Christian Seifert wrote:
On Friday 22 June 2007 11:22, Lars Schaefer wrote:
Hi Christian,
I am not sure what exactly you need the Hessian for. But if you are
interested in IR spectra, you might also calculate them from dipole
autocorrelation (instead of from the hessian).
Best,
Lars
You ar
Christian Seifert wrote:
On Friday 22 June 2007 11:22, Lars Schaefer wrote:
Hi Christian,
I am not sure what exactly you need the Hessian for. But if you are
interested in IR spectra, you might also calculate them from dipole
autocorrelation (instead of from the hessian).
Best,
Lars
You are ri
On Friday 22 June 2007 11:22, Lars Schaefer wrote:
> Hi Christian,
> I am not sure what exactly you need the Hessian for. But if you are
> interested in IR spectra, you might also calculate them from dipole
> autocorrelation (instead of from the hessian).
> Best,
> Lars
You are right. We are inter
Hi Christian,
Perhaps, I made a mistake in describing my problem. I can not believe, that no
one ever tried this before.
I have a phosphate in water and want to calculate the hessian just for the
phosphate. How do I do that?
I have done something similar like what you want to do. I calculate t
Mark Abraham wrote:
> Christian Seifert wrote:
>> On Friday 22 June 2007 10:59, Bert de Groot wrote:
>
>> The hessian is the second (numerical) derivative of the atoms in the
>> three dimensions. In the future, I want to calculate the hessian of
>> molecules next to proteins, so the "small droplet
Christian Seifert wrote:
On Friday 22 June 2007 10:59, Bert de Groot wrote:
The hessian is the second (numerical) derivative of the atoms in the three
dimensions. In the future, I want to calculate the hessian of molecules next
to proteins, so the "small droplet of explicit water" will not wo
Christian Seifert wrote:
On Friday 22 June 2007 10:59, Bert de Groot wrote:
David van der Spoel wrote:
Christian Seifert wrote:
Hi.
Perhaps, I made a mistake in describing my problem. I can not believe,
that no one ever tried this before.
I have a phosphate in water and want to calculate the
On Friday 22 June 2007 10:59, Bert de Groot wrote:
> David van der Spoel wrote:
> > Christian Seifert wrote:
> >> Hi.
> >>
> >> Perhaps, I made a mistake in describing my problem. I can not believe,
> >> that no one ever tried this before.
> >>
> >> I have a phosphate in water and want to calculate
David van der Spoel wrote:
> Christian Seifert wrote:
>> Hi.
>>
>> Perhaps, I made a mistake in describing my problem. I can not believe,
>> that no one ever tried this before.
>>
>> I have a phosphate in water and want to calculate the hessian just for
>> the phosphate. How do I do that?
>
> ther
On Friday 22 June 2007 11:07, Mark Abraham wrote:
> David van der Spoel wrote:
> > Christian Seifert wrote:
> >> Hi.
> >>
> >> Perhaps, I made a mistake in describing my problem. I can not believe,
> >> that no one ever tried this before.
> >>
> >> I have a phosphate in water and want to calculate
Hi Christian,
I am not sure what exactly you need the Hessian for. But if you are
interested in IR spectra, you might also calculate them from dipole
autocorrelation (instead of from the hessian).
Best,
Lars
Christian Seifert wrote:
Hi.
Perhaps, I made a mistake in describing my problem. I
David van der Spoel wrote:
Christian Seifert wrote:
Hi.
Perhaps, I made a mistake in describing my problem. I can not believe,
that no one ever tried this before.
I have a phosphate in water and want to calculate the hessian just for
the phosphate. How do I do that?
there is a contradicti
Christian Seifert wrote:
Hi.
Perhaps, I made a mistake in describing my problem. I can not believe, that no
one ever tried this before.
I have a phosphate in water and want to calculate the hessian just for the
phosphate. How do I do that?
there is a contradiction here in that you say the
Hi.
Perhaps, I made a mistake in describing my problem. I can not believe, that no
one ever tried this before.
I have a phosphate in water and want to calculate the hessian just for the
phosphate. How do I do that?
Regards,
Christian
On Tuesday 19 June 2007 14:39, Christian Seifert wrote:
>
Hi.
I want to make a NMA just for one Group of molecules, because a QMMM-NMA takes
too long for the whole system. Of cause, the EM in the step before has been
done for the whole system. The manual does not tell how to do this. Did
someone tried this before?
Thanks
Christian.
--
B.Sc. Christ
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