如何在柱开盘时找到布林带的第一个值

发布于 2025-01-16 21:29:33 字数 354 浏览 1 评论 0原文

实际上，布林带代码是：

//@version=4
study(title="AAAA", shorttitle="AAAA", overlay=true)

len = 5
multi = 2

bb5med = sma(close, len)
devBB5 =  mult2 * stdev(close, len)
bb5top =  bb5med + devBB5
bb5bot =  bb5med - devBB5

当新柱出现时，即当收盘==开盘时，我想找到这三条线的第一个值。

另外，当我将 len 更改为 20、50 和/或将 multi 更改为 3 时，我需要它才能工作，

请帮助我。谢谢。

原文

Actually, the Bollinger Bands code is:

//@version=4
study(title="AAAA", shorttitle="AAAA", overlay=true)

len = 5
multi = 2

bb5med = sma(close, len)
devBB5 =  mult2 * stdev(close, len)
bb5top =  bb5med + devBB5
bb5bot =  bb5med - devBB5

I would want to find the first value of those 3 lines when the new bar comes, means, when close==open.

Also, I need it to work when I change the len to 20, 50 and/or when I change the multi to 3

Please help me. Thank you.

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素食主义者 2025-01-23 21:29:33

//@version=5
indicator("BB Open", overlay = true)

len = input.int(20)
mult = input.float(2.000)

basis = (math.sum(close, len - 1)[1] + open) / len

float dev_sum = 0.0

for i = 1 to len - 1
    dev_sum += math.pow(basis - close[i], 2)

dev_sum += math.pow(basis - open, 2)

stdev = math.sqrt(dev_sum / len)

up = basis + stdev * mult
dn = basis - stdev * mult

plot(basis, color = color.yellow)
plot(up)
plot(dn)

功能：

f_BBopen(_close, _open, _len, _mult) =>
    _basis = (math.sum(_close, _len - 1)[1] + _open) / _len

    float _dev_sum = 0.0

    for i = 1 to _len - 1
        _dev_sum += math.pow(_basis - _close[i], 2)

    _dev_sum += math.pow(_basis - _open, 2)

    _stdev = math.sqrt(_dev_sum / _len)

    _up = _basis + _stdev * _mult
    _dn = _basis - _stdev * _mult
    [_basis, _up, _dn]

[basis, up, dn] = f_BBopen(close, open, len, mult)

//@version=5
indicator("BB Open", overlay = true)

len = input.int(20)
mult = input.float(2.000)

basis = (math.sum(close, len - 1)[1] + open) / len

float dev_sum = 0.0

for i = 1 to len - 1
    dev_sum += math.pow(basis - close[i], 2)

dev_sum += math.pow(basis - open, 2)

stdev = math.sqrt(dev_sum / len)

up = basis + stdev * mult
dn = basis - stdev * mult

plot(basis, color = color.yellow)
plot(up)
plot(dn)

Function :

f_BBopen(_close, _open, _len, _mult) =>
    _basis = (math.sum(_close, _len - 1)[1] + _open) / _len

    float _dev_sum = 0.0

    for i = 1 to _len - 1
        _dev_sum += math.pow(_basis - _close[i], 2)

    _dev_sum += math.pow(_basis - _open, 2)

    _stdev = math.sqrt(_dev_sum / _len)

    _up = _basis + _stdev * _mult
    _dn = _basis - _stdev * _mult
    [_basis, _up, _dn]

[basis, up, dn] = f_BBopen(close, open, len, mult)

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