Thanks, Bob
My recollection of my path to using -s headless.spt arg is that I found
that construction somewhere on the web. I cannot relocate that now. In any
case, my self-deception is found in JmolData's loading $CC as a model:
java -jar %JMOL_HOME%\JmolData.jar -ion -s headless.spt
Hello,
I'm using JmolData.jar to load a SMILES string and output the molecule in xyz
format:
java -jar %JMOL_HOME%\JmolData.jar -ion -s headless.spt $CC
where headless.spt consists of:
molunit = _arguments[1]
load @molunit
ml = molunit.length
xyzwrite = molunit[2][ml] + .xyz
write
Hi,
It seems the write() function now returns the result value rather than the
output from the write command. The commands:
asymunit=write(xyz)
print asymunit
should load the variable with a structure file format and give:
14
Model[1]: Jmol 14.3.14_2015.05.25 2015-05-25 23:36
C
Greetings,
The first two items developed while working with Tinker 6 output.
boundbox
I am loading Tinker 6 molecular dynamics arc files (which are catenated Tinker
xyz files) that were the result of an NPT dynamics run with periodic boundary
conditions. Subsequently, I read the log file
that, not ones with
directories.
Bob
On Wed, Jan 29, 2014 at 4:25 PM, Whitwell, George
gwhitw...@ncwc.edumailto:gwhitw...@ncwc.edu wrote:
Hi,
I'm using the output of a script() function to gather data to be output as a
file. I can run the script from another folder as
script
on using them next year for an Instrumental Analysis class.
George
From: Robert Hanson [mailto:hans...@stolaf.edu]
Sent: Monday, February 03, 2014 12:28 AM
To: jmol-users@lists.sourceforge.net
Cc: Whitwell, George
Subject: Re: [Jmol-users] Tinker xyz files as Jmol input
George, did I mention that
http
Hello,
I'm using isosurface to display MOs and want to reproduce something like the
top left echoed info from the MO command. The Jmol docs note that
auxiliaryInfo.MO_ENERGY has the needed MO energy and I can see that it does by
running this:
print
Hi,
I'm using the output of a script() function to gather data to be output as a
file. I can run the script from another folder as
script ../Jmolspts/writeout.spt
without difficulty. When I direct the output to a variable, I'm finding that
the target must be in the current
Angel,
Thanks. For the record, Jmol rejects the file as output by Tinker (no cut ad
paste involved). Quite oddly, based on your recount of the pdb spec, simply
removing the SOURCE line does make it partially digestible; although this is
without proper identification of atom types.
As Bob
, and apparently it has no header with which to identify itself. So if we
do write a reader, it will never load these files directly. More likely it
would read them with a prefix such as:
load tinker::out.xyz
On Mon, Jan 20, 2014 at 2:31 PM, Whitwell, George
gwhitw...@ncwc.edumailto:gwhitw...@ncwc.edu
Hi,
I've been loading Tinker's version of .xyz files into Jmol with unexpected
connections displayed.
Jmol writes a file with number of atoms followed by a blank line and a 4 column
atom format (symbol, x, y, z - 5 dec places).
17
C -0.55370 1.43900 -0.14471
C -0.46130 -0.00500
enough to come up with
_minimizationEnergy as the answer to my last question. Not being lazy there,
just couldn't see 'round the blinders.
Thanks for your help and I hope that you enjoy the holidays,
George
From: Whitwell, George
Sent: Saturday, December 21
Greetings,
I've no doubt that there is a simple explanation for each of these items;
however, I haven't been able to search any out.
From the following script:
zap; load SYNC file:///C:/Compchem/s-pentane/spentane.xyz
rotdeg = 120
var steps=360/rotdeg
measure {C5}{C3}{C1}{H6}
targang
Hello again,
The following script:
modcnt = getproperty(modelinfo.modelcount) // modcnt=6
gmsmodel = {1..add(@modcnt).add(})
//gmsmodel = {1.6}
print gmsmodel
print (@gmsmodel).label(%-3[element]%4.0[elemno]%13.6[xyz])
produces the following output
$ writeout.spt
%5.3y\t%5.3z)
or even
print {1.53}[1][17].label(%-3[element]%4.0[elemno]%10.3[xyz])
Bob
On Wed, Dec 18, 2013 at 10:32 AM, Whitwell, George
gwhitw...@ncwc.edumailto:gwhitw...@ncwc.edu wrote:
when I use a command like:
print
({1.53}[1][17]).element.add(\t).add(({1.53}[1][17]).elemno).add
runs in its own thread. If it is desired to wait
until the process has completed prior to continuing, use set
useMinimizationThread false.
So I'm guessing that without that the rotation command halts the ongoing
minimization before you notice anything.
On Wed, Dec 18, 2013 at 7:19 PM, Whitwell
when I use a command like:
print
({1.53}[1][17]).element.add(\t).add(({1.53}[1][17]).elemno).add(\t).add(({1.53}[1][17]).x).add(\t).add(({1.53}[1][17]).y).add(\t).add(({1.53}[1][17]).z)
result:
C 2.4705882 -0.08696627 -0.8534151 1.8308194
C 2.4705882 -0.08696627 -0.8534151 1.8308194
C
Greetings,
I'm trying to explore rotational steric hindrance with partial success. From
the console, this series of commands:
minimize constraint {C5} {C3} {C1} {H6} 60 // or whatever angle is
indicated
minimize
minimize energy
work as advertised. I can:
rotate branch {C3}
From: Angel Herráez [angel.herr...@uah.es]
Sent: Sunday, December 08, 2013 6:24 AM
To: Whitwell, George; jmol-users@lists.sourceforge.net
Subject: Re: [Jmol-users] how to glean a recurring bond length from a series of
models?
Hi George
http://chemapps.stolaf.edu/jmol/docs/?ver=13.2#measure
says
that problem
On Sat, Dec 7, 2013 at 8:31 PM, Whitwell, George
gwhitw...@ncwc.edumailto:gwhitw...@ncwc.edu wrote:
I'm finding that a simple Jmol script that works in 13.3.4_dev_2013.08.20c is
not working in 14.0.1_2013.12.04. An example is pasted here:
zap; load file:///C:/Compchem/tbutyl/C4H9-Br
I'm finding that a simple Jmol script that works in 13.3.4_dev_2013.08.20c is
not working in 14.0.1_2013.12.04. An example is pasted here:
zap; load file:///C:/Compchem/tbutyl/C4H9-Br-Clircf.out filter REVERSEMODELS
load append file:///C:/Compchem/tbutyl/C4H9-Br-Clircr.out
rotate y 90
I'm trying to get bond lengths from a collection of models from a Gaussian
saddle point exploration (Cl Br exchange by SN2). I can get a single distance
with the measure command (although not with the distance function, so far), but
I've been unsuccessful in finding the key to getting the same
:
On Mon, Aug 19, 2013 at 9:37 PM, Whitwell, George
gwhitw...@ncwc.edumailto:gwhitw...@ncwc.edu wrote:
Thanks, Bob.
REVERSEMODELS works as advertised. I have to load the first file reversed -
they both start at the saddle point.
I tried getproperty modelinfo.models.energy to retrieve
Hi,
I have GAMESS output from both sides of the reaction coordinates from a
Cl-CH3-Br anion intermediate as an example of an SN2 reaction. I can load both
output files in Jmol as different models and animate them consecutively;
however, since they both run downhill, it isn't really the
for Spartan files. After that, you
might have to delete one or more models.
You also may need to do some alignment. For that see
http://chemapps.stolaf.edu/jmol/docs/index.htm?search=frame%20alignver=13.3.4_dev_2013.08.19
On Mon, Aug 19, 2013 at 3:22 PM, Whitwell, George
gwhitw
Congratulations! I enjoyed reading the preprint before BCCE.
George
From: Robert Hanson [mailto:hans...@stolaf.edu]
Sent: Thursday, September 02, 2010 3:22 PM
To: jmol-users@lists.sourceforge.net
Subject: [Jmol-users] Jmol and crystallography: the paper
This just in!
J. Appl. Cryst. (2010).
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