Great to hear that. Hopefully it can support .xtc format soon, since
the .trr file is really huge.
On 06/24/2016 04:36 PM, Hai Nguyen wrote:
Hi,
cpptraj is able to read TRR format too. cpptraj can read a pdb file as
Topology, so no need to do any conversion to " an equivalent AMBER
Hi,
On Fri, Jun 24, 2016 at 3:16 PM wrote:
> I have spend the past week trying to figure out how to compile GROMACS for
> windows. I spend a lot of time on the web and everyone pointed to the use
> of cygwin for building in windows.
>
Unless you can find "CUDA
why not install it in Linux instead of wasting time install it in Windows.
On 06/24/2016 03:12 PM, timothy.du...@louisville.edu wrote:
I have spend the past week trying to figure out how to compile GROMACS for
windows. I spend a lot of time on the web and everyone pointed to the use of
I have spend the past week trying to figure out how to compile GROMACS for
windows. I spend a lot of time on the web and everyone pointed to the use of
cygwin for building in windows.
I was pursuing the email list and found a thread which brought up my issue with
enabling GPU acceleration. The
Hi,
Not that I know of. From the point of view of someone who already has a
GROMACS trajectory, the underlying cpptraj tool has support for reading
.gro and .pdb, but not .xtc or .tng, and you'd also have to decide whether
you need to produce an equivalent AMBER topology to help analyze your
On 6/24/16 6:23 AM, sun wrote:
Sir
If I do averaging of no. of clusters in case of protein (increased no. of
clusters as compared to pro-lig complex) at regular intervals of time, It will
be sufficient to assess if my simulation is converged? In my case clustering in
addition to secondary
Dear Gromacs users,
I am writing CHARMM27 parameters for a new molecule. Where can I get a
parameter file for the CHARMM27 ? where all parameters for all the atoms
are available
similar file for OPLS/AA force filed can be found in below link.
Sir
If I do averaging of no. of clusters in case of protein (increased no. of
clusters as compared to pro-lig complex) at regular intervals of time, It will
be sufficient to assess if my simulation is converged? In my case clustering in
addition to secondary structure are conclusive parameters.
INdeed, ORCA is not maintained at the moment. At least not by me, partially
because it is not opensource (AFAIK).
The interface with gaussian is still working though. So my (poor) advice is
either to keep using an older version of gromacs, or switch to gaussian,
depending on the functionality
Hello:
I recently found that Amber introduced jupyter (http://jupyter.org/) for
MD simulation result analysis. One can analyze it through webpage and
plot the result nicely with Python and R. One can even display the
structure and trajectory in a webpage through WebGL technology. Here are
Hi,
You can use trjconv with the -skip flag to get your desired output.
On 24 Jun 2016 9:19 a.m., "Sanket Ghawali" wrote:
> Dear Gromacs user,
>
> I have 100ns trajectory in which the output steps are written every 5ps. I
> would like to save the same trajectory of
Dear Gromacs user,
I have 100ns trajectory in which the output steps are written every 5ps. I
would like to save the same trajectory of 100ns with the output steps
written at every 500ps.
Is there any options available to do so ?
Or do i need to perform the production run again making changes to
12 matches
Mail list logo