NCORE IN IMAGE1: Difference between revisions
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{{DISPLAYTITLE:NCORE_IN_IMAGE1}} | |||
{{TAGDEF|NCORE_IN_IMAGE1|[integer]|0}} | {{TAGDEF|NCORE_IN_IMAGE1|[integer]|0}} | ||
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The tag {{TAG|NCORE_IN_IMAGE1}} defines how many of cores are used for the first image (01). The remainder of the cores is used for the second image (working in the subdirectory 02). | The tag {{TAG|NCORE_IN_IMAGE1}} defines how many of cores are used for the first image (01). The remainder of the cores is used for the second image (working in the subdirectory 02). | ||
== Related | == Related tags and articles == | ||
{{TAG|VCAIMAGES}}, {{TAG|IMAGES}} | {{TAG|VCAIMAGES}}, {{TAG|IMAGES}} | ||
---- | ---- | ||
[[Category:INCAR]][[Category:Molecular Dynamics]][[Category:Thermodynamic integration]][[Category:Parallelization]] | [[Category:INCAR tags]][[Category:Molecular Dynamics]][[Category:Thermodynamic integration]][[Category:Parallelization]] |
Revision as of 16:56, 6 April 2022
NCORE_IN_IMAGE1 = [integer]
Default: NCORE_IN_IMAGE1 = 0
Description: This tag specifies the number of cores in the first image.
This tag works for two images, specifically, if VCAIMAGES is set (this also sets IMAGES=2). VCAIMAGES splits the available cores into two groups both working independently in the subdirectories 01 and 02. The tag NCORE_IN_IMAGE1 defines how many of cores are used for the first image (01). The remainder of the cores is used for the second image (working in the subdirectory 02).