Vasprun.xml: Difference between revisions
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** Crystal lattice information. | ** Crystal lattice information. | ||
*'''Basis''' | *'''Basis''' | ||
** Basis vectors of the primitive unit cell in Angstroms | ** Basis vectors of the primitive unit cell in Angstroms: <math>a_1, a_2, a_3</math> | ||
*'''Volume''' | *'''Volume''' | ||
** Volume of the primitive unit cell in ų. | ** Volume of the primitive unit cell in ų. | ||
*'''Rec_Basis''' | *'''Rec_Basis''' | ||
** Reciprocal lattice basis vectors | ** Reciprocal lattice basis vectors: <math>b_1, b_2, b_3</math> | ||
*'''Positions''' | *'''Positions''' | ||
** Atomic positions within the primitive cell (in direct coordinates). | ** Atomic positions within the primitive cell (in direct coordinates). | ||
Revision as of 13:57, 5 June 2025
In addition to OUTCAR, output from VASP is stored using XML format in the vasprun.xml file for ease of use. Below, the structure of such a file is given with links to the corresponding pages:
Contents of file
The structure of vasprun.xml has the following main hierarchy:
- generator
- incar
- primitive cell
- kpoints
- parameters
- atom info
- structure
- calculation
Each section will be shown, with links to the relevant pages in the Wiki.
Generator
Contains all the information about the calculation run.
- program
- VASP
- version
- VASP version
- subversion
- Subversion and build details, including compilation details.
- platform
- Operating system and compiler used.
- date
- Date the calculation was performed (YYYY MM DD)
- time
- Time the calculation was performed (HH:MM:SS)
Incar
Input parameters read from the INCAR file.
- SYSTEM
- System description: e.g., face-centered cubic Silicon.
- ISTART
- Controls how the wave functions are initialized.
- ICHARG
- Controls how the charge density is initialized.
- ENCUT
- Energy cutoff for plane-wave basis set in eV.
- ISMEAR
- Smearing method for occupations.
- SIGMA
- Smearing width in eV.
Primitive cell
- Structure
- Structure details of the primitive cell.
- Crystal
- Crystal lattice information.
- Basis
- Basis vectors of the primitive unit cell in Angstroms: [math]\displaystyle{ a_1, a_2, a_3 }[/math]
- Volume
- Volume of the primitive unit cell in ų.
- Rec_Basis
- Reciprocal lattice basis vectors: [math]\displaystyle{ b_1, b_2, b_3 }[/math]
- Positions
- Atomic positions within the primitive cell (in direct coordinates).
- Position of the first atom.
- Primitive_Index ?????
- Index representing the primitive cell.