Quote from Hook N. Sinker:
I notice on Chapter 8, page 67 in my copy of "How To Trade In Stocks" Mr Livermore writes:
"I wanted to find out what constituted the beginning of a natural reaction or natural rally. So I began checking the distances of price movements. First I based my calculations on one point. That was no good. Then two points, and so on, until finally I arrived at a point that represented what I thought should constitute the beginning of a Natural Reaction or Natural Rally."
I interpret this as a vague description of how Mr. Livermore optimizes his method.
I name the $ 6 / share parameter the "fluctuation parameter" and the $ 3 / share parameter the "reversal parameter".
If a stock is trading at $ 60 / share then the $ 6 / share fluctuation parameter is 6 / 60 = 0.1 or 10 % of the stock price.
If a stock is trading at $ 30 / share then the $ 6 / share fluctuation parameter is 6 / 30 = 0.2 or 20 % of the stock price.
If a stock is trading at $ 60 / share then the $ 3 / share reversal parameter is 3 / 60 = 0.05 or 5 % of the stock price.
If a stock is trading at $ 30 / share then the $ 3 / share reversal parameter is 3 / 30 = 0.1 or 10 % of the stock price.
I might use percentage values to determine pivotal points for securities trading at price values outside the $ 30 / share to $ 60 / share range.
So for the Dow Jones Industrial Average I might use (yesterdays closing index value 8519.69) 8519 x 0.1 = 851.9 for the reversal parameter. I might round it off to 900. 8519 x 0.2 = 1703.8 for the fluctuation parameter. I might round if off to 1700.
I might test different values of fluctuation and reversal parameters to optimize the system.
Hook N. Sinker,
WOWA!!!!!!!!!!!!!!!!!!!!!
LOL - Nice!!!!!!!!
Nice Job!!!
What can I say?
I think it is safe for me to say you understand this material hook, line and sinker . . . so to speak.
Not only did you answer the question I posted what you define as a "fluctuation parameter", you also answered the question I neglected to post, namely what you refer to as a "reversal parameter".
Thank you very much for the insight.
I like your "set percent" approach. Taking your approach a little further with the index calculations - for example the dow trading in the 8500 range - I would probable test (as you suggest) as follows:
Test A
1. fluctuation parameter = 20%
2. reversal parameter = 10%
Test B
1. fluctuation parameter = 10%
2. reversal parameter = 5%
Test C
Record the price records of approximately five (05) sets of sister stocks of five (05) industries (or sectors) of the dow.
As these stock records go through their respective "fluctuations" and "reversal" come up with a percentage calculation to apply for the dow in this case based upon the corresponding move within the dow.
I am very excited to have come up with very comfortable solutions for the question I have had and you have answered and provided.
Thank you very much for your help.
ET what an incredible place. . . LOL
