I'm working on improving the Pivot Points Reversal Strategy.
As one of the ways to filter out insignificant levels I decided to check that pivot point is not above/below neighbors, but check that it's above/below at least by a certain amount.
I use ATR, so in params, you can set length of ATR and also ATR multiplier. The new level will be calculated only if PP will be above/below neighbors by atr * atr_mult.
It seems this approach might help in some cases.
Here I have PivotPoint + RSI strategy:
As one of the ways to filter out insignificant levels I decided to check that pivot point is not above/below neighbors, but check that it's above/below at least by a certain amount.
I use ATR, so in params, you can set length of ATR and also ATR multiplier. The new level will be calculated only if PP will be above/below neighbors by atr * atr_mult.
It seems this approach might help in some cases.
Here I have PivotPoint + RSI strategy:
🎓 Cohort courses: qntly.com/101
💻 Online Courses: qntly.com/courses
📝 Trials: qntly.com/trial
📖 Docs: qntly.com/docs
📰 Newsletter: qntly.com/news
𝕏: qntly.com/x
📩Telegram: qntly.com/tel
💻 Online Courses: qntly.com/courses
📝 Trials: qntly.com/trial
📖 Docs: qntly.com/docs
📰 Newsletter: qntly.com/news
𝕏: qntly.com/x
📩Telegram: qntly.com/tel