therumpledone

TheRumpledOne 7/31/2005 4:06:57 PM

Looks like I needed to multiply by .01 instead of .02... Thanks Cegis!



/* 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)crossed above 20, 1)}
set{wrx, count(Williams %R(10) crossed above -70 , 1)}
set{momox, count(momentum(12) above momentum(12) 1 day ago, 1)}
set{accdx, count(accumulation distribution above accumulation distribution 1 day ago, 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 is between 1 and 10
volume above 1000000

SORT COLUMN 5 DESCENDING

/* YOUR SELECTION CRITERIA GOES ABOVE THIS LINE */



Now all YOU have to do is select the appropriate values for the columns.



MAY ALL YOUR FILLS BE COMPLETE.