Dear Justin,
Thanks a lot. I used this and it works fine:
editconf -f final.pdb -o final.gro -c -d 0.0
regards,
Jiomm
On Sat, Jun 15, 2013 at 3:09 AM, Justin Lemkul wrote:
>
>
> On 6/14/13 8:08 PM, gromacs query wrote:
>
>> Dear Justin,
>>
>> I saw your tutorial (
>> http://www.bevanlab.bioc
On 6/14/13 8:08 PM, gromacs query wrote:
Dear Justin,
I saw your tutorial (
http://www.bevanlab.biochem.vt.edu/Pages/Personal/justin/gmx-tutorials/membrane_protein/03_solvate.html
)
But my case is different. I can not even generate tpr file (trjconv as
tutorial says) as it need box info
Can
Dear Justin,
I saw your tutorial (
http://www.bevanlab.biochem.vt.edu/Pages/Personal/justin/gmx-tutorials/membrane_protein/03_solvate.html
)
But my case is different. I can not even generate tpr file (trjconv as
tutorial says) as it need box info
Can you please suggest what can be the best possi
On 6/14/13 7:37 PM, gromacs query wrote:
Dear Justin,
Thanks for reply. Yes sorry indeed its taking box vector from pdb (which I
dont want to use as I think they are wrong). In my case if I have already
water molecules in my system then if I use:
editconf -f del.pdb -o del.gro -c -d 0.0 -bt c
Dear Justin,
Thanks for reply. Yes sorry indeed its taking box vector from pdb (which I
dont want to use as I think they are wrong). In my case if I have already
water molecules in my system then if I use:
editconf -f del.pdb -o del.gro -c -d 0.0 -bt cubic
even now also I see pbc box (in vmd) it
On 6/14/13 4:58 PM, gromacs query wrote:
Dear All,
I have two different membrane systems (membrane with waters only) already
with me. So I dont need to add solvent molecules.
So to start with simulation I need box size (last line in gro file). I used
following command (for both cases):
editc
Dear All,
I have two different membrane systems (membrane with waters only) already
with me. So I dont need to add solvent molecules.
So to start with simulation I need box size (last line in gro file). I used
following command (for both cases):
editconf -f del.pdb -o del.gro -c -bt cubic
Firs
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