LOCPOT - Revision history

Liebetreu at 10:50, 26 June 2026

2026-06-26T10:50:32Z

← Older revision		Revision as of 10:50, 26 June 2026
Line 4:		Line 4:
	For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.		For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.
	For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.		For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.
	For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#KnownIssue4\|known issue 4]]: LOCPOT-format issue for VASP<6.4.3).		For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#KnownIssue4\|known issue 4: LOCPOT-format issue for VASP<6.4.3]]).
	{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}		{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}

Liebetreu at 10:50, 26 June 2026

2026-06-26T10:50:10Z

← Older revision		Revision as of 10:50, 26 June 2026
Line 4:		Line 4:
	For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.		For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.
	For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.		For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.
	For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#KnownIssue4\|LOCPOT-format issue for VASP<6.4.3]]).		For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#KnownIssue4\|known issue 4]]: LOCPOT-format issue for VASP<6.4.3).
	{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}		{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}

Liebetreu at 10:21, 26 June 2026

2026-06-26T10:21:37Z

← Older revision		Revision as of 10:21, 26 June 2026
Line 4:		Line 4:
	For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.		For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.
	For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.		For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.
	For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#~~ncl-LOCPOT~~\|LOCPOT-format issue for VASP<6.4.3]]).		For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#KnownIssue4\|LOCPOT-format issue for VASP<6.4.3]]).
	{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}		{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}

Hampel: /* Related tags and articles */

2026-06-17T07:32:57Z

Huebsch at 08:23, 11 February 2025

2025-02-11T08:23:16Z

← Older revision		Revision as of 08:23, 11 February 2025
Line 15:		Line 15:


	[[Category:Files]][[Category:Output ~~Files~~]][[Category:Electrostatics]][[Category:Potential]]		[[Category:Files]][[Category:Output files]][[Category:Electrostatics]][[Category:Potential]]

Schlipf: /* Related tags and articles */

2024-06-10T15:42:39Z

Huebsch at 07:12, 7 February 2024

2024-02-07T07:12:52Z

← Older revision		Revision as of 07:12, 7 February 2024
Line 11:		Line 11:
	{{TAG\|LVTOT}},		{{TAG\|LVTOT}},
	{{TAG\|LVHAR}},		{{TAG\|LVHAR}},
	{{TAG\|WRT_POTENTIAL}}		{{TAG\|WRT_POTENTIAL}},
			{{FILE\|POT}}


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

Huebsch at 11:16, 6 February 2024

2024-02-06T11:16:55Z

← Older revision		Revision as of 11:16, 6 February 2024
Line 1:		Line 1:
	The [[LOCPOT]] file stores the local potential ~~<math>V_~~{~~\text~~{~~LOCPOT~~}}~~(\mathbf~~{r}~~)</math> (in eV) given by:~~		The {{FILE\|LOCPOT}} file stores the local potential (in eV). The definition of the written local potential depends on the settings for {{TAG\|LVTOT}}, {{TAG\|LVHAR}}, and {{TAG\|WRT_POTENTIAL}}.

	~~<math>~~		The format is similar to that of the {{TAG\|CHGCAR}} file, but it does not have the same data arrangement.
	V_{~~\text~~{~~LOCPOT~~}}(~~\mathbf~~{r}) =		For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.
	V(~~\mathbf~~{r}) +		For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.
	~~\int \frac~~{n(~~\mathbf~~{r'})}{\|\~~mathbf~~{r}-\mathbf{r'}\|}~~d\mathbf~~{r'}+		For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#ncl-LOCPOT\|LOCPOT-format issue for VASP<6.4.3]]).
	V_{\text{XC}}(\mathbf{r})		{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}
	</math>

	~~where <math>V(\mathbf~~{r}~~)</math> is the ionic potential~~,		== Related tags and articles ==
	~~the second term is the Hartree potential and~~		{{TAG\|LVACPOTAV}},
	~~<math>V_~~{~~\text~~{XC}}~~(\mathbf~~{r}~~)</math> is the exchange-correlation potential.~~		{{TAG\|LVTOT}},
			{{TAG\|LVHAR}},
			{{TAG\|WRT_POTENTIAL}}

	~~To write this file, {{TAG\|LVTOT}}=.TRUE. or {{TAG\|LVHAR}}=.TRUE. must be set in the [[INCAR]] file.~~
	~~If {{TAG\|LVHAR}}=.TRUE. the <math>V_{\text{XC}}(\mathbf{r})</math> is not included in <math>V_{\text{LOCPOT}}(\mathbf{r})</math>.~~

	~~The [[LOCPOT]] file format is similar to that of the {{TAG\|CHGCAR}} file but it does not have the same data arrangement.~~
	~~For spin unpolarized calculations it contains a single dataset with the potential.~~
	~~For collinear spin calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.~~
	~~For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=.TRUE.), it contains four datasets with spinor representation of the potential.~~
	{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}

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

Miranda.henrique at 05:45, 29 July 2022

2022-07-29T05:45:15Z

← Older revision		Revision as of 05:45, 29 July 2022
Line 21:		Line 21:
	{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}		{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}

	~~----~~
	[[Category:Files]] [[Category:Output Files]]		[[Category:Files]] [[Category:Output Files]]

Miranda.henrique at 05:45, 29 July 2022

2022-07-29T05:45:00Z

← Older revision		Revision as of 05:45, 29 July 2022
Line 17:		Line 17:
	The [[LOCPOT]] file format is similar to that of the {{TAG\|CHGCAR}} file but it does not have the same data arrangement.		The [[LOCPOT]] file format is similar to that of the {{TAG\|CHGCAR}} file but it does not have the same data arrangement.
	For spin unpolarized calculations it contains a single dataset with the potential.		For spin unpolarized calculations it contains a single dataset with the potential.
	For collinear spin calculations (ISPIN=2), it contains two datasets: spin up and spin down.		For collinear spin calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.
	For noncollinear calculations (LNONCOLLINEAR=.TRUE.), it contains four datasets with spinor representation of the potential.		For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=.TRUE.), it contains four datasets with spinor representation of the potential.
			{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}
	~~<em>~~Note for versions older than vasp.5.1.12~~</em>~~: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG=-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG=-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.

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

← Older revision		Revision as of 10:50, 26 June 2026
Line 4:		Line 4:
	For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.		For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.
	For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.		For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.
	For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#KnownIssue4\|known issue 4]]: LOCPOT-format issue for VASP<6.4.3).		For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#KnownIssue4\|known issue 4: LOCPOT-format issue for VASP<6.4.3]]).
	{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}		{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}

← Older revision		Revision as of 10:50, 26 June 2026
Line 4:		Line 4:
	For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.		For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.
	For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.		For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.
	For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#KnownIssue4\|LOCPOT-format issue for VASP<6.4.3]]).		For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#KnownIssue4\|known issue 4]]: LOCPOT-format issue for VASP<6.4.3).
	{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}		{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}

← Older revision		Revision as of 10:21, 26 June 2026
Line 4:		Line 4:
	For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.		For spin-unpolarized calculations ({{TAG\|ISPIN}}=1, {{TAG\|LNONCOLLINEAR}}=F), it contains a single dataset with the scalar potential.
	For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.		For spin-polarized calculations ({{TAG\|ISPIN}}=2), it contains two datasets: spin up and spin down.
	For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#~~ncl-LOCPOT~~\|LOCPOT-format issue for VASP<6.4.3]]).		For noncollinear calculations ({{TAG\|LNONCOLLINEAR}}=T), it contains four datasets in the spinor representation of the potential. In other words, it contains the scalar potential and the B-field-like potential <math>B_1</math>, <math>B_2</math>, and <math>B_3</math> in the basis defined by {{TAG\|SAXIS}} (see [[Known_issues#KnownIssue4\|LOCPOT-format issue for VASP<6.4.3]]).
	{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}		{{NB\|warning\|Note for versions older than vasp.5.1.12: please check whether your version supports this tag (it is written out at the beginning of the OUTCAR file). Versions not supporting {{TAG\|LVHAR}} might or not add <math>V_{\text{XC}}(\mathbf{r})</math>. Please check this by searching for <tt>LEXCHG{{=}}-1</tt> in <tt>main.F</tt>. If the line <tt>LEXCHG{{=}}-1</tt> is commented out <math>V_{\text{XC}}(\mathbf{r})</math> is added otherwise it is not.}}

← Older revision		Revision as of 07:32, 17 June 2026
Line 8:		Line 8:

	== Related tags and articles ==		== Related tags and articles ==
			[[Restart and output files cheat sheet]]

	{{TAG\|LVACPOTAV}},		{{TAG\|LVACPOTAV}},
	{{TAG\|LVTOT}},		{{TAG\|LVTOT}},

← Older revision		Revision as of 07:12, 7 February 2024
Line 11:		Line 11:
	{{TAG\|LVTOT}},		{{TAG\|LVTOT}},
	{{TAG\|LVHAR}},		{{TAG\|LVHAR}},
	{{TAG\|WRT_POTENTIAL}}		{{TAG\|WRT_POTENTIAL}},
			{{FILE\|POT}}


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

← Older revision		Revision as of 15:42, 10 June 2024
Line 15:		Line 15:


	[[Category:Files]][[Category:Output Files]][[Category:Electrostatics]]		[[Category:Files]][[Category:Output Files]][[Category:Electrostatics]][[Category:Potential]]