(diff), length); } if smoType1 == 2 Then { num = ma(diff, length); den = ma(abs(diff), length); } if smoType1 == 3 Then { alpha = 1/length; num = iff(isnan(num[1]) == true, ma(diff, length) , alpha * diff + (1 - alpha) * iff(isnan(num[1])==true,0,num[1])); den = iff(isnan(den[1]) == true, ma(abs(diff), length) , alpha * abs(diff) + (1 - alpha) * iff(isnan(den[1])==true,0,den[1])); } if smoType1 == 4 Then { num = ma(ma(diff, length),length); den = ma(ma(abs(diff), length), length); } arsi = num / den * 50 + 50; if smoType2 == 1 Then { signal = ema(arsi, smooth); } if smoType2 == 2 Then { signal = ma(arsi, smooth); } if smoType2 == 3 Then { a = 1/smooth; signal = iff(isnan(signal[1]) == true, ma(arsi, length) , a * arsi + (1 - a) * iff(isnan(signal[1])==true,0,signal[1])); } if smoType2 == 4 Then { signal = ma(arsi, smooth); } plot1(arsi, "Ultimate RSI",IFf(arsi > obValue , obCss , IFF(arsi < osValue , osCss ,IFf( autoCss , Black , arsiCss)))); plot2(signal, "Signal Line", signalCss); PlotBaseLine1(obValue, "Overbought"); PlotBaseLine2(50, "Midline"); PlotBaseLine3(osValue, "Oversold"); PlotBaseLine4(25, "25",Gray); PlotBaseLine5(30, "30",Gray); PlotBaseLine6(35, "35",Gray); PlotBaseLine7(40, "40",Gray); PlotBaseLine8(45, "45",Gray); PlotBaseLine9(55, "55",Gray); PlotBaseLine10(60, "60",Gray); PlotBaseLine11(65, "65",Gray); PlotBaseLine12(70, "70",Gray); PlotBaseLine13(75, "75",Gray); var : tx1(0),tx2(0); var : tl1(0),tl2(0),box1(0); var : tl3(0),tl4(0),box2(0); if CrossUp(signal,50) Then { tx1 = Text_New(sDate,sTime,L,"●"); Text_SetColor(tx1,rgb(255, 0, 127)); Text_SetStyle(tx1,2,0); Text_SetSize(tx1,30); tx2 = Text_New_Self(sDate,sTime,50,"●"); Text_SetColor(tx2,rgb(255, 0, 127)); Text_SetStyle(tx2,2,0); Text_SetSize(tx2,16); TL_Delete(tl1); TL_Delete(tl2); var1 = l; var2 = c; tl1 = TL_New(sDate,sTime,var1,NextBarSdate,NextBarStime,var1); tl2 = TL_New(sDate,sTime,var2,NextBarSdate,NextBarStime,var2); TL_SetColor(tl1,LightGray); TL_SetColor(tl2,LightGray); Box_Delete(box1); box1 = Box_new(sDate,sTime,var1,NextBarSdate,NextBarStime,var2); Box_SetColor(box1,Red); Box_SetFill(box1,true); } Else { TL_SetEnd(tl1,NextBarSdate,NextBarStime,var1); TL_SetEnd(tl2,NextBarSdate,NextBarStime,var2); box_SetEnd(box1,NextBarSdate,NextBarStime,var2); } if CrossDown(signal,50) Then { tx1 = Text_New(sDate,sTime,H,"●"); Text_SetColor(tx1,rgb(0, 145, 255)); Text_SetStyle(tx1,2,1); Text_SetSize(tx1,30); tx2 = Text_New_Self(sDate,sTime,50,"●"); Text_SetColor(tx2,rgb(0, 145, 255)); Text_SetStyle(tx2,2,1); Text_SetSize(tx2,16); TL_Delete(tl3); TL_Delete(tl4); var3 = h; var4 = c; tl3 = TL_New(sDate,sTime,var3,NextBarSdate,NextBarStime,var3); tl4 = TL_New(sDate,sTime,var4,NextBarSdate,NextBarStime,var4); TL_SetColor(tl3,LightGray); TL_SetColor(tl4,LightGray); Box_Delete(box2); box2 = Box_new(sDate,sTime,var3,NextBarSdate,NextBarStime,var4); Box_SetColor(box2,rgb(0, 255, 255)); Box_SetFill(box2,true); } Else { TL_SetEnd(tl3,NextBarSdate,NextBarStime,var3); TL_SetEnd(tl4,NextBarSdate,NextBarStime,var4); box_SetEnd(box2,NextBarSdate,NextBarStime,var4); } if CrossUp(signal,75) Then { tx1 = Text_New(sDate,sTime,L,"◈"); Text_SetColor(tx1,Red); Text_SetStyle(tx1,2,0); Text_SetSize(tx1,25); tx2 = Text_New_Self(sDate,sTime,50,"◈"); Text_SetColor(tx2,Red); Text_SetStyle(tx2,2,0); Text_SetSize(tx2,20); } if CrossDown(signal,25) Then { tx1 = Text_New(sDate,sTime,H,"◈"); Text_SetColor(tx1,rgb(34, 0, 204)); Text_SetStyle(tx1,2,1); Text_SetSize(tx1,25); tx2 = Text_New_Self(sDate,sTime,50,"◈"); Text_SetColor(tx2,Blue); Text_SetStyle(tx2,2,1); Text_SetSize(tx2,20); } if CrossUp(signal,70) Then { tx1 = Text_New(sDate,sTime,L,"◈"); Text_SetColor(tx1,Red); Text_SetStyle(tx1,2,0); Text_SetSize(tx1,25); tx2 = Text_New_Self(sDate,sTime,50,"◈"); Text_SetColor(tx2,Red); Text_SetStyle(tx2,2,0); Text_SetSize(tx2,20); } if CrossDown(signal,30) Then { tx1 = Text_New(sDate,sTime,H,"◈"); Text_SetColor(tx1,rgb(34, 0, 204)); Text_SetStyle(tx1,2,1); Text_SetSize(tx1,25); tx2 = Text_New_Self(sDate,sTime,50,"◈"); Text_SetColor(tx2,Blue); Text_SetStyle(tx2,2,1); Text_SetSize(tx2,20); } var : slv(0),sld(0),slt(0),slv1(0),sld1(0),slt1(0); var : plv(0),pld(0),plt(0),plv1(0),pld1(0),plt1(0); var : dtl1(0),dtl2(0); if CrossDown(signal,20) Then { slv = signal; sld = sDate; slt = sTime; slv1 = slv[1]; sld1 = sld[1]; slt1 = slt[1]; plv = l; pld = sDate; plt = sTime; plv1 = plv[1]; pld1 = pld[1]; plt1 = plt[1]; } 0선 기준으로 통과시 화살표 표시 ↑ ↓ 부탁드립니다. input : short(10),long(100); var : macdv(0),tx(0); macdv = macd(short,long); Plot1(macdv); PlotBaseLine1(0); if CrossUp(macdv,0) Then { tx = Text_New(sDate,sTime,macdv,"▲"); Text_SetColor(tx,Red); Text_SetSize(tx,20); }

1분봉에서 종가상승통계를 보는데 마지막 최고값과 최저값이 나오지 않고 0 으로 표시됩니다. 최고값과 최저값을 나올수 있도록 검토부탁드립니다. 감사합니다. var : 종가상승통계(0); 종가상승통계= CountIF(c>c[1], 20); plot1(종가상승통계, "종가상승통계", red); var : 종가상승통계2(0); 종가상승통계2= CountIF(c>c[2], 30); plot2(종가상승통계2, "종가상승통계2", red); var : 종가상승통계3(0); 종가상승통계3= CountIF(c>c[3], 40); plot3(종가상승통계3, "종가상승통계3", red); var : 종가상승통계4(0); 종가상승통계4= CountIF(c>c[4], 60); plot4(종가상승통계4, "종가상승통계4", red); var : 종가상승통계5(0); 종가상승통계5= CountIF(c>c[5], 80); plot5(종가상승통계5, "종가상승통계5", red); var : 종가상승통계6(0); 종가상승통계6= CountIF(c>c[6], 120); plot6(종가상승통계6, "종가상승통계6", red); var : 종가상승통계7(0); 종가상승통계7= CountIF(c>c[7], 160); plot7(종가상승통계7, "종가상승통계7", red); var : 종가상승통계8(0); 종가상승통계8= CountIF(c>c[8], 200); plot8(종가상승통계8, "종가상승통계8", red); var : 종가상승통계9(0); 종가상승통계9= CountIF(c>c[9], 240); plot9(종가상승통계9, "종가상승통계9", red); var : 종가상승통계10(0); 종가상승통계10= CountIF(c>c[10], 300); plot10(종가상승통계10, "종가상승통계10", red); var : 최고값(0);max(종가상승통계,종가상승통계2,종가상승통계3,종가상승통계4,종가상승통계5,종가상승통계6,종가상승통계7,종가상승통계8,종가상승통계9,종가상승통계10); plot11(최고값, "최고값", yellow); var : 최저값(0);min(종가상승통계,종가상승통계2,종가상승통계3,종가상승통계4,종가상승통계5,종가상승통계6,종가상승통계7,종가상승통계8,종가상승통계9,종가상승통계10); plot12(최저값, "최저값", black);

1. 색상이 바뀔때 , 지표data1 차트에 문자표시및텍스트 작성되게 가능할까요? if dayindex+1 < 이평봉수 Then 이평값 = dayindex+1; else 이평값 = 이평봉수; 이평 = Ma(지표, 이평값); // if 이평[1] <=이평 then 지표색 = RGB(255, 166, 255);// 연핑 <= 상승색 if 이평[1] > 이평 then 지표색 = RGB(132, 193, 255);// 연청 <= 하락색 //===== 지표의 출력 if 당일분만출력이면1 == 1 Then { if CurrentDate == sdate Then { plot11(이평, "지표선", 지표색, DEF, 굵기); If 이평 > -5 and 이평 < 10 Then plot51(0, "0선", GRAY, DEF, 0); } } Else { plot11(이평, "지표선", 지표색, DEF, 굵기); If 이평 > -5 and 이평 < 10 Then plot51(0, "0선", GRAY, DEF, 0); }

6/24일 HMM 3분봉 차트에 나타난 지표 9시 45분 발생한 빨강 원형 마크 종목검색식 수식 부탁합니다 지표식은 아래와 같고 첨부파일로 HMM 오늘 분봉 차트 보냅니다. input : zlmaSource(close),zlmaFastLength(8),zlmaSlowLength(21); var : zema1(0),zema2(0),c1(0),c2(0),zema3(0),zema4(0),zlemaFast(0),zlemaSlow(0); // Fast ZeroLag EMA zema1 = ema(zlmaSource, zlmaFastLength); zema2 = ema(zema1, zlmaFastLength); c1=zema1-zema2; zlemaFast=zema1+c1; // Slow ZeroLag EMA zema3=ema(zlmaSource, zlmaSlowLength); zema4=ema(zema3, zlmaSlowLength); c2=zema3-zema4; zlemaSlow=zema3+c2; plot1(zlemaFast, "Fast ZeroLag EMA",Yellow,Def,2); plot2(zlemaSlow, "Slow ZeroLag EMA",Green,Def,3); input : per(34); var : src(0),lmean(0),smean(0),gma(0); src = close; lmean = log(src); smean = AccumN(lmean,per); gma = exp(smean/per); plot3(gma,"GMA",Blue); if CrossUp(zlemaFast,zlemaSlow) Then plot4(zlemaFast); if CrossDown (zlemaFast,zlemaSlow) Then plot5(zlemaFast); if zlemaSlow > zlemaSlow[1] Then plot2(zlemaSlow,"Slow ZeroLag EmA",Red,Def,7);