semvec/pypi-packages huggingface dataset:
PyAdvys 0.4.0
Facilita o desenvolvimento de aplicações
License: MIT
Requires Python: >=3.10

# Py Advys

Biblioteca com ferramentas para auxiliar no desenvolvimento de aplicações!

### instalação
```
pip install --upgrade PyAdvys
```
### Inicializa configurações
```
pyadvys-config-ini.exe
```

### Atualiza os caminhos das imagens e diretórios 
```
pyadvys-atualiza-estrutura.exe
```
## Pacotes

* advys_configuracoes
* advys_estrutura
* advys_servicos
* advys_utilitarios
* advys_validadores
pyfhiaims 0.0.9
An FHI-aims official Python package
License: MIT
Requires Python: >=3.10
Keywords: electronic structure, FHI-aims

# pyfhiaims – an FHI-aims Python suite 

## Installation

You can install `pyfhiaims` from PyPI via `pip`:
```bash
pip install pyfhiaims
```

Or, alternatively, you can install it from the main branch of this Git repository:
```bash
git clone https://gitlab.com/FHI-aims-club/pyfhiaims.git
cd pyfhiaims
pip install .
```

## Usage
The main purpose of the package is to provide an interface to build input files 
for FHI-aims and to parse its outputs.

The input files can be created in the following way:
* `geometry.in` - build from ASE or pymatgen objects:
```python
from ase.build import bulk
from pyfhiaims.geometry import AimsGeometry

cu = bulk('Cu', 'fcc', a=3.6)
aims_cu = AimsGeometry.from_atoms(cu)
aims_cu.write_file("geometry.in")
```

* `control.in` - build from Python dictionary:
```python
import os
from pyfhiaims.control import AimsControl

# create the dictionary of input parameters
params = {"xc": "pbe",
          "species_dir": os.path.join(os.getenv("AIMS_SPECIES_DIR"), "light"),
          "k_grid": (7, 7, 7)
          }

# create the AimsControl object
control_in = AimsControl(parameters=params)
control_in.write_file(aims_cu)
```

The FHI-aims output file can be parsed in the following way:
```python
from pyfhiaims import AimsStdout

stdout = AimsStdout("aims.out")
```
Then you can access all the parsed results (`stdout.results`),
run metadata (runtime choices and some geometry statistics — 
`stdout.metadata`), warnings (`stdout.warnings`), and errors.
Also, `stdout.is_finished_ok` tells if FHI-aims run has been finished 
without any errors.

There are several properties defined that make access to different 
widely used values easier, like `energy` and `forces`. 
Also, the top level keys of `stdout.results` dictionary can be accessed 
using dot notation (so run times can be accessed with 
`stdout.final["time"]`). 

There are many values that are parsed from the `aims.out` file; you are 
welcome to explore `stdout.results` dictionary. 

## Support
Just write us an issue in the issue tracker!

## Roadmap
To be written...

## Contributing
Contributions are extremely welcome!

## Authors and acknowledgment
The package was written by:
 * Tom Purcell
 * Andrei Sobolev

## License
The project is licensed under MIT license.