Reverse Engineering RSI II - EMARSI and SMARSIThis is the Reverse Engineering EMARSI and SMARSI Indicator.
It’s based on the work of Giorgos Siligardos on Reverse Engineering RSI.
The Reverse Engineering EMARSI and SMARSI Indicator shows the Exponential Moving Average and the Simple Moving Average of the RSI line but plotted in the price chart.
This script is also a complement of "Reverse Engineering RSI, by Giorgos Siligardos" script by HPotter but can also be used alone.
By default the RevEngSMARSI is turned off.
The RevEngEMARSI is the white line.
I’ve also added to the indicator:
1) Simple Moving Average (MA) of the EMARSI (EMARSI SMA) - Orange Line
2) Standard Deviation Bands for the EMARSI SMA - turned off by default
Using the settings I left in default (Length's = 1), we can see that when the EMARSI SMA is horizontal the price rises and so does the EMARSI. Also when the EMARSI SMA rises that's a signal that there is a resistance/support at that price. We can observe such thing if we draw horizontal lines at those prices. We can use this to help us put stop-losses and take profits. Also, those resistance/suport prices are ALWAYS the closing price of the first red candle after a bullish trend (big or small trends). Interesting...
When the EMARSI SMA rises and touches the EMARSI 3 things can happen:
- Bullish Trend slows down
- Correction of price
- Trend reversal
So, when the EMARSI SMA rises that can be interpreted as a signal for taking profits.
We should always wait for the price to close in the timeframe we're using, because sometimes the EMARSI SMA rises before the closing price and flattens again when is about to close.
However we should never take decisions based on 1 indicator. Our trading decision should always take in consideration multiple sources of information.
Of course we can use other settings for the trading. And if we do that we will observe different behaviours. And we should also study those behaviours. We can then use the crosses between the lines.
If there is something wrong with the code or its calculations, please let me know.
If you want to modify or improve the code, feel free to do that, but please let me know the changes you made.
This Indicator works in all timeframes. I hope you enjoy it!
Engineering
Combo Backtest 123 Reversal & Reverse Engineering RSI This is combo strategies for get a cumulative signal.
First strategy
This System was created from the Book "How I Tripled My Money In The
Futures Market" by Ulf Jensen, Page 183. This is reverse type of strategies.
The strategy buys at market, if close price is higher than the previous close
during 2 days and the meaning of 9-days Stochastic Slow Oscillator is lower than 50.
The strategy sells at market, if close price is lower than the previous close price
during 2 days and the meaning of 9-days Stochastic Fast Oscillator is higher than 50.
Second strategy
Reverse Engineering RSI, by Giorgos Siligardos
The related article is copyrighted material from
Stocks & Commodities.
WARNING:
- For purpose educate only
- This script to change bars colors.
Resampling Reverse Engineering Bands [DW]This is an experimental study designed to reverse engineer price levels from centered oscillators at user defined sample rates.
This study aims to educate users on the process of oscillator reverse engineering, and to give users an alternative perspective on some of the most commonly used oscillators in the trading game.
Reverse engineering price levels from an oscillator is actually a rather simple, straightforward process.
Rather than plugging price values into a function to solve for oscillator values, we rearrange the function using some basic algebraic operations and plug in a specified oscillator value to solve for price values instead.
This process tells us what price value is needed in order for the oscillator to equal a certain value.
For example, if you wanted to know what price value would be considered “overbought” or “oversold” according to your oscillator, you can do that using this process.
In this study, the reverse engineering functions are used to calculate the price values of user defined high and low oscillator thresholds, and the price values for the oscillator center.
This allows you to visualize what prices will trigger thresholds as a sort of confidence interval, which is information that isn't inherently available when simply analyzing the oscillator directly.
This script is equipped with three reverse engineering functions to choose from for calculating the band values:
-> Reverse Relative Strength Index (RRSI)
-> Reverse Stochastic Oscillator (RStoch)
-> Reverse Commodity Channel Index (RCCI)
You can easily select the function you want to utilize from the "Band Calculation Type" dropdown tab.
These functions are specially designed to calculate at any sample rate (up to 1 bar per sample) utilizing the process of downsampling that I introduced in my Resampling Filter Pack.
The sample rate can be determined with any of these three methods:
-> BPS - Resamples based on the number of bars.
-> Interval - Resamples based on time in multiples of current charting timeframe.
-> PA - Resamples based on changes in price action by a specified size. The PA algorithm in this script is derived from my Range Filter algorithm.
The range for PA method can be sized in points, pips, ticks, % of price, ATR, average change, and absolute quantity.
Utilizing downsampled rates allows you to visualize the reverse engineered values of an oscillator calculated at larger sample scales.
This can be rather beneficial for trend analysis since lower sample rates completely remove certain levels of noise.
By default, the sample rate is set to 1 BPS, which is the same as bar-to-bar calculation. Feel free to experiment with the sample rate parameters and configure them how you like.
Custom bar colors are included as well. The color scheme is based on disparity between sources and the reverse engineered center level.
In addition, background highlights are included to indicate when price is outside the bands, thus indicating "overbought" and "oversold" conditions according to the thresholds you set.
I also included four external output variables for easy integration of signals with other scripts:
-> Trend Signals (Current Resolution Prices) - Outputs 1 for bullish and -1 for bearish based on disparity between current resolution source and the central level output.
-> Trend Signals (Resampled Prices) - Outputs 1 for bullish and -1 for bearish based on disparity between resampled source and the central level output.
-> Outside Band Signal (Current Resolution Prices) - Outputs 1 for overbought and -1 for oversold based on current resolution source being outside the bands. Returns 0 otherwise.
-> Outside Band Signal (Resampled Prices) - Outputs 1 for overbought and -1 for oversold based on resampled source being outside the bands. Returns 0 otherwise.
To use these signals with another script, simply select the corresponding external output you want to use from your script's source input dropdown tab.
Reverse engineering oscillators is a simple, yet powerful approach to incorporate into your momentum or trend analysis setup.
By incorporating projected price levels from oscillators into our analysis setups, we are able to gain valuable insights, make (potentially) smarter trading decisions, and visualize the oscillators we know and love in a totally different way.
I hope you all find this script useful and enjoyable!
Rate of Return (RoR) by DGTA rate of return (RoR) is the net gain or loss of an investment over a specified time period, expressed as a percentage of the investment’s initial cost
Reverse Engineering RSI, by Giorgos SiligardosReverse Engineering RSI, by Giorgos Siligardos
The related article is copyrighted material from
Stocks & Commodities.
