EXAMPLE install-and-run:

$ python install.py path-to-aer-tars/ aer

$ python createModel.py

$ python readTAPE5lblrtm.py models/maunakea/TAPE5_lblrtm

$ python plotSpectrum.py models/maunakea/TAPE30_maunakea

install.py: extract and compile AER's LNFL and LBLRTM

$ python install.py AER-tars-dir source-dir build-dir, or

$ python install.py AER-tars-dir source-and-build-dir

• where AER-tars-dir contains aer_lblrtm_v12.X_lnfl_v3.X.tar.gz and aer_v_3.X.tar.gz
• request AER tars from http://rtweb.aer.com/lblrtm_code.html

run.py: run LNFL and/or LBLRTM, when there is a TAPE5_lnfl and TAPE5_lblrtm to use

$ python run.py --lblrtm model-dir, run only LBLRTM to produce model

$ python run.py --lnfl model-dir, run only LNFL to produce linefile for LBLRTM

supported by:

• makeTAPE5lblrtm.py, cannot be run from command line
• makeTAPE5lnfl.py, cannot be run from command line

readTAPE5lblrtm.py: prints LBLRTM TAPE5 records and entries to console

$ python readTAPE5lblrtm.py path-to/TAPE5_lblrtm

fitter.py: try to match input spectrum iteratively with LBLRTM models

• edit main function to enter parameters
• algorithms are NOT polished

$ python fitter.py algorithm-int-0-to-3 path-to/input-spectrum-file

createModel.py: create LNFL TAPE5, run LNFL, create LBLRTM TAPE5, run LBLRTM

• edit main function to enter parameters

$ python createModel.py

plotSpectrum.py: can parse LBLRTMs output spectrum TAPEs, (beta) ATRAN model file

$ python plot.py path-to/TAPE30-or-29-28-27