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Issue 4/2000 AmiBroker Tips weekly newsletter.
Issue 4/2000.
Copyright (C)2000 Tomasz Janeczko.
All back issues available from:
http://www.amibroker.com/newsletter/
IN THIS ISSUE
1 Welcome
2 Tutorial: Working with composites
3 AFL Formula Library: Implementing alerts on trend lines
4 Tip of the week: How to automate assigning stocks to sectors/industries ?
1 Welcome
Welcome to the 4th issue of AmiBroker Tips newsletter.
In tutorial column I describe how to set up composites correctly so that AD-Line, TRIN indicators are shown properly.
In AFL corner I discuss a method of detecting trend line breaks. This is somewhat tricky stuff to do in current version of AFL and future version willhave better support for doing such things but for a while you are limited to this solution.
By the way: Do you find this newsletter useful? Have any comments/suggestions or article ideas. Please don't hesitate to drop a line to newsletter@xxxxxxxxxxxxxx
2 Tutorial: Working with composites
AmiBroker allows to plot composite indicators such as Advance-Decline line and Arms Index (TRIN). However for proper functioning they need some additional setup - mainly defining base stock (index) which is taken into accountwhen performing calculations.
In order to make Advances/Declines and TRIN work you have to:
1.. Open Categories window using Stock->Categories menu item.
Select base index for given market in Markets tab and Base indexes for - Composites combo.
For example if you are following NYSE this can by ^DIJ (Dow Jones Average)
2.. Choose Stock->Calculate composites... menu item to open the window shown below and mark Number of advancing/declining issues and Apply to: all quotes, All markets
3.. Click Calculate . From now on ADLine and TRIN indicators should be visible.
Q: Why does AB need "base index"?
A: Just because it may happen that not all stocks are quoted every businness day and AB needs must calculate number of
advancing/declining issues per market. So it checks the "base index" quotations dates and tries to find corresponding quotes of all stocks belonging to that market to find out how many issues advanced, declined and not changed at all.
Q: What are "Volume for base index" and "Copy volume to all indexes" checkboxes for?
A: "Volume for base index" and "Copy volume to all indexes" are provided incase you DON'T have real volume data for index quotes. In that case AmiBroker can calculate volume for index as a sum of volumes of all stocks belonging to given market.
First option assigns calculated volume only to "base index", the second copies the volume figure to all indexes belonging to given market.
3 AFL Formula Library: Implementing alerts on trend lines
A trend line is a sloping line drawn between two prominent points on a chart. Rising trend lines are usually drawn between two troughs (low points) toillustrate price support while falling trend lines are usually drawn between two peaks (high points) to illustrate upside price resistance. The consensus is that once a trend has been formed (two or more peaks/troughs have touched the trend line and reversed direction) it will remain intact until broken.
The trend line is described by well-know linear equation:
y = ax + b
where x represents time (bar number), y represents price, a defines the slope of the line and b defines initial offset. The main problem in defining appropriate AFL formula is finding the values of these two latter coefficients. If a trend line is drawn between two important lows the slope of the line could be calculated by subtracting the second low price from the first low price and dividing the result by a number of bars between the lows:
a = ( low2 - low1 ) / ( bars2 - bars1 )
Calculating offset (b) value is trivial when we shift the time scale so x=0 is located at the first low. In this case b=low1.
So our mathematical formula for the trendline between two important lows will look like this:
y = ( x - bars1 ) * ( low2 - low1 ) / ( bars2 - bars1 ) + low1
While determining low prices is simple (just point your mouse over the dominant low and read the low price from a data tooltip that appears on the screen), determining the bar number is not that simple. You can of course count bars by hand but this is simply too much work (especially when you don't have Florida volunteers for a recount :-) ). Luckily we have AFL that allows us to do it in automatic way. All we have to do is to make a running total of bars (our x coordinate) using cum() function:
x = cum( 1 );
and then find out where low occured using valuewhen() function:
bar1 = valuewhen( low == low1, x, 1 );
bar2 = valuewhen( low == low2, x, 1 );
Since trend lines are different for each stock, now I will show you the whole thing using AXP (American Express) quotes.
We can observe quite nice trend on this stock, with two important lows on March 9th, 2000 (low price 39.7648) and June, 22th 2000 (low price 51.9375) as show in the picture below:
Note that StartY and EndY parameters of the trendline are exactly equal thelow prices of the days - this is extremely important since we will be searching for this values using valuewhen() function (actual lows could be determined using data tooltip).
So we have startvalue = 39.7648 and endvalue = 51.9375 and we can writean AFL formula for the trendline:
x = cum(1);
startvalue = 39.7648;
endvalue = 51.9375;
startbar = lastvalue( valuewhen( low == startvalue, x, 1 ) );
endbar = lastvalue( valuewhen( low == endvalue, x, 1 ) );
a = (endvalue-startvalue)/(endbar-startbar);
b = startvalue;
trendline = a * ( x - startbar ) + b;
A trend line could be now drawn with a price chart using the following assignments:
graph1 = trendline;
graph0 = close;
/* some color + style settings */
graph0style=64;
graph0color=2;
graph1style = 5;
graph1color = 8;
Now we can test trend line break using the following formulas:
buy = cross( close, trendline ); /* buy signal when close crosses abovethe trendline */
sell = cross( trendline, close ); /* sell signal when close crosses below the trend line */
Note that these tests are correct only for single stock, so in fact we should check the ticker name before:
buy = name()=="AXP" AND cross( close, trendline );
sell = name()=="AXP" AND cross( trendline, close );
As you can see the whole procedure is a little bit confusing and need to berepeated for every stock individually. But what about making it automatic?Yes - it is possible in AFL! AmiBroker Formula Language has the functions for detecting important lows and highs (through(), peak() functions) and wecan use them to generate automatic trend lines. Just let AmiBroker two last important lows for us using the following formula:
perchg = 10;
startvalue = lastvalue( trough( low, perchg, 1 ) );
endvalue = lastvalue( trough( low, perchg, 2 ) );
where perchg is a variable that controls minimum change threshold for finding lows. The rest of the formula remains the same, so complete automatic trend line formula using lows and 10% minimum change looks as follows:
x = cum(1);
perchg = 10;
startvalue = lastvalue( trough( low, perchg, 1 ) );
endvalue = lastvalue( trough( low, perchg, 2 ) );
startbar = lastvalue( valuewhen( low == startvalue, x, 1 ) );
endbar = lastvalue( valuewhen( low == endvalue, x, 1 ) );
a = (endvalue-startvalue)/(endbar-startbar);
b = startvalue;
trendline = a * ( x - startbar ) + b;
graph0 = close;
graph1 = trendline;
graph0style=64;
graph0color=2;
graph1style = 5;
graph1color = 8;
I am not saying that this formula is perfect. It sometimes generates strange trend lines and it strongly depends on perchg parameter. You can of course use peak() function instead of trough() to base your trend line on highs instead of lows.
As for the future - in some next version of AmiBroker the support for alerts on studies will be enhanced so watch out!
( Note: the formulas presented here are also available from http://www.amibroker.com/library.html )
4 Tip of the week: : How to automate assigning stocks to sectors/industries?
Note: This functionality is available only in Windows version of AmiBroker
In the first issue of AmiBroker Tips newsletter AmiBroker I discussed usingof AmiBroker's OLE automation interface for accessing stock data. In this article I will give you another example of automation: assigning stocks to industries using simple JScript. For starters I recommend reading the firstarticle before proceeding with this one.
First we should set up our sectors and industries using Stock->Categories window. The difference between a sector and an industry is that industries "belong" to sectors, for example: "Air Courier", "Airline", "Railroads", "Trucking" industries belong to "Transportation" sector. So an assignment to an industry implicts assignment to a sector. If you don't want to have detailed industries you can just assign first 32 industries to 32 sectors on one-by-one basis.
Now let's suppose that we have a text file that contains tickers, full company names and a industry number. Industry number should correspond our settings in Categories window. A sample file would look like this:
ELM,ELINK MEDIA LIMITED,0
GCN,GOCONNECT LIMITED,0
SGN,SINGLETON GROUP LIMITED,1
AHH,AGRO HOLDINGS LIMITED,1
ATP,ATLAS PACIFIC LIMITED,1
AFF,AUSTRALIAN FOOD & FIBRE LIMITED,1
ASR,AUSTRALIAN RURAL GROUP LIMITED,1
ARP,ARB CORPORATION LIMITED,2
ATL,AUTO ENTERPRISES LIMITED,2
ALO,AUTO GROUP LIMITED,2
BER,BERKLEE LIMITED,2
ADB,ADELAIDE BANK LIMITED,3
ANZ,AUSTRALIA & NEW ZEALAND BANKING GROUP LIMITED,3
BOQ,BANK OF QUEENSLAND LIMITED.,3
BWA,BANK OF WESTERN AUSTRALIA LIMITED,3
and our Categories are set up so sectors and industires have one-to-one relationship with the following (zero-based) numbering 0 - "Advertising & Marketing", 1- "Agriculture & Related Services", 2- "Automotive & Related Services" and 3- "Banking".
The script for importing the data file will look like this:
/* change this line according to your data file name */
var filename = "industry_data.txt";
var fso, f, r;
var ForReading = 1;
var AmiBroker;
var fields;
var stock;
/* Create AmiBroker app object */
AmiBroker = new ActiveXObject( "Broker.Application" );
/* ... and file system object */
fso = new ActiveXObject( "Scripting.FileSystemObject" );
/* open ASCII file */
f = fso.OpenTextFile( filename, ForReading);
/* read the file line by line */
while ( !f.AtEndOfStream )
{
r = f.ReadLine();
/* split the lines using comma as a separator */
fields = r.split(",");
/* add a ticker - this is safe operation, in case that */
/* ticker already exists, AmiBroker returns existing one */
stock = AmiBroker.Stocks.Add( fields[ 0 ] );
stock.FullName = fields[ 1 ];
stock.IndustryID = parseInt( fields[ 2 ] );
}
/* refresh ticker list and windows */
AmiBroker.RefreshAll();
The whole thing is just reading the file line by line and assigning the fields to properties of stock automation object. It's so simple :-). The only thing that you might want to change is the name of the file with a data - my example uses "Industry_data.txt" file name but this can be changed according to your naming convention. A complete script could be found here and a sample data file is here.
.... and that's all for this week - hope you enjoyed reading
--------------------------------------------------------------------------------
AmiBroker Tips weekly newsletter. Issue 4/2000. Copyright (C)2000 Tomasz Janeczko. All back issues available from: http://www.amibroker.com/newsletter/
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<DIV align=center><B><IMG alt="" border=0 hspace=0
src="cid:001101c057a4$3a4c35e0$0100007f@xxxx";><BR>Issue 4/2000</B></DIV></TD>
<TD width="15%"><FONT size=-2>AmiBroker Tips weekly newsletter.<BR>Issue
4/2000.<BR>Copyright (C)2000 Tomasz Janeczko. <BR>All back
issues available from:<BR><A
href="http://www.amibroker.com/newsletter/";>http://www.amibroker.com/newsletter/</A></FONT></TD></TR></TBODY></TABLE>
<H5>IN THIS ISSUE</H5>
<H5>1 Welcome<BR>2 Tutorial: Working with composites<BR>3 AFL Formula Library:
Implementing alerts on trend lines<BR>4 Tip of the week: How to automate
assigning stocks to sectors/industries ?</H5>
<H5>1 Welcome</H5>
<P>Welcome to the 4th issue of AmiBroker Tips newsletter. </P>
<P>In tutorial column I describe how to set up composites correctly so that
AD-Line, TRIN indicators are shown properly.</P>
<P>In AFL corner I discuss a method of detecting trend line breaks. This is
somewhat tricky stuff to do in current version of AFL and future version will
have better support for doing such things but for a while you are limited to
this solution.<BR></P>
<P>By the way: Do you find this newsletter useful? Have any comments/suggestions
or article ideas. Please don't hesitate to drop a line to <A
href="mailto:newsletter@xxxx";>newsletter@xxxx</A></P>
<H5>2 Tutorial: Working with composites</H5>
<P>AmiBroker allows to plot composite indicators such as Advance-Decline line
and Arms Index (TRIN). However for proper functioning they need some additional
setup - mainly defining base stock (index) which is taken into account when
performing calculations.</P>
<P>In order to make Advances/Declines and TRIN work you have to:</P>
<OL>
<LI>Open Categories window using <I>Stock->Categories </I>menu
item.<BR>Select base index for given market in <B>Markets</B> tab and <B>Base
indexes for</B> - <B>Composites</B> combo.<BR>For example if you are following
NYSE this can by <B>^DIJ</B> (Dow Jones Average)<IMG alt="" border=0 hspace=0
src="cid:001201c057a4$3a5cfec0$0100007f@xxxx";><BR><BR><BR></LI>
<LI>Choose <I>Stock->Calculate composites... </I>menu item to open the
window shown below and mark <B>Number of advancing/declining issues</B> and
<B>Apply to: all quotes</B>, <B>All markets<IMG alt="" border=0 hspace=0
src="cid:001301c057a4$3a5cfec0$0100007f@xxxx";></B><BR> <BR></LI>
<LI>Click <B>Calculate</B> . From now on ADLine and TRIN indicators should be
visible.</LI></OL>
<P><I>Q: Why does AB need "base index"?</I><BR>A: Just because it may happen
that not all stocks are quoted every businness day and AB needs must calculate
number of <BR>advancing/declining issues per market. So it checks the "base
index" quotations dates and tries to find corresponding quotes of all stocks
belonging to that market to find out how many issues advanced, declined andnot
changed at all.</P>
<P><I>Q: What are "Volume for base index" and "Copy volume to all indexes"
checkboxes for?</I><BR>A: "Volume for base index" and "Copy volume to all
indexes" are provided in case you DON'T have real volume data for index quotes.
In that case AmiBroker can calculate volume for index as a sum of volumes of all
stocks belonging to given market.<BR>First option assigns calculated volumeonly
to "base index", the second copies the volume figure to all indexes belonging to
given market.</P>
<H5>3 AFL Formula Library: Implementing alerts on trend lines</H5>
<P>A trend line is a sloping line drawn between two prominent points on a chart.
Rising trend lines are usually drawn between two troughs (low points) to
illustrate price support while falling trend lines are usually drawn between two
peaks (high points) to illustrate upside price resistance. The consensus isthat
once a trend has been formed (two or more peaks/troughs have touched the trend
line and reversed direction) it will remain intact until broken. </P>
<P>The trend line is described by well-know linear equation:</P>
<BLOCKQUOTE>
<P><I><FONT face="Times New Roman, Times, serif">y = ax +
b</FONT></I></P></BLOCKQUOTE>
<P>where <I><FONT face="Times New Roman, Times, serif">x</FONT></I> represents
time (bar number), <I><FONT face="Times New Roman, Times, serif">y</FONT></I>
represents price, <I><FONT face="Times New Roman, Times, serif">a</FONT></I>
defines the slope of the line and<I> <FONT
face="Times New Roman, Times, serif">b</FONT></I> defines initial offset.The
main problem in defining appropriate AFL formula is finding the values of these
two latter coefficients. If a trend line is drawn between two important lows the
slope of the line could be calculated by subtracting the second low price from
the first low price and dividing the result by a number of bars between the
lows:</P>
<BLOCKQUOTE>
<P><I><FONT face="Times New Roman, Times, serif">a = </FONT></I><FONT
face="Times New Roman, Times, serif">(<I> low2 - low1 </I>) / (<I> bars2 -
bars1 </I>)</FONT></P></BLOCKQUOTE>
<P>Calculating offset (<I><FONT
face="Times New Roman, Times, serif">b</FONT></I>) value is trivial when we
shift the time scale so <FONT face="Times New Roman, Times, serif">x</FONT>=0 is
located at the first low. In this case <I><FONT
face="Times New Roman, Times, serif">b=low1</FONT>.</I></P>
<P>So our mathematical formula for the trendline between two important lowswill
look like this:</P>
<BLOCKQUOTE>
<P><I><FONT face="Times New Roman, Times, serif">y = </FONT></I><FONT
face="Times New Roman, Times, serif">(<I> x </I>-<I> bars1 </I>) * (<I>low2
</I>-<I> low1 </I>) / ( <I>bars2 </I>-<I> bars1 </I>) +
<I>low1</I></FONT></P></BLOCKQUOTE>
<P>While determining low prices is simple (just point your mouse over the
dominant low and read the low price from a data tooltip that appears on the
screen), determining the bar number is not that simple. You can of course count
bars by hand but this is simply too much work (especially when you don't have
Florida volunteers for a recount :-) ). Luckily we have AFL that allows us to do
it in automatic way. All we have to do is to make a running total of bars (our x
coordinate) using cum() function:</P>
<BLOCKQUOTE>
<P><CODE>x = cum( 1 );</CODE></P></BLOCKQUOTE>
<P>and then find out where low occured using valuewhen() function:</P>
<BLOCKQUOTE>
<P><CODE>bar1 = valuewhen( low == low1, x, 1 );<BR>bar2 = valuewhen( low ==
low2, x, 1 );</CODE></P></BLOCKQUOTE>
<P>Since trend lines are different for each stock, now I will show you the whole
thing using AXP (American Express) quotes.<BR>We can observe quite nice trend on
this stock, with two important lows on March 9th, 2000 (low price 39.7648) and
June, 22th 2000 (low price 51.9375) as show in the picture below:</P>
<P><IMG alt="" border=0 hspace=0
src="cid:001401c057a4$3a5cfec0$0100007f@xxxx";></P>
<P>Note that StartY and EndY parameters of the trendline are exactly equal the
low prices of the days - this is extremely important since we will be searching
for this values using valuewhen() function (actual lows could be determined
using data tooltip).</P>
<P><IMG alt="" border=0 hspace=0
src="cid:001501c057a4$3a5cfec0$0100007f@xxxx";></P>
<P>So we have startvalue = 39.7648 and endvalue = 51.9375 and we can write an
AFL formula for the trendline:</P>
<BLOCKQUOTE>
<P><CODE>x = cum(1);</CODE></P>
<P><CODE>startvalue = 39.7648;<BR>endvalue = 51.9375;</CODE></P>
<P><CODE>startbar = lastvalue( valuewhen( low == startvalue, x, 1 )
);<BR>endbar = lastvalue( valuewhen( low == endvalue, x, 1 ) );</CODE></P>
<P><CODE>a = (endvalue-startvalue)/(endbar-startbar);<BR>b =
startvalue;</CODE></P>
<P><CODE>trendline = a * ( x - startbar ) + b; </CODE></P></BLOCKQUOTE>
<P>A trend line could be now drawn with a price chart using the following
assignments:</P>
<BLOCKQUOTE>
<P><CODE>graph1 = trendline;<BR>graph0 = close;</CODE></P>
<P><CODE>/* some color + style settings
*/<BR>graph0style=64;<BR>graph0color=2;<BR>graph1style = 5;<BR>graph1color =
8;</CODE></P></BLOCKQUOTE>
<P>Now we can test trend line break using the following formulas:</P>
<BLOCKQUOTE>
<P><CODE>buy = cross( close, trendline ); /* buy signal when close crosses
above the trendline */<BR>sell = cross( trendline, close ); /* sell signal
when close crosses below the trend line */</CODE></P></BLOCKQUOTE>
<P></P>
<P>Note that these tests are correct only for single stock, so in fact we should
check the ticker name before:</P>
<BLOCKQUOTE>
<P><CODE>buy = name()=="AXP" AND cross( close, trendline ); <BR>sell =
name()=="AXP" AND cross( trendline, close ); </CODE></P></BLOCKQUOTE>
<P>As you can see the whole procedure is a little bit confusing and need tobe
repeated for every stock individually. But what about making it automatic? Yes -
it is possible in AFL! AmiBroker Formula Language has the functions for
detecting important lows and highs (through(), peak() functions) and we canuse
them to generate automatic trend lines. Just let AmiBroker two last important
lows for us using the following formula:</P>
<BLOCKQUOTE>
<P><CODE>perchg = 10;</CODE></P>
<P><CODE>startvalue = lastvalue( trough( low, perchg, 1 ) );<BR>endvalue =
lastvalue( trough( low, perchg, 2 ) );</CODE></P></BLOCKQUOTE>
<P>where <I>perchg</I> is a variable that controls minimum change thresholdfor
finding lows. The rest of the formula remains the same, so complete automatic
trend line formula using lows and 10% minimum change looks as follows:</P>
<BLOCKQUOTE>
<P><CODE>x = cum(1);</CODE></P>
<P><CODE>perchg = 10;</CODE></P>
<P><CODE>startvalue = lastvalue( trough( low, perchg, 1 ) );<BR>endvalue =
lastvalue( trough( low, perchg, 2 ) );</CODE></P>
<P><CODE>startbar = lastvalue( valuewhen( low == startvalue, x, 1 )
);<BR>endbar = lastvalue( valuewhen( low == endvalue, x, 1 ) );</CODE></P>
<P><CODE>a = (endvalue-startvalue)/(endbar-startbar);<BR>b =
startvalue;</CODE></P>
<P><CODE>trendline = a * ( x - startbar ) + b; </CODE></P>
<P><CODE>graph0 = close;<BR>graph1 =
trendline;<BR>graph0style=64;<BR>graph0color=2;<BR>graph1style =
5;<BR>graph1color = 8;</CODE></P></BLOCKQUOTE>
<P>I am not saying that this formula is perfect. It sometimes generates strange
trend lines and it strongly depends on <I>perchg</I> parameter. You can of
course use peak() function instead of trough() to base your trend line on highs
instead of lows.</P>
<P>As for the future - in some next version of AmiBroker the support for alerts
on studies will be enhanced so watch out!</P>
<P><I>( Note: the formulas presented here are also available from <A
href="http://www.amibroker.com/library.html";>http://www.amibroker.com/library.html</A>
) </I></P>
<P><B>4 Tip of the week: : How to automate assigning stocks to
sectors/industries ?</B></P>
<P><I><FONT size=-2>Note: This functionality is available only in Windows
version of AmiBroker</FONT></I></P>
<P>In the <A href="http://www.amibroker.com/newsletter/01-2000.html";>first
issue</A> of AmiBroker Tips newsletter AmiBroker I discussed using of
AmiBroker's OLE automation interface for accessing stock data. In this article I
will give you another example of automation: assigning stocks to industries
using simple JScript. For starters I recommend reading the <A
href="http://www.amibroker.com/newsletter/01-2000.html";>first article</A>before
proceeding with this one. </P>
<P>First we should set up our sectors and industries using
<I><B>Stock->Categories</B></I> window. The difference between a sector and
an industry is that industries "belong" to sectors, for example: "Air Courier",
"Airline", "Railroads", "Trucking" industries belong to "Transportation" sector.
So an assignment to an industry implicts assignment to a sector. If you don't
want to have detailed industries you can just assign first 32 industries to32
sectors on one-by-one basis. </P>
<P>Now let's suppose that we have a text file that contains tickers, full
company names and a industry number. Industry number should correspond our
settings in <B>Categories</B> window. A sample file would look like this:</P>
<BLOCKQUOTE>
<P><CODE>ELM,ELINK MEDIA LIMITED,0 <BR>GCN,GOCONNECT LIMITED,0
<BR>SGN,SINGLETON GROUP LIMITED,1 <BR>AHH,AGRO HOLDINGS LIMITED,1<BR>ATP,ATLAS
PACIFIC LIMITED,1<BR>AFF,AUSTRALIAN FOOD & FIBRE
LIMITED,1<BR>ASR,AUSTRALIAN RURAL GROUP LIMITED,1<BR>ARP,ARB CORPORATION
LIMITED,2<BR>ATL,AUTO ENTERPRISES LIMITED,2<BR>ALO,AUTO GROUP
LIMITED,2<BR>BER,BERKLEE LIMITED,2<BR>ADB,ADELAIDE BANK
LIMITED,3<BR></CODE><CODE>ANZ,AUSTRALIA & NEW ZEALAND BANKING GROUP
LIMITED,3<BR>BOQ,BANK OF QUEENSLAND LIMITED.,3<BR>BWA,BANK OF WESTERN
AUSTRALIA LIMITED,3<BR></CODE></P></BLOCKQUOTE>
<P>and our Categories are set up so sectors and industires have one-to-one
relationship with the following (zero-based) numbering 0 - "Advertising &
Marketing", 1- "Agriculture & Related Services", 2- "Automotive &
Related Services" and 3- "Banking".</P>
<P>The script for importing the data file will look like this:</P>
<BLOCKQUOTE>
<P><CODE><FONT color=#0000ff>/* change this line according to your datafile
name */</FONT><I><BR></I>var filename = "industry_data.txt";</CODE></P>
<P><CODE>var fso, f, r;<BR>var ForReading = 1;<BR>var AmiBroker;<BR>var
fields;<BR>var stock;</CODE></P>
<P><CODE><FONT color=#0000ff>/* Create AmiBroker app object
*/</FONT><BR>AmiBroker = new ActiveXObject( "Broker.Application" );</CODE></P>
<P><CODE><FONT color=#0000ff>/* ... and file system object */</FONT><BR>fso =
new ActiveXObject( "Scripting.FileSystemObject" );</CODE></P>
<P><CODE><FONT color=#0000ff>/* open ASCII file */</FONT><BR>f =
fso.OpenTextFile( filename, ForReading);</CODE></P>
<P><CODE><FONT color=#0000ff>/* read the file line by line */</FONT><BR>while
( !f.AtEndOfStream )<BR>{</CODE></P>
<BLOCKQUOTE>
<P><CODE>r = f.ReadLine();<BR><BR><FONT color=#0000ff>/* split the lines
using comma as a separator */</FONT><BR>fields = r.split(","); <BR><BR><FONT
color=#0000ff>/* add a ticker - this is safe operation, in case that
*/<BR>/* ticker already exists, AmiBroker returns existing one
*/</FONT><BR>stock = AmiBroker.Stocks.Add( fields[ 0 ] );
<BR><BR>stock.FullName = fields[ 1 ];<BR>stock.IndustryID = parseInt(
fields[ 2 ] );<BR></CODE></P></BLOCKQUOTE>
<P><CODE>}</CODE></P>
<P><CODE><FONT color=#0000ff>/* refresh ticker list and windows
*/</FONT><BR>AmiBroker.RefreshAll();</CODE></P></BLOCKQUOTE>
<P>The whole thing is just reading the file line by line and assigning the
fields to properties of stock automation object. It's so simple :-). The only
thing that you might want to change is the name of the file with a data - my
example uses "Industry_data.txt" file name but this can be changed according to
your naming convention. A complete script could be found <A
href="Industries.js">here</A> and a sample data file is <A
href="Industry_data.txt">here</A>. </P>
<P><I>.... and that's all for this week - hope you enjoyed reading</I> </P>
<HR>
<P><FONT size=-2>AmiBroker Tips weekly newsletter. Issue 4/2000.
Copyright (C)2000 Tomasz Janeczko. All back issues available
from: <A
href="http://www.amibroker.com/newsletter/";>http://www.amibroker.com/newsletter/</A></FONT></P>
<P> </P></DIV>
<DIV> </DIV></BODY></HTML>
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------=_NextPart_001_0017_01C057AC.9C3B5760--
Attachment:
Description: Binary data
ELM,ELINK MEDIA LIMITED,0
GCN,GOCONNECT LIMITED,0
SGN,SINGLETON GROUP LIMITED,1
AHH,AGRO HOLDINGS LIMITED,1
ATP,ATLAS PACIFIC LIMITED,1
AFF,AUSTRALIAN FOOD & FIBRE LIMITED,1
ASR,AUSTRALIAN RURAL GROUP LIMITED,1
ARP,ARB CORPORATION LIMITED,1
ATL,AUTO ENTERPRISES LIMITED,1
ALO,AUTO GROUP LIMITED,2
BER,BERKLEE LIMITED,2
ADB,ADELAIDE BANK LIMITED,3
ANZ,AUSTRALIA & NEW ZEALAND BANKING GROUP LIMITED,3
BOQ,BANK OF QUEENSLAND LIMITED.,3
Attachment:
Description: "BWA,BANK OF WESTERN AUSTRALIA LIMITED,3"
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