This repository should provide an extended tool for the analysis of spectral data and the investigation of ices (frozen molecules) in proto-stellar envelopes and other cool environments.
The aim is the unification and optimization of pre-existing codes to create a unified routine to make radiative transfer modelling possible.
Input files: [add manually to the respective directory: /lab_data, /obs_data, /ref_data]
- laboratory absorbance spectra of molecules at specific temperatures
- data can be found in the LIDA-database [https://icedb.strw.leidenuniv.nl/]
- the folder structure is adjusted to the format in which files can be downloaded from LIDA
- flux of observational spectrum of the desired object
- for reference: the absorbance spectra in the same form as the lab spectra
Output in different steps:
- optical constants (n/k) for laboratory data
- optical depth for molecules of choice
- RADMC-3D modelling of selected source with the chosen laboratory data
Prequisitions: Included codes which require separate activation:
- optool
- RADMC-3D
the procedure for these codes can be found in the respective README-files in the folders 5/6.
General user manual:
-
$git clone$ this repository to your local machine - Activate the codes mentioned above
- Search and add the input files you wish to investigate
- Adjust the variables in the top-most parameter.py file to your setup of interest
- Open a terminal and run