Dynamic Zone of Bollinger Band Stops Line is a Bollinger Band indicator with Dynamic Zones. This indicator serves as both a trend indicator and a dynamic stop-loss indicator.
What are Bollinger Bands?
A Bollinger Band is a technical analysis tool defined by a set of trendlines plotted two standard deviations (positively and negatively) away from a simple...
Adaptive Jurik Filter Volatility Bands uses Jurik Volty and Adaptive, Double Jurik Filter Moving Average (AJFMA) to derive Jurik Filter smoothed volatility channels around an Adaptive Jurik Filter Moving Average. Bands are placed at 1, 2, and 3 deviations from the core basline.
What is Jurik Volty?
One of the lesser known qualities of Juirk smoothing...
This is the alert script for :
We've included the basic alert syntax for Autoview automation. You can learn more about the syntax here: autoview.with.pink and you can watch this video here: www.youtube.com
These settings are set, by default, to the lowest contracts allowed by Bitmex (at the time of this posting) to avoid a spam account.
You can learn more...
Really nice performance for simple BB on XBTUSD Bitmex 1 minute chart.
BB length = 55, BB mult = 4.
No SL or PT used.
Amazingly performance for the last week, 92% profitable. Tested on entire May percent profitable become 80%, still not bad.
Past performance does not guarantee future results.
This is a repost, the first version was locked and I am unable to unlock it. So I'm simply publishing it anew.
This is more of a test run than anything. Gunbot approximation courtesy of Vosechu and the original can be found here.
Bollinger Bands Clouds provides Bollinger Bands of different timeframes in a chart.
It actually shows BB from a new angles.
This indicator can show three BB from different timeframes simultaneously.
The idea is to be able to combine different levels of BB from other timeframes in one chart
Each cloud is a Bollinger band whose time frame is a multiple of the...
Logarithmic Bollinger Bands
Published by Eric Thies on January 14, 2022
In this script I have taken the standard Bollinger band pinescript and made efforts to eliminate the behavior experienced in periods of high volatility in which we see the bands disappear completely off the chart by adding exponential plotting and logarithmic sourcing to the...
The Keltner Channel Width oscillator is a technical analysis indicator derived originally from the same relationship the Bollinger Band Width indicator takes on Bollinger Bands.
Similar to the Bollinger Bands, Kelts measure volatility in relation to price, and factor in various range calculations to create three bands around the price of a given...
This type of moving average was originally developed by Dennis McNicholl (Futures Magazine, (October, 1998): "Better Bollinger Bands"). A kind of TEMA. He used it as a centerline of the new bands, called Better Bollinger Bands or DEnvelope. The Better Bollinger Bands is a modification of the well-known Bollinger Bands that has a better response for changes in volatility.
This is two separate Bollinger bands in one study. Customizable middle BB line type ( SMA , EMA , VWMA ), legnth, colors, and deviations provided at .5 increments.
Someone else has a very similar Bollinger Band study but the code was hidden, so I figured I would remake as a learning challenge since I'm new to pinescript and this is the best way to learn it...
This indicator was created to see the total dollar (or whatever currency pair) amount spread between the upper and lower Bollinger Bands. This knowledge of knowing this spread can be used to indicate upcoming periods of high volatility in a market. The fundamental idea behind predicting periods of high volatility is backed up by the idea that periods of low...
This is a script I remade from the original ChartArt's "CA_RSI_Bolling_Strat".
I added a VWMA following the SMA basis curve.
BBand was made with the SMA curve, +2DS.
The point of adding VWMA to the script is to get a fast correlation between price change and volume change.
How to interpret it:
Since 3-Intervals-VWMA = (P1*V1 + P2*V2 + P3*V3) / (V1+V2+V3)