# SWAMICHARTS

The AIQ code based on John Ehlers & Ric Way’s article in the march 2012 issue of Stocks & Comodities, “Introducing SwamiCharts,” is provided at www.TradersEdgeSystems.com/traderstips.htm.

Note that I did not attempt to replicate the SwamiCharts as displayed in Ehlers & Way’s article mainly because I am not a discretionary trader but rather focus on mechanical systems. I wanted to take the concept of multiple parameter sets for an indicator and see how this concept could be used in a trading system.

I decided to try a long-term trend-following system trading the NASDAQ 100 list of stocks using moving averages of various lengths. I created an indicator that uses five simple moving average lengths (10, 20, 50, 100, 200). If the close is above the moving average, then it gets a value of +1; otherwise, it gets a value of -1. I then simply sum the five values from the different lengths to create the SMA_SWAMI indicator. I then created a system with the indicator by entering long when the indicator is greater than or equal to 4 and exit when it drops to less than -4. I didn’t test the short side of the system, only the buy side. The code to test the short side is provided but was not tested.

FIGURE 6: AIQ SYSTEMS, SMA_SWAMI SYSTEM.
Here is an equity curve for the theoretical SMA_SWAMI system compared
to the S&P 500 with the test statistics for the SMA_SWAMI system
trading the NASDAQ 100 list of stocks from 1/3/2000 to 1/13/2012.
In Figure 6, I show the equity curve and test statistics for the SMA_SWAMI system trading the NASDAQ 100 list of stocks from 1/3/2000 to 1/13/2012. The system averaged 13% compounded annual return with a maximum drawdown of 45% during the 2007–09 bear market.
This system is for illustrative purposes only and is not meant to be a finished system for live trading.
!INTRODUCING SWAMI CHARTS
!Authors: John Ehlers and Ric Way, TASC March 2012
!System author: Richard Denning 1/15/2012
!Coded by: Richard Denning 1/15/2012

!INPUTS:
sellLvl is -3.
exitSellLvl is 0.

C is [close].
sma10 is simpleavg(C,10).
sma20 is simpleavg(C,20).
sma50 is simpleavg(C,50).
sma100 is simpleavg(C,100).
sma200 is simpleavg(C,200).

sig10 is iff(C > sma10,1,-1).
sig20 is iff(C > sma20,1,-1).
sig50 is iff(C > sma50,1,-1).
sig100 is iff(C > sma100,1,-1).
sig200 is iff(C > sma200,1,-1).

SMA_SWAMI is sig10 + sig20 + sig50 + sig100 + sig200.

BarsAbove is countof(C > sma10,20).