StockFetcher Forums · Filter Exchange · /* MPs RSIWRL DISPLAY */<< 1 ... 2 3 4 5 6 ... 7 >>Post Follow-up
TheRumpledOne
6,359 posts
msg #37225
Ignore TheRumpledOne
8/1/2005 11:48:36 AM

I SAW WHAT YOU POSTED HERE IN SF AND SET THE RECORD STRAIGHT... JUST LIKE I DID ELSEWHERE.

The feud is over unless YOU continue it...




TheRumpledOne
6,359 posts
msg #37226
Ignore TheRumpledOne
8/1/2005 12:54:39 PM

FROM THE FIRST POST IN THIS THREAD:

TheRumpledOne 7/24/2005 2:48:24 PM

I Wrote this filter display for those using Mike Parker's RSIWRL stock selection system:

FROM THE SECOND POST IN THIS THREAD:

TheRumpledOne 7/24/2005 2:51:13 PM

Example using colefk@juno.com's criteria:

I even named it "MP RSIWLR ANALYZER DISPLAY".

CREDIT WAS GIVEN WHERE CREDIT WAS DUE... IT'S THAT SIMPLE.



TheRumpledOne
6,359 posts
msg #37238
Ignore TheRumpledOne
8/1/2005 11:53:53 PM

This version finds the bottom fish.

Fetcher[
/* MP RSIWLR ANALYZER DISPLAY */

set{adrng, accumulation distribution 100 day high - accumulation distribution 100 day low}
set{adpct, adrng * .01}
set{adcon, accumulation distribution - accumulation distribution 100 day low}
set{adval, adcon / adpct }

set{morng, momentum(12) 100 day high - momentum(12) 100 day low}
set{mopct, morng * .01}
set{mocon, momentum(12) - momentum(12) 100 day low}
set{moval, mocon / mopct }

set{wrval, Williams %R(10) + 100}


set{rsix, count(rsi(2) below 5, 1)}
set{wrx, count(wrval below 5 , 1)}
set{momox, count(moval below 5, 1)}
set{accdx, count(adval below 5, 1)}

set{xBB1, count(HIGH crossed above the upper bollinger band (20),1) - count(LOW crossed below the lower bollinger band (20),1)}

set{xBB2, count(close above the upper bollinger band (20),1) - count(close below the lower bollinger band (20),1)}

set{xBB, xBB1 + xBB2}

set{xLR1, count(HIGH crossed above the top linear regression line(60),1) - count(LOW crossed below the bottom linear regression line(60),1)}

set{xLR2, count(close above the top linear regression line(60),1) - count(close below the bottom linear regression line(60),1)}

set{xLR, xLR1 + xLR2}


set{wBB1, count(HIGH crossed above the weekly upper bollinger band (20),1) - count(LOW crossed below the weekly lower bollinger band (20),1)}

set{wBB2, count(close above the weekly upper bollinger band (20),1) - count(close below the weekly lower bollinger band (20),1)}

set{wBB, wBB1 + wBB2}

set{wLR1, count(HIGH crossed above the weekly top linear regression line(60),1) - count(LOW crossed below the weekly bottom linear regression line(60),1)}

set{wLR2, count(close above the weekly top linear regression line(60),1) - count(close below the weekly bottom linear regression line(60),1)}

set{wLR, wLR1 + wLR2}

set{MoMob,days(Momentum(12) is above Momentum(12) 1 day ago,100)}
set{MoMoa,days(Momentum(12) is below Momentum(12) 1 day ago,100)}
set{M12xM12, MoMoa - MoMob}

set{ACDIb,days(accumulation distribution is above accumulation distribution 1 day ago,100)}
set{ACDIa,days(accumulation distribution is below accumulation distribution 1 day ago,100)}
set{ADxAD, ACDIa - ACDIb}

set{WPRb,days(Williams %R(10) is above Williams %R(10) 1 day ago,100)}
set{WPRa,days(Williams %R(10) is below Williams %R(10) 1 day ago,100)}
set{W10xW10, WPRa - WPRb}

set{rsib,days(rsi(2) is above rsi(2) 1 day ago,100)}
set{rsia,days(rsi(2) is below rsi(2) 1 day ago,100)}
set{R2xR2, rsia - rsib}

set{xc2, rsix + wrx}
set{xc1, xc2 + accdx}
set{RSIWLR, xc1 + momox}


Set{n1, momox * 1}
Set{n2, rsix * 10}
Set{n3, accdx * 100}
Set{n4, wrx * 1000}

Set{na, n1 + n2}
Set{nb, n3 + n4}
Set{WARM, na + nb}

set{rsi60D, count(rsi(2) equal rsi(2) 60 day low, 1)}
set{wr60D, count(Williams %R(10) equal Williams %R(10) 60 day low , 1)}
set{momo60D, count(momentum(12) equal momentum(12) 60 day low, 1)}
set{accd60D, count(accumulation distribution equal accumulation distribution 60 day low, 1)}

add column warm

add column adval
add column moval
add column wrval

add column w10xw10
add column ADxAD

add column r2xr2
add column M12xM12

add column wr60D
add column accd60D
add column rsi60D
add column momo60D

and add column xBB {BBx_}
and add column xLR {LRx_}
and add column wBB {wBBx}
and add column wLR {wLRx}


add column accumulation distribution
add column RSI(2)
add column Williams %R(10)
add column momentum(12)
and add column industry


draw adval
draw moval
draw wrval

draw accumulation distribution
draw rsi(2)
draw Williams %R(10)
draw momentum(12)

/* YOUR SELECTION CRITERIA GOES BELOW THIS LINE */

close above 1
volume above 1000000
RSIWLR above 1

SORT COLUMN 5 DESCENDING

/* YOUR SELECTION CRITERIA GOES ABOVE THIS LINE */
]



At least 2 of the 4 indicators have to be below 5 on the 0 - 100 scale.

The WARM column tells you which of the 4 are below 5.

1) added the WARM column, so you know when a stock is getting warmer. Actually it's an acronym for Williams, Accumulation, RSI, Momentum.

WARM where:

W is williams %r(10), 1 means williams %r(10) less than 5, 0 means above 5.

A is accumulation distribution, 1 means accumulation distribution less than 5, 0 means above 5.

R is RSI(2), means RSI(2) less than 5, 0 means above 5.

M is momentum(12), means momentum(12) less than 5, 0 means above 5.

WARM
====
1111 means all four indicators less than 5

0 means all four indicators less than 5

10 means rsi(2) less than 5, and the others above 5

101 means accumulation distribution and momentum(12) less than 5 but williams %r(10) and rsi(2) above 5.

WARM on this filter is different than on a previous version.

You may want to use a value other than 5... I already tried 2 and it didn't work as well as 5.

You may want to use different values for each of the indicators. Like a 1 for RSI(2), a 10 for A/D, a 5 for Momentum(12) and 8 for williams %r.

Feel free to post YOUR CHANGES to this filter. I don't mind at all, you can even call it YOUR OWN FILTER!!

MAY ALL YOUR FILLS BE COMPLETE.


TheRumpledOne
6,359 posts
msg #37239
Ignore TheRumpledOne
8/2/2005 12:06:02 AM

Another way of picking out bottom fish...

Fetcher[

/* MP RSIWLR ANALYZER DISPLAY */

set{adrng, accumulation distribution 100 day high - accumulation distribution 100 day low}
set{adpct, adrng * .01}
set{adcon, accumulation distribution - accumulation distribution 100 day low}
set{adval, adcon / adpct }

set{morng, momentum(12) 100 day high - momentum(12) 100 day low}
set{mopct, morng * .01}
set{mocon, momentum(12) - momentum(12) 100 day low}
set{moval, mocon / mopct }

set{wrval, Williams %R(10) + 100}


set{rsix, count(rsi(2) between 0 and 20 , 1)}
set{wrx, count(wrval between 0 and 20 , 1)}
set{momox, count(moval between 0 and 30, 1)}
set{accdx, count(adval between 0 and 20, 1)}

set{xBB1, count(HIGH crossed above the upper bollinger band (20),1) - count(LOW crossed below the lower bollinger band (20),1)}

set{xBB2, count(close above the upper bollinger band (20),1) - count(close below the lower bollinger band (20),1)}

set{xBB, xBB1 + xBB2}

set{xLR1, count(HIGH crossed above the top linear regression line(60),1) - count(LOW crossed below the bottom linear regression line(60),1)}

set{xLR2, count(close above the top linear regression line(60),1) - count(close below the bottom linear regression line(60),1)}

set{xLR, xLR1 + xLR2}


set{wBB1, count(HIGH crossed above the weekly upper bollinger band (20),1) - count(LOW crossed below the weekly lower bollinger band (20),1)}

set{wBB2, count(close above the weekly upper bollinger band (20),1) - count(close below the weekly lower bollinger band (20),1)}

set{wBB, wBB1 + wBB2}

set{wLR1, count(HIGH crossed above the weekly top linear regression line(60),1) - count(LOW crossed below the weekly bottom linear regression line(60),1)}

set{wLR2, count(close above the weekly top linear regression line(60),1) - count(close below the weekly bottom linear regression line(60),1)}

set{wLR, wLR1 + wLR2}

set{MoMob,days(Momentum(12) is above Momentum(12) 1 day ago,100)}
set{MoMoa,days(Momentum(12) is below Momentum(12) 1 day ago,100)}
set{M12xM12, MoMoa - MoMob}

set{ACDIb,days(accumulation distribution is above accumulation distribution 1 day ago,100)}
set{ACDIa,days(accumulation distribution is below accumulation distribution 1 day ago,100)}
set{ADxAD, ACDIa - ACDIb}

set{WPRb,days(Williams %R(10) is above Williams %R(10) 1 day ago,100)}
set{WPRa,days(Williams %R(10) is below Williams %R(10) 1 day ago,100)}
set{W10xW10, WPRa - WPRb}

set{rsib,days(rsi(2) is above rsi(2) 1 day ago,100)}
set{rsia,days(rsi(2) is below rsi(2) 1 day ago,100)}
set{R2xR2, rsia - rsib}

set{xc2, rsix + wrx}
set{xc1, xc2 + accdx}
set{RSIWLR, xc1 + momox}


Set{n1, momox * 1}
Set{n2, rsix * 10}
Set{n3, accdx * 100}
Set{n4, wrx * 1000}

Set{na, n1 + n2}
Set{nb, n3 + n4}
Set{WARM, na + nb}

set{rsi60D, count(rsi(2) equal rsi(2) 60 day low, 1)}
set{wr60D, count(Williams %R(10) equal Williams %R(10) 60 day low , 1)}
set{momo60D, count(momentum(12) equal momentum(12) 60 day low, 1)}
set{accd60D, count(accumulation distribution equal accumulation distribution 60 day low, 1)}

add column warm

add column adval
add column moval
add column wrval

add column w10xw10
add column ADxAD

add column r2xr2
add column M12xM12

add column wr60D
add column accd60D
add column rsi60D
add column momo60D

and add column xBB {BBx_}
and add column xLR {LRx_}
and add column wBB {wBBx}
and add column wLR {wLRx}


add column accumulation distribution
add column RSI(2)
add column Williams %R(10)
add column momentum(12)
and add column industry


draw adval
draw moval
draw wrval

draw accumulation distribution
draw rsi(2)
draw Williams %R(10)
draw momentum(12)

/* YOUR SELECTION CRITERIA GOES BELOW THIS LINE */

close above 1
volume above 1000000
RSIWLR equal 4

SORT COLUMN 5 DESCENDING

/* YOUR SELECTION CRITERIA GOES ABOVE THIS LINE */
]



This time I used between...

set{rsix, count(rsi(2) between 0 and 20 , 1)}
set{wrx, count(wrval between 0 and 20 , 1)}
set{momox, count(moval between 0 and 30, 1)}
set{accdx, count(adval between 0 and 20, 1)}

Hadn't thought of that before!

MAY ALL YOUR FILLS BE COMPLETE


TheRumpledOne
6,359 posts
msg #37246
Ignore TheRumpledOne
8/2/2005 8:29:44 AM

I realized that having 3 out of the 4 conditions may yield more bottomfish!

Another way of picking out bottom fish...


Fetcher[

/* MP RSIWLR ANALYZER DISPLAY */

set{adrng, accumulation distribution 100 day high - accumulation distribution 100 day low}
set{adpct, adrng * .01}
set{adcon, accumulation distribution - accumulation distribution 100 day low}
set{adval, adcon / adpct }

set{morng, momentum(12) 100 day high - momentum(12) 100 day low}
set{mopct, morng * .01}
set{mocon, momentum(12) - momentum(12) 100 day low}
set{moval, mocon / mopct }

set{wrval, Williams %R(10) + 100}


set{rsix, count(rsi(2) between 0 and 20 , 1)}
set{wrx, count(wrval between 0 and 20 , 1)}
set{momox, count(moval between 0 and 30, 1)}
set{accdx, count(adval between 0 and 20, 1)}

set{xBB1, count(HIGH crossed above the upper bollinger band (20),1) - count(LOW crossed below the lower bollinger band (20),1)}

set{xBB2, count(close above the upper bollinger band (20),1) - count(close below the lower bollinger band (20),1)}

set{xBB, xBB1 + xBB2}

set{xLR1, count(HIGH crossed above the top linear regression line(60),1) - count(LOW crossed below the bottom linear regression line(60),1)}

set{xLR2, count(close above the top linear regression line(60),1) - count(close below the bottom linear regression line(60),1)}

set{xLR, xLR1 + xLR2}


set{wBB1, count(HIGH crossed above the weekly upper bollinger band (20),1) - count(LOW crossed below the weekly lower bollinger band (20),1)}

set{wBB2, count(close above the weekly upper bollinger band (20),1) - count(close below the weekly lower bollinger band (20),1)}

set{wBB, wBB1 + wBB2}

set{wLR1, count(HIGH crossed above the weekly top linear regression line(60),1) - count(LOW crossed below the weekly bottom linear regression line(60),1)}

set{wLR2, count(close above the weekly top linear regression line(60),1) - count(close below the weekly bottom linear regression line(60),1)}

set{wLR, wLR1 + wLR2}

set{MoMob,days(Momentum(12) is above Momentum(12) 1 day ago,100)}
set{MoMoa,days(Momentum(12) is below Momentum(12) 1 day ago,100)}
set{M12xM12, MoMoa - MoMob}

set{ACDIb,days(accumulation distribution is above accumulation distribution 1 day ago,100)}
set{ACDIa,days(accumulation distribution is below accumulation distribution 1 day ago,100)}
set{ADxAD, ACDIa - ACDIb}

set{WPRb,days(Williams %R(10) is above Williams %R(10) 1 day ago,100)}
set{WPRa,days(Williams %R(10) is below Williams %R(10) 1 day ago,100)}
set{W10xW10, WPRa - WPRb}

set{rsib,days(rsi(2) is above rsi(2) 1 day ago,100)}
set{rsia,days(rsi(2) is below rsi(2) 1 day ago,100)}
set{R2xR2, rsia - rsib}

set{xc2, rsix + wrx}
set{xc1, xc2 + accdx}
set{RSIWLR, xc1 + momox}


Set{n1, momox * 1}
Set{n2, rsix * 10}
Set{n3, accdx * 100}
Set{n4, wrx * 1000}

Set{na, n1 + n2}
Set{nb, n3 + n4}
Set{WARM, na + nb}

set{rsi60D, count(rsi(2) equal rsi(2) 60 day low, 1)}
set{wr60D, count(Williams %R(10) equal Williams %R(10) 60 day low , 1)}
set{momo60D, count(momentum(12) equal momentum(12) 60 day low, 1)}
set{accd60D, count(accumulation distribution equal accumulation distribution 60 day low, 1)}

add column warm

add column adval
add column moval
add column wrval

add column w10xw10
add column ADxAD

add column r2xr2
add column M12xM12

add column wr60D
add column accd60D
add column rsi60D
add column momo60D

and add column xBB {BBx_}
and add column xLR {LRx_}
and add column wBB {wBBx}
and add column wLR {wLRx}


add column accumulation distribution
add column RSI(2)
add column Williams %R(10)
add column momentum(12)
and add column industry


draw adval
draw moval
draw wrval

draw accumulation distribution
draw rsi(2)
draw Williams %R(10)
draw momentum(12)

/* YOUR SELECTION CRITERIA GOES BELOW THIS LINE */

close above 1
volume above 100000

RSIWLR ABOVE 2

SORT COLUMN 5 DESCENDING

/* YOUR SELECTION CRITERIA GOES ABOVE THIS LINE */
]



This:

RSIWLR ABOVE 2

is what I changed along with setting volume down to 100,000.

MAY ALL YOUR FILLS BE COMPLETE.


TheRumpledOne
6,359 posts
msg #37261
Ignore TheRumpledOne
8/2/2005 3:50:46 PM

Fetcher[

/* MP RSIWLR ANALYZER DISPLAY */

set{adrng, accumulation distribution 100 day high - accumulation distribution 100 day low}
set{adpct, adrng * .01}
set{adcon, accumulation distribution - accumulation distribution 100 day low}
set{adval, adcon / adpct }

set{morng, momentum(12) 100 day high - momentum(12) 100 day low}
set{mopct, morng * .01}
set{mocon, momentum(12) - momentum(12) 100 day low}
set{moval, mocon / mopct }

set{wrval, Williams %R(10) + 100}


set{rsix, count(rsi(2) between 0 and 20 , 1)}
set{wrx, count(wrval between 0 and 20 , 1)}
set{momox, count(moval between 0 and 30, 1)}
set{accdx, count(adval between 0 and 20, 1)}

set{xBB1, count(HIGH crossed above the upper bollinger band (20),1) - count(LOW crossed below the lower bollinger band (20),1)}

set{xBB2, count(close above the upper bollinger band (20),1) - count(close below the lower bollinger band (20),1)}

set{xBB, xBB1 + xBB2}

set{xLR1, count(HIGH crossed above the top linear regression line(60),1) - count(LOW crossed below the bottom linear regression line(60),1)}

set{xLR2, count(close above the top linear regression line(60),1) - count(close below the bottom linear regression line(60),1)}

set{xLR, xLR1 + xLR2}


set{wBB1, count(HIGH crossed above the weekly upper bollinger band (20),1) - count(LOW crossed below the weekly lower bollinger band (20),1)}

set{wBB2, count(close above the weekly upper bollinger band (20),1) - count(close below the weekly lower bollinger band (20),1)}

set{wBB, wBB1 + wBB2}

set{wLR1, count(HIGH crossed above the weekly top linear regression line(60),1) - count(LOW crossed below the weekly bottom linear regression line(60),1)}

set{wLR2, count(close above the weekly top linear regression line(60),1) - count(close below the weekly bottom linear regression line(60),1)}

set{wLR, wLR1 + wLR2}

set{MoMob,days(Momentum(12) is above Momentum(12) 1 day ago,100)}
set{MoMoa,days(Momentum(12) is below Momentum(12) 1 day ago,100)}
set{M12xM12, MoMoa - MoMob}

set{ACDIb,days(accumulation distribution is above accumulation distribution 1 day ago,100)}
set{ACDIa,days(accumulation distribution is below accumulation distribution 1 day ago,100)}
set{ADxAD, ACDIa - ACDIb}

set{WPRb,days(Williams %R(10) is above Williams %R(10) 1 day ago,100)}
set{WPRa,days(Williams %R(10) is below Williams %R(10) 1 day ago,100)}
set{W10xW10, WPRa - WPRb}

set{rsib,days(rsi(2) is above rsi(2) 1 day ago,100)}
set{rsia,days(rsi(2) is below rsi(2) 1 day ago,100)}
set{R2xR2, rsia - rsib}

set{xc2, rsix + wrx}
set{xc1, xc2 + accdx}
set{RSIWLR, xc1 + momox}


Set{n1, momox * 1}
Set{n2, rsix * 10}
Set{n3, accdx * 100}
Set{n4, wrx * 1000}

Set{na, n1 + n2}
Set{nb, n3 + n4}
Set{WARM, na + nb}

set{rsi60D, count(rsi(2) equal rsi(2) 60 day low, 1)}
set{wr60D, count(Williams %R(10) equal Williams %R(10) 60 day low , 1)}
set{momo60D, count(momentum(12) equal momentum(12) 60 day low, 1)}
set{accd60D, count(accumulation distribution equal accumulation distribution 60 day low, 1)}

add column warm

add column adval
add column moval
add column wrval

add column w10xw10
add column ADxAD

add column r2xr2
add column M12xM12

add column wr60D
add column accd60D
add column rsi60D
add column momo60D

and add column xBB {BBx_}
and add column xLR {LRx_}
and add column wBB {wBBx}
and add column wLR {wLRx}


add column accumulation distribution
add column RSI(2)
add column Williams %R(10)
add column momentum(12)
and add column industry


draw adval
draw moval
draw wrval

draw accumulation distribution
draw rsi(2)
draw Williams %R(10)
draw momentum(12)

/* YOUR SELECTION CRITERIA GOES BELOW THIS LINE */

close above 1
volume above 100000

RSIWLR ABOVE 2

close is less than 1 percent above bottom linear regression line(60)


SORT COLUMN 5 DESCENDING

/* YOUR SELECTION CRITERIA GOES ABOVE THIS LINE */
]



I added:

close is less than 1 percent above lower linear regression line(60)

to the selection criteria to weed out stocks in the middle.

MAY ALL YOUR FILLS BE COMPLETE.


go4it
8 posts
msg #37303
Ignore go4it
8/4/2005 1:52:59 AM

ur last filter had regression lines on the chart!!
when i copied ur filter they didn't show up on my chart.
how did u get it to show on urs??/
tia


lizzydog
32 posts
msg #37326
Ignore lizzydog
8/5/2005 11:38:08 AM

After all the filters, tweaks, twists, turns, add ons, please tell me which one
to use!!!!

Thanks,
lizzydog


TheRumpledOne
6,359 posts
msg #37355
Ignore TheRumpledOne
8/7/2005 11:41:58 PM

Lizzy, which one to use is up to you.

The last is the best, IMHO. I think I nailed this one almost 100%!!

Truth is this display/filter is very powerful and I am still learning it too. Trust me, you don't know how powerful it is until you start looking back and see what stocks it would have found. All you have to do is "WAIT FOR GREEN" and you'll be catching rockets all week long.

Finally figuring out how to NORMALIZE the indicators, with the help of my good buddy, CEGIS, makes it possible to find stocks where 2, 3, or all 4 indicators of MP's RSIWLR ANALYZER are at their low points. This allows the computer to do the work rather than your eyes. Of course, you will want to look at the charts of your selections BEFORE buying!




go4it
8 posts
msg #37531
Ignore go4it
8/18/2005 11:33:47 PM

why can't i get stocks?? price shouldn't matter

the Aroon Up(8) crossed above 30 within the last 7 days
Show stocks where close is near lower bollinger band(20) within the last 7 days

draw linear regression channel(60,1.25)
draw T3(5,0.7)
draw williams %r(9)
draw rsi(2)
draw momentum(12)
draw +di(5)
draw -di (5)
draw adx (5)
draw ma(4)
draw ma(9)
draw ma(20)
draw ma(50)
draw ma(200)
draw macd (4,6,9)
stocks where slow stochastic(5,3)fast %K crossed above slow stochastic(5,3)slow %D within the last 1 days
and slow stochastic(5,3)fast %K crossed above 20 within the last 1 days
close between 0.0008 and 0.30
volume above 100000


set{adrng, accumulation distribution 100 day high - accumulation distribution 100 day low}
set{adpct, adrng * .01}
set{adcon, accumulation distribution - accumulation distribution 100 day low}
set{adval, adcon / adpct }

set{morng, momentum(12) 100 day high - momentum(12) 100 day low}
set{mopct, morng * .01}
set{mocon, momentum(12) - momentum(12) 100 day low}
set{moval, mocon / mopct }

set{wrval, Williams %R(9) + 100}


set{rsix, count(rsi(2) between 0 and 20 , 1)}
set{wrx, count(wrval between 0 and 20 , 1)}
set{momox, count(moval between 0 and 30, 1)}
set{accdx, count(adval between 0 and 20, 1)}

set{xBB1, count(HIGH crossed above the upper bollinger band (20),1) - count(LOW crossed below the lower bollinger band (20),1)}

set{xBB2, count(close above the upper bollinger band (20),1) - count(close below the lower bollinger band (20),1)}

set{xBB, xBB1 + xBB2}

set{xLR1, count(HIGH crossed above the top linear regression line(60),1) - count(LOW crossed below the bottom linear regression line(60),1)}

set{xLR2, count(close above the top linear regression line(60),1) - count(close below the bottom linear regression line(60),1)}

set{xLR, xLR1 + xLR2}


set{wBB1, count(HIGH crossed above the weekly upper bollinger band (20),1) - count(LOW crossed below the weekly lower bollinger band (20),1)}

set{wBB2, count(close above the weekly upper bollinger band (20),1) - count(close below the weekly lower bollinger band (20),1)}

set{wBB, wBB1 + wBB2}

set{wLR1, count(HIGH crossed above the weekly top linear regression line(60),1) - count(LOW crossed below the weekly bottom linear regression line(60),1)}

set{wLR2, count(close above the weekly top linear regression line(60),1) - count(close below the weekly bottom linear regression line(60),1)}

set{wLR, wLR1 + wLR2}

set{MoMob,days(Momentum(12) is above Momentum(12) 1 day ago,100)}
set{MoMoa,days(Momentum(12) is below Momentum(12) 1 day ago,100)}
set{M12xM12, MoMoa - MoMob}

set{ACDIb,days(accumulation distribution is above accumulation distribution 1 day ago,100)}
set{ACDIa,days(accumulation distribution is below accumulation distribution 1 day ago,100)}
set{ADxAD, ACDIa - ACDIb}

set{WPRb,days(Williams %R(9) is above Williams %R(9) 1 day ago,100)}
set{WPRa,days(Williams %R(9) is below Williams %R(9) 1 day ago,100)}
set{W9xW9, WPRa - WPRb}

set{rsib,days(rsi(2) is above rsi(2) 1 day ago,100)}
set{rsia,days(rsi(2) is below rsi(2) 1 day ago,100)}
set{R2xR2, rsia - rsib}

set{xc2, rsix + wrx}
set{xc1, xc2 + accdx}
set{RSIWLR, xc1 + momox}


Set{n1, momox * 1}
Set{n2, rsix * 10}
Set{n3, accdx * 100}
Set{n4, wrx * 1000}

Set{na, n1 + n2}
Set{nb, n3 + n4}
Set{WARM, na + nb}

set{rsi60D, count(rsi(2) equal rsi(2) 60 day low, 1)}
set{wr60D, count(Williams %R(9) equal Williams %R(10) 60 day low , 1)}
set{momo60D, count(momentum(12) equal momentum(12) 60 day low, 1)}
set{accd60D, count(accumulation distribution equal accumulation distribution 60 day low, 1)}

add column warm

add column adval
add column moval
add column wrval

add column w9xw9
add column ADxAD

add column r2xr2
add column M12xM12

add column wr60D
add column accd60D
add column rsi60D
add column momo60D

and add column xBB {BBx_}
and add column xLR {LRx_}
and add column wBB {wBBx}
and add column wLR {wLRx}


add column accumulation distribution
add column RSI(2)
add column Williams %R(9)
add column momentum(12)



draw adval
draw moval
draw wrval

draw accumulation distribution
draw rsi(2)
draw Williams %R(9)
draw momentum(12)

/* YOUR SELECTION CRITERIA GOES BELOW THIS LINE */


RSIWLR ABOVE 2

close is less than 1 percent above bottom linear regression line(60)


SORT COLUMN 5 DESCENDING


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