I also calculated the full relaxation for another structure .
For the space group #167, the energy difference is huge.
But for the space group #194, the difference is smaller than #167's one.
Two structure have same the number of atoms; 28 atoms in the structure file.
I don't understand this
but maybe not for one with many atoms. The larger is the
>number of atoms with relaxed atomic position, the larger is the change
>in the total energy.
>FT
>On Thursday 2018-08-09 09:25, Aaron Jung wrote:
>Date: Thu, 9 Aug 2018 09:25:17
>From: Aaron Jung
>Reply-To: A Mailing li
Dear users and developers,
Hi~
I am trying to calculate the optical properties with the converged SCF data
from DFT+eece.
My system is metallic.
The conventional calculation process is
x lapw2 -fermi -up
x lapw2 -fermi -dn
edit case.inop
x optic -up; x optic -dn
edit case.injoint (option :6)
x
uld be able to use optics with -eece
>However, the way you do spin-polarizd optics is wrong.
>Before using kram, you need to add the spins. (addjoint-updn), see optics
section of UG.
>>On 07/15/2018 07:56 AM, Aaron Jung wrote:
>>Dear users and developers,
>>Hi~
Dear developer and users,
Hello,
I am performing the DFT calculation using wien2k v17.1.
For Wannierized calculation,
I have a problem.
When run write_inwf_lapw, there is an error message like below,
write_inwf_lapw
File "/home/Programs/wien2k/wien2k_v17.1/intel-18/write_inwf_lapw", line
Dear users and developers,
Hello,
I performed the mBJ calculation in a semimetallic system, but it has a tiny
gap already.
As considering SOC, the system becomes a semiconducting state.
I have two questions.
First, to investigate the Z2 indices on bulk system, I conduct the eigen
parity for
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