Gurok
7 posts
msg #121107
- Ignore Gurok |
7/26/2014 9:17:11 PM
Hello Everyone,
Hi this is a repost I accidentally posted into the wrong thread please forgive me.
I am new to stockfetcher and not learned how to program yet. The type of instrument that I trade it is best for me to catch the high and low of a particular stock. The way I am thinking how to achieve this comes from therumbledone(TRO) milking the cow filter idea. What I would like to do is create a filter in which for the last 100 days the high has been a certain percentage above the open price. Here is an example say for instance that for the last 100 days the high of the day of a particular stock has been around 40 to 50 cents 80 percent of the time, or the low of the day has been around -40 to -50 cents 70 percent of the time of a particular stock. How would I go about programming a filter that can do this using stockfetcher. Hopefully this makes sense.
Also I been having problems with this filter
set { hiop, high - open }
set { up10, count ( hiop > 0.09 , 100) }
set { up50, count (hiop > 0.49 , 100) }
set { pct1, up50 / up10 }
set {winpct 100 * pct1 }
add column up10
add column up50
add column winpct
symlist(fb)
sort column 7 descending
Keep getting syntax errors for some reason.
Thanks,
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Gurok
7 posts
msg #121110
- Ignore Gurok
modified |
7/27/2014 2:17:10 AM
Hello Everyone,
So here is my attempt at creating the first filter I told you all before at the beginning paragraph of this thread. As I said before the goal here was to create a filter that will tell how many times the high was greater than the open and what cent range it was over the past 100 days. If any one know an easier way to do this, and better way at doing it, it would be much appreciated, and as I said before I am not a programmer and this my first time making a filter of my own in stockfetcher so please bear with me. I thank you for your time here is the code
set{ophi, high > open }
set{up10, count( ophi > 0.09, 100)}
set{up20, count( ophi > 0.19, 100)}
set{up30, count( ophi > 0.29, 100)}
set{up40, count( ophi > 0.39, 100)}
set{up50, count( ophi > 0.49, 100)}
set{up60, count( ophi > 0.59, 100)}
set{up70, count( ophi > 0.69, 100)}
set{up80, count( ophi > 0.79, 100)}
set{up90, count( ophi > 0.89, 100)}
set{up100, count( ophi > 0.99, 100)}
set{oplo, low < open }
set{down-10, count( ophi < -0.09, 100)}
set{down-20, count( ophi < -0.19, 100)}
set{down-30, count( ophi < -0.29, 100)}
set{down-40, count( ophi < -0.39, 100)}
set{down-50, count( ophi < -0.49, 100)}
set{down-60, count( ophi < -0.59, 100)}
set{down-70, count( ophi < -0.69, 100)}
set{down-80, count( ophi < -0.79, 100)}
set{down-90, count( ophi < -0.89, 100)}
set{down-100, count( ophi < -0.99, 100)}
set{pct1, up10 up20 up30 up40 up50 up60 up70 up80 up90 up100}
set{pct2, down-10 down-20 down-30 down-40 down-50 down-60 down-70 down-80 down-90 down-100}
set{winpct, 100 * pct1}
set{winpct2, 100 * pct2}
add column up10
add column up20
add column up30
add column up40
add column up50
add column up60
add column up70
add column up80
add column up90
add column up100
add column down-10
add column down-20
add column down-30
add column down-40
add column down-50
add column down-60
add column down-70
add column down-80
add column down-90
add column down-100
add column wpct
add column wpct 2
symlist(fb)
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