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From ccl@www.ccl.net  Mon May  5 11:19:12 1997
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Date: Mon, 5 May 1997 10:44:26 -0400 (EDT)
From: Iosif Vaisman <iiv@mmlds1.pha.unc.edu>
To: CCL <chemistry@ccl.net>
Subject: ACS Course in Molecular Modeling
Message-Id: <Pine.ULT.3.91.970505103746.18718B-100000@mmlds1.pha.unc.edu>
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The American Chemical Society Short Course
Molecular Modeling, Computational/Combinatorial Chemistry, 
and Chemical Diversity : Methods and Techniques

Two Sessions: May 13-16, 1997 and August 19-22, 1997

Laboratory for Molecular Graphics and Theoretical Modeling
College of Pharmacy, University of Texas at Austin

The introductory course will be especially valuable for experimental chemists
who design drugs or carry out syntheses, as well as other R&D scientists in
the organic, medicinal, or biochemical fields.

Each student will have their own Silicon Graphics workstation and access to 
desktop computers for the duration of the short course. There will be daily 
"hands-on" laboratory sessions so YOU can work with state-of-the-art hardware 
and software. 

Topics: Molecular Mechanics Calculations, Molecular Mechanics Parameterization, 
Quantum Mechanics Calculations, Conformational Searching, Drug Design, 
Pharmacophore Development, 3D Databases, 3D Searching Strategies, and 
Combinatorial Chemistry Concepts

Who Should Attend?
Anyone wanting to know more about molecular structure calculations, 
pharmacophore design, 3D database searching, and structure-function 
relationships.  The course has been designed primarily for experimental 
scientists in industry or academics with a background in the chemical, 
biological, and/or biomedical sciences. 

Software: MM2/MM3, SYBYL, INSIGHT/DISCOVER, QUANTA/CHARMm, SPARTAN, ISIS, 
CONCORD, CAChe, and more 

Lecturers
J. Phillip Bowen (University of Georgia)
Norman L. Allinger (University of Georgia)
Alex Tropsha (University of North Carolina)
Warren Hehre (Wavefunction, Inc.)
Bob Pearlman (University of Texas at Austin)
Osman Guner (MSI)

Call the ACS Education Services/Short Course Office at 
(800) 227-5558 or (202) 872-4508 or FAX (202) 872-6336










From ccl@www.ccl.net  Mon May  5 14:41:03 1997
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Comments: Authenticated sender is <s101264.k4.stud.uni-wuerzburg@wrzn12.rz.uni-wuerzburg.de>
From: "Rolf Claessen" <Rolf.Claessen@wchd18.chemie.uni-wuerzburg.de>
To: chemistry@ccl.net
Date: Mon, 5 May 1997 20:07:22 +0000
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Subject: Winners of "Top 5% Chemistry Site"
Reply-to: s101264@stud-mail.uni-wuerzburg.de
Priority: urgent
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The "Top 5% Chemistry Site" award - project started in march 1997 and
the first winners have been nominated at:

Rolf Claessen's Chemistry Index
http://www.geocities.com/Tokyo/5243/home_en.htm

and

The Homepage for Chemists
http://www-public.rz.uni-duesseldorf.de/~knecht/chempage.htm

Yours Rolf Claessen


Rolf Claessen's Chemistry Index
http://www.geocities.com/Tokyo/5243/index.htm

From ccl@www.ccl.net  Mon May  5 15:55:00 1997
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Date: Mon, 05 May 1997 15:07:22 +0100
From: John McKelvey <mckelvey@kodakr.kodak.com>
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Organization: Eastman Kodak Company
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To: Joe M Leonard <jle@world.std.com>
Cc: chemistry@ccl.net
Subject: Re: CCL:G77 - looking for intrinsic random number fn
References: <199605242116.AA11129@world.std.com>
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Joe M Leonard wrote:
> 
> Folks,
> 
>         If you don't use g77, please skip the rest of this message.
> 
>         Is there an intrinsic random number function in g77?  I have
> tried ran() and rand(), but nothing works.  It's picked up the rest
> of the Fortran intrinsics I have in the code, which is why I'm
> hoping it's there but under a different name.  If there isn't
> one, has anybody figured out how to call the gcc library functions -
> and could give me some pointers?
> 
>         Why ask this on the CCL?  Because chemists are probably
> the largest target community for g77!  Well, maybe not chemists
> alone, maybe scientists (and dinosaurs :-) in general...
> 
>         No, this isn't for new stuff, but there's this large pile of
> VAX code that I have lying about and I want to use some of it...
> 
> Thanks in advance,
> 
> Joe Leonard
> jle@world.std.com
> 
> -------This is added Automatically by the Software--------
> -- Original Sender Envelope Address: owner-chemistry@ccl.net
> -- Original Sender From: Address: jle@world.std.com
> CHEMISTRY@www.ccl.net: Everybody | CHEMISTRY-REQUEST@www.ccl.net: Coordinator
> MAILSERV@www.ccl.net: HELP CHEMISTRY or HELP SEARCH | Gopher: www.ccl.net 73
> Anon. ftp: www.ccl.net   | CHEMISTRY-SEARCH@www.ccl.net -- archive search
>              Web: http://www.ccl.net/chemistry.html
Joe:

Is there any reason not to use PC-SPARTAN to do rendering from G94
running on an SGI box? or how hard is it to do?  Is the issue just a
file format?

Regards...
John

See you in LV?


-- 
************************************
* John McKelvey                    *
* Imaging Research Advanced Design *
* Building 83                      *
* Research Laboratories            *
* Eastman Kodak Company            *
* Rochester, NY 14650-2216         *
* (V)716-477-3335                  *
* (F)716-722-2327                  *
* (E)McKelvey@Kodak.COM            *
************************************

From Gjlinker@aol.com  Mon May  5 18:41:05 1997
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From: <Gjlinker@aol.com>
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	  Mon, 5 May 1997 17:44:52 -0400 (EDT)
Date: Mon, 5 May 1997 17:44:52 -0400 (EDT)
Message-ID: <970505174205_-1031076348@emout19.mail.aol.com>
To: chemistry@www.ccl.net
Subject: Software announcement: Extended Huckel calculator for Windows95


I want to announce Huckel 3.0, a shareware program I developed.

With the program you can perform the Huckel analysis on any molecule you
wish. The number
of atoms is unlimited, the number of kinds of atoms is unlimited and you have
full control of the
parameters involved. 

I tried to make this program for students as well as for researchers.
Extensive help is available
online for all the options available. A short tutorial can be taken as a
quick guide through the 
program. A theory section is available for students that get interested in
the theory behind
the calculations. 

As input to the program you draw a structure formula. The results of a
calculations can be 
viewed as a level diagram and as a MO diagram. At any stage the bare numbers
can be 
viewed: the Huckel matrix, the diagonal Hamiltonian, the eigenvectors and the
eigenfunctions. 

To preview of the software, turn to the Huckel project pages on my web site.
Go to the 
downloads section to download the program (about 4.3 MB).

http://members.aol.com/gjlinker/

Key program characteristics:
-windows 95 version only.
-draw a structure formula to define the molecule you want to calculate.
-output is presented in MO diagrams, a level diagram and in bare numbers.
-full control of all alpha and beta parameters.
-define your own atoms in the atoms database.
-save molecules to files for later use.
-extensive help file.
-calculation of pi charges and bond orders.
-size: about 4.3 MB download
-no specific memory/hardware required

There is more information available on my web site. 
Please send your comments and feedback to 

linker@ilovechocolate.com

drs Gerrit-Jan Linker
Analyst programmer @ SCT international Ltd.
Manchester UK
email:   linker@ilovechocolate.com
web:     http://members.aol.com/gjlinker/index.htm

