HH=highest(C,기간) ; Bnt=BarsSince(C==HH)+1 ; ma(C,Bnt) 키움의 기간내 최고종가와 현재 종가가 같은 봉 이후의 봉수를 계산한 자동 이평선을 구현하고싶습니다. 부탁드립니다.

*문의 드립니다. 1) 일목균형표의 기준선이 단순이평 10일선을 골든크로스 할때,종목 검색식 부탁드립니다 단, 0봉전~10봉전까지의 모든종목을 검색 2) 지수이평을 백분율로 나타낸 키움수식입니다. 지수이평이 밑바닥에서 고개를 처음들때의 종목을 검색하고자 합니다.(일봉) 검색식부탁드려요 --수식-- A=EAVG(C,기간); ((A-lowest(A,기간))/(highest(A,기간)-lowest(A,기간)))*100; 기간 120 3) 양봉캔들이 20이평(단순)을 돌파하는(관통) 검색식 4) 양봉캔들이 일목 기준선을 돌파하는(관통) 검색식 5) 아래는 키움수식입니다. 일봉기준 상승할때 종목 검색식 부탁드립니다. 단,0봉전~ 10봉전 까지의 모든 종목을 검색 --수식-- sum(v* ((Pow((C-L),2) - Pow((H-C),2)) / (H - L)) )

이전글에서 crossup, crossdown 사용자 함수 내용이 어떻게 되는지 여쭤봤는데요 각각 crossu, crossd 이라는 이름으로 직접 만들려고 한다면 작성을 어떻게 해야되는지 여쭤본거에요 아래 답변주신 내용은 그냥 단순 의미이고,,, 함수에 사용된 코드가 궁금해서요.. CrossUp(A,B) A >= B and A[1] < B[1] CrossDown(A,B) A <= B and A[1] > B[1]

파워종목검색에서 조건A를 검색할 경우 (1번질문)1봉전 A조건을 만족하지 않고, 0봉전 A조건을 만족하는 조건식을 만들수 있나요? (2번질문)일거래대금 100억이상 또는 일거래량 10만주이상 종목을 지정할수 있나요? 혹시 이런 것들은 예스랭귀지로 편집기 작성해야 하나요? var : a(0),b(0),d(0),e(0),Ev(0); a=adx(11); b=((C - C[10]) / C[10])*100; d=(ma(V,5)-ma(V,10))/ma(V,10)*100; e=cci(20); Ev=ENVELOPEUP(70,3); if C>Ev and a[1] <= a and b >= 0 and d >= 0 and e >= 0 and diplus(14) > diminus(14) Then Find(1); 위의 조건식이 1봉전에는 만족하지 않고, 0봉전에 만족하는 조건을 만들수 있나요?

항상감사하고 감사드립니다 연말 잘보내세요 신호1 h>c(1)*1.15 && c>o && c<c(1) * 1.07 && h>c * 1.1 && (거래대금 > 5000 or highest(거래대금(1),10)<거래대금) && c<eavg(c,224) 신호 2 조건= h>c(1)*1.15 && c>o && c<c(1) * 1.07 && h>c * 1.1 && (거래대금 > 5000 or highest(거래대금(1),10)<거래대금) && c<eavg(c,224); 기준가=valuewhen(1,조건,c); 기준봉상승률=valuewhen(1,조건, c/c(1)*100-100); 현재봉상승률=c/c(1)*100-100; 조건2= c>기준가*1.015 && c>c(1)*1.015 && c<c(1)*1.08 && 기준봉상승률+현재봉상승률<= 10 && barssince(조건)<5 && (eavg(c,10) <c or eavg(c,20) <c); 조건2&&!조건2(1)

1.오늘시가가 전일시가보다 높으면 " ~~ " 이다. 오늘시가가 전일시가보다 높으면 " ~~ " 이다. 2. 텍스트2 창에 텍스트로 설정. ( 글자크기,굵기,색상 변경가능 ) 3. 변수 설정 (정배열일때, 역배열일때.) " ~~ " 로 바뀜. input : ShortPeriod(38), LongPeriod(62); var : EmaFast(0), EmaSlow(0), Trend(0); EmaFast = ema(C, ShortPeriod); EmaSlow = ema(C, LongPeriod); if CrossUp(EmaFast, EmaSlow) Then Trend = -1; if CrossDown(EmaFast, EmaSlow) Then Trend = 1; Plot1(Trend, "UpTrend", IFf(Trend == -1, RED, GREEN) ,0, 5); if EmaFast > EmaSlow and C < EmaFast Then plot2(-0.97,"정배열조정",RGB(255,102,0) ,0, 8); if EmaFast < EmaSlow and C > EmaFast Then plot3(0.97,"역배열조정",RGb(0,128,255) ,0, 8); if EmaFast > EmaSlow Then PlotBaseLine1(1,"기준선1",RGb(10,10,10)); if EmaFast < EmaSlow Then PlotBaseLine2(-1,"기준선2",RGb(10,10,10));

1.plot1목표에 닿거나 도달했을때마다, 추세선연결 및 꼭지점도형모양 2. plot1 ~6 소추세 , 7~12 대추세 ////////////////////////////////////////////////////////////// Plot1(var1,"상승목표"); --------- Plot2(var2,"HH1"); ]] Plot3(var3,"LL"); ]] Plot4(var4,"하락목표"); #녹밴 하락대칭 ]] Plot5(var5,"LL1"); ]] Plot6(var6,"HH"); --------- Plot7(var7,"하락목표1"); --------- Plot8(var8,"상승목표1"); ]] Plot9(var1+PriceScale,"상승목표+"); ]] Plot10(var8+PriceScale,"상승목표1+"); ]] Plot11(var4-PriceScale,"하락목표-"); ]] Plot12(var7-PriceScale,"하락목표1-"); --------- /////////////////////////////////////////////////////////////////////////////////// Input : AF(0.02), AFMAX(0.2); Var : Direction(0), SAR_Value(Close), AF_Value(.02), HighValue(High), LowValue(Low), EP(0),CSarv(0); if EP != 0 Then { if Direction == 1 then { EP = HighValue; SAR_Value = SAR_Value + AF_Value * (EP - SAR_Value); if High > HighValue then { HighValue = High; AF_Value = AF_Value + AF; if AF_Value >= AFMAX then AF_Value = AFMAX; } if Close < SAR_Value then { Direction = -1; SAR_Value = EP; AF_Value = 0; EP = 0; LowValue = low; } } else { EP = LowValue; SAR_Value = SAR_Value + AF_Value * (EP - SAR_Value); if Low < LowValue then { LowValue = Low; AF_Value = AF_Value + Af; if AF_Value >= AFMAX then AF_Value = AFMAX; } if Close > SAR_Value then { Direction = 1; SAR_Value = EP; AF_Value = 0; EP = 0; HighValue = High; } } CSarv = SAR_Value; } else { if SAR_Value != 0 && EP == 0 then { if Direction == 1 then { EP = HighValue; AF_Value = AF; SAR_Value = SAR_Value + AF_Value * (EP - SAR_Value); if High > HighValue then { HighValue = High; AF_Value = AF_Value + AF; if AF_Value >= AFMAX then AF_Value = AFMAX; } } else { EP = LowValue; AF_Value = Af; SAR_Value = SAR_Value + AF_Value * (EP - SAR_Value); if Low < LowValue then { LowValue = Low; AF_Value = AF_Value + AF; if AF_Value >= AFMAX then AF_Value = AFMAX; } } CSarv = SAR_Value; } else { if Direction == 0 then { if Close > Close[1] then Direction = 1; else if Close < Close[1] then Direction = -1; } else { if Direction == 1 then { if Close < Close[1] then { Direction = -1; SAR_Value = HighValue; CSarv = SAR_Value; } } if Direction == -1 then { if Close > Close[1] then { Direction = 1; SAR_Value = LowValue; CSarv = SAR_Value; } } } LowValue = min(Low, LowValue); HighValue = max(High, HighValue); } } var : t(0),hh(0),hl(0),lh(0),ll(0); var : hh1(0),hl1(0),lh1(0),ll1(0); var : hh2(0),hl2(0),lh2(0),ll2(0); if CrossUp(C,CSarv) Then { t = 1; hh = h; hl = l; hh1 = hh[1]; hl1 = hl[1]; var1 = hh1*2-ll; Var2 = hh1; Var3 = ll; Var7 = ll*2-hh1; Var9 = CSarv; } if CrossDown(C,CSarv) Then { t = -1; lh = h; ll = l; lh1 = lh[1]; ll1 = ll[1]; var4 = ll1*2-hh; Var5 = ll1; Var6 = hh; Var8 = hh*2-ll1; Var10= CSarv; } if t == 1 Then { if h > hh Then hh = h; if l < hl Then hl = h; } if t == -1 Then { if h > lh Then lh = h; if l < ll Then ll = l; } Plot1(var1,"상승목표"); Plot2(var2,"HH1"); Plot3(var3,"LL"); Plot4(var4,"하락목표"); #녹밴 하락대칭 Plot5(var5,"LL1"); Plot6(var6,"HH"); Plot7(var7,"하락목표1"); Plot8(var8,"상승목표1"); Plot9(var1+PriceScale,"상승목표+"); Plot10(var8+PriceScale,"상승목표1+"); Plot11(var4-PriceScale,"하락목표-"); Plot12(var7-PriceScale,"하락목표1-"); var : tx1(0),tx2(0),tx3(0),tx4(0); var : tx5(0),tx6(0),tx7(0),tx8(0); var : tx9(0),tx10(0),tx11(0),tx12(0); if var1 != var1[1] Then { tx1 = text_new(sDate,sTime,var1,"상승목표"); Text_SetStyle(tx1,0,0); Text_SetColor(tx1,Black); Text_SetSize(tx1,12); } Else Text_SetLocation(tx1,sDate,sTime,var1); if var2 != var2[1] Then { tx2 = text_new(sDate,NextBarStime,var2,"HH1"); Text_SetStyle(tx2,0,0); Text_SetColor(tx2,Black); Text_SetSize(tx2,12); } Else Text_SetLocation(tx2,sDate,sTime,var2); if var3 != var3[1] Then { tx3 = text_new(sDate,NextBarStime,var3,"LL"); Text_SetStyle(tx3,0,0); Text_SetColor(tx3,Black); Text_SetSize(tx3,12); } Else Text_SetLocation(tx3,sDate,sTime,var3); if var4 != var4[1] Then { tx4 = text_new(sDate,NextBarStime,var4,"하락목표"); Text_SetStyle(tx4,0,0); Text_SetColor(tx4,Black); Text_SetSize(tx4,12); } Else Text_SetLocation(tx4,sDate,sTime,var4); if var5 != var5[1] Then { tx5 = text_new(sDate,NextBarStime,var5,"LL1"); Text_SetStyle(tx5,0,0); Text_SetColor(tx5,Black); Text_SetSize(tx5,12); } Else Text_SetLocation(tx5,sDate,sTime,var5); if var6 != var6[1] Then { tx6 = text_new(sDate,NextBarStime,var6,"HH"); Text_SetStyle(tx6,0,0); Text_SetColor(tx6,Black); Text_SetSize(tx6,12); } Else Text_SetLocation(tx6,sDate,sTime,var6); if var7 != var7[1] Then { tx7 = text_new(sDate,NextBarStime,var7,"하락목표1"); Text_SetStyle(tx7,0,0); Text_SetColor(tx7,Black); Text_SetSize(tx7,12); } Else Text_SetLocation(tx7,sDate,sTime,var7); if var8 != var8[1] Then { tx8 = text_new(sDate,NextBarStime,var8,"상승목표1"); Text_SetStyle(tx8,0,0); Text_SetColor(tx8,Black); Text_SetSize(tx8,12); } Else Text_SetLocation(tx8,sDate,sTime,var8); if var1 != var1[1] Then { tx9 = text_new(sDate,NextBarStime,var1+PriceScale,"상승목표+"); Text_SetStyle(tx9,0,2); Text_SetColor(tx9,Black); Text_SetSize(tx9,12); } Else Text_SetLocation(tx9,sDate,sTime,var1+PriceScale); if var8 != var8[1] Then { tx10 = text_new(sDate,NextBarStime,var8+PriceScale,"상승목표1+"); Text_SetStyle(tx10,0,0); Text_SetColor(tx10,Black); Text_SetSize(tx10,12); } Else Text_SetLocation(tx10,sDate,sTime,var8+PriceScale); if var4 != var4[1] Then { tx11 = text_new(sDate,NextBarStime,var4-PriceScale,"하락목표-"); Text_SetStyle(tx11,0,1); Text_SetColor(tx11,Black); Text_SetSize(tx11,12); } Else Text_SetLocation(tx11,sDate,sTime,var4-PriceScale); if var7 != var7[1] Then { tx12 = text_new(sDate,NextBarStime,var7-PriceScale,"하락목표1-"); Text_SetStyle(tx12,0,4); Text_SetColor(tx12,Black); Text_SetSize(tx12,12); } Else Text_SetLocation(tx12,sDate,sTime,var7-PriceScale);

항상노고에 감사 드리며 즐거운 크리스마스 보내시길바라며 변환 부탁드립니다 indicator('Levels Strength Index [BigBeluga]', overlay = true, max_lines_count = 500) // ＩＮＰＵＴＳ ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{ int length = input.int(20, 'Length') int transp = input.int(5, 'Levels Transparency', minval = 2, maxval = 10) string trend_col = input.string('Neutral', 'Price Color', ['Trend', 'Neutral', 'None']) color up_color = input.color(#17e05a, '', inline = 'col') color dn_color = input.color(#db621c, '', inline = 'col') float src = close // } // ＣＡＬＣＵＬＡＴＩＯＮＳ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{ var level = array.new<float>(11) series int strength = 0 series float Lower_band = ta.lowest(length) series float Upper_band = ta.highest(length) series float step = (Upper_band - Lower_band) / 10 for i = 0 to 10 by 1 level.set(i, Lower_band + step * i) float lvl = level.get(i) bool cross_up = ta.crossover(src, lvl) bool cross_dn = ta.crossunder(src, lvl) if cross_up strength := strength + 1 strength if cross_dn strength := strength - 1 strength series float price = barstate.islast ? level.get(strength) : close draw_label(level1, level2, src) => if barstate.islast lvl = (level1 + level2) / 2 label.delete(label.new(bar_index + 1, lvl, src > level1 ? '▲' : '▼', textcolor = src > level1 ? up_color : dn_color, color = color(na), style = label.style_label_center)[1]) col1 = src < level.get(1) ? color.new(dn_color, 100 - transp * 11) : color.new(up_color, 100 - transp * 1) col2 = src > level.get(1) ? color.new(up_color, 100 - transp * 2) : color.new(dn_color, 100 - transp * 10) col3 = src > level.get(2) ? color.new(up_color, 100 - transp * 3) : color.new(dn_color, 100 - transp * 9) col4 = src > level.get(3) ? color.new(up_color, 100 - transp * 4) : color.new(dn_color, 100 - transp * 8) col5 = src > level.get(4) ? color.new(up_color, 100 - transp * 5) : color.new(dn_color, 100 - transp * 7) col6 = src > level.get(5) ? color.new(up_color, 100 - transp * 6) : color.new(dn_color, 100 - transp * 6) col7 = src > level.get(6) ? color.new(up_color, 100 - transp * 7) : color.new(dn_color, 100 - transp * 5) col8 = src > level.get(7) ? color.new(up_color, 100 - transp * 8) : color.new(dn_color, 100 - transp * 4) col9 = src > level.get(8) ? color.new(up_color, 100 - transp * 9) : color.new(dn_color, 100 - transp * 3) col10 = src > level.get(9) ? color.new(up_color, 100 - transp * 10) : color.new(dn_color, 100 - transp * 2) col11 = src > level.get(10) ? color.new(up_color, 100 - transp * 11) : color.new(dn_color, 100 - transp * 1) // } // ＰＬＯＴ ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{ color color = switch trend_col 'Trend' => color.from_gradient(strength, 4, 6, dn_color, up_color) 'Neutral' => chart.fg_color 'None' => color(na) disp = display.all p0 = plot(level.get(0), display = disp, color = col1) p1 = plot(level.get(1), display = disp, color = col2) p2 = plot(level.get(2), display = disp, color = col3) p3 = plot(level.get(3), display = disp, color = col4) p4 = plot(level.get(4), display = disp, color = col5) p5 = plot(level.get(5), display = disp, color = col6) p6 = plot(level.get(6), display = disp, color = col7) p7 = plot(level.get(7), display = disp, color = col8) p8 = plot(level.get(8), display = disp, color = col9) p9 = plot(level.get(9), display = disp, color = col10) p10 = plot(level.get(10), display = disp, color = col11) fill(p0, p1, col1) fill(p1, p2, col2) fill(p2, p3, col3) fill(p3, p4, col4) fill(p4, p5, col5) fill(p5, p6, col6) fill(p6, p7, col7) fill(p7, p8, col8) fill(p8, p9, col9) fill(p9, p10, col10) if barstate.islast color col_grad = strength > 5 ? up_color : dn_color float level_ = level.get(strength) float stren = strength * 10 draw_label(level.get(0), level.get(1), src) draw_label(level.get(1), level.get(2), src) draw_label(level.get(2), level.get(3), src) draw_label(level.get(3), level.get(4), src) draw_label(level.get(4), level.get(5), src) draw_label(level.get(5), level.get(6), src) draw_label(level.get(6), level.get(7), src) draw_label(level.get(7), level.get(8), src) draw_label(level.get(8), level.get(9), src) draw_label(level.get(9), level.get(10), src) label.delete(label.new(bar_index + 1, level_, str.tostring(100 - stren, format.percent) + '▼ | ' + str.tostring(stren, format.percent) + '▲', color = color.new(col_grad, 50), style = label.style_label_left, textcolor = col_grad)[1]) line.delete(line.new(bar_index, level_, bar_index + 1, level_, color = color.new(col_grad, 50))[1]) plot(price, color = color, linewidth = 3) // }

1. 두번째 갱신되었을경우, 별모양 추가해주세요. 3번째갱신되었을경우,별모양 input : 전환포인트(0.8); Array : HD[10](0),HT[10](0),HV[10](0); Array : LD[10](0),LT[10](0),LV[10](0); var : cnt(0),Hprice(0),Lprice(0); var : UpTrend(false),DownTrend(False),Trend(0),Trend1(0),ZigZagTL(0),TX(0),tx1(0); var : TL1(0),TL2(0),TL3(0),TL4(0),TL5(0),TL6(0),TL7(0),TL8(0),t(0); Plot1 (0); HPrice = H; LPrice = L; if Index == 0 or Bdate != Bdate[1] Then { HD[0] = sDate; HT[0] = sTime; HV[0] = HPrice; LD[0] = sDate; LT[0] = sTime; LV[0] = LPrice; trend = 0; trend1 = 0; t = 0; } Else { if Trend == 0 Then { if L < LV[0] Then { LD[0] = sDate; LT[0] = sTime; LV[0] = LPrice; } if H > HV[0] Then { HD[0] = sDate; HT[0] = sTime; HV[0] = HPrice; } } UpTrend = HPrice >= LV[0]+전환포인트; DownTrend = LPrice <= HV[0]-전환포인트; if trend <= 0 and UpTrend == true Then { trend = 1; trend1 = trend[1]; For cnt = 9 DownTo 1 { HD[cnt] = HD[cnt-1]; HT[cnt] = HT[cnt-1]; HV[cnt] = HV[cnt-1]; } HD[0] = sDate; HT[0] = sTime; HV[0] = HPrice; ZigZagTL = TL_New(LD[0],LT[0],LV[0],HD[0],HT[0],HV[0]); TL_SetColor(ZigZagTL,Gold); TL_SetSize(ZigZagTL,1); TX = Text_New(HD[0],HT[0],HV[0],NumToStr(HV[0]-LV[0],2)+" "); Text_SetStyle(TX,1,1); Text_SetColor(TX,Black); Text_SetSize(tx,25); Text_SetBold(tx,1); var2 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(23.6/100)); var3 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(38.2/100)); var4 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(50/100)); var5 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(61.8/100)); var6 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(76.4/100)); TL1 = TL_New(LD[0],LT[0],HV[0],NextBarSdate,NextBarStime,HV[0]); TL2 = TL_New(LD[0],LT[0],var2,NextBarSdate,NextBarStime,var2); TL3 = TL_New(LD[0],LT[0],var3,NextBarSdate,NextBarStime,var3); TL4 = TL_New(LD[0],LT[0],var4,NextBarSdate,NextBarStime,var4); TL5 = TL_New(LD[0],LT[0],var5,NextBarSdate,NextBarStime,var5); TL6 = TL_New(LD[0],LT[0],var6,NextBarSdate,NextBarStime,var6); TL7 = TL_New(LD[0],LT[0],LV[0],NextBarSdate,NextBarStime,LV[0]); TL_SetColor(TL1,Magenta); TL_SetColor(TL2,Gold); TL_SetColor(TL3,Orange); TL_SetColor(TL4,Green); TL_SetColor(TL5,Orange); TL_SetColor(TL6,Gold); TL_SetColor(TL7,Magenta); TL_SetSize(TL1,1); t = t+1; if t == 1 Then { tx1 = Text_New(NextBarSdate,NextBarStime,LV[0]-PriceScale*2,"■"); } } Else if trend >= 0 and DownTrend Then//하락추세 전환 { trend = -1; trend1 = trend[1]; For cnt = 9 DownTo 1 { LD[cnt] = LD[cnt-1]; LT[cnt] = LT[cnt-1]; LV[cnt] = LV[cnt-1]; } LD[0] = sDate; LT[0] = sTime; LV[0] = LPrice; ZigZagTL = TL_New(HD[0],HT[0],HV[0],LD[0],LT[0],LV[0]); TL_SetColor(ZigZagTL,Gold); TL_SetSize(ZigZagTL,1); TX = Text_New(LD[0],LT[0],LV[0],NumToStr(HV[0]-LV[0],2)+" "); Text_SetStyle(TX,1,0); Text_SetColor(TX,Black); Text_SetSize(tx,25); Text_SetBold(tx,1); var2 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(23.6/100)); var3 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(38.2/100)); var4 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(50/100)); var5 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(61.8/100)); var6 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(76.4/100)); TL1 = TL_New(HD[0],HT[0],HV[0],NextBarSdate,NextBarStime,HV[0]); TL2 = TL_New(HD[0],HT[0],var2,NextBarSdate,NextBarStime,var2); TL3 = TL_New(HD[0],HT[0],var3,NextBarSdate,NextBarStime,var3); TL4 = TL_New(HD[0],HT[0],var4,NextBarSdate,NextBarStime,var4); TL5 = TL_New(HD[0],HT[0],var5,NextBarSdate,NextBarStime,var5); TL6 = TL_New(HD[0],HT[0],var6,NextBarSdate,NextBarStime,var6); TL7 = TL_New(HD[0],HT[0],LV[0],NextBarSdate,NextBarStime,LV[0]); TL_SetColor(TL1,Magenta); TL_SetColor(TL2,Gold); TL_SetColor(TL3,Orange); TL_SetColor(TL4,Green); TL_SetColor(TL5,Orange); TL_SetColor(TL6,Gold); TL_SetColor(TL7,Magenta); TL_SetSize(TL7,1); t = t+1; if t == 1 Then { tx1 = Text_New(NextBarSdate,NextBarStime,HV[0]+PriceScale*2,"■"); } } Else { if trend == 1 Then { if trend1 == 0 Then { LV[0] = DayLow; } if HPrice > HV[0] Then { HD[0] = sDate; HT[0] = sTime; HV[0] = HPrice; TL_SetEnd(ZigZagTL,HD[0],HT[0],HV[0]); Text_SetLocation(TX,HD[0],HT[0],HV[0]); Text_SetString(TX,NumToStr(HV[0]-LV[0],2)+" "); var2 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(23.6/100)); var3 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(38.2/100)); var4 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(50/100)); var5 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(61.8/100)); var6 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(76.4/100)); TL_SetBegin(TL1,LD[0],LT[0],HV[0]); TL_SetBegin(TL2,LD[0],LT[0],Var2); TL_SetBegin(TL3,LD[0],LT[0],Var3); TL_SetBegin(TL4,LD[0],LT[0],Var4); TL_SetBegin(TL5,LD[0],LT[0],Var5); TL_SetBegin(TL6,LD[0],LT[0],Var6); TL_SetBegin(TL7,LD[0],LT[0],LV[0]); TL_SetEnd(TL1,Sdate,Stime,HV[0]); TL_SetEnd(TL2,Sdate,Stime,Var2); TL_SetEnd(TL3,Sdate,Stime,Var3); TL_SetEnd(TL4,Sdate,Stime,Var4); TL_SetEnd(TL5,Sdate,Stime,Var5); TL_SetEnd(TL6,Sdate,Stime,Var6); TL_SetEnd(TL7,Sdate,Stime,LV[0]); if t == 1 Then Text_SetLocation(tx1,sDate,sTime,LV[0]-PriceScale*2); } } if trend == -1 Then { if trend1 == 0 Then { HV[0] = DayHigh; } if LPrice < LV[0] Then { LD[0] = sDate; LT[0] = sTime; LV[0] = LPrice; TL_SetEnd(ZigZagTL,LD[0],LT[0],LV[0]); Text_SetLocation(TX,LD[0],LT[0],LV[0]); Text_SetString(TX,NumToStr(HV[0]-LV[0],2)+" "); var2 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(23.6/100)); var3 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(38.2/100)); var4 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(50/100)); var5 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(61.8/100)); var6 = 10^(LOG10(HV[0])-(LOG10(HV[0])-LOG10(LV[0]))*(76.4/100)); TL_SetBegin(TL1,HD[0],HT[0],HV[0]); TL_SetBegin(TL2,HD[0],HT[0],Var2); TL_SetBegin(TL3,HD[0],HT[0],Var3); TL_SetBegin(TL4,HD[0],HT[0],Var4); TL_SetBegin(TL5,HD[0],HT[0],Var5); TL_SetBegin(TL6,HD[0],HT[0],Var6); TL_SetBegin(TL7,HD[0],HT[0],LV[0]); TL_SetEnd(TL1,Sdate,Stime,HV[0]); TL_SetEnd(TL2,Sdate,Stime,Var2); TL_SetEnd(TL3,Sdate,Stime,Var3); TL_SetEnd(TL4,Sdate,Stime,Var4); TL_SetEnd(TL5,Sdate,Stime,Var5); TL_SetEnd(TL6,Sdate,Stime,Var6); TL_SetEnd(TL7,Sdate,Stime,LV[0]); if t == 1 Then Text_SetLocation(tx1,sDate,sTime,HV[0]+PriceScale*2); } } } }