수고 많으십니다. 가격 이동평균선의 증감율을 가지고 차트에 음영을 표시하고 싶은데 가능한지요? 첨부 파일은 코스피 국내선물 2025.09.12. 15시 04분 120틱 20선 이동평균입니다. 20일선 이동평균선의 증감율(10,000분율)이 증가율(상승추세) 0.3 이상은 RED, 감소율(하락추세) 0.3이상은 BLUE, 그 외의 증감율에 대해서는 무표시 또는 LIME색상으로 차트에 음영으로 표시가 되도록 만들어 주시면 감사하겠습니다. 그리고 모든 값은 변경 가능하게 변수로 부탁드립니다. 만분율의 계산은(최종수치-최초수치/최초수치)*10,000 으로 계산한 값입니다. 신속한 답변에 항상 감사드립니다. 수고하세요.

주봉과 월봉을 기준으로 하며 1.금번봉의 고가가 직전봉의 종가보다 2% 미만인 경우 챠트에 표시되게끔(=강세약세 등 화면으로) 수식을 부탁드립니다. 감사하고 미안합니다.

안녕하세요 3분봉에서 시초가 첫양봉인데 어제 종가보다 높은 양봉이며 두번째봉은 시초가 첫 양봉보다 높은 양봉인 종목 검색식 부탁드립니다 감사합니다

{========================================== Disparity Index + RSI (YesLanguage version) - DI = 100 * (src - SMA(src,L)) / SMA(src,L) - scaledDI = 20 * DI + 50 - RSI = Wilder RMA - RSI MA/BB 옵션: 0=None, 1=SMA, 2=SMA+BB, 3=EMA, 4=RMA, 5=WMA, 6=VWMA - Regular Bullish/Bearish Divergence (라벨) ==========================================} {----------- Inputs -----------} input: DI_Length(14); input: DI_Source(1); { 1=Close, 2=Open, 3=High, 4=Low, 5=Typical(H+L+C)/3 } input: RSI_Length(14); { RSI Smoothing / BB } input: MA_Type(1); { 0=None, 1=SMA, 2=SMA+BB, 3=EMA, 4=RMA, 5=WMA, 6=VWMA } input: MA_Len(14); input: BB_Mult(2.0); { Divergence } input: CalcDivergence(false); input: LB_Left(5); input: LB_Right(5); input: RangeLower(5); input: RangeUpper(60); { Colors } input: DiUpColor(RGB(14,187,35)); { &#8776; #0ebb23 } input: DiDnColor(Red); input: LevelColor(Gray); input: RsiColor(RGB(126,87,194)); { &#8776; #7E57C2 } input: BBColor(Green); input: BullColor(Green); input: BearColor(Red); {----------- Vars -----------} vars: srcVal(0), smaDI(0), di(0), scaledDi(0), chg(0), up(0), dn(0), upRMA(0), dnRMA(0), rsi(0), rsiMA(0), rsiStDev(0), rsiBB_Up(0), rsiBB_Dn(0), bullCond(false), bearCond(false), rsiPivotLow(0), rsiPrevPivotLow(0), pxPivotLow(0), pxPrevPivotLow(0), rsiPivotHigh(0), rsiPrevPivotHigh(0), pxPivotHigh(0), pxPrevPivotHigh(0), pivBarsL(0), pivBarsH(0), lblBull(0), lblBear(0); {----------- Source 선택 -----------} if DI_Source = 1 then srcVal = Close else if DI_Source = 2 then srcVal = Open else if DI_Source = 3 then srcVal = High else if DI_Source = 4 then srcVal = Low else srcVal = (High + Low + Close) / 3; {----------- Disparity Index -----------} smaDI = Average(srcVal, DI_Length); if smaDI <> 0 then di = 100 * (srcVal - smaDI) / smaDI else di = 0; scaledDi = 20 * di + 50; { 색상 } vars: diColor(0); if scaledDi >= 50 then diColor = DiUpColor else diColor = DiDnColor; Plot1(scaledDi, "Scaled DI", diColor); Plot2(50, "DI 50", LevelColor); {----------- RSI (Wilder RMA) -----------} chg = Close - Close[1]; up = MaxList(chg, 0); dn = MaxList(-chg, 0); if CurrentBar = 1 then begin upRMA = up; dnRMA = dn; end else begin upRMA = (upRMA[1] * (RSI_Length - 1) + up) / RSI_Length; dnRMA = (dnRMA[1] * (RSI_Length - 1) + dn) / RSI_Length; end; if dnRMA = 0 then rsi = 100 else if upRMA = 0 then rsi = 0 else rsi = 100 - (100 / (1 + upRMA / dnRMA)); Plot3(rsi, "RSI", RsiColor); { RSI 레벨 라인: 70/60/50/40/30 } Plot4(70, "RSI 70", LevelColor); Plot5(60, "RSI 60", LevelColor); Plot6(50, "RSI 50", LevelColor); Plot7(40, "RSI 40", LevelColor); Plot8(30, "RSI 30", LevelColor); {----------- RSI Smoothing / BB -----------} { MA_Type: 0=None, 1=SMA, 2=SMA+BB, 3=EMA, 4=RMA, 5=WMA, 6=VWMA } if MA_Type = 1 or MA_Type = 2 then rsiMA = Average(rsi, MA_Len) else if MA_Type = 3 then rsiMA = XAverage(rsi, MA_Len) else if MA_Type = 4 then begin if CurrentBar = 1 then rsiMA = rsi else rsiMA = (rsiMA[1] * (MA_Len - 1) + rsi) / MA_Len; end else if MA_Type = 5 then rsiMA = WAverage(rsi, MA_Len) else if MA_Type = 6 then rsiMA = Summation(rsi * Volume, MA_Len) / Summation(Volume, MA_Len) else rsiMA = 0; if MA_Type >= 1 then Plot9(rsiMA, "RSI_MA", Yellow); if MA_Type = 2 then begin rsiStDev = StdDev(rsi, MA_Len); rsiBB_Up = rsiMA + rsiStDev * BB_Mult; rsiBB_Dn = rsiMA - rsiStDev * BB_Mult; Plot10(rsiBB_Up, "RSI_BB_Up", BBColor); Plot11(rsiBB_Dn, "RSI_BB_Dn", BBColor); end; {----------- Regular Divergence -----------} if CalcDivergence then begin { RSI Pivot Low } if SwingLow(rsi, LB_Left, LB_Right, pivBarsL) then begin rsiPivotLow = rsi[pivBarsL]; pxPivotLow = Low[LB_Right]; bullCond = (rsiPrevPivotLow <> 0) and (pxPrevPivotLow <> 0) and (pxPivotLow < pxPrevPivotLow) { Price LL } and (rsiPivotLow > rsiPrevPivotLow) { RSI HL } and (pivBarsL >= RangeLower and pivBarsL <= RangeUpper); if bullCond then begin lblBull = Text_New(sDate[LB_Right], sTime[LB_Right], rsiPivotLow, " Bull "); Text_SetStyle(lblBull, 2, 0); Text_SetColor(lblBull, BullColor); end; rsiPrevPivotLow = rsiPivotLow; pxPrevPivotLow = pxPivotLow; end; { RSI Pivot High } if SwingHigh(rsi, LB_Left, LB_Right, pivBarsH) then begin rsiPivotHigh = rsi[pivBarsH]; pxPivotHigh = High[LB_Right]; bearCond = (rsiPrevPivotHigh <> 0) and (pxPrevPivotHigh <> 0) and (pxPivotHigh > pxPrevPivotHigh) { Price HH } and (rsiPivotHigh < rsiPrevPivotHigh) { RSI LH } and (pivBarsH >= RangeLower and pivBarsH <= RangeUpper); if bearCond then begin lblBear = Text_New(sDate[LB_Right], sTime[LB_Right], rsiPivotHigh, " Bear "); Text_SetStyle(lblBear, 2, 1); Text_SetColor(lblBear, BearColor); end; rsiPrevPivotHigh = rsiPivotHigh; pxPrevPivotHigh = pxPivotHigh; end; end; 수정부탁드립니다

//@version=6 indicator(title="Multiple Moving Averages & 3 Bollinger Bands", shorttitle="Multi MA & 3 BB", overlay=true) &#8203; // Function to calculate different types of Moving Averages ma(source, length, type) => float result = na switch type "SMA" => result = ta.sma(source, length) "EMA" => result = ta.ema(source, length) "WMA" => result = ta.wma(source, length) "RMA" => result = ta.rma(source, length) "VWMA" => result = ta.vwma(source, length) result &#8203; // --- Moving Average Settings --- GRP_MA1 = "Moving Average 1" ma1_enable = input.bool(true, "Enable MA 1", group=GRP_MA1) ma1_type = input.string("SMA", "Type", options=["SMA", "EMA", "WMA", "RMA", "VWMA"], group=GRP_MA1) ma1_length = input.int(20, "Length", minval=1, group=GRP_MA1) ma1_color = input.color(color.blue, "Color", group=GRP_MA1) ma1 = ma(close, ma1_length, ma1_type) plot(ma1_enable ? ma1 : na, title="MA 1", color=ma1_color, linewidth=2, display=display.all) &#8203; GRP_MA2 = "Moving Average 2" ma2_enable = input.bool(true, "Enable MA 2", group=GRP_MA2) ma2_type = input.string("SMA", "Type", options=["SMA", "EMA", "WMA", "RMA", "VWMA"], group=GRP_MA2) ma2_length = input.int(30, "Length", minval=1, group=GRP_MA2) ma2_color = input.color(color.orange, "Color", group=GRP_MA2) ma2 = ma(close, ma2_length, ma2_type) plot(ma2_enable ? ma2 : na, title="MA 2", color=ma2_color, linewidth=2, display=display.all) &#8203; GRP_MA3 = "Moving Average 3" ma3_enable = input.bool(true, "Enable MA 3", group=GRP_MA3) ma3_type = input.string("SMA", "Type", options=["SMA", "EMA", "WMA", "RMA", "VWMA"], group=GRP_MA3) ma3_length = input.int(60, "Length", minval=1, group=GRP_MA3) ma3_color = input.color(color.purple, "Color", group=GRP_MA3) ma3 = ma(close, ma3_length, ma3_type) plot(ma3_enable ? ma3 : na, title="MA 3", color=ma3_color, linewidth=2, display=display.all) &#8203; GRP_MA4 = "Moving Average 4" ma4_enable = input.bool(false, "Enable MA 4", group=GRP_MA4) ma4_type = input.string("SMA", "Type", options=["SMA", "EMA", "WMA", "RMA", "VWMA"], group=GRP_MA4) ma4_length = input.int(120, "Length", minval=1, group=GRP_MA4) ma4_color = input.color(color.black, "Color", group=GRP_MA4) ma4 = ma(close, ma4_length, ma4_type) plot(ma4_enable ? ma4 : na, title="MA 4", color=ma4_color, linewidth=2, display=display.all) &#8203; GRP_MA5 = "Moving Average 5" ma5_enable = input.bool(false, "Enable MA 5", group=GRP_MA5) ma5_type = input.string("SMA", "Type", options=["SMA", "EMA", "WMA", "RMA", "VWMA"], group=GRP_MA5) ma5_length = input.int(240, "Length", minval=1, group=GRP_MA5) ma5_color = input.color(color.new(color.green, 20), "Color", group=GRP_MA5) ma5 = ma(close, ma5_length, ma5_type) plot(ma5_enable ? ma5 : na, title="MA 5", color=ma5_color, linewidth=1, display=display.all) &#8203; GRP_MA6 = "Moving Average 6" ma6_enable = input.bool(false, "Enable MA 6", group=GRP_MA6) ma6_type = input.string("SMA", "Type", options=["SMA", "EMA", "WMA", "RMA", "VWMA"], group=GRP_MA6) ma6_length = input.int(400, "Length", minval=1, group=GRP_MA6) ma6_color = input.color(color.new(color.red, 20), "Color", group=GRP_MA6) ma6 = ma(close, ma6_length, ma6_type) plot(ma6_enable ? ma6 : na, title="MA 6", color=ma6_color, linewidth=1, display=display.all) &#8203; GRP_MA7 = "Moving Average 7" ma7_enable = input.bool(false, "Enable MA 7", group=GRP_MA7) ma7_type = input.string("SMA", "Type", options=["SMA", "EMA", "WMA", "RMA", "VWMA"], group=GRP_MA7) ma7_length = input.int(600, "Length", minval=1, group=GRP_MA7) ma7_color = input.color(color.new(color.teal, 20), "Color", group=GRP_MA7) ma7 = ma(close, ma7_length, ma7_type) plot(ma7_enable ? ma7 : na, title="MA 7", color=ma7_color, linewidth=1, display=display.all) &#8203; // --- Bollinger Bands Settings --- // Bollinger Band 1 GRP_BB1 = "Bollinger Band 1" bb1_enable = input.bool(true, "Enable BB 1", group=GRP_BB1) bb1_source = input.source(close, "Source", group=GRP_BB1) bb1_length = input.int(20, "Length", minval=1, group=GRP_BB1) bb1_mult = input.float(2.0, "StdDev Mult", minval=0.001, maxval=50, step=0.1, group=GRP_BB1) bb1_basis_color = input.color(color.aqua, "Basis Color", group=GRP_BB1) // Basis line color bb1_upper_color = input.color(color.aqua, "Upper Color", group=GRP_BB1) // Upper line color bb1_lower_color = input.color(color.aqua, "Lower Color", group=GRP_BB1) // Lower line color bb1_linewidth = input.int(1, "Line Width", minval=1, maxval=4, group=GRP_BB1) // Line width for all BB lines bb1_fill_color = input.color(color.new(color.aqua, 90), "Fill Color", group=GRP_BB1) // Fill color bb1_hit_enable = input.bool(true, "Enable Hit Marks", group=GRP_BB1) // Enable/disable hit marks bb1_hit_color_upper = input.color(color.red, "Upper Hit Color", group=GRP_BB1) // Color for upper band hit bb1_hit_color_lower = input.color(color.green, "Lower Hit Color", group=GRP_BB1) // Color for lower band hit &#8203; bb1_basis = ta.sma(bb1_source, bb1_length) bb1_dev = bb1_mult * ta.stdev(bb1_source, bb1_length) bb1_upper = bb1_basis + bb1_dev bb1_lower = bb1_basis - bb1_dev &#8203; plot(bb1_enable ? bb1_basis : na, "BB1 Basis", color=bb1_basis_color, linewidth=bb1_linewidth) p1_bb1 = plot(bb1_enable ? bb1_upper : na, "BB1 Upper", color=bb1_upper_color, linewidth=bb1_linewidth) p2_bb1 = plot(bb1_enable ? bb1_lower : na, "BB1 Lower", color=bb1_lower_color, linewidth=bb1_linewidth) fill(p1_bb1, p2_bb1, color=bb1_enable ? bb1_fill_color : na, title="BB1 Fill") &#8203; // Plot shapes when candle hits BB1 (modified conditions to include equality) plotshape(bb1_hit_enable and high >= bb1_upper, style=shape.triangledown, location=location.abovebar, color=bb1_hit_color_upper, size=size.small, title="BB1 Upper Hit") plotshape(bb1_hit_enable and low <= bb1_lower, style=shape.triangleup, location=location.belowbar, color=bb1_hit_color_lower, size=size.small, title="BB1 Lower Hit") &#8203; &#8203; // Bollinger Band 2 GRP_BB2 = "Bollinger Band 2" bb2_enable = input.bool(false, "Enable BB 2", group=GRP_BB2) bb2_source = input.source(open, "Source", group=GRP_BB2) bb2_length = input.int(4, "Length", minval=1, group=GRP_BB2) bb2_mult = input.float(4.0, "StdDev Mult", minval=0.001, maxval=50, step=0.1, group=GRP_BB2) bb2_basis_color = input.color(color.fuchsia, "Basis Color", group=GRP_BB2) // Basis line color bb2_upper_color = input.color(color.fuchsia, "Upper Color", group=GRP_BB2) // Upper line color bb2_lower_color = input.color(color.fuchsia, "Lower Color", group=GRP_BB2) // Lower line color bb2_linewidth = input.int(1, "Line Width", minval=1, maxval=4, group=GRP_BB2) // Line width for all BB lines bb2_fill_color = input.color(color.new(color.fuchsia, 90), "Fill Color", group=GRP_BB2) // Fill color bb2_hit_enable = input.bool(false, "Enable Hit Marks", group=GRP_BB2) // Enable/disable hit marks bb2_hit_color_upper = input.color(color.red, "Upper Hit Color", group=GRP_BB2) // Color for upper band hit bb2_hit_color_lower = input.color(color.green, "Lower Hit Color", group=GRP_BB2) // Color for lower band hit &#8203; bb2_basis = ta.sma(bb2_source, bb2_length) bb2_dev = bb2_mult * ta.stdev(bb2_source, bb2_length) bb2_upper = bb2_basis + bb2_dev bb2_lower = bb2_basis - bb2_dev &#8203; plot(bb2_enable ? bb2_basis : na, "BB2 Basis", color=bb2_basis_color, linewidth=bb2_linewidth) p1_bb2 = plot(bb2_enable ? bb2_upper : na, "BB2 Upper", color=bb2_upper_color, linewidth=bb2_linewidth) p2_bb2 = plot(bb2_enable ? bb2_lower : na, "BB2 Lower", color=bb2_lower_color, linewidth=bb2_linewidth) fill(p1_bb2, p2_bb2, color=bb2_enable ? bb2_fill_color : na, title="BB2 Fill") &#8203; // Plot shapes when candle hits BB2 (modified conditions to include equality) plotshape(bb2_hit_enable and high >= bb2_upper, style=shape.triangledown, location=location.abovebar, color=bb2_hit_color_upper, size=size.small, title="BB2 Upper Hit") plotshape(bb2_hit_enable and low <= bb2_lower, style=shape.triangleup, location=location.belowbar, color=bb2_hit_color_lower, size=size.small, title="BB2 Lower Hit") &#8203; // Bollinger Band 3 GRP_BB3 = "Bollinger Band 3" bb3_enable = input.bool(false, "Enable BB 3", group=GRP_BB3) bb3_source = input.source(open, "Source", group=GRP_BB3) bb3_length = input.int(3, "Length", minval=1, group=GRP_BB3) bb3_mult = input.float(3.0, "StdDev Mult", minval=0.001, maxval=50, step=0.1, group=GRP_BB3) bb3_basis_color = input.color(color.lime, "Basis Color", group=GRP_BB3) // Basis line color bb3_upper_color = input.color(color.lime, "Upper Color", group=GRP_BB3) // Upper line color bb3_lower_color = input.color(color.lime, "Lower Color", group=GRP_BB3) // Lower line color bb3_linewidth = input.int(1, "Line Width", minval=1, maxval=4, group=GRP_BB3) // Line width for all BB lines bb3_fill_color = input.color(color.new(color.lime, 90), "Fill Color", group=GRP_BB3) // Fill color bb3_hit_enable = input.bool(false, "Enable Hit Marks", group=GRP_BB3) // Enable/disable hit marks bb3_hit_color_upper = input.color(color.red, "Upper Hit Color", group=GRP_BB3) // Color for upper band hit bb3_hit_color_lower = input.color(color.green, "Lower Hit Color", group=GRP_BB3) // Color for lower band hit &#8203; bb3_basis = ta.sma(bb3_source, bb3_length) bb3_dev = bb3_mult * ta.stdev(bb3_source, bb3_length) bb3_upper = bb3_basis + bb3_dev bb3_lower = bb3_basis - bb3_dev &#8203; plot(bb3_enable ? bb3_basis : na, "BB3 Basis", color=bb3_basis_color, linewidth=bb3_linewidth) p1_bb3 = plot(bb3_enable ? bb3_upper : na, "BB3 Upper", color=bb3_upper_color, linewidth=bb3_linewidth) p2_bb3 = plot(bb3_enable ? bb3_lower : na, "BB3 Lower", color=bb3_lower_color, linewidth=bb3_linewidth) fill(p1_bb3, p2_bb3, color=bb3_enable ? bb3_fill_color : na, title="BB3 Fill") &#8203; // Plot shapes when candle hits BB3 (modified conditions to include equality) plotshape(bb3_hit_enable and high >= bb3_upper, style=shape.triangledown, location=location.abovebar, color=bb3_hit_color_upper, size=size.small, title="BB3 Upper Hit") plotshape(bb3_hit_enable and low <= bb3_lower, style=shape.triangleup, location=location.belowbar, color=bb3_hit_color_lower, size=size.small, title="BB3 Lower Hit") 수정부탁드립니다

{========================================== Disparity Index + RSI (YesLanguage ver.) - DI = 100 * (src - SMA(src,L)) / SMA - scaledDI = 20*DI + 50 (RSI 스케일과 유사) - RSI = Wilder's RMA 방식 - RSI MA 옵션: None/SMA/BB/EMA/RMA/WMA/VWMA - Regular Bullish/Bearish Divergence 라벨 ==========================================} {----------- Inputs -----------} input : DI_Length(14); input : RSI_Length(14); input : MA_Type(1); { 0=None, 1=SMA, 2=SMA+BB, 3=EMA, 4=RMA, 5=WMA, 6=VWMA } input : MA_Len(14); input : BB_Mult(2.0); input : CalcDivergence(true); { 색상(플랫폼 팔레트에 맞게 필요 시 바꾸세요) } input : DiUpColor(Green), DiDnColor(Red); input : RsiColor(Magenta); input : BBColor(Green); input : LevelColor(Gray); {----------- Vars -----------} var : src(0), di(0), scaledDi(0), smaDI(0); var : rsi(0), chg(0), up(0), dn(0), upRMA(0), dnRMA(0); var : rsiMA(0), rsiBB_up(0), rsiBB_dn(0), rsiStDev(0); { 다이버전스용 } input : LB_Left(5), LB_Right(5); var : rsiPivotLow(0), rsiPivL_Bars(0), rsiPrevPivotLow(0); var : rsiPivotHigh(0), rsiPivH_Bars(0), rsiPrevPivotHigh(0); var : pxPivotLow(0), pxPrevPivotLow(0); var : pxPivotHigh(0), pxPrevPivotHigh(0); var : bullCond(false), bearCond(false); var : txBull(0), txBear(0); {----------- Source -----------} src = Close; { 필요 시 Open/High/Low 등으로 변경 가능 } {----------- Disparity Index -----------} smaDI = Average(src, DI_Length); if smaDI <> 0 then di = 100 * (src - smaDI) / smaDI else di = 0; scaledDi = 20 * di + 50; { 색상 선택 } var : diColor(0); diColor = IFF(scaledDi >= 50, DiUpColor, DiDnColor); Plot1(scaledDi, "Scaled DI", diColor); { DI(스케일드) } Plot2(50, "DI 50", LevelColor); { Pine의 hline(50) 대체 } {----------- RSI (Wilder RMA) -----------} chg = Close - Close[1]; up = MaxList(chg, 0); dn = MaxList(-chg, 0); /* RMA 구현: prev*(Len-1)/Len + x/Len */ if CurrentBar = 1 then begin upRMA = up; dnRMA = dn; end else begin upRMA = (upRMA[1] * (RSI_Length - 1) + up) / RSI_Length; dnRMA = (dnRMA[1] * (RSI_Length - 1) + dn) / RSI_Length; end; if dnRMA = 0 then rsi = 100 else if upRMA = 0 then rsi = 0 else rsi = 100 - (100 / (1 + upRMA / dnRMA)); Plot3(rsi, "RSI", RsiColor); /* RSI 레벨 라인 (70/60/50/40/30) */ Plot4(70, "RSI 70", LevelColor); Plot5(60, "RSI 60", LevelColor); Plot6(50, "RSI 50", LevelColor); Plot7(40, "RSI 40", LevelColor); Plot8(30, "RSI 30", LevelColor); {----------- RSI Smoothing MA / BB -----------} /* MA 선택 함수 대체: 플랫폼 내장 MA가 다르면 Average/EMA/WMA 등으로 매핑하세요 */ { SMA } if MA_Type = 1 or MA_Type = 2 then rsiMA = Average(rsi, MA_Len) else if MA_Type = 3 then { EMA } rsiMA = XAverage(rsi, MA_Len) else if MA_Type = 4 then { RMA(=SMMA) } begin if CurrentBar = 1 then rsiMA = rsi else rsiMA = (rsiMA[1] * (MA_Len - 1) + rsi) / MA_Len; end else if MA_Type = 5 then { WMA } rsiMA = WAverage(rsi, MA_Len) else if MA_Type = 6 then { VWMA (가중=거래량) } rsiMA = Summation(rsi * Volume, MA_Len) / Summation(Volume, MA_Len) else rsiMA = NaN; { MA 표시 } if MA_Type >= 1 then Plot9(rsiMA, "RSI_MA", Yellow); { BB (SMA + Bollinger Bands) } if MA_Type = 2 then begin rsiStDev = StandardDev(rsi, MA_Len, 1); { 1 = 표본/모수 선택은 환경 따라 조정 } rsiBB_up = rsiMA + rs_ 수정부탁드려요

변수값 최적화를 위해서 5분봉 챠트로 2/24~9/13일까지 시뮬레이션 챠트를 돌려보니 9/8~9/12일까지의 거래 내역이 전략실행 챠트에서는 있었으나 시뮬레이션 챠트에서는 나타나지 않는데 왜 그럴까요? 비교를 위해 두가지의 시스템 성능 보고서 캡쳐사진을 올립니다. 하나는 시뮬레이션 보고서이고 하나는 전략실행 보고서 입니다. 차이가 나는 이유를 설명해 주시면 고맙겠습니다.

대금조건=거래대금>=10000;//기준봉의 거래대금은 100억 조건=Sum(대금조건,3)==3 && Sum(대금조건(3),20)==0; 가격라인=Valuewhen(1,조건,저가); V라인=Valuewhen(1,조건,V); CrossUp(C,가격라인) && CrossUp(V,V라인) 위의 수식을 예스랭귀지로 변환 부탁드립니다.

분봉에서 9시 장시작 부터 특정시간(예: 10시 까지) 동안 스토캐스틱(10,5,5) 골든크로스가 발생했는데 이번 봉 포함 5봉 이내에 골든크로스가 발생되어 있어 이번이 두번째 발생되는 골든크로스 검색식 부탁합니다.

1계약을 기준으로 최초에 진입수량을 맞추고 수익의 최고점대비 5000$씩 떨어지면 +1계약을 추가하는 수식 가능할까요?? 그리고 이게 2계약이 되면 10,000$, 3계약이면 15,000$ 이런식으로 자동 변경되도록 부탁드립니다. 고맙습니다