URijkl: Difference between revisions

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     2  1  1  1        0.0324545667      -0.0000455665
     2  1  1  1        0.0324545667      -0.0000455665
   ...
   ...
This file is only written if all {{TAG|WFULLxxxx.tmp}} files are present in the working directory.  
These integrals are written as a post-processing step using {{TAG|ALGO}}=2e4wa. In contrast to {{FILE|VRijkl}}, the bare off-centre Coulomb integrals, {{FILE|URijkl}} is only written if all {{FILE|WFULLxxxx.tmp}} files commensurate with the selected k-point grid are present in the working directory.  
{{NB|mind|Available as of VASP.6.5.2.}}
{{NB|mind|Available as of VASP.6.5.2.}}
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[[Category:Files]][[Category:Output files]][[Category:Constrained-random-phase approximation]]
[[Category:Files]][[Category:Output files]][[Category:Constrained-random-phase approximation]]

Revision as of 07:52, 28 March 2025

This file stores the effectively screened off-centre Coulomb integrals

The format is as follows:

# U_ijkl = [ij,R|kl,0] 
#  I   J   K   L          RE(V_IJKL)          IM(V_IJKL)
# R:    1  0.000000  0.000000  0.000000
   1   1   1   1        4.3457689208        0.0000000000
   2   1   1   1        0.0000021313        0.0000001349
... 
# R:    2  0.000000  0.000000  1.000000
   1   1   1   1        1.2535567886        0.0000000000
   2   1   1   1        0.0324545667       -0.0000455665
 ...

These integrals are written as a post-processing step using ALGO=2e4wa. In contrast to VRijkl, the bare off-centre Coulomb integrals, URijkl is only written if all WFULLxxxx.tmp files commensurate with the selected k-point grid are present in the working directory.

Mind: Available as of VASP.6.5.2.