NMRCAR.magres: Difference between revisions

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The {{FILE|NMRCAR.magres}} file is writte when [[calculating the chemical shieldings]] or [[calculating the electric field gradient]] if {{TAG|LNMRCAR|T}} (default). The file format followes the [https://www.ccpnc.ac.uk/docs/magres  Magres format] in order to allow easy analysis using e.g. [https://ccp-nc.github.io/magresview-2/ magresview] or the Python package [https://ccp-nc.github.io/soprano/intro.html Soprano] {{cite|liborio:jcp:2018}}. Mind that, while the Magres format does not clearly state if the [[:Category:NMR#Magnetic_susceptibility|macroscopic susceptibility]] should be included, here it is included in the chemical shielding.
The {{FILE|NMRCAR.magres}} file is writte when [[calculating the chemical shieldings]] or [[calculating the electric field gradient]] if {{TAG|LNMRCAR|T}} (default). The file format followes the [https://www.ccpnc.ac.uk/docs/magres  Magres format] in order to allow easy analysis using e.g. [https://ccp-nc.github.io/magresview-2/ magresview] or the Python package [https://ccp-nc.github.io/soprano/intro.html Soprano] {{cite|liborio:jcp:2018}}. Mind that, while the Magres format does not clearly state if the [[:Category:NMR#Magnetic_susceptibility|macroscopic susceptibility]] should be included, here it is included in the chemical shielding.
{{Available|6.6.0}}
{{Available|6.6.0}}


== Related tags and articles ==
== Related tags and articles ==


{{TAG|LCHIMAG}}, {{TAG|LEFG }}
{{TAG|LCHIMAG}}, {{TAG|LEFG }}, {{TAG|LNMRCAR}}


[[Calculating the chemical shieldings]], [[Calculating the electric field gradient]]
[[Calculating the chemical shieldings]], [[Calculating the electric field gradient]]

Latest revision as of 10:42, 16 March 2026

The NMRCAR.magres file is writte when calculating the chemical shieldings or calculating the electric field gradient if LNMRCAR = T (default). The file format followes the Magres format in order to allow easy analysis using e.g. magresview or the Python package Soprano [1]. Mind that, while the Magres format does not clearly state if the macroscopic susceptibility should be included, here it is included in the chemical shielding.

Mind: Available as of VASP 6.6.0

Related tags and articles

LCHIMAG, LEFG , LNMRCAR

Calculating the chemical shieldings, Calculating the electric field gradient

Workflows that use this tag

References