GPAW¶

GPAW is a density-functional theory (DFT) Python code based on the projector-augmented wave (PAW) method and the atomic simulation environment (ASE). It uses real-space uniform grids and multigrid methods or atom-centered basis-functions.

homepage: https://wiki.fysik.dtu.dk/gpaw/

version	versionsuffix	toolchain
`1.4.0`	`-Python-3.6.6`	`foss/2018b`
`1.4.0`	`-Python-3.6.6`	`intel/2018b`
`19.8.1`	`-ASE-3.18.0-Python-3.6.6`	`foss/2018b`
`19.8.1`	`-Python-3.7.2`	`foss/2019a`
`19.8.1`	`-ASE-3.18.0-Python-3.6.6`	`intel/2018b`
`19.8.1`	`-Python-3.7.2`	`intel/2019a`
`20.1.0`	`-Python-3.7.4`	`foss/2019b`
`20.1.0`	`-Python-3.7.4`	`intel/2019b`
`20.10.0`	`-ASE-3.20.1-Python-3.7.4`	`foss/2019b`
`20.10.0`		`foss/2020b`
`20.10.0`	`-ASE-3.20.1-Python-3.7.4`	`intel/2019b`
`20.10.0`		`intel/2020b`
`21.1.0`	`-ASE-3.21.1`	`foss/2020b`
`21.1.0`	`-ASE-3.21.1`	`intel/2020b`
`21.6.0`	`-ASE-3.22.0`	`foss/2020b`
`21.6.0`		`foss/2021a`
`21.6.0`	`-ASE-3.22.0`	`intel/2020b`
`22.8.0`		`foss/2021b`
`22.8.0`		`foss/2022a`
`22.8.0`		`intel/2021b`
`22.8.0`		`intel/2022a`
`23.9.1`		`foss/2022a`
`23.9.1`		`foss/2023a`
`23.9.1`		`intel/2022a`
`24.1.0`		`foss/2022a`
`24.1.0`		`foss/2023a`
`24.1.0`		`intel/2022a`
`24.1.0`		`intel/2023a`
`24.6.0`	`-ASE-3.23.0`	`foss/2023a`
`24.6.0`	`-ASE-3.23.0`	`intel/2023a`

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