커뮤니티
캔들차트에 표시를
2011-08-11 16:25:44
871
글번호 205265
답변 잘봤습니다.
시뮬레이션 차트에서
상승반전형 캔들 / 상승지속형 캔들에 해당하면 --> 상승표시
하락반전형 캔들 / 하락지속형 캔들에 해당하면 --> 하락표시가 나오게끔 하고
싶습니다.
좀 알려주시면 고맙겠습니다.
답변 1
예스스탁 예스스탁 답변
2011-08-12 10:36:17
안녕하세요
예스스탁입니다.
아래식을 검색식(종목검색식 아닙니다)으로
작성하셔서 차트에 거시면
상승반전, 상승지속형 캔들이 발생하면 고가에 빨간점
하락반전, 하락지속형 캔들이 발생하면 저가에 파란점을 찍습니다.
Vars : DnTail(0),Height(0),Uptail(0),Long(False),Body(0),highbody(0),Lowbody(0),Midbody(0);
DnTail = Min(O,C) - L;
Uptail = H - Max(O,C);
Height = H - L;
body= Abs(O-C);
highbody = Max(O,C);
LowBody = Min(O,C);
Midbody = (Open+Close)/2;
If Abs(Open-Close) > ma(Abs(Open-Close),10)*2 Then
Long = True;
Else
Long = False;
If UpTail == 0 and DnTail == 0 Then
Condition1 = True;
Else
Condition1 = False;
If C < Ma(C,10) and DnTail < Height*0.1 and C == O and Height > Ma(Height,10) Then
plot1(H,"1",red);
If C < Ma(C,10) and (Uptail < Height * 0.1) and C == O and (Height > Ma(Height,10)) Then
plot1(H,"1",red);
If C[1] < Ma(C,10)[1] and C[1] < O[1] and Long[1] == True
and C > O and Long and O < L[1] and C >= (O[1]+C[1])/2 and C < O[1] Then
plot1(H,"1",red);
If (C[2] >= Ma(C,10)[2] and C[2] < O[2] and C[1] < O[1] and C < O) and
(O[1] > Min(O,C)[2] and O[1] < Max(O,C)[2]) and
(O > Min(O,C)[1] and O < Max(O,C)[1]) and
(C[2] > C[1] and C[1] > C[0]) and
(L[2] < L[1] and L[1]< L[0]) Then
plot1(H,"1",red);
If C[1] < Ma(C,10)[1] and Long[1] == True and Close[1] < Open[1] and
Close < Open and Open>Close[1] and Close == Close[1] Then
plot1(H,"1",red);
If C[2] < Ma(C,10)[2] and C[2] < O[2] and C[1] > O[1] and C < O and
O[1] > C[2] and O[1] == L[1] and
O > Max(H[1],H[2]) and C[2] == C[0] Then
plot1(H,"1",red);
If (C[4] < Ma(C,10)[4] and C[4] < O[4] and C[3] < O[3] and C[2] < O[2]) and
(O[4] > O[3] and O[3] > O[2]) and
(C[4] > C[3] and C[3] > C[2]) and
(C[1] < O[1] and H[1] - MaxList(O,C)[1] > 0) and
(H[1] < O[3] and C[2] > C[1]) and
Close > Open and (O > O[1] and C > MaxList(H[1],H[2])) Then
plot1(H,"1",red);
If (C[2] < Ma(C,10)[2] and Long[2] == True and C[2] < O[2]) and
(C[1] == O[1] and Max(O,C)[1] < Min(O,C)[2])and
(C > O and Min(O,C) > Max(O,C)[1])and (C > C[2]) Then
plot1(H,"1",red);
If (C[1] < O[1] and Long[1] == True and Condition1[1] == True ) and
(Long == True and C > O and Condition1 == True ) and (L > H[1]) Then
plot1(H,"1",red);
If C[1] < Ma(C,10)[1] and C[1] < O[1] and body[1] > Ma(body[1],10)*2 and
C > O and
Abs(C-C[1]) < Ma(Height,10)*0.1 Then
plot1(H,"1",red);
If C < Ma(C,10) and body > Ma(body,10)*2 and C > O and
O == L and Uptail > 0 and Uptail < Height*0.1 Then
plot1(H,"1",red);
If C[2] < Ma(C,10)[2] and C[2] == O[2] and C[1] == O[1] and C == O and
HighBody[1]< LowBody[2] and HighBody[1] < LowBody[0] Then
plot1(H,"1",red);
If C[1] < Ma(C,10)[1] and C[1] < O[1] and body[1] > Ma(body[1],10)*2 and
C == O and Highbody < Highbody[1] and Lowbody > Lowbody[1] Then
plot1(H,"1",red);
If C[1] < Ma(C,10)[1] and C[1] < O[1] and body[1] > Ma(body[1],10)*2
and C > O and Highbody < Highbody[1] and Lowbody > Lowbody[1] Then
plot1(H,"1",red);
If C[2] < Ma(C,10)[2] and C[2] < O[2] and body[2] > Ma(body[2],10)*2 and
C[1] > O[1] and Highbody[1] < Highbody[2] and Lowbody[1] > Lowbody[2] and
C > O and C > C[1] Then
plot1(H,"1",red);
If C[1] < Ma(c,10)[1] and C[1] < O[1] and
C > O and Body > Ma(Body,10)*2 and
Highbody > Highbody[1] and Lowbody < Lowbody[1] Then
plot1(H,"1",red);
If C[2] < Ma(C,10)[2] and C[2] < O[2] and
C[1] > O[1] and Body[1] > Ma(Body[1],10)*2 and
Highbody[1] > Highbody[2] and Lowbody[1] < Lowbody[2] and
C > O and C > C[1] Then
plot1(H,"1",red);
If (C[4] < Ma(c,10)[4] and Body[4] > Ma(Body,10)[4]*2 and C[4] < O[4]) and
(C[3] < O[3] and C[1] < O[1]) and
(Body > Ma(Body,10)*2 and C > O) and
(O[3] > HighBody[2] and HighBody[2] > O[1]) and
(C[3] > LowBody[2] and LowBody[2] > C[1]) and
(C >= O[1] and C > O[3] and C < C[4]) Then
plot1(H,"1",red);
If C[2] < Ma(C,10)[2] and Body[2] > Ma(Body,10)[2]*2 and C[2] < O[2] and
C[1] == O[1] and HighBody[1]<LowBody[2] and
C > O and C > C[2] Then
plot1(H,"1",red);
If C[2] < Ma(C,10)[2] and Body[2] > Ma(Body,10)[2]*2 and C[2] < O[2] and
Body[1] < Ma(Body,10)[1]*0.5 and HighBody[1] < LowBody[2] and
C > O and C > C[2] Then
plot1(H,"1",red);
If C[3] < Ma(C,10)[3] and
Body[3] > Ma(Body,10)[3]*2 and C[3] < O[3] and
Body[2] > Ma(Body,10)[2]*2 and C[2] < O[2] and
O[3] == H[3] and C[3] == L[3] and
O[2] == H[2] and C[2] == L[2] and
O[1] < Min(O,C)[2] and H[1] > C[2] and UpTail[1] > Height*0.5 and
O > H[1] and C < L[1] Then
plot1(H,"1",red);
If C < Ma(C,10) and DnTail < Height*0.1 and
UpTail > Body*2 and
Height > Ma(Height,10) and
C != O Then
plot1(H,"1",red);
If C[2] < Ma(C,10)[2] and C[2] > O[2] and C[1] > O[1] and C > O and
O[1] >= LowBody[2] and O[1]<= HighBody[2] and O <= HighBody[1] and
C[2] <= C[1] and C[1] <= C Then
plot1(H,"1",red);
If C[1] < Ma(C,10)[1] and C[1] < O[1] and Body[1] > Ma(Body,10)[1]*2 and
C < O and Highbody < Highbody[1] and Lowbody > Lowbody[1] Then
plot1(H,"1",red);
If C[1] < Ma(C,10)[1] and Low == Low[1] Then
plot1(H,"1",red);
If C < Ma(C,10) and UpTail < Height*0.1 and DnTail > Body*2 and
Height > Ma(Height,10) and C != O Then
plot1(H,"1",red);
If (C[2] < Ma(C,10)[2] and Body[2] > Ma(Body,10)[2]*2 and C[2] < O[2]) and
(C[1] < O[1] and C > O and Highbody[1] < Highbody[2] and Lowbody[1] > Lowbody[2]) and
(L[1] < L[2] or L[1] < Min(L[2],L[3],L[4])) and
(L[1] < O and C[1] > C) Then
plot1(H,"1",red);
If (C[3] > Ma(C,10)[3] and C[3] > O[3] and C[2] > O[2] and C[1] > O[1]) and
(O[3] < O[2] and O[2] < O[1]) and
(C[3] < C[2] and C[2] < C[1]) and
(H[3] < H[2] and H[2] < H[1]) and
(C[3] > O[2] and O[2] > O[3]) and
(C[2] > O[1] and O[1] > O[2]) and
(Body > ma(Body,10)*2 and C < O) and
(O > H[1] and C < L[3]) Then
plot1(H,"1",red);
If (C[4] >= Ma(C,10)[4] and C[4] > O[4] and Body[4] > Ma(Body,10)[4]*2) and
(LowBody[3] > Highbody[4]) and
(HighBody[3] >= HighBody[2] and HighBody[2] >= HighBody[1]) and
(C > O and Body > Ma(Body,10)*2 and Close == Highest(C,5)) Then
plot1(H,"1",red);
If (C[2] >= Ma(C,10)[2] and C[2] > O[2] and C[1] > O[1] and C > O) and
(O[1] > LowBody[2] and Open[1]<=HighBody[2]) and
(O > LowBody[1] and O <= HighBody[1]) and
(C[2] < C[1] and C[1] < C[0]) and
(Body[2]>Body[1] and Body[1]>Body[0]) Then
plot1(H,"1",red);
If (C[1] >= Ma(C,10)[1] and C[1] < O[1] and Body[1] > Ma(Body,10)[1]*2 and C > O) and
(Abs(Open-Open[1]) < Ma(Height,10)*0.1) Then
plot1(H,"1",red);
If C[2] >= ma(C,10)[2] and C[2] > O[2] and Body[2] > Ma(Body,10)[2]*2 and
C[1] > O[1] and Body[1] > Ma(Body,10)[1]*2 and Open[1] > Max(O,C)[2] and
C < O and C < C[2] Then
plot1(H,"1",red);
If C[2] >= Ma(C,10)[2] and C[2] > O[2] and Body[2] > Ma(Body,10)[2]*2 and
C[1] > O[1] and C > O and
O[1] > C[2] and
Abs(Body-Body[1]) < Body*0.1 and
Abs(O-O[1]) < Ma(Height,10)*0.1 Then
plot1(H,"1",red);
If C[4] >= Ma(C,10)[4] and C[4] > O[4] and Body[4] > Ma(Body,10)[4]*2 and
HighBody[3] < H[4] and LowBody[3] >= L[4] and
HighBody[2] < H[4] and LowBody[2] >= L[4] and
HighBody[1] < H[4] and LowBody[1] >= L[4] and
HighBody[3] >= HighBody[2] and HighBody[2]>=HighBody[1] and
C > O and Body > Ma(Body,10)*2 and
Close == Highest(C,5) Then
plot1(H,"1",red);
If C[2] > Ma(C,10)[2] and C[2] > O[2] and C[1] > O[1] and O[1] > Max(O,C)[2] and
C < O and O >= LowBody[1] and O <= HighBody[1] and
C > C[2] Then
plot1(H,"1",red);
If C > Ma(C,10) and Body > Ma(Body,10)*2 and C > O and
UpTail < Height*0.1 and DnTail < Height*0.1 Then
plot1(H,"1",red);
If C[2] > Ma(C,10)[2] and C[2] > O[2] and C[1] > O[1] and C > O and
O[1] >= LowBody[2] and O[1] <= HighBody[2] and
O >= LowBody[1] and O <= HighBody[1] and
C[2] < C[1] and C[1] < C and
Body < Ma(Body,10)*0.5 and O > Max(C,O)[1] Then
plot1(H,"1",red);
If C > Ma(C,10) and
UpTail < Height*0.1 and DnTail > Body*2 and
Height > Ma(Height,10) and C != O Then
plot2(L,"2",blue);
If C[2] >= Ma(C,10)[2] and C[2] > O[2] and Body[2] > Ma(Body,10)[2]*2 and
C[1] < O[1] and C[1] > C[2] and
C < O and O >= LowBody[1] and O <= HighBody[1] and C > C[2] Then
plot2(L,"2",blue);
If C[2] >= Ma(c,10)[2] and C[2] < O[2] and C[1] < O[1] and C < O and
Abs(O[1]-C[2]) < Ma(Height,10)*0.1 and
Abs(O-C[1]) < Ma(Height,10)*0.1 and
C[2] > C[1] and C[1] > C Then
plot2(L,"2",blue);
If C[2] > Ma(C,10)[2] and Body[2] > Ma(Body,10)[2]*2 and C[2] > O[2] and
C[1] == O[1] and LowBody[1] > HighBody[2] and
C < O and C < C[2] Then
plot2(L,"2",blue);
If C[2] >= Ma(C,10)[2] and Body[2] > Ma(Body,10)[2]*2 and C[2] > O[2] and
Body[1] < Ma(Body,10)[1]*0.5 and LowBody[1]>HighBody[2] and
C < O and C < C[2] Then
plot2(L,"2",blue);
If C[2] >= Ma(C,10)[2] and C[2] > O[2] and Body[2] > Ma(Body,10)[2]*2 and
C[1] < O[1] and C[1] > C[2] and C < O and
O >= LowBody[1] and O <= HighBody[1] and C < C[2] Then
plot2(L,"2",blue);
If C > Ma(C,10) and C == O and
DnTail < Height*0.1 and
Height > Ma(Height,10) Then
plot2(L,"2",blue);
If C > Ma(C,10) and C ==O and
UpTail < Height*0.1 and
Height > Ma(Height,10) Then
plot2(L,"2",blue);
If (C >= Ma(C,10) and C != O) and (DnTail<Height*0.1) and
(UpTail>Body*2) and (Height > Ma(Height,10)) Then
plot2(L,"2",blue);
If C[1] >= Ma(c,10)[1] and H == H[1] Then
plot2(L,"2",blue);
If C[2] >= Ma(C,10)[2] and Body[2] > Ma(Body,10)[2]*2 and C[2] > O[2] and
C[1] == O[1] and LowBody[1] > HighBody[2] and
C < O and HighBody < LowBody[1] and C < C[2] Then
plot2(L,"2",blue);
If C[1] > O[1] and Body[1] > Ma(Body,10)[1]*2 and UpTail[1] == 0 and DnTail[1] == 0 and
C < O and Body > Ma(Body,10)*2 and UpTail == 0 and DnTail == 0 and H < L[1] Then
plot2(L,"2",blue);
If C[1] > Ma(c,10)[1] and C[1] > O[1] and Body[1] > Ma(Body,10)[1]*2 and
C < O and Abs(C-C[1]) < Ma(Height,10)*0.1 Then
plot2(L,"2",blue);
If C > Ma(C,10) and Body > Ma(Body,10)*2 and C < O and
O == H and DnTail > 0 and DnTail < Height*0.1 Then
plot2(L,"2",blue);
If C[2] > Ma(C,10)[2] and C[1] == O[2] and C[1] == O[1] and C == O and
LowBody[1] > HighBody[2] and HighBody < LowBody[1] Then
plot2(L,"2",blue);
If C[1] > Ma(C,10)[1] and C[1] > O[1] and Body[1] > Ma(Body,10)[1]*2 and
C == O and Highbody < Highbody[1] and Lowbody > Lowbody[1] Then
plot2(L,"2",blue);
If C[1] >= Ma(C,10)[1] and C[1] > O[1] and Body[1] > Ma(Body,10)[1]*2 and
C < O and Highbody < Highbody[1] and Lowbody > Lowbody[1] Then
plot2(L,"2",blue);
If C[2] >= Ma(c,10)[2] and C[2] > O[2] and Body[2] > Ma(Body,10)[2]*2 and
C[1] < O[1] and Highbody[1] < Highbody[2] and Lowbody[1] > Lowbody[2] and
C < O and C < C[1] Then
plot2(L,"2",blue);
If C[1] >= Ma(C,10)[1] and C[1] > O[1] and
C < O and Body > Ma(Body,10)*2 and
Highbody > Highbody[1] and Lowbody < Lowbody[1] Then
plot2(L,"2",blue);
If C[2] >= Ma(c,10)[2] and C[2] > O[2] and
C[1] < O[1] and Body[1] > Ma(Body,10)[1]*2 and
Highbody[1] > Highbody[2] and Lowbody[1] < Lowbody[2] and
C < O and C < C[1] Then
plot2(L,"2",blue);
If C[4] >= Ma(C,10)[4] and Body[4] > Ma(Body,10)[4]*2 and C[4] > O[4] and
C[2] > O[2] and C[1] > O[1] and C < O and
O[3] >= C[4] and O[3] < LowBody[2] and O[1] > LowBody[2] and
C[3] < HighBody[2] and C[1] > HighBody[2] and
C < O[3] and C > C[4] Then
plot2(L,"2",blue);
If C[2] > Ma(C,10)[2] and C[2] < O[2] and C[1] < O[1] and C < O and
O[1] >= LowBody[2] and O[1] <= HighBody[2] and
O >= LowBody[1] and O <= HighBody[1] and
C[2] > C[1] and C[1] > C Then
plot2(L,"2",blue);
If C[1] > Ma(C,10)[1] and C[1] > O[1] and Body[1] > Ma(Body,10)[1]*2 and
C < O and Body > Ma(Body,10)*2 and
O > H[1] and C <= MidBody[1] Then
plot2(L,"2",blue);
If C[1] < Ma(C,10)[1] and body[1] > Ma(body[1],10)*2 and C[1] < O[1] and C > O and
O < L[1] and C > C[1] and C < MidBody[1] Then
plot2(L,"2",blue);
If (C[1] < Ma(C,10)[1] and body[1] > Ma(body[1],10)*2 and C[1] < O[1]) and
(C > O and O < L[1] and C == L[1]) Then
plot2(L,"2",blue);
If (C[3] < Ma(C,10)[3] and C[3] < O[3] and C[2] < O[2] and C[1] < O[1]) and
(O[3] > O[2] and O[2] > O[1]) and
(C[3] > C[2] and C[2] > C[1]) and
(L[3] > L[2] and L[2] > L[1]) and
(O[2] > C[3] and O[1] > C[2]) and
(body > Ma(body,10)*2 and C > O) and
(O < L[1] and C > H[3]) Then
plot2(L,"2",blue);
If C < Ma(C,10) and body > Ma(body,10)*2 and C < O and
Uptail < Height*0.1 and Dntail < Height*0.1 Then
plot2(L,"2",blue);
If C[1] < Ma(C,10)[1] and body[1] > Ma(body[1],10)*2 and C[1] < O[1] and
C > O and O < L[1] and C == C[1] Then
plot2(L,"2",blue);
IF C[1] < Ma(C,10)[1] and C[1] > O[1] and body[1] > Ma(body[1],10)*2 and
C < O and Abs(O - O[1]) < Ma(Height,10)*0.1 Then
plot2(L,"2",blue);
If C[2] < Ma(C,10)[2] and C[2] < O[2] and body[2] > Ma(body[2],10)*2 and
C[1] < O[1] and body[1] > Ma(body[1],10)*2 and O[1] < Min(O,C)[2] and
C > O and C > C[2] Then
plot2(L,"2",blue);
If C[2] < Ma(C,10)[2] and C[2] < O[2] and body[2] > Ma(body[2],10)*2 and
C[1] > O[1] and C[1] < C[2] and
C > O and Abs(Body-Body[1]) < O[1]*0.005 and
abs(O-O[1]) < Ma(Height,10)*0.1 Then
plot2(L,"2",blue);
If C[4] < Ma(C,10)[4] and C[4] < O[4]and body[4] > Ma(body[4],10)*2 and
HighBody[3] <= H[4] and LowBody[3] >= L[4] and
HighBody[2] <= H[4] and LowBody[2] >= L[4] and
HighBody[1] <= H[4] and LowBody[1] >= L[4] and
LowBody[3] <= LowBody[2] and LowBody[2] < LowBody[1] and
C < O and body > Ma(body,10)*2 and Close == Lowest(C,5) Then
plot2(L,"2",blue);
IF C[2] < Ma(C,10)[2] and C[2] < O[2] and C[1] < O[1] and O[1] < Min(O,C)[2] and
C > O and O >= LowBody[1] and O <= HighBody[1] and C < C[2] Then
plot2(L,"2",blue);
즐거운 하루되세요
> WT_vnddy74 님이 쓴 글입니다.
> 제목 : 캔들차트에 표시를
>
답변 잘봤습니다.
시뮬레이션 차트에서
상승반전형 캔들 / 상승지속형 캔들에 해당하면 --> 상승표시
하락반전형 캔들 / 하락지속형 캔들에 해당하면 --> 하락표시가 나오게끔 하고
싶습니다.
좀 알려주시면 고맙겠습니다.
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