PCDAT: Difference between revisions

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The {{TAG|PCDAT}} file contains the pair correlation function. For dynamic simulations ({{TAG|IBRION}}<math>\ge</math>0) an averaged pair correlation is written to the file (see also {{TAG|NBLOCK}}, {{TAG|KBLOCK}}, {{TAG|NPACO}} and {{TAG|APACO}}).
The {{TAG|PCDAT}} file contains the pair correlation function. For dynamic simulations ({{TAG|IBRION}}<math>\ge</math>0) an averaged pair correlation is written to the file (see also {{TAG|NBLOCK}}, {{TAG|KBLOCK}}, {{TAG|NPACO}} and {{TAG|APACO}}).
A sample output of the {{TAG|PCDAT}} file for a 64 atom cell of Si looks as follows:
    1  64  1  0  0.2002283E+02  0.2000000E+04
  CAR
  unknown system
    0  0  0
    1  1
  256 256 256
  256
  0.1000000E-09
  0.6250000E-11
    1
  0.3000000E-14  0.1086180E-08  0.1086180E-08  0.1086180E-08
  0.1998973E+04  0.2065831E+04
  0.000
  0.000
  0.000
  0.000
  0.000
  0.000
  0.000
  0.000
  0.000
  ...
Here is the description of each line:
*Line 1: 1 (always 1), number of ions, 1, 0 , , temperature


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[[Category:Files]][[Category:Output Files]]
[[Category:Files]][[Category:Output Files]]

Revision as of 17:13, 14 June 2019

The PCDAT file contains the pair correlation function. For dynamic simulations (IBRION0) an averaged pair correlation is written to the file (see also NBLOCK, KBLOCK, NPACO and APACO).

A sample output of the PCDAT file for a 64 atom cell of Si looks as follows:

   1  64   1   0  0.2002283E+02  0.2000000E+04
  CAR
 unknown system
   0   0   0
   1   1
 256 256 256
 256
  0.1000000E-09
  0.6250000E-11
   1
  0.3000000E-14  0.1086180E-08  0.1086180E-08  0.1086180E-08
  0.1998973E+04  0.2065831E+04
  0.000
  0.000
  0.000
  0.000
  0.000
  0.000
  0.000
  0.000
  0.000
  ...

Here is the description of each line:

  • Line 1: 1 (always 1), number of ions, 1, 0 , , temperature