Erratum: Of course I meant "solvent accessible", not "excluded".
On 05 Jan 2017, at 09:52, Thomas Holder wrote:
> Hi Vincent,
>
> Coloring the cartoon with a color ramp is not possible unfortunately.
> Incentive PyMOL since version 1.8 can color ribbon by ramp,
Hi Vincent,
Coloring the cartoon with a color ramp is not possible unfortunately. Incentive
PyMOL since version 1.8 can color ribbon by ramp, if that helps.
However, electrostatic potential locally probed along the backbone will not be
very meaningful. Typically you would look at
Vincent,
You could use data2bfactor.py and then "spectrum b" to color residues in
cartoon settings.
https://pymolwiki.org/index.php/Color
(data2bfactor from Robert Campbell's script repository:
http://pldserver1.biochem.queensu.ca/~rlc/work/pymol/
Jed
On 1/4/2017 11:05 AM, vincent Chaptal
The problem with pdb2pqr have been solved :)
Another question which I have is the calculation of the potential maps
from the ensemble of the conformers (for example I want to compare
potential distribution from the ensemble of the x-ray structures of one
protein which were solved in different
I have a similar requirement, taking density and potential dstriutbutions from
jdftx which are written as plain binarry doubles. I use a script and
some code to create an xplor file which seems to work but I have
to adjust the position and scale to let it
overlay the ion positions that I read
As I understood the APBs plugin which already exist in PyMol is the
very efficient device for electrostatic potential calculations.
2 questions have been arisen:
1- How I could change cut-off distances for the electrostatic? E.g I'd
like to consider only interactions within 5 A between any
by the way have someone had problems with the pdb2pqr usage with APBS in pymol?
I've tried to install pdb2pqr from source as well as via packages
then I've add usr/bin/pdb2pqr to the APBs plugin window
and when I've started APBS I obtained error like
Error: 5
type
Hi Andrew,
The main limitation for problems like this is that you need to have
parameters for the ligand. Making sure that you have good parameters
is often an expert-level topic, and you're probably best served by the
APBS or PDB2PQR listservs as well as the literature ... but, you can
get a
Hi Andrew.
I experienced something similar for the autodock_plugin.
http://www.pymolwiki.org/index.php/Autodock_plugin
During my trials, I notified two things for autodock.
It did not like funny atom names or Alternative configuration
Could this be a case for your protein / ligand?
I don't know
Subject: Re: [PyMOL] Electrostatic surface visualization
To: se...@uniroma2.it, pymol-users@lists.sourceforge.net
Message-ID:
a4dfb50223089d468de79aac4018791139d...@rkamsem3.emea.roche.com
Content-Type: text/plain; charset=US-ASCII
Marco,
Maybe you could replace (alter) the B-factor
Marco,
Maybe you could replace (alter) the B-factor of your protein with the
electrostatic values, and color it accordingly; some googling should
give you more hints about how you could solve this issue, like
http://pldserver1.biochem.queensu.ca/~rlc/work/pymol/data2bfactor.py
and
On 3/3/07, se...@uniroma2.it se...@uniroma2.it wrote:
Dear all,
I'm new to this list and to the software.
I used PyMOL and APBS to calculate an electrostatic surface for a
small protein (I'm using the WindowsXP version) and everything seems fine.
Now I would like to visualize this surface AND
Are you using the same platform for both Grasp and Pymol? I don't think
that big-endian maps (written by an SGI computer) can be read by a
little-endian platform, such as a x86 based PC.
- Esben
The problem is getting the phi map in grasp. Can somebody
explain me how to do it?
This is
Todd Geders said:
Hello all,
Here is a simple script that automates the electrostatic potential
surface generation using Gromacs, MEAD, and Pymol for visualization.
It's exclusively based off of the post by Esben Peter Friis:
It requires you to massage your pdb file a bit, but it gets the job
Hello all,
Here is a simple script that automates the electrostatic potential
surface generation using Gromacs, MEAD, and Pymol for visualization.
It's exclusively based off of the post by Esben Peter Friis:
To: EPF (Esben Peter Friis)
Sent: 14-09-03 20:28
Subject: Re: [PyMOL] Electrostatic potential maps in PyMOL
Dear Esben,
no matter how hard I try, I cannot make pymol read a phi map converted
from avs with your utility. The .fld file was generated with the
potential program in the latest MEAD
If I understand the question correctly, the answer is
disable ramp-name
Cheers,
Warren
Hello:
Is there anyway to remove the colour ramp from an electrostatic
potential
figure via a script (help hide doesn't list anything reasonable for
this
and there is nothing that I can see in the
] On Behalf Of Warren L. DeLano
Sent: Wednesday, July 09, 2003 2:20 PM
To: 'EPF (Esben Peter Friis)'; 'Kaushik Raha '; 'Yu Chen '
Cc: pymol-users@lists.sourceforge.net
Subject: RE: [PyMOL] Electrostatic potential maps in PyMOL
Yes, you have identified the problem: PyMOL 0.90 currently only
] On Behalf Of Warren L. DeLano
Sent: Wednesday, July 09, 2003 2:20 PM
To: 'EPF (Esben Peter Friis)'; 'Kaushik Raha '; 'Yu Chen '
Cc: pymol-users@lists.sourceforge.net
Subject: RE: [PyMOL] Electrostatic potential maps in PyMOL
Yes, you have identified the problem: PyMOL 0.90 currently only
reads
Hi Esben,
I tried to follow your instructions to create and display an
electrostatic surface potential. I used 1UBQ.pdb as input. In Mead, I
encountered the following error when running
potential -epsin 2 -CoarseFieldOut 1UBQ 1UBQ
Starting potential for molecule named 1UBQ
with interior
There has been some talk on the list regarding failure of PyMOL in
reading Delphi generated potential maps that I missed. I have generated
phimap using a modified version of Delphi in the GRASP format that
PyMOL reads and displays without any problem. So I am not sure what the
problem is.
Hello, Kaushik
Yeah, we do had problems with DelPhi to PyMoL. I don't know what your
mean by modified version of Delphi... We bought the latest Delphi from
their website, and used the data from all the example folders comes with
Delphi. The calculation all went well. When we tried to read the
Yes, you have identified the problem: PyMOL 0.90 currently only reads
PHI files in one of the two endian formats (not sure if it is big or
little).
The problem is, how it PyMOL to determine which format the incoming map
is in? The file format is so darn implicit, I haven't yet come up with
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