HDTenEightyP/NetNews huggingface dataset:
From: 159muehlberg@gw.wmich.edu
Newsgroups: sci.chem
Subject: Dining Escapades.
Date: 22 Jan 93 12:44:03 EST
Organization: Western Michigan University

I suppose this is somewhat chemical humor:

for those of you who live in residence halls and daily eat there, try this:

To make a homemade lava lamp,  pour a glass of mountain dew (any 
carbonated beverage will work, but the yellow is a neat effect), and
sprinkle a few Bacos on top.  After a few moments, the bacos will
begin to alternately drop to the bottom of the glass from weight, then
rise again when enough carbon dioxide gas is deposited on their surface.
I have found that this not only entertains your friends but lasts for 
quite a long time (perfect for parties!)

I want to reassure the readers of this newsgroup that I *am* a serious 
chemist,  which may not be readily apparent from my posts.

Ellen Muehlberger
x91muehlberg@gw.wmich.edu
Western Michigan University
"I got a lab in Kalamazoo"
Newsgroups: sci.chem
From: ghg@en.ecn.purdue.edu (George Goble)
Subject: Re: Trichloroacetic Acid
Organization: Purdue University Engineering Computer Network
Date: Sat, 23 Jan 93 13:26:43 GMT

In article <1993Jan22.224435.5327@trentu.ca> clumsden@TrentU.CA writes:
>>
>Why don't you go to the drug store and buy some "Compound W" which has 
>salicylic acid as its active ingredient.  It sells for ~ $1/g.
>Save yourself some time and possible harm and just get the kind at the 
>store instead of trying to be a pharmaceutical chemist!

Get some liquid nitrogen and a Q-tip.  Hit the wart for about 10 secs
--ghg
From: 159muehlberg@gw.wmich.edu
Newsgroups: sci.chem
Subject: Humility and Begging
Date: 28 Jan 93 18:48:26 EST
Organization: Western Michigan University

Alright, alright, so I was a *bit* off, and should have
used "electromagnetic waves" instead of light.  


My bad--please don't banish me.

Also, if anyone has a spot open for a Chem/Biomed undergrad with
training up through Organic (location does not matter),
a huge smile and a rather disgusting lab coat, please email
or respond.

Thanks, 
Ellen Muehlberger
Western Michigan University
159muehlberg@gw.wmich.edu
"Give me a lab, I'll give you a poison."

Newsgroups: sci.chem
From: cfthb@ux1.cts.eiu.edu (Howard Black)
Subject: Re: Trichloroacetic Acid
Date: Thu, 21 Jan 1993 15:11:50 GMT
Organization: Eastern Illinois University

In article <1993Jan20.080029.1@bb1t.monsanto.com> bjgaed@bb1t.monsanto.com writes:
>> Does anyone know if Trichloroacetic Acid can be purchased as a chemical
>> solution through normal sources without a licence?  If so, Where?
>
>It does not appear to be a DEA controlled substance (yet). 

    ...and there is no reason to anticipate that it ever will be.
-- 
   ******************************************************************
     Howard Black                             cfthb@ux1.cts.eiu.edu
     Department of Chemistry                  Eastern Illinois Univ. 
Organization: Chemistry, Carnegie Mellon, Pittsburgh, PA
Newsgroups: sci.chem
Date: Thu, 28 Jan 1993 11:10:21 -0500 
From: Paul Karol <pk03+@andrew.cmu.edu>
Subject: Re: technetium

A very short response to the question about the nuclear instabilities of
Tc and Pm imvolves 'instability with respect to what?'  As in ordinary
chemical changes, one must consider not only the structure of some
collection of nuclei and electrons (i.e. a specific molecule), but also
alternative arrangements that might be more stable.  It is not so much
that Tc and Pm isotopes are unstable, but that there are alternate
arrangements, lower in energy, that can be reached relatively easily. 
The beta-decay products are more stable.  (Perhaps somewhat analogously
is the question about why doesn't cyclic tetraoxygen exist as a stable
molecule?  It's got a great Lewis structure!  The answer is that two
di-oxygens are 'more stable' and easily formed from the cyclic tetramer.)

A deeper answer lies in nuclear forces, nuclear structure, and the shape
of the mass-energy surface (or binding energy curve).  It furthermore
demonstrates that all nuclei above A~140 are unstable towards alpha
decay (but don't necessarily have an easy time pulling it off) and that
nuclei of even lower mass number are unstable with respect to
heavy-cluster (e.g. Ne-22) emission.  There's no mystery about Tc and Pm
instability.  It's just that a comprehensible answer is long.

Paul J. Karol
Nuclear Chemist
(also unstable)

Newsgroups: sci.chem
From: singley@helix.nih.gov (Erick Singley)
Subject: Re: Macintosh Font With Double Arrow Character ?
Organization: (National Institutes of Health, Bethesda, MD)
Date: Tue, 26 Jan 1993 15:14:09 GMT

Well, on Symbol font, shift-option 2 has a 'double arrow' (though probably not
quite what you're looking for.)  A good program for this might be "Mathtype"
 where you can place type, arrows (put text above arrows like for heats, ka's)
You might also FTP over to sumex-aim.standford.edu and look in the info-Mac
section, they should have several extra font types, or mac.archive.umich.edu
has several, also.  Try FTPing after 6, since the load on these systems can be
high and you'll be all day trying to get in...
Erick
--
singley@clinpharm.niaaa.nih.gov
Newsgroups: sci.cryonics
From: wmccarth@t4fsa-gw.den.mmc.com (Wil McCarthy)
Subject: Ultrasonics in cryobiology
Organization: Martin Marietta Corporation
Date: Tue, 26 Jan 1993 16:39:37 GMT

Has anyone investigated the possibility of using ultrasonics to disrupt
the growth of ice crystals?

+------------------------------------+------------------------------+
| The ideal state provides its       | Wil McCarthy                 |
| citizens with the tools to succeed | Martin Marietta Corporation  |
| and the freedom to fail.           | I made this stuff up myself. |
+------------------------------------+------------------------------+ 


Newsgroups: sci.fractals
From: dboese@spartan.ac.BrockU.CA (Darcy Boese)
Subject: Scientific American
Organization: Brock University, St. Catharines Ontario
X-Newsreader: Tin 1.1 PL4
Date: Thu, 28 Jan 1993 16:06:08 GMT

[ Article crossposted from bit.listserv.frac-l ]
[ Author was Darcy Boese ]
[ Posted on Thu, 28 Jan 1993 16:05:09 GMT ]

After a lot of messing around, I discovered that using |x| is not the same
as abs(x) in Fractint formula files.  In any case, I finally managed to get
a Fractint formula for the fuzzy logic image from the February 1993 issue
of Scientific American:

-----CUT HERE-----
fuzzy {
a=real(pixel), b=imag(pixel):
x=1-abs(a-b), y=1-abs(b-1+a), a=x, b=y, sqr(abs(a*a)+abs(b*b))<=p1
}
-----CUT HERE-----

To center this on your screen use the command corners=-2/3/2.5/-1.5

Enjoy!
Newsgroups: sci.fractals
From: espenm@dhhalden.no (ESPEN MONNICH)
Subject: C-code wanted!
Organization: Ostfold College
Date: Wed, 27 Jan 1993 16:38:20 GMT

I'm looking for a very simple C-program, that draws the mandelbrot-set. It 
would be cool to see how it all is done. Please post the code, or e-mail 
it to me!

Thanxs!

espenm@sofus.dhhalden.no

 
Newsgroups: sci.fractals,sci.image.processing
From: fernando@aplcomm.jhuapl.edu (Fernando Pineda)
Subject: Re:Recognizing object using fractal models
Reply-To: fernando@aplcomm.jhuapl.edu (Fernando J. Pineda)
Organization: Johns Hopkins University/Applied Physics Labs
Date: Wed, 27 Jan 1993 21:55:27 GMT

I've been thinking about pattern recognition with fractals too, but I
always come to a basic problem with the block-wise fractal transformations:

The coefficients are not robust with
respect to perturbations of the image. Two images that are very similar
can have very different affine coefficients. The reason, if you haven't
seen this yourself, is that in the search for domain blocks the algorithm tries 
to find the domain block with the smallest error. Two domain blocks from wildly 
different parts of the image can have close and small, errors. Consequently, a 
small change in the image can favor one domain over  another. The affine 
coefficients of these two domains can be very different. So a small change in 
the image can result in a large change in the affine coefficients.

I conclude that the block-wise fractal transform is not a very good candidate
for pattern recognition applications.  Any comments?

Is anyone aware of other fractal transforms that might be better? 

Fernando Pineda (fernando@aplcomm.jhuapl.edu)
From: jgostin@mal-s1.gatech.edu (Jill Gostin)
Newsgroups: sci.fractals
Subject: SPIE Electronic Imaging Conference
Date: 28 Jan 93 18:14:19 GMT
Organization: Georgia Tech Res. Inst., Modeling & Analysis Lab

Several weeks ago, I posted a notice about this conference, asking
if any sci.fractals people would be there, and if they'd like to
get together to discuss fractals applications. I have received only
2 replies, from Renaldo Recuerdo and Mihai Datcu. Is anyone else
interested? If so, email me ASAP. 

Thanks,
Jill
-- 
Jill Butterfield Gostin                EMAIL: jgostin@mal-s1.gatech.edu
Georgia Institute of Technology, GTRI Modeling and Analysis Lab
"Happiness is excitement that has found a settling down place..."
-E.L. Konigsburg, _From the Mixed-up Files of Mrs. Basil E. Frankweiler_
From: N020BA@tamvm1.tamu.edu
Newsgroups: sci.fractals
Subject: Multi-fractal spectrum-what is it?
Date: Wed, 27 Jan 93 12:05:33 CST
Organization: Texas A&M University
NNTP-Posting-Host: tamvm1.tamu.edu

   Hello,
    What is the multi-fractal spectrum and how can it be used? Please
reply either to the net or to N020BA@TAMVM1.TAMU.EDU. Thank you very
much.
 
========================================================================
"You speak evil of that which is fair    | My opinions are mine and mine
beyond the reach of your thought and on- | alone. I speak for myself and
ly little wit can excuse you."-J.R.R.    | no-one else.
Tolkien in Lord of the Rings trilogy.    |______________________________
Reply to N020BA@tamvm1.tamu.edu.         Stamp Out Political Correctness
Newsgroups: sci.fractals
From: gson@niksula.hut.fi (Andreas Gustafsson)
Newsgroups: sci.fractals
Subject: Re: Fractal FAQ
Date: 23 Jan 1993 17:08:35 GMT
Organization: Helsinki University of Technology, Finland
NNTP-Posting-Host: laureline.cs.hut.fi

In article <AV.93Jan20131744@kielo.uta.fi> av@uta.fi (Arto V. Viitanen) writes:
> Does X/Fractint use assebler code on Intel based Unix machines ? If not, has
> anybody tried to do this ?

My Mandelbrot/Julia viewer MandelSpawn uses a few lines of inline
assembly to speed up fixed-point multiplication on i386-, 680x0-, and
Vax-based Unix machines using the GNU C compiler.  You can find the
code at

    funic.funet.fi:/pub/X11/contrib/mandelspawn-0.06.tar.Z
    export.lcs.mit.edu:/contrib/mandelspawn-0.06.tar.Z

-- 
Andreas Gustafsson
Internet: gson@niksula.hut.fi
Voice: +358 0 422 682
Newsgroups: sci.fractals
From: frodet@brosme.dhmolde.no (Frode Tennebo)
Subject: Fractal & Z80 
Reply-To: frodet@brosme.dhmolde.no (Frode Tennebo)
Organization: Computer Science - DhMolde Norway
Date: Sat, 23 Jan 93 12:37:25 GMT


Hello!

I am looking for a fractal-generating program generating Mandelbrot-, Julia-
or Lyapunov-sets (or just anything !) in Z80 code, or preferably Z80
assembly language.

I will be most obliged for any help.

--
****************************************************************************
* Frode Tennebo                          * It's better to live life in     *
* email: frodet@brosme.dhmolde.no        * wealth and die poor, than live  * 
* snail: Parkv. 44, 6400 Molde, NORWAY   * life in poverty and die rich.   *
****************************************************************************
Newsgroups: sci.fractals
From: kyrre@hsr.no (Kyrre Foerli)
Subject: Landscapes/fractals
Organization: Rogaland University Centre
Date: Wed, 20 Jan 1993 10:08:06 GMT

Is it possible to use fractals to give a 3D visualization of
a landscape a more natural/fotografic look ?

Kyrre Foerli
From: khamer@sumax.seattleu.edu (Little Kenny Hamer)
Newsgroups: sci.fractals
Subject: Re: chaotic modelling
Date: 24 Jan 1993 22:11:17 -0800
Organization: Seattle University
NNTP-Posting-Host: sumax.seattleu.edu

From article <93024.164511WAJ@psuvm.psu.edu>, by WAJ@psuvm.psu.edu:
> I have recently begun experimenting with modelling of chaotic systems in
> C++. The only system I have had success with is the Lorenz water wheel
> (as found in James Gleick's Chaos). Does anybody know of any other fairly
> simple physical systems which exhibit chaotic behavior?
> (btw, if anybody wants to see the wheel, i could send it)
> thanks
> 
> Bill Jester

Indeed!  Try a duffing oscillator ( a nonlinear spring - mass system)

Here it is in coupled first order form (I assume you are using some
numerical ODE integrator such as a Runge-Kutta algorithm)

dx(1)/dt = x(2)

dx(2)/dt = -k*x(2) -a*x(1) -b*[x(1)]^3 + F*cos(w*t)

k is the damping parameter, F is the forcing amplitude, w is the forcing 
frequency, a and b are the spring parameters

A period-doubling sequence may ba observed with the parameters:

a=0
b=1
k=0.1
w=1
with initial conditions x(1) = 1, x(2) = 1
let F range from 9.8 to 10

These parameters were studied by Ueda

Phase plots are interesting for the period doubling sequence, but 
a first return map is far more useful for the complex regions.

Have Fun,

-Ken Hamer
From: aalpern@hamp.hampshire.edu
Newsgroups: sci.fractals
Subject: Re: chaotic modelling
Date: 25 Jan 93 19:32:26 EDT
Organization: Hampshire College
NNTP-Posting-Host: hamp.hampshire.edu

In article <1k00a5INNqrh@sumax.seattleu.edu>, khamer@sumax.seattleu.edu (Little Kenny Hamer) writes:
> From article <93024.164511WAJ@psuvm.psu.edu>, by WAJ@psuvm.psu.edu:
>> I have recently begun experimenting with modelling of chaotic systems in
>> C++. The only system I have had success with is the Lorenz water wheel
>> (as found in James Gleick's Chaos). Does anybody know of any other fairly
>> simple physical systems which exhibit chaotic behavior?
>> (btw, if anybody wants to see the wheel, i could send it)
>> thanks
>> 
>> Bill Jester
> 
> Indeed!  Try a duffing oscillator ( a nonlinear spring - mass system)
> 
> Here it is in coupled first order form (I assume you are using some
> numerical ODE integrator such as a Runge-Kutta algorithm)
> 
> dx(1)/dt = x(2)
> 
> dx(2)/dt = -k*x(2) -a*x(1) -b*[x(1)]^3 + F*cos(w*t)
> 
> k is the damping parameter, F is the forcing amplitude, w is the forcing 
> frequency, a and b are the spring parameters
> 
> A period-doubling sequence may ba observed with the parameters:
> 
> a=0
> b=1
> k=0.1
> w=1
> with initial conditions x(1) = 1, x(2) = 1
> let F range from 9.8 to 10
> 
> These parameters were studied by Ueda
> 
> Phase plots are interesting for the period doubling sequence, but 
> a first return map is far more useful for the complex regions.
> 
> Have Fun,
> 
> -Ken

I've been using chaotic systems as compositional algorithms to generate music
for several months. Some interesting systems are the Henon system, the
Henon-Heiles system, the logistic map and it's cube root cousin. I have
ANSI standard C implementations of each of the systems that I could send you.
My apologies that I can't do it now, but my code is at home and I'm not. I
could post it tomorrow though. 
BTW, these systems produce some very interesting music, and they're also 
a lot of fun on their own. The Henon-Heiles system is a simplified model
of a star's movement within a galactic gravitation field.

Hope it helps, and I'll post some code tomorrow.
-Adam
aalpern@hamp.hampshire.edu
From: kr1@csug.cs.reading.ac.uk (Kevin Richards [METOFF])
Newsgroups: sci.fractals
Subject: Fractal Generation
Date: 26 Jan 93 09:17:46 GMT
Reply-To: kr1@csug.cs.reading.ac.uk
Organization: Dept. of Comp. Sci., University of Reading

Hi,
	I've been asked to pass on an enquiry by Sean O'Rourke, orourke@cpsc.ucalgary.ca . He's unable to post news so any replies, please 
send them to his mail address. 


>		I just wanted to know if you could send me the code that you recieve.
>	I am new to the group, but I am developing interests in many areas at once,
>	fractals being one of them.  The reason I am asking is because I would like to
>	be able to generate fractals on my own.  Are there formulas for them?  Where
>	could I get them? Are they easily translated into computer programs, or is
>	it best to generate them using someone else's program?  

		Thanks for your time,

	p.s. don't forget to send any answers to Seans address not mine

		Kev
  ____________________________________________________________________
  Kevin Richards                              K.Richards@reading.ac.uk        

                University of Reading, Whiteknights, 
                       Reading, Berkshire, Uk

                    Phone +44 734 875123 ext 7642
From: proy@acsu.buffalo.edu (Partha Roy)
Newsgroups: sci.fractals
Subject: Henon-Heiles system
Date: 28 Jan 93 18:27:23 GMT
Organization: UB
Originator: proy@autarch.acsu.buffalo.edu




Someone mentioned the Henon-Heiles system.  Can we get some more
info. on this.

P.R
Newsgroups: sci.fractals,alt.fractals
From: jepler@nyx.cs.du.edu (Jeff Epler)
Subject: Converting Fractal Witchcraft to Fractint .par?
Organization: Nyx, Public Access Unix @ U. of Denver Math/CS dept.
Date: Sun, 24 Jan 93 14:15:36 GMT

Has anyone looked at the various formats that Fractal Witchcraft saves
in?  I would like to be able to save a picture generated by FW and
then load that view into Fractint to do the image at 1024x768x256,
instead of the 16-color mode that seems to be all I can access.

(Is there a screen that displays corner parameters?  Even though I
would prefer something more automated, this could work for me.)
--
Jeff Epler jepler@nyx.cs.du.edu or bx304@cleveland.freenet.edu (preferred)
____ "Nuke the unborn gay whales" -- Never seen on a protest sign
\bi/ You may use this signature freely, except that you are expressly
 \/  prohibited from disassembling or reverse-enginerring it. 
Newsgroups: sci.fractals
From: rizzo@cbnewsf.cb.att.com (anthony.r.rizzo)
Subject: Re: chaotic modelling
Organization: AT&T
Date: Mon, 25 Jan 1993 15:35:09 GMT

In article <93024.164511WAJ@psuvm.psu.edu> <WAJ@psuvm.psu.edu> writes:
>I have recently begun experimenting with modelling of chaotic systems in
>C++. The only system I have had success with is the Lorenz water wheel
>(as found in James Gleick's Chaos). Does anybody know of any other fairly
>simple physical systems which exhibit chaotic behavior?
>(btw, if anybody wants to see the wheel, i could send it)
>thanks
>
>Bill Jester


I understand that the simple (driven) pendulum can be made to exhibit
chaotic behaviour.  One example of a simple system that I've seen consists
of a steel strip.  The ends are firmly held in place, and a solenoid is
used to provide an oscilating lateral force.  This lends itself rather
well to experimentation, because the frequency of the forcing function
can be controlled very precisely.

Tony  Rizzo

w
From: isaacs@hpcc01.corp.hp.com (Stan Isaacs)
Date: Thu, 21 Jan 1993 18:28:09 GMT
Subject: Re: fractal videos
Organization: the HP Corporate notes server
Newsgroups: sci.fractals

/ hpcc01:sci.fractals / jyrkis@phoenix.oulu.fi (Jyrki Sarkkinen) / 11:28 am  Jan 20, 1993 /
> Paul Burnett (paul.burnett@pcs.sj.ca.us) wrote:
> > Call Media Magic, 415-662-2426, and get them to send their catalog -
> 
> 	Do you know their fax number? If you do, please post or send
> 	me email. Thank you.
> 
> --
> Jyrki Sarkkinen - JYRKIS@PHOENIX.OULU.FI


Fax number: 415-662-2225

  -- Stan
From: spencer@cats.ucsc.edu (Michael Spencer)
Newsgroups: sci.fractals
Subject: Re: C-code wanted!
Date: 27 Jan 1993 18:13:17 GMT
Organization: University of California, Santa Cruz
NNTP-Posting-Host: si.ucsc.edu


espenm@dhhalden.no (ESPEN MONNICH) writes:

>I'm looking for a very simple C-program, that draws the mandelbrot-set. It 
>would be cool to see how it all is done. Please post the code, or e-mail 
>it to me!

A nice short version can be found in 'Fractal Programming in C'
by Roger Stevens.

-- 

===========================================================================
Michael Spencer            |      2640 Borregas
spencer@cats.ucsc.edu      |      Aptos, CA   95003
===========================================================================

Newsgroups: sci.fractals
From: onar@hsr.no (Onar Aam)
Subject: Re: SUMMARY: Fractals and Wavelets
Organization: Rogaland University Centre
Date: Wed, 20 Jan 1993 08:26:55 GMT

I am very unfamiliar with the Wavelet Transform. I know that it can be used
for compacting a wave signal, but can it also be used to analyze the
spectrum of a wave? (like the Fourier Transform)




Onar.


Newsgroups: sci.fractals
From: widl@informatik.uni-muenchen.de (Bernhard Widl)
Subject:     BINARY DECOMPS OF C\M (Alternative method)?
Originator: widl@tuisto.cip.informatik.uni-muenchen.de
Organization: Institut fuer Informatik der Universitaet Muenchen
Date: Mon, 25 Jan 1993 12:38:27 GMT



I'm looking for an algorithm which colorates C\M in the following manner:

1) Look at "Beauty of Fractals", fig. 38, p. 74 down.
   There is a binary decomposition of C\M.
2) Mark each point where two white and two black sections meet.
   Then connect the points each other, except when the line crosses a
   black-white intersection.
3) Colorate the areas made of this process in different colors 
   (colorate M itself black).



Another question: 
Can anyone give me a disjunct connection of M?



Please reply mail.



Bernhard
From: gl_b165@kingston.ac.uk (Darryl Knights)
Newsgroups: sci.fractals
Subject: Fractals in geology.
Date: 21 Jan 1993 14:19:46 GMT
Organization: Kingston University
NNTP-Posting-Host: lab71-02.king.ac.uk

I am attempting to investigate the fractal dimensions of stylolites ( 
pressure solution structures ) for my geology degree project. I am pretty 
unaquainted with working with fractals and would appreciate any helpful 
suggestions. Thanks.
- Darryl Knights (gl_b165@kingston.ac.uk)
From: laplante@sun490.fdu.edu (Phil Laplante)
Newsgroups: sci.fractals
Subject: Session on Real-Time Image Processing
Date: 22 Jan 93 21:31:35 GMT
Organization: Fairleigh Dickinson University




            * * * C A L L    F O R    P A P E R S * * * 


Papers are requested for  a special session on "Real-Time Image Processing" 
to be held at the 1993 IEEE Systems, Man, and Cybernetics Conference 
in Le Touquet France, October 17-20, 1993.

The IEEE SMC conference is the showcase gathering for the IEEE SMC interest
group.  IEEE SMC covers a broad range of topics in image processing, robotics,
and artificial intelligence.  The archival journal of the society is the
IEEE Transactions on Systems, Man, and Cybernetics.

Topics for the session include but are not limited to:

Real-time image processing applications
Real-time image processing protocols
Real-time image processing specification 
Real-time image processing architectures
Multi-media 
Virtual reality
Remote sensing and control
Real-time image compression

Papers should be 6-10 pages in length and will be published in the
conference proceedings.  Authors will be expected to make a presentation
at the conference.

The deadlines for submission to the conference are as follows:

Extended abstract submission   February 15, 1993
Preliminary acceptance         May 1, 1993
Full paper submission          July 15, 1993
Final acceptance               August 1, 1993

Please send extended abstracts via post, FAX, or email to:

Dr. Phil Laplante
Department of Mathematics and Computer Science
Fairleigh Dickinson University
Madison, NJ 07480
laplante@fdumad.fdu.edu
(201) 593-8680 (voice)
(201) 593-8886 (FAX)

If you need further information, please do not hesitate to call.
From: ST202013@brownvm.brown.edu (dan goldwater)
Newsgroups: sci.fractals
Subject: FracXtra v2 Fractint Extras Collection Released!
Date: Wed, 27 Jan 1993 21:15:21 EST
Organization: Brown University - Providence, Rhode Island  USA
NNTP-Posting-Host: brownvm.brown.edu
Keywords: fractint fracxtra
X-News-Software: BNN via BNN_POST v1.0 beta

I have released version 2 of my FracXtra huge collection of Fractint Extras
(.map, .par, .ifs, .l, .frm, etc files).  the collection is available on
wuarchive.wustl.edu in /pub/MSDOS_UPLOADS/graphics/ as 'fracxtr2.zip' and
'fracxtr2.txt'

-dan goldwater-   daniel_goldwater@brown.edu    dgold@math.umass.edu