Dear all,
I wanted to simulate Nacl in water using huggins meyer
potential as vdw type.since gromacs has just LJ OR BJ potential i wanted to
know if somebody had done it with huggins meyer potential.I read the manual
and since i am not good in c or fortran i dono how to create a user
Chris,
sorry I didn't pay attention (was in a hurry). I know that you have helped
with the documentation and wouldn't have suggested to you to put it on the
wiki if I recognized it was you. I thought it was a new user. And I didn't
want to criticize but only point out (to the assumed new user) tha
rainy...@yahoo.com wrote:
Hello,
I am fairly new to using Gromacs and am writing to seek clarification on
the g_rdf module.
In the manual, it states that "g_rdf calculates radial distribution
functions in different ways. The normal method is around a (set of)
particle(s), the other method
Hello,
I am fairly new to using Gromacs and am writing to seek clarification on the
g_rdf module.
In the manual, it states that "g_rdf calculates radial distribution
functions in different ways. The normal method is around a (set of)
particle(s), the other method is around the center of mass of a
<"cmake --> relocation R_X86_64_32S against `a local symbol' can not be
used when making a shared object;>>
Dear Roland:
It is not my intention to be confrontational, your assistance was very
useful, I appreciate it very much, and I realize that it's not your
job to comment everything (or
e/intel/fftw-3.1.2_again/exec/lib/
>>> libfftw3f.la:
>>> file not recognized: File format not recognized
>>>
>>> USING -DFFTW3F_LIBRARIES=$FFTW_LOCATION/lib/
>>> libfftw3f_th
ORNL PO BOX 2008 MS6309
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On 21/12/2010 3:39 AM, Daniel P. Luis J. wrote:
I think you would to try 1 10.0 0.0. In the numbers,
GROMACS does not determine whether to store an input number as an
integer or a float based on the presence of numbers after a decimal
point. The range of permissible values determines the data
You want to compile fftw with either --enable-shared or with --with-pic. Or
you need to compile a static version of Gromacs. As the message says you
can't use fftw without pic with shared libraries in GROMACS.
Roland
On Mon, Dec 20, 2010 at 6:31 PM, Chris Neale wrote:
> Dear Gromacs users:
>
> I
Dear Gromacs users:
I pulled the master version of the source code today at 2pm via:
git clone git://git.gromacs.org/gromacs.git
and I tried to compile it following the instructions posted here:
http://www.gromacs.org/Developer_Zone/Cmake but I was unsuccessful.
This is my first attempt at usi
I think you would to try 1 10.0 0.0. In the numbers,
On Mon Dec 20th, 2010 3:59 AM PST Carsten Kutzner wrote:
>On Dec 20, 2010, at 12:09 PM, 松啸天 wrote:
>
>> dear:
>>I would like to use the electric field inside a box defined by gromacs.
>> So I added E_x 1 10 0in the .mdp file, is it the
On Dec 20, 2010, at 12:09 PM, 松啸天 wrote:
> dear:
>I would like to use the electric field inside a box defined by gromacs.
> So I added E_x 1 10 0in the .mdp file, is it the right approach?
Yes, this will add an electric field of strength 10 V/nm acting in x-direction.
Carsten
> i hope p
Hi all
I want to convert the fourier co-efficients into RB form.i have V1, V2 and
V3 in the literature. My question is V1,V2 and V3 corresponds to F1,F2 and
F3 in the manual?. I just want to confirm one more thing to convert fourier
coefficients to RB form the formula i have to use is 4.64 in the
dear:
I would like to use the electric field inside a box defined by gromacs. So
I added E_x 1 10 0 in the .mdp file, is it the right approach? i hope people
who knows will help me to add the electric field when i do a simulation.that's
all.thank you!
yours
dear:
I would like to use the electric field inside a box defined by gromacs. So
I added E_x 1 10 0 in the .mdp file, is it the right approach? i hope people
who knows will help me to add the electric field when i do a simulation.that's
all.thank you!
yours
On 20/12/2010 4:25 PM, vinothkumar mohanakrishnan wrote:
Hi all
I want to use pdb2gmx to generate hexane topology and hexane.gro file.
i have added the atom name in .atp file and corresponding section in
.rtp file. i have given below my .rtp entry
You don't need to add an .rtp entry, it's as
On 20/12/2010 3:44 PM, sreelakshmi ramesh wrote:
Dear justin ,
I am using tip4p water model for my work and i
have the tip4p.itp file
if i just wanted polarisable force field so as you told me i have the
tip4p.itp file.should i modify this file or the force field.itp file
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