Thanks you, Vasili, for your detailed explanation.
I agree, that it should be better to use all angular momentum projectors.
In the last paragraph of your reply should one not replace "d" by "f"
basis functions, as Ps.lmax L=2 corresponds to d basis functions?
Oh yes, 2 should definitely corr
I'm not sure that it's very wise to circumvent error messages in such cases.
The overall pseudopotential of an ion that acts on a one-electron
wavefunction is nonlocal and expressed in a series over angular momentum
projectors (w.r.t. the position of the ion):
V(r) = Vlocal(r) + |s>
Thanks you,
I'm not sure that it's very wise to circumvent error messages in such cases.
The overall pseudopotential of an ion that acts on a one-electron
wavefunction is nonlocal and expressed in a series over angular momentum
projectors (w.r.t. the position of the ion):
V(r) = Vlocal(r) + |s>:
Dear Vikas
Thanks a lot Sir.
Vasilii Artyukhov <[EMAIL PROTECTED]> wrote: You're using a pseudopotential
that only has angular projectors included for s and p symmetry, while your
basis set is set to contain polarization functions, which means d functions as
well. To overcome this, you should set nonzero
Thank a lot Sir.
Andrei Postnikov <[EMAIL PROTECTED]> wrote: On Wed, 4 Jul 2007, vikas thakur
wrote:
| Dear users,
| Please try to find some time for my problem.
| it reads the input file but do not continue the calculation , it terminates
at end as follow
|
| read_vps: ERROR: You must genera
Dear Vikas, dear Andrei
to circumvent the error message and still use a pseudo with only L=2 one
could put these lines into your input file
%block Ps.lmax
C2
%endblock Ps.lmax
But I am not sure if this gives good results, so please check the physics
behind this. (I use one for C wi
You're using a pseudopotential that only has angular projectors included for
s and p symmetry, while your basis set is set to contain polarization
functions, which means d functions as well. To overcome this, you should set
nonzero populations in the pseudo generation input file for the
correspond
On Wed, 4 Jul 2007, vikas thakur wrote:
| Dear users,
| Please try to find some time for my problem.
| it reads the input file but do not continue the calculation , it terminates
at end as follow
|
| read_vps: ERROR: You must generate a pseudopotential
| read_vps: ERROR: for each L up to3
|
Dear users,
Please try to find some time for my problem. I am a new user of siesta. I
successfuly installed and tested siesta for h20 and fe. Now i try to make
calculations for graphene. For this i calculate Pseudopotential for C and write
a input file for graphene. I put the C.psf and C.fdf in
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