TTP PNR filter
PNR filter uses the "percentile nearest rank" method to produce signals from any source including oscillator indicators and price bars.
Features:
* Length - how many candles back in time to use for calculating PNR
* % low and high - what range of the spread of values captured will form the PNR band. Use 99&100 to create a band on the 1% highest percentile or 0&1 to create a band in the lowest percentile. It accepts float numbers so you can find very rare occurrences.
* src - by default it will use the close price but PNR filter can be used with any source. It's particularly useful when working with oscillators like RSI, MACD, ADX, etc.
* Signal direction - The indicator will print 1 when the selected conditions are met. Once the PNR band is plotted you can chose from cross over, cross under, above and below conditions to trigger a signal.
* Signal source - the band consists in a % low and % high, this option allows you to pick which band will be used with the "signal direction" parameter.
Example configuration:
1) Select 200 as the length
2) Select % low 0 and % high 1
3) Add RSI to the chart and select it as the source parameter
4) Select signal direction cross over
5) Select signal source % high which corresponds to the 1% band
In this setup you are finding values of RSI that in the past 200 candles have been that low only 1% of the time. With each new candle the calculation window will move as well leaving the oldest candle out.
Features:
* Length - how many candles back in time to use for calculating PNR
* % low and high - what range of the spread of values captured will form the PNR band. Use 99&100 to create a band on the 1% highest percentile or 0&1 to create a band in the lowest percentile. It accepts float numbers so you can find very rare occurrences.
* src - by default it will use the close price but PNR filter can be used with any source. It's particularly useful when working with oscillators like RSI, MACD, ADX, etc.
* Signal direction - The indicator will print 1 when the selected conditions are met. Once the PNR band is plotted you can chose from cross over, cross under, above and below conditions to trigger a signal.
* Signal source - the band consists in a % low and % high, this option allows you to pick which band will be used with the "signal direction" parameter.
Example configuration:
1) Select 200 as the length
2) Select % low 0 and % high 1
3) Add RSI to the chart and select it as the source parameter
4) Select signal direction cross over
5) Select signal source % high which corresponds to the 1% band
In this setup you are finding values of RSI that in the past 200 candles have been that low only 1% of the time. With each new candle the calculation window will move as well leaving the oldest candle out.
Notes de version:
Added alerts
Notes de version:
We've been exploring PNR applied to price and to indicators including moving averages, oscillators and even QFL.
PNR helps us identifying how "rare" a value is and therefore spotting opportunities.
But what if we used PNR to determine how rare is that a signal hasn't triggered in the past X candles?
Introducing the time PNR option.
Example use:
1) As the source select any indicator that prints signals in the chart, for example an indicator that prints 1 every time RSI is crossing above 30. Any signal would do as long as it prints with certain frequency. The external source indicator must be in the same chart.
2) Set the low to 99 and the high to 100
3) Enable the time option.
4) Make sure that the time value matches the value that the signal prints (usually 1)
Notice how the indicator prints some triangles representing how long its taking for the signal to print another signal and thanks to the rank of percentiles you'll be able to tell based on PNR statistics if its taking "too long", if its deviating from the usual frequency of the signal. 🦜
PNR helps us identifying how "rare" a value is and therefore spotting opportunities.
But what if we used PNR to determine how rare is that a signal hasn't triggered in the past X candles?
Introducing the time PNR option.
Example use:
1) As the source select any indicator that prints signals in the chart, for example an indicator that prints 1 every time RSI is crossing above 30. Any signal would do as long as it prints with certain frequency. The external source indicator must be in the same chart.
2) Set the low to 99 and the high to 100
3) Enable the time option.
4) Make sure that the time value matches the value that the signal prints (usually 1)
Notice how the indicator prints some triangles representing how long its taking for the signal to print another signal and thanks to the rank of percentiles you'll be able to tell based on PNR statistics if its taking "too long", if its deviating from the usual frequency of the signal. 🦜
Notes de version:
Optimisations to use less resources: use of single PNR call instead of a band of 2 PNRs.
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