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>>
>> Tarak
>>
>>
>> -- Forwarded message ------
>> From: tarak karmakar
>> To: Discussion list for GROMACS users
>> Cc:
>> Date: Fri, 17 May 2013 15:50:25 +0530
>> Subject: Re: [gmx-users] I
; Status: 5.0.0
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> Tarak
>
>
> -- Forwarded message --
> From: tarak karmakar
> To: Discussion list for GROMACS users
> Cc:
> Date: Fri, 17 May 2013 15:50:25 +0530
> Subject:
...@eesti.ee
Tarak
-- Forwarded message --
From: tarak karmakar
To: Discussion list for GROMACS users
Cc:
Date: Fri, 17 May 2013 15:50:25 +0530
Subject: Re: [gmx-users] Inconsistent results in different clusters and cores
On Fri, May 17, 2013 at 5:36 PM, Mark Abraham wrote:
>
On Fri, May 17, 2013 at 1:23 PM, Justin Lemkul wrote:
>
>
> On 5/17/13 6:20 AM, tarak karmakar wrote:
>
>> I have read the 'implementation of charmm in gromacs' by bjelkmar,
>> JCTC. There they have used following cut-offs
>> coulombtype=PME
>> rcoulomb=1.2
>> vdwtype=switch
>> rvdw=1.2
>> rvdw-s
On 5/17/13 6:20 AM, tarak karmakar wrote:
I have read the 'implementation of charmm in gromacs' by bjelkmar,
JCTC. There they have used following cut-offs
coulombtype=PME
rcoulomb=1.2
vdwtype=switch
rvdw=1.2
rvdw-switch=1.0
I am not sure about rlist.
It's really unnecessary to spam the list
I have read the 'implementation of charmm in gromacs' by bjelkmar,
JCTC. There they have used following cut-offs
coulombtype=PME
rcoulomb=1.2
vdwtype=switch
rvdw=1.2
rvdw-switch=1.0
I am not sure about rlist.
Regards,
Tarak
On Fri, May 17, 2013 at 1:46 PM, tarak karmakar wrote:
> Now if I incr
Now if I increase the rlist it is showing that
With coulombtype = PME, rcoulomb must be equal to rlist
If you want optimal energy conservation or exact integration
use PME-Switch
I don't know exactly what will be the best set up with charmm force field.
Any suggestion please!!
Thanks,
Tara
What about Dispersion Correction ?
But if I use this set of informations
; 7.3.3 Run Control
integrator = md; md integrator
tinit = 0 ; [ps] starting time for run
dt = 0.001 ; [ps] time step
Oh !
Thanks a lot Justin. I'll rerun all my jobs with this corrected mdp.
Restrains things I didn't follow properly, anyway I'll read about this.
On Sun, May 12, 2013 at 11:27 PM, Justin Lemkul wrote:
>
>
> On 5/12/13 1:53 PM, tarak karmakar wrote:
>
>> Thanks,
>>
>> I have used CGENFF force fi
On 5/12/13 1:53 PM, tarak karmakar wrote:
Thanks,
I have used CGENFF force field parameters for the ligand generated from
PARMCHEM with 0 penalties. For protein I have used CHARMM36 force field.
my npt.mdp file is as follows,
; 7.3.3 Run Control
integrator = md
Bug 1021 was onl
Thanks,
I have used CGENFF force field parameters for the ligand generated from
PARMCHEM with 0 penalties. For protein I have used CHARMM36 force field.
my npt.mdp file is as follows,
; 7.3.3 Run Control
integrator = md
tinit = 0
dt = 0.001
nste
On 5/12/13 1:34 PM, tarak karmakar wrote:
Thanks Justin for the Quick and Helpful reply.
Yes. If I am right, the chaotic behavior of the simulations is inherent
and can be assessed statistically by generating several independent
trajectories and analyzing their similar outcomes. But with t
Thanks Justin for the Quick and Helpful reply.
Yes. If I am right, the chaotic behavior of the simulations is inherent
and can be assessed statistically by generating several independent
trajectories and analyzing their similar outcomes. But with the same '.mdp'
file I am getting TOO much diffe
On 5/12/13 1:17 PM, tarak karmakar wrote:
Dear All,
I am simulating a protein in water to check the ligand movement over a
time span. I haveminimized the system in STEEP and CG and after that
heated from 0K - 300K within a time span of 300 ps. Then, I performed the
NPT production run
Dear All,
I am simulating a protein in water to check the ligand movement over a
time span. I haveminimized the system in STEEP and CG and after that
heated from 0K - 300K within a time span of 300 ps. Then, I performed the
NPT production runs. In two clusters I have got different results
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