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nomad-parser-exciting's Introduction

This is a NOMAD parser for exciting. It will read exciting input and output files and provide all information in NOMAD's unified Metainfo based Archive format.

Preparing code input and output file for uploading to NOMAD

NOMAD accepts .zip and .tar.gz archives as uploads. Each upload can contain arbitrary files and directories. NOMAD will automatically try to choose the right parser for you files. For each parser (i.e. for each supported code) there is one type of file that the respective parser can recognize. We call these files mainfiles as they typically are the main output file a code. For each mainfile that NOMAD discovers it will create an entry in the database that users can search, view, and download. NOMAD will associate all files in the same directory as files that also belong to that entry. Parsers might also read information from these auxillary files. This way you can add more files to an entry, even if the respective parser/code might not directly support it.

For exciting please provide at least the files from this table if applicable to your calculations (remember that you can provide more files if you want):

Input Filename Description
INFO.OUT mainfile
BAND-QP.OUT
BANDLINES.OUT
DIELTENS0*.OUT
DIELTENS0_NOSYM*.OUT
EIGVAL.OUT
EPSILON_*FXC*_OC*.OUT
EPSILON_*NLF_FXC*_OC*.OUT
EPSILON_BSE*_SCR*_OC*.OUT
EVALQP.DAT or EVALQP.TXT
EXCITON_BSE*_SCR*_OC*.OUT
FERMISURF.bxsf
GQPOINTS*.OUT
GW_INFO.OUT
INFO_VOL
LOSS_*FXC*_OC*.OUT
LOSS_*NLF_*FXC*_OC*.OUT
QPOINTS.OUT
SIGMA_*FXC*_OC*.OUT
SIGMA_*NLF_FXC*_OC*.OUT
SIGMA_BSE*_SCR*_OC*.OUT
TDOS-QP.OUT time dependent DOS
bandstructure-qp.dat
bandstructure.xml (vertexLabGWFile)
bandstructure.xml
dos.xml
input-gw.xml
input.xml (GSFile)
input.xml (XSFile)
str.out

To create an upload with all calculations in a directory structure:

zip -r <upload-file>.zip <directory>/*

Go to the NOMAD upload page to upload files or find instructions about how to upload files from the command line.

Using the parser

You can use NOMAD's parsers and normalizers locally on your computer. You need to install NOMAD's pypi package:

pip install nomad-lab

To parse code input/output from the command line, you can use NOMAD's command line interface (CLI) and print the processing results output to stdout:

nomad parse --show-archive <path-to-file>

To parse a file in Python, you can program something like this:

import sys
from nomad.cli.parse import parse, normalize_all

# match and run the parser
archive = parse(sys.argv[1])
# run all normalizers
normalize_all(archive)

# get the 'main section' section_run as a metainfo object
section_run = archive.section_run[0]

# get the same data as JSON serializable Python dict
python_dict = section_run.m_to_dict()

Developing the parser

Create a virtual environment to install the parser in development mode:

pip install virtualenv
virtualenv -p `which python3` .pyenv
source .pyenv/bin/activate

Install NOMAD's pypi package:

pip install nomad-lab

Clone the parser project and install it in development mode:

git clone https://github.com/nomad-coe/nomad-parser-exciting.git nomad-parser-exciting
pip install -e nomad-parser-exciting

Running the parser now, will use the parser's Python code from the clone project.

nomad-parser-exciting's People

Contributors

temok-cse avatar fawzi avatar markus1978 avatar ladinesa avatar lauri-codes avatar

Watchers

James Cloos avatar  avatar Adam Fekete avatar Luigi Sbailò avatar Joseph Rudzinski avatar

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