커뮤니티
문의합니다
2016-04-06 11:35:54
232
글번호 96888
분봉차트에서
1.지그재그 파동마다 꼭지점과 꼭지점의(고점과 저점) 사이의 사등분선이 그려지게 하여
주시고
2.지그지그추세선과 사등분선(4개선 각각)은 임의로 체크해제하여 사라질수있도록 부탁드리며
3. 기간값을 임의조정할수있게 하여 주십시요~~
감사합니다
답변 3
예스스탁 예스스탁 답변
2016-04-06 17:42:33
안녕하세요
예스스탁입니다.
수식에서 추세선을 이용해 그리므로
선을 임의로 삭제하거나 하실수 없습니다.
Input:length(12);
var : per1(25.0),per2(50.0),per3(75.0);
Var:j(0),lastHiVal(0),lastLoVal(0),turnPntBit(""),TL1(0),diff(0);
Array:valArr[10](0),barArr[10](0),turnPntArr[10]("");
For j = 0 To 9
{
barArr[j] = barArr[j] + 1;
}
Condition1 = Highest(H,length) == H and lastHiVal <> H;
Condition2 = Lowest(L,length) == L and lastLoVal <> L;
If Condition1 Then lastHiVal = H;
If Condition2 Then lastLoVal = L;
turnPntBit = "";
If Condition1 and Condition2 Then
{
If Max(valArr[1],valArr[2]) < H and Min(valArr[1],valArr[2]) > L Then
turnPntBit = "HiLo";
Else If Max(valArr[1],valArr[2]) < H Then turnPntBit = "Hi";
Else If Min(valArr[1],valArr[2]) > L Then turnPntBit = "Lo";
}
Else If Condition1 Then turnPntBit = "Hi";
Else If Condition2 Then turnPntBit = "Lo";
// if 전환점구분에 값이 있을 때만 then 아래 실행, 없으면 통과
If turnPntBit <> "" Then
{
If turnPntBit == "HiLo" Then
{
valArr[1] = IFF(turnPntArr[1] == "Hi",H,L);
barArr[1] = 0;
TL_SetEnd(TL1,sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
If turnPntArr[1] == "Hi" Then
turnPntBit = "Lo";
Else
turnPntBit = "Hi";
}
If turnPntBit <> turnPntArr[1] Then
{
for j = 8 downto 1
{
valArr[j+1] = valArr[j];
barArr[j+1] = barArr[j];
turnPntArr[j+1] = turnPntArr[j];
}
}
If turnPntBit <> turnPntArr[1] or
(turnPntBit == turnPntArr[1] and
((turnPntBit == "Hi" and valArr[1] < H) or
(turnPntBit == "Lo" and valArr[1] > L))) Then
{
valArr[1] = IFF(turnPntBit == "Hi",H,L);
barArr[1] = 0;
turnPntArr[1] = turnPntBit;
If turnPntArr[1][1] <> turnPntArr[1][0] Then
TL1 = TL_New(sDate[barArr[2]],sTime[barArr[2]],valArr[2],
sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
Else
TL_SetEnd(TL1,sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
}
}
TL_SetSize(TL1,4);
TL_SetColor(TL1,GREEN);
if turnPntArr[1] != turnPntArr[1][1] and barArr[3] > 0 Then{
if turnPntArr[2] == "Hi" then{
value1 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[3]],sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]);
value2 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]],sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]);
diff = abs(L[barArr[3]]-H[barArr[4]]);
value3 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per1/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per1/100));
value4 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per2/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per2/100));
value5 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per3/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per3/100));
TL_SetColor(value1,blue);
TL_SetColor(value2,blue);
TL_SetColor(value3,blue);
TL_SetColor(value4,blue);
TL_SetColor(value5,blue);
}
Else{
value1 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[3]],sdate[barArr[2]],stime[barArr[2]],H[barArr[3]]);
value2 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]],sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]);
diff = abs(L[barArr[4]]-H[barArr[3]]);
value3 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per1/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per1/100));
value4 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per2/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per2/100));
value5 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per3/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per3/100));
TL_SetColor(value1,RED);
TL_SetColor(value2,red);
TL_SetColor(value3,RED);
TL_SetColor(value4,red);
TL_SetColor(value5,RED);
}
}
TL_Delete(value11);
TL_Delete(value12);
TL_Delete(value13);
TL_Delete(value14);
TL_Delete(value15);
TL_Delete(value16);
TL_Delete(value21);
TL_Delete(value22);
TL_Delete(value23);
TL_Delete(value24);
TL_Delete(value25);
TL_Delete(value26);
if turnPntArr[1] == "Hi" then{
value11 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]],sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]);
value12 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]],sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]);
diff = abs(L[barArr[3]]-H[barArr[2]]);
value13 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per1/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per1/100));
value14 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per2/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per2/100));
value15 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per3/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per3/100));
TL_SetColor(value11,blue);
TL_SetColor(value12,blue);
TL_SetColor(value13,blue);
TL_SetColor(value14,blue);
TL_SetColor(value15,blue);
value21 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[1]],sdate,stime,H[barArr[1]]);
value22 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]],sdate,stime,L[barArr[2]]);
diff = abs(L[barArr[2]]-H[barArr[1]]);
value23 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per1/100),sdate,stime,L[barArr[2]]+diff*(per1/100));
value24 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per2/100),sdate,stime,L[barArr[2]]+diff*(per2/100));
value25 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per3/100),sdate,stime,L[barArr[2]]+diff*(per3/100));
TL_SetColor(value21,RED);
TL_SetColor(value22,red);
TL_SetColor(value23,RED);
TL_SetColor(value24,red);
TL_SetColor(value25,RED);
}
Else{
value11 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]],sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]);
value12 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]],sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]);
diff = abs(L[barArr[3]]-H[barArr[2]]);
value13 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per1/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per1/100));
value14 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per2/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per2/100));
value15 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per3/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per3/100));
TL_SetColor(value11,RED);
TL_SetColor(value12,red);
TL_SetColor(value13,RED);
TL_SetColor(value14,red);
TL_SetColor(value15,RED);
value21 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[1]],sdate,stime,L[barArr[1]]);
value22 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]],sdate,stime,H[barArr[2]]);
diff = abs(L[barArr[1]]-H[barArr[2]]);
value23 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per1/100),sdate,stime,H[barArr[2]]-diff*(per1/100));
value24 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per2/100),sdate,stime,H[barArr[2]]-diff*(per2/100));
value25 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per3/100),sdate,stime,H[barArr[2]]-diff*(per3/100));
TL_SetColor(value21,blue);
TL_SetColor(value22,blue);
TL_SetColor(value23,blue);
TL_SetColor(value24,blue);
TL_SetColor(value25,blue);
}
즐거운 하루되세요
> 매화산삼 님이 쓴 글입니다.
> 제목 : 문의합니다
> 분봉차트에서
1.지그재그 파동마다 꼭지점과 꼭지점의(고점과 저점) 사이의 사등분선이 그려지게 하여
주시고
2.지그지그추세선과 사등분선(4개선 각각)은 임의로 체크해제하여 사라질수있도록 부탁드리며
3. 기간값을 임의조정할수있게 하여 주십시요~~
감사합니다
매화산삼
2016-04-06 18:20:52
감사합니다
보내준 지표는 잘봤습니다
차트에서 지그재그추세선(연두색) 안나타나게 하고 사등분선은 50%선만 보이게 할수 있는지요?
부탁합니다
> 예스스탁 님이 쓴 글입니다.
> 제목 : Re : 문의합니다
>
안녕하세요
예스스탁입니다.
수식에서 추세선을 이용해 그리므로
선을 임의로 삭제하거나 하실수 없습니다.
Input:length(12);
var : per1(25.0),per2(50.0),per3(75.0);
Var:j(0),lastHiVal(0),lastLoVal(0),turnPntBit(""),TL1(0),diff(0);
Array:valArr[10](0),barArr[10](0),turnPntArr[10]("");
For j = 0 To 9
{
barArr[j] = barArr[j] + 1;
}
Condition1 = Highest(H,length) == H and lastHiVal <> H;
Condition2 = Lowest(L,length) == L and lastLoVal <> L;
If Condition1 Then lastHiVal = H;
If Condition2 Then lastLoVal = L;
turnPntBit = "";
If Condition1 and Condition2 Then
{
If Max(valArr[1],valArr[2]) < H and Min(valArr[1],valArr[2]) > L Then
turnPntBit = "HiLo";
Else If Max(valArr[1],valArr[2]) < H Then turnPntBit = "Hi";
Else If Min(valArr[1],valArr[2]) > L Then turnPntBit = "Lo";
}
Else If Condition1 Then turnPntBit = "Hi";
Else If Condition2 Then turnPntBit = "Lo";
// if 전환점구분에 값이 있을 때만 then 아래 실행, 없으면 통과
If turnPntBit <> "" Then
{
If turnPntBit == "HiLo" Then
{
valArr[1] = IFF(turnPntArr[1] == "Hi",H,L);
barArr[1] = 0;
TL_SetEnd(TL1,sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
If turnPntArr[1] == "Hi" Then
turnPntBit = "Lo";
Else
turnPntBit = "Hi";
}
If turnPntBit <> turnPntArr[1] Then
{
for j = 8 downto 1
{
valArr[j+1] = valArr[j];
barArr[j+1] = barArr[j];
turnPntArr[j+1] = turnPntArr[j];
}
}
If turnPntBit <> turnPntArr[1] or
(turnPntBit == turnPntArr[1] and
((turnPntBit == "Hi" and valArr[1] < H) or
(turnPntBit == "Lo" and valArr[1] > L))) Then
{
valArr[1] = IFF(turnPntBit == "Hi",H,L);
barArr[1] = 0;
turnPntArr[1] = turnPntBit;
If turnPntArr[1][1] <> turnPntArr[1][0] Then
TL1 = TL_New(sDate[barArr[2]],sTime[barArr[2]],valArr[2],
sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
Else
TL_SetEnd(TL1,sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
}
}
TL_SetSize(TL1,4);
TL_SetColor(TL1,GREEN);
if turnPntArr[1] != turnPntArr[1][1] and barArr[3] > 0 Then{
if turnPntArr[2] == "Hi" then{
value1 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[3]],sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]);
value2 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]],sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]);
diff = abs(L[barArr[3]]-H[barArr[4]]);
value3 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per1/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per1/100));
value4 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per2/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per2/100));
value5 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per3/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per3/100));
TL_SetColor(value1,blue);
TL_SetColor(value2,blue);
TL_SetColor(value3,blue);
TL_SetColor(value4,blue);
TL_SetColor(value5,blue);
}
Else{
value1 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[3]],sdate[barArr[2]],stime[barArr[2]],H[barArr[3]]);
value2 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]],sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]);
diff = abs(L[barArr[4]]-H[barArr[3]]);
value3 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per1/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per1/100));
value4 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per2/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per2/100));
value5 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per3/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per3/100));
TL_SetColor(value1,RED);
TL_SetColor(value2,red);
TL_SetColor(value3,RED);
TL_SetColor(value4,red);
TL_SetColor(value5,RED);
}
}
TL_Delete(value11);
TL_Delete(value12);
TL_Delete(value13);
TL_Delete(value14);
TL_Delete(value15);
TL_Delete(value16);
TL_Delete(value21);
TL_Delete(value22);
TL_Delete(value23);
TL_Delete(value24);
TL_Delete(value25);
TL_Delete(value26);
if turnPntArr[1] == "Hi" then{
value11 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]],sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]);
value12 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]],sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]);
diff = abs(L[barArr[3]]-H[barArr[2]]);
value13 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per1/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per1/100));
value14 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per2/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per2/100));
value15 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per3/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per3/100));
TL_SetColor(value11,blue);
TL_SetColor(value12,blue);
TL_SetColor(value13,blue);
TL_SetColor(value14,blue);
TL_SetColor(value15,blue);
value21 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[1]],sdate,stime,H[barArr[1]]);
value22 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]],sdate,stime,L[barArr[2]]);
diff = abs(L[barArr[2]]-H[barArr[1]]);
value23 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per1/100),sdate,stime,L[barArr[2]]+diff*(per1/100));
value24 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per2/100),sdate,stime,L[barArr[2]]+diff*(per2/100));
value25 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per3/100),sdate,stime,L[barArr[2]]+diff*(per3/100));
TL_SetColor(value21,RED);
TL_SetColor(value22,red);
TL_SetColor(value23,RED);
TL_SetColor(value24,red);
TL_SetColor(value25,RED);
}
Else{
value11 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]],sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]);
value12 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]],sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]);
diff = abs(L[barArr[3]]-H[barArr[2]]);
value13 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per1/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per1/100));
value14 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per2/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per2/100));
value15 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per3/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per3/100));
TL_SetColor(value11,RED);
TL_SetColor(value12,red);
TL_SetColor(value13,RED);
TL_SetColor(value14,red);
TL_SetColor(value15,RED);
value21 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[1]],sdate,stime,L[barArr[1]]);
value22 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]],sdate,stime,H[barArr[2]]);
diff = abs(L[barArr[1]]-H[barArr[2]]);
value23 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per1/100),sdate,stime,H[barArr[2]]-diff*(per1/100));
value24 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per2/100),sdate,stime,H[barArr[2]]-diff*(per2/100));
value25 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per3/100),sdate,stime,H[barArr[2]]-diff*(per3/100));
TL_SetColor(value21,blue);
TL_SetColor(value22,blue);
TL_SetColor(value23,blue);
TL_SetColor(value24,blue);
TL_SetColor(value25,blue);
}
즐거운 하루되세요
> 매화산삼 님이 쓴 글입니다.
> 제목 : 문의합니다
> 분봉차트에서
1.지그재그 파동마다 꼭지점과 꼭지점의(고점과 저점) 사이의 사등분선이 그려지게 하여
주시고
2.지그지그추세선과 사등분선(4개선 각각)은 임의로 체크해제하여 사라질수있도록 부탁드리며
3. 기간값을 임의조정할수있게 하여 주십시요~~
감사합니다
예스스탁 예스스탁 답변
2016-04-06 18:31:37
안녕하세요
예스스탁입니다.
Input:length(12);
var : per1(25.0),per2(50.0),per3(75.0);
Var:j(0),lastHiVal(0),lastLoVal(0),turnPntBit(""),TL1(0),diff(0);
Array:valArr[10](0),barArr[10](0),turnPntArr[10]("");
For j = 0 To 9
{
barArr[j] = barArr[j] + 1;
}
Condition1 = Highest(H,length) == H and lastHiVal <> H;
Condition2 = Lowest(L,length) == L and lastLoVal <> L;
If Condition1 Then lastHiVal = H;
If Condition2 Then lastLoVal = L;
turnPntBit = "";
If Condition1 and Condition2 Then
{
If Max(valArr[1],valArr[2]) < H and Min(valArr[1],valArr[2]) > L Then
turnPntBit = "HiLo";
Else If Max(valArr[1],valArr[2]) < H Then turnPntBit = "Hi";
Else If Min(valArr[1],valArr[2]) > L Then turnPntBit = "Lo";
}
Else If Condition1 Then turnPntBit = "Hi";
Else If Condition2 Then turnPntBit = "Lo";
// if 전환점구분에 값이 있을 때만 then 아래 실행, 없으면 통과
If turnPntBit <> "" Then
{
If turnPntBit == "HiLo" Then
{
valArr[1] = IFF(turnPntArr[1] == "Hi",H,L);
barArr[1] = 0;
#TL_SetEnd(TL1,sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
If turnPntArr[1] == "Hi" Then
turnPntBit = "Lo";
Else
turnPntBit = "Hi";
}
If turnPntBit <> turnPntArr[1] Then
{
for j = 8 downto 1
{
valArr[j+1] = valArr[j];
barArr[j+1] = barArr[j];
turnPntArr[j+1] = turnPntArr[j];
}
}
If turnPntBit <> turnPntArr[1] or
(turnPntBit == turnPntArr[1] and
((turnPntBit == "Hi" and valArr[1] < H) or
(turnPntBit == "Lo" and valArr[1] > L))) Then
{
valArr[1] = IFF(turnPntBit == "Hi",H,L);
barArr[1] = 0;
turnPntArr[1] = turnPntBit;
#If turnPntArr[1][1] <> turnPntArr[1][0] Then
# TL1 = TL_New(sDate[barArr[2]],sTime[barArr[2]],valArr[2],
# sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
#Else
# TL_SetEnd(TL1,sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
}
}
TL_SetSize(TL1,4);
TL_SetColor(TL1,GREEN);
if turnPntArr[1] != turnPntArr[1][1] and barArr[3] > 0 Then{
if turnPntArr[2] == "Hi" then{
value1 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[3]],sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]);
value2 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]],sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]);
diff = abs(L[barArr[3]]-H[barArr[4]]);
value3 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per1/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per1/100));
value4 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per2/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per2/100));
value5 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per3/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per3/100));
TL_SetColor(value1,blue);
TL_SetColor(value2,blue);
TL_SetColor(value3,blue);
TL_SetColor(value4,blue);
TL_SetColor(value5,blue);
}
Else{
value1 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[3]],sdate[barArr[2]],stime[barArr[2]],H[barArr[3]]);
value2 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]],sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]);
diff = abs(L[barArr[4]]-H[barArr[3]]);
value3 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per1/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per1/100));
value4 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per2/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per2/100));
value5 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per3/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per3/100));
TL_SetColor(value1,RED);
TL_SetColor(value2,red);
TL_SetColor(value3,RED);
TL_SetColor(value4,red);
TL_SetColor(value5,RED);
}
}
TL_Delete(value11);
TL_Delete(value12);
TL_Delete(value13);
TL_Delete(value14);
TL_Delete(value15);
TL_Delete(value16);
TL_Delete(value21);
TL_Delete(value22);
TL_Delete(value23);
TL_Delete(value24);
TL_Delete(value25);
TL_Delete(value26);
if turnPntArr[1] == "Hi" then{
value11 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]],sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]);
value12 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]],sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]);
diff = abs(L[barArr[3]]-H[barArr[2]]);
value13 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per1/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per1/100));
value14 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per2/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per2/100));
value15 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per3/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per3/100));
TL_SetColor(value11,blue);
TL_SetColor(value12,blue);
TL_SetColor(value13,blue);
TL_SetColor(value14,blue);
TL_SetColor(value15,blue);
value21 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[1]],sdate,stime,H[barArr[1]]);
value22 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]],sdate,stime,L[barArr[2]]);
diff = abs(L[barArr[2]]-H[barArr[1]]);
value23 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per1/100),sdate,stime,L[barArr[2]]+diff*(per1/100));
value24 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per2/100),sdate,stime,L[barArr[2]]+diff*(per2/100));
value25 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per3/100),sdate,stime,L[barArr[2]]+diff*(per3/100));
TL_SetColor(value21,RED);
TL_SetColor(value22,red);
TL_SetColor(value23,RED);
TL_SetColor(value24,red);
TL_SetColor(value25,RED);
}
Else{
value11 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]],sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]);
value12 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]],sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]);
diff = abs(L[barArr[3]]-H[barArr[2]]);
value13 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per1/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per1/100));
value14 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per2/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per2/100));
value15 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per3/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per3/100));
TL_SetColor(value11,RED);
TL_SetColor(value12,red);
TL_SetColor(value13,RED);
TL_SetColor(value14,red);
TL_SetColor(value15,RED);
value21 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[1]],sdate,stime,L[barArr[1]]);
value22 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]],sdate,stime,H[barArr[2]]);
diff = abs(L[barArr[1]]-H[barArr[2]]);
value23 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per1/100),sdate,stime,H[barArr[2]]-diff*(per1/100));
value24 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per2/100),sdate,stime,H[barArr[2]]-diff*(per2/100));
value25 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per3/100),sdate,stime,H[barArr[2]]-diff*(per3/100));
TL_SetColor(value21,blue);
TL_SetColor(value22,blue);
TL_SetColor(value23,blue);
TL_SetColor(value24,blue);
TL_SetColor(value25,blue);
}
즐거운 하루되세요
> 매화산삼 님이 쓴 글입니다.
> 제목 : Re : Re : 문의합니다
> 감사합니다
보내준 지표는 잘봤습니다
차트에서 지그재그추세선(연두색) 안나타나게 하고 사등분선은 50%선만 보이게 할수 있는지요?
부탁합니다
> 예스스탁 님이 쓴 글입니다.
> 제목 : Re : 문의합니다
>
안녕하세요
예스스탁입니다.
수식에서 추세선을 이용해 그리므로
선을 임의로 삭제하거나 하실수 없습니다.
Input:length(12);
var : per1(25.0),per2(50.0),per3(75.0);
Var:j(0),lastHiVal(0),lastLoVal(0),turnPntBit(""),TL1(0),diff(0);
Array:valArr[10](0),barArr[10](0),turnPntArr[10]("");
For j = 0 To 9
{
barArr[j] = barArr[j] + 1;
}
Condition1 = Highest(H,length) == H and lastHiVal <> H;
Condition2 = Lowest(L,length) == L and lastLoVal <> L;
If Condition1 Then lastHiVal = H;
If Condition2 Then lastLoVal = L;
turnPntBit = "";
If Condition1 and Condition2 Then
{
If Max(valArr[1],valArr[2]) < H and Min(valArr[1],valArr[2]) > L Then
turnPntBit = "HiLo";
Else If Max(valArr[1],valArr[2]) < H Then turnPntBit = "Hi";
Else If Min(valArr[1],valArr[2]) > L Then turnPntBit = "Lo";
}
Else If Condition1 Then turnPntBit = "Hi";
Else If Condition2 Then turnPntBit = "Lo";
// if 전환점구분에 값이 있을 때만 then 아래 실행, 없으면 통과
If turnPntBit <> "" Then
{
If turnPntBit == "HiLo" Then
{
valArr[1] = IFF(turnPntArr[1] == "Hi",H,L);
barArr[1] = 0;
TL_SetEnd(TL1,sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
If turnPntArr[1] == "Hi" Then
turnPntBit = "Lo";
Else
turnPntBit = "Hi";
}
If turnPntBit <> turnPntArr[1] Then
{
for j = 8 downto 1
{
valArr[j+1] = valArr[j];
barArr[j+1] = barArr[j];
turnPntArr[j+1] = turnPntArr[j];
}
}
If turnPntBit <> turnPntArr[1] or
(turnPntBit == turnPntArr[1] and
((turnPntBit == "Hi" and valArr[1] < H) or
(turnPntBit == "Lo" and valArr[1] > L))) Then
{
valArr[1] = IFF(turnPntBit == "Hi",H,L);
barArr[1] = 0;
turnPntArr[1] = turnPntBit;
If turnPntArr[1][1] <> turnPntArr[1][0] Then
TL1 = TL_New(sDate[barArr[2]],sTime[barArr[2]],valArr[2],
sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
Else
TL_SetEnd(TL1,sDate[barArr[1]],sTime[barArr[1]],valArr[1]);
}
}
TL_SetSize(TL1,4);
TL_SetColor(TL1,GREEN);
if turnPntArr[1] != turnPntArr[1][1] and barArr[3] > 0 Then{
if turnPntArr[2] == "Hi" then{
value1 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[3]],sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]);
value2 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]],sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]);
diff = abs(L[barArr[3]]-H[barArr[4]]);
value3 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per1/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per1/100));
value4 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per2/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per2/100));
value5 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[4]]-diff*(per3/100),sdate[barArr[2]],stime[barArr[2]],H[barArr[4]]-diff*(per3/100));
TL_SetColor(value1,blue);
TL_SetColor(value2,blue);
TL_SetColor(value3,blue);
TL_SetColor(value4,blue);
TL_SetColor(value5,blue);
}
Else{
value1 = TL_New(sdate[barArr[3]],stime[barArr[3]],H[barArr[3]],sdate[barArr[2]],stime[barArr[2]],H[barArr[3]]);
value2 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]],sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]);
diff = abs(L[barArr[4]]-H[barArr[3]]);
value3 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per1/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per1/100));
value4 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per2/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per2/100));
value5 = TL_New(sdate[barArr[3]],stime[barArr[3]],L[barArr[4]]+diff*(per3/100),sdate[barArr[2]],stime[barArr[2]],L[barArr[4]]+diff*(per3/100));
TL_SetColor(value1,RED);
TL_SetColor(value2,red);
TL_SetColor(value3,RED);
TL_SetColor(value4,red);
TL_SetColor(value5,RED);
}
}
TL_Delete(value11);
TL_Delete(value12);
TL_Delete(value13);
TL_Delete(value14);
TL_Delete(value15);
TL_Delete(value16);
TL_Delete(value21);
TL_Delete(value22);
TL_Delete(value23);
TL_Delete(value24);
TL_Delete(value25);
TL_Delete(value26);
if turnPntArr[1] == "Hi" then{
value11 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]],sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]);
value12 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]],sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]);
diff = abs(L[barArr[3]]-H[barArr[2]]);
value13 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per1/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per1/100));
value14 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per2/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per2/100));
value15 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]]-diff*(per3/100),sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per3/100));
TL_SetColor(value11,blue);
TL_SetColor(value12,blue);
TL_SetColor(value13,blue);
TL_SetColor(value14,blue);
TL_SetColor(value15,blue);
value21 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[1]],sdate,stime,H[barArr[1]]);
value22 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]],sdate,stime,L[barArr[2]]);
diff = abs(L[barArr[2]]-H[barArr[1]]);
value23 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per1/100),sdate,stime,L[barArr[2]]+diff*(per1/100));
value24 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per2/100),sdate,stime,L[barArr[2]]+diff*(per2/100));
value25 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[2]]+diff*(per3/100),sdate,stime,L[barArr[2]]+diff*(per3/100));
TL_SetColor(value21,RED);
TL_SetColor(value22,red);
TL_SetColor(value23,RED);
TL_SetColor(value24,red);
TL_SetColor(value25,RED);
}
Else{
value11 = TL_New(sdate[barArr[2]],stime[barArr[2]],H[barArr[2]],sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]);
value12 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]],sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]);
diff = abs(L[barArr[3]]-H[barArr[2]]);
value13 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per1/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per1/100));
value14 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per2/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per2/100));
value15 = TL_New(sdate[barArr[2]],stime[barArr[2]],L[barArr[3]]+diff*(per3/100),sdate[barArr[1]],stime[barArr[1]],L[barArr[3]]+diff*(per3/100));
TL_SetColor(value11,RED);
TL_SetColor(value12,red);
TL_SetColor(value13,RED);
TL_SetColor(value14,red);
TL_SetColor(value15,RED);
value21 = TL_New(sdate[barArr[1]],stime[barArr[1]],L[barArr[1]],sdate,stime,L[barArr[1]]);
value22 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]],sdate,stime,H[barArr[2]]);
diff = abs(L[barArr[1]]-H[barArr[2]]);
value23 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per1/100),sdate,stime,H[barArr[2]]-diff*(per1/100));
value24 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per2/100),sdate,stime,H[barArr[2]]-diff*(per2/100));
value25 = TL_New(sdate[barArr[1]],stime[barArr[1]],H[barArr[2]]-diff*(per3/100),sdate,stime,H[barArr[2]]-diff*(per3/100));
TL_SetColor(value21,blue);
TL_SetColor(value22,blue);
TL_SetColor(value23,blue);
TL_SetColor(value24,blue);
TL_SetColor(value25,blue);
}
즐거운 하루되세요
> 매화산삼 님이 쓴 글입니다.
> 제목 : 문의합니다
> 분봉차트에서
1.지그재그 파동마다 꼭지점과 꼭지점의(고점과 저점) 사이의 사등분선이 그려지게 하여
주시고
2.지그지그추세선과 사등분선(4개선 각각)은 임의로 체크해제하여 사라질수있도록 부탁드리며
3. 기간값을 임의조정할수있게 하여 주십시요~~
감사합니다
다음글
이전글