Respectable Mark
Thank you very much for your immediate response.
I have added new atom type in the ffgmx.atp file and also modified
ffgmx.itp, ffgmxnb.itp. After that the pdb2gmx worked. I used genbox to add
water in the oxygen molecule system. For now I have taken only 2 oxygen
molecules with
* Chris Neale [2009-01-17 10:11:34 -0500]:
Hello,
For my systems, I have been unable to get g_mindist -pi to function unless I
roll back to gmx 3.3.1. Would somebody please test their 4.0.2 (and perhaps
3.3.3) installations to see if the error is repeatable or perhaps is somehow
related to
Hi,
I never noticed this because I always used -s.
Supply a tpr file with -s in addition to -n and it will work.
I fixed this for 4.0.3 such that with -pi it automatically uses -s as well.
Berk
> Date: Sat, 17 Jan 2009 10:11:34 -0500
> From: chris.ne...@utoronto.ca
> To: gmx-users@gromacs.org
>
Hello,
For my systems, I have been unable to get g_mindist -pi to function
unless I roll back to gmx 3.3.1. Would somebody please test their 4.0.2
(and perhaps 3.3.3) installations to see if the error is repeatable or
perhaps is somehow related to my installation?
Related output from 3.3.3 w
Justin,
Thank you! It's pretty clear now.
Vitaly
JAL> Vitaly Chaban wrote:
>> Justin,
>>
>> So the values in the respective columns are pure and ^2 of
>> the particles of the same kind (no additional operations made)?
>>
JAL> Correct, there is nothing mathematical about the xmgrace syntax.
Vitaly Chaban wrote:
Justin,
So the values in the respective columns are pure and ^2 of
the particles of the same kind (no additional operations made)?
Correct, there is nothing mathematical about the xmgrace syntax.
-Justin
Vitaly
JAL> Vitaly Chaban wrote:
Hello,
Sorry for an eviden
Justin,
So the values in the respective columns are pure and ^2 of
the particles of the same kind (no additional operations made)?
Vitaly
JAL> Vitaly Chaban wrote:
>> Hello,
>>
>> Sorry for an evidently stupid question. I use g_dipoles to calculate
>> the total dipole moment of the cell evolut
Vitaly Chaban wrote:
Hello,
Sorry for an evidently stupid question. I use g_dipoles to calculate
the total dipole moment of the cell evolution.
In aver.xvg the following line is present:
@ s0 legend "< |M|\S2\N >"
@ s1 legend "< |M| >\S2\N"
|M| is a modulus of dipole vector. But what are "\S2
* Vitaly Chaban [2009-01-17 16:18:29 +0200]:
Hello,
Sorry for an evidently stupid question. I use g_dipoles to calculate
the total dipole moment of the cell evolution.
In aver.xvg the following line is present:
@ s0 legend "< |M|\S2\N >"
@ s1 legend "< |M| >\S2\N"
|M| is a modulus of dipole v
Hello,
Sorry for an evidently stupid question. I use g_dipoles to calculate
the total dipole moment of the cell evolution.
In aver.xvg the following line is present:
@ s0 legend "< |M|\S2\N >"
@ s1 legend "< |M| >\S2\N"
|M| is a modulus of dipole vector. But what are "\S2\N"? Is N a number
of par
thank you for the rational explanation.
but is the free energy change in the charge on/off step(~10kJ/mol) small
enough to ignore the flucturations? The free energy change in the LJ
mutation step is about 8kJ/mol.
On Fri, Jan 16, 2009 at 11:56 PM, Jochen Hub wrote:
> friendli wrote:
> > Dear al
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