StockFetcher Forums · General Discussion · How can I analyze the NASDAQ index?<< >>Post Follow-up
shaikhhali
42 posts
msg #41142
- Ignore shaikhhali		 2/10/2006 11:57:38 AM

How can I analyze NASDAQ index?

Hello every one
I was trying to apply the technical analyses to NASDAQ index but I could not?
The software does show me any result, I do not know what the problem is!!
Can you help plz?

Thanks




EWZuber
1,373 posts
msg #41143
- Ignore EWZuber		 2/10/2006 4:20:24 PM

shaikhhali
What exactly are you trying to do and what software are you using?
TheRumpledOne
6,407 posts
msg #41164
- Ignore TheRumpledOne		 2/12/2006 8:20:03 PM

I use this to track the indices:

Fetcher[
set{Long_Profit,high - open} set{Short_Profit, open - low}

set{c05, 5 day slope of the EMA(5) - 5 day slope of the EMA(5) 1 day ago}


set{Cx5, count(close crossed above ema(5),1) - count(close crossed below ema(5),1)}

set{Cx13, count(close crossed above ema(13),1) - count(close crossed below ema(13),1)}

set{x1326, count(ema(13) crossed above ema(26),1) - count(ema(13) crossed below ema(26),1)}

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{Trend, count(60 day slope of the close above 0,1)} */

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{u1, T200 * 1}
Set{u2, T60 * 10}
Set{u3, T10 * 100}

Set{uu, u1 + u2}
Set{TREND, uu + u3}



set{nd2,count(close above close 2 days ago,1) * count(rsi(2) below rsi(2) 2 days ago,1)}}


set{nd3,count(close above close 3 days ago,1) * count(rsi(2) below rsi(2) 3 days ago,1)}


set{nd4,count(close above close 4 days ago,1) * count(rsi(2) below rsi(2) 4 days ago,1)}

set{nd5,count(close above close 5 days ago,1) * count(rsi(2) below rsi(2) 5 days ago,1) }

Set{n1, nd5 * 1}
Set{n2, nd4 * 10}
Set{n3, nd3 * 100}
Set{n4, nd2 * 1000}

Set{na, n1 + n2}
Set{nb, n3 + n4}
Set{ND2345, na + nb}

/* here's the trick to show the indices */

set{xx,count(open equals ind(qqqq, open),1) * count(volume equals ind(qqqq, volume),1)}

set{xy,count(open equals ind(dia, open),1) * count(volume equals ind(dia, volume),1)}

set{xz,count(open equals ind(spy, open),1) * count(volume equals ind(spy, volume),1)}

set{yy, xx + xy}
set{yz, xz + yy}


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

set{E13b,days(close is above ema(13),100)}
set{E13a,days(close is below ema(13),100)}
set{CxE13, E13a - E13b}


set{E1326b,days(ema(13) is above ema(26),100)}
set{E1326a,days(ema(13) is below ema(26),100)}
set{E13xE26, E1326a - E1326b}
/* NORMALIZE accumulation distribution */

set{adval, INDPOSITION(accumulation distribution, 60) * 100 }

/* NORMALIZE momentum(12) */

set{moval, INDPOSITION(momentum(12), 60) * 100}

/* NORMALIZE rsi(2) */

set{rsval, RSI(2) }

/* NORMALIZE williams %r(10) */

set{wrval, INDPOSITION(williams %r(10), 60) * 100 }



/* DRAW THE MP RSIWLR CHART */

and draw wrval
and draw adval on plot wrval
and draw moval on plot wrval
and draw rsval on plot wrval

set{TT10, sign(10 day slope of the close)}
set{TT10Sum, TT10 plus TT10 1 day ago}
set{TT10Abs, abs(TT10Sum)}
set{trcalc1, days(TT10abs is below 2,100)}
set{tr10days, trcalc1 + 1}

set{TT60, sign(60 day slope of the close)}
set{TT60Sum, TT60 plus TT60 1 day ago}
set{TT60Abs, abs(TT60Sum)}
set{trcalc4, days(TT60abs is below 2, 100)}
set{tr60days, trcalc4 + 1}

set{TT200, sign(200 day slope of the close)}
set{TT200Sum, TT200 plus TT200 1 day ago}
set{TT200Abs, abs(TT200Sum)}
set{trcalc2, days(TT200abs is below 2, 100)}
set{tr200days, trcalc2 + 1}


and add column Long_Profit {HiOp}
and add column Short_Profit {OpLo}



and add column Trend
add column tr10days

add column tr60days

add column tr200days



and add column ND2345

/*
and add column Cx5 {Cx5 }
and add column c05 {C05DIR}
and add column Cx13
and add column x1326
and add column CxC {CxC }
*/


and add column CxC {CxC_}
and add column CxE5 {C_x_E5}
and add column CxE13 {C_x_E13}
and add column E13xE26 {E13xE26}


add column wrval
add column adval
add column rsval
add column moval

and add column xBB {BBxOver}
and add column xLR {LRxOver}
and add column wBB {wBBxOver}
and add column wLR {wLRxOver}

/* open equals ind(qqqq, open) and volume equals ind(qqqq, volume) */

yz equal 1
]



HTH.

MAY ALL YOUR FILLS BE COMPLETE.




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