Round function in PineScript is very simple and allows you to round numbers only to the closest integer number. This is a bit irritating because I very often have to round numbers to some decimal places and not integer.
So I created 2 functions I use all the time and now sharing them with you.
roundn - rounds the values in its first argument to the...
So far in this series of posts, we have worked thru creating a basic zero-lag moving average, then moved forward all the way to coding a "Fibonacci" Weighted Moving Average.
in this post we take a look at a technique that can help traders minimize noise in the underlying data and get better insight on the changes that are happening in the data series represented...
Lots of moving averages are based on a weighted sum, the most common ones being the simple (arithmetic) and linearly weighted moving average. The problems with the weighted sum approach is that when your moving average is a FIR filter then the number of operations increase with higher values of length, and when the weights are based on a complex calculation this...
Pinescript requires many of its built-in functions to use a simple int as their period length, which entails the period length cannot vary during the script's execution. These functions allow using a series int or series float for their period length, which means it can vary on each bar.
The functions shared in this script include:
Rolling sum: ...
This script is for a triple moving average indicator where the user can select from different types of moving averages and periods. This script improves upon tutorial 3 by adding source selection for MAs and another option for an MA that is not built-in, the HMA . It is meant as an educational script with well formatted styling, and references for specific functions.
Slow stochastic with ADX exhaustation and sell/entry points as orange/green circles.
This is a script I remade from Marco Valente's "RSI Combo" and Oshri17 "Slow stochastic".
Credits and thanks to them for sharing, I just expanded the diversity ^^
Hope you enjoy phit! ;D
This script is for a triple moving average indicator where the user can select from different types of moving averages and periods. This script improves upon tutorial 3 by adding source selection for MAs and another option for an MA that is not built-in, the HMA. It is meant as an educational script with well formatted styling, and references for specific functions.
Example of requesting Earnings, Splits, Dividends using pine-script.
That way is inner representation of data in TradingView, so it can be changed any time. It's just an example of requesting of the data.
Description of the series.
time: report date (unix time stamp)
open: estimate value
low: reported value
close: actual value
This script is for a triple moving average indicator where the user can select from different types of moving averages. It is meant as an educational script with well formatted styling, and references for specific functions.
This time I took the pattern recognizer from a previous script I worked.
It overlays the Arrows on the chart.
#Maroon colour: Strong bearish signal
#Red colour: Bearish signal
#Dark Green colour: Strong bullish signal
#Lime: Bullish signal
NOTE: Also, you can untick the patterns you don't find useful, but I kept every pattern to get a complete...
I have been working on this script the lasts days, it's a collaboration with an uruguayan mate.
* It has been optimized for 4h charts, use it on other at your own risk.
* Always use Stop Loss, since it might give false signals after a long trend.
* I'm still working on it, I'm going to add candlestick pattern filtering.
Thanks for your...
Simple signals example for Risk Management Wrapper
The unique part is that there is a single variable used for both Buy and Sell conditions.
Technically, a variable can have an infinity of values, so why not use that in our favour.
A value of -1 is used for the SELL alert condition , and a value of +1 is used for the BUY alert condition .
we all know how moving averages suffer from lag - they have a delayed response to change in the underlying values - regardless if the underlying values are price movement or some kind of indicator formula that we are trying to smooth using a moving average.
here's a simple technique that can help minimize the lag built into the moving average - you can use this...
A small method to translate strings to numbers.
For example, we have a string:
s = "321"
To check if the last symbol is "1", we might just try to remove (or replace with an empty string) the symbol "1". If the string changed, then there was the symbol "1" in the string:
s2 = str.replace_all (s, "1", "")
now s2 is "32", so
s == s2 returns false.
But we can't...