StockFetcher Forums · Filter Exchange · Position of price in LRC<< >>Post Follow-up
james549
53 posts
msg #36540
- Ignore james549		 6/28/2005 2:49:01 AM

I added this to some filters to display the position of the stock in comparison to the linear regression channel. Results of 100 at top of channel, 0 center and -100 bottom.

set{a,Top Linear Regression(60,1) - Bottom Linear Regression(60,1)}
set{b,a / 2}
set{c,Bottom Linear Regression(60,1) + b}
set{d,Price - c}
set{e,d / b}
set{f,e * 100}
add column f {LRC position}


traderjr
TheRumpledOne
6,411 posts
msg #36669
- Ignore TheRumpledOne		 7/2/2005 9:09:48 PM

CLICK ON THE MAGNIFYING GLASS ICON:

Ones at the top:

Fetcher[
/* JUST ADD YOUR SELECTION CRITERIA BELOW */

set{a,Top Linear Regression(60,1) - Bottom Linear Regression(60,1)}
set{b,a / 2}
set{c,Bottom Linear Regression(60,1) + b}
set{d,Price - c}
set{e,d / b}
set{f,e * 100}
add column f
sort column 4 descending
f equal 100

/* Basic Filter for newbies and old pros */

set{E36b,days(ema(3) is above ema(6),100)}
set{E36a,days(ema(3) is below ema(6),100)}
set{E3xE6, E36a - E36b}

set{E50200b,days(ma(50) is above ma(200),100)}
set{E50200a,days(ma(50) is below ma(200),100)}
set{M50xM200, E50200a - E50200b}

set{E1326b,days(ema(13) is above ema(26),100)}
set{E1326a,days(ema(13) is below ema(26),100)}
set{E13xE26, E1326a - E1326b}

set{CCb,days(close is above close 1 day ago,100)}
set{CCa,days(close is below close 1 day ago,100)}
set{CxC, CCa - CCb}

set{E5b,days(close is above ema(5),100)}
set{E5a,days(close is below ema(5),100)}
set{CxE5, E5a - E5b}


set{E50b,days(close is above ma(50),100)}
set{E50a,days(close is below ma(50),100)}
set{CxM50, E50a - E50b}

set{E200b,days(close is above ma(200),100)}
set{E200a,days(close is below ma(200),100)}
set{CxM200, E200a - E200b}


set{T10, count(10 day slope of the close above 0,1)}
set{T60, count(60 day slope of the close above 0,1)}
set{T200, count(200 day slope of the close above 0,1)}

Set{a1, T200 * 1}
Set{a2, T60 * 10}
Set{a3, T10 * 100}

Set{aa, a1 + a2}
Set{TREND, aa + a3}

set{v, volume 1 day ago}
set{volinc, volume - v}
set{volpc, volinc / v}
set{volpct, volpc * 100}

set{VolZ, days(volume < 1,100)}
set{VolUp, days(volume is below volume 1 day ago,100)}
set{VolDn, days(volume is above volume 1 day ago,100)}
set{VolCnt, VolUp - VolDn}

set{vck1, volume 1 day ago }
set{vck, volume / vck1 }
set{vdbl, days(vck < 2, 100)}


set{PARBuy, count(close crossed above Parabolic SAR, 5) }
set{DMIBuy, count( di(14) Difference crossed above 0 , 5) }
set{DMIBuyX, count( di(14) Difference above 0 , 1) }

set{PARSell, count(close crossed below Parabolic SAR, 5) }
set{DMISell, count( di(14) Difference crossed below 0, 5) }
set{DMISellX, count( di(14) Difference below 0, 1) }

set{PARSBuy1, PARBuy * DMIBuy}
set{PARSBuy, PARSBuy1 * DMIBuyX}

set{PARSSell1, PARSell * DMISell}
set{PARSSell, PARSSell1 * DMISellX}

set{PARSTrade, PARSBuy + PARSSell}

set{HiOp, high - open}

and add column VolCnt
and add column Vdbl
and add column volpct

and add column HiOp
and add column Trend

and add column CxC {CxC_}
and add column CxE5 {CxE5}

and add column E3xE6 {E3xE6}
and add column E13xE26 {E13xE26}


and add column CxM50
and add column CxM200
and add column M50xM200

add column rsi(2)
add column weekly rsi(2)

add column PARSBuy
add column PARSSell

and draw Parabolic SAR
and draw +di(14)
and draw -di(14)
and draw adx(14)
and draw di(14) difference

]



CLICK ON THE MAGNIFYING GLASS ICON:

Ones at the bottom:

Fetcher[
/* JUST ADD YOUR SELECTION CRITERIA BELOW */

set{a,Top Linear Regression(60,1) - Bottom Linear Regression(60,1)}
set{b,a / 2}
set{c,Bottom Linear Regression(60,1) + b}
set{d,Price - c}
set{e,d / b}
set{fBOTTOM,e * 100}
add column fBOTTOM
sort column 4 descending
fBOTTOM equal -100

/* Basic Filter for newbies and old pros */

set{E36b,days(ema(3) is above ema(6),100)}
set{E36a,days(ema(3) is below ema(6),100)}
set{E3xE6, E36a - E36b}

set{E50200b,days(ma(50) is above ma(200),100)}
set{E50200a,days(ma(50) is below ma(200),100)}
set{M50xM200, E50200a - E50200b}

set{E1326b,days(ema(13) is above ema(26),100)}
set{E1326a,days(ema(13) is below ema(26),100)}
set{E13xE26, E1326a - E1326b}

set{CCb,days(close is above close 1 day ago,100)}
set{CCa,days(close is below close 1 day ago,100)}
set{CxC, CCa - CCb}

set{E5b,days(close is above ema(5),100)}
set{E5a,days(close is below ema(5),100)}
set{CxE5, E5a - E5b}


set{E50b,days(close is above ma(50),100)}
set{E50a,days(close is below ma(50),100)}
set{CxM50, E50a - E50b}

set{E200b,days(close is above ma(200),100)}
set{E200a,days(close is below ma(200),100)}
set{CxM200, E200a - E200b}


set{T10, count(10 day slope of the close above 0,1)}
set{T60, count(60 day slope of the close above 0,1)}
set{T200, count(200 day slope of the close above 0,1)}

Set{a1, T200 * 1}
Set{a2, T60 * 10}
Set{a3, T10 * 100}

Set{aa, a1 + a2}
Set{TREND, aa + a3}

set{v, volume 1 day ago}
set{volinc, volume - v}
set{volpc, volinc / v}
set{volpct, volpc * 100}

set{VolZ, days(volume < 1,100)}
set{VolUp, days(volume is below volume 1 day ago,100)}
set{VolDn, days(volume is above volume 1 day ago,100)}
set{VolCnt, VolUp - VolDn}

set{vck1, volume 1 day ago }
set{vck, volume / vck1 }
set{vdbl, days(vck < 2, 100)}


set{PARBuy, count(close crossed above Parabolic SAR, 5) }
set{DMIBuy, count( di(14) Difference crossed above 0 , 5) }
set{DMIBuyX, count( di(14) Difference above 0 , 1) }

set{PARSell, count(close crossed below Parabolic SAR, 5) }
set{DMISell, count( di(14) Difference crossed below 0, 5) }
set{DMISellX, count( di(14) Difference below 0, 1) }

set{PARSBuy1, PARBuy * DMIBuy}
set{PARSBuy, PARSBuy1 * DMIBuyX}

set{PARSSell1, PARSell * DMISell}
set{PARSSell, PARSSell1 * DMISellX}

set{PARSTrade, PARSBuy + PARSSell}

set{HiOp, high - open}

and add column VolCnt
and add column Vdbl
and add column volpct

and add column HiOp
and add column Trend

and add column CxC {CxC_}
and add column CxE5 {CxE5}

and add column E3xE6 {E3xE6}
and add column E13xE26 {E13xE26}


and add column CxM50
and add column CxM200
and add column M50xM200

add column rsi(2)
add column weekly rsi(2)

add column PARSBuy
add column PARSSell

and draw Parabolic SAR
and draw +di(14)
and draw -di(14)
and draw adx(14)
and draw di(14) difference

]



Thanks for sharing, James!

MAY ALL YOUR FILLS BE COMPLETE.
mystiq
650 posts
msg #88887
- Ignore mystiq		 3/1/2010 12:32:57 AM

nice brainstorming guys! now i can use LRC without going to thinkorswim....
abelincoln
126 posts
msg #88964
- Ignore abelincoln		 3/2/2010 3:24:57 PM

mental place holder...
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