Accompanying several written publications, I (or my collaborators) have published software packages in the spirit of open science and for the community to use.
MATISSE LM Data Reduction
https://github.com/jwisbell/matisse_lm_datareduction
Python scripts to process MATISSE LM-band for faint sources.
Usage
- First run the standard ESO Data Reduction Software (DRS) pipeline (https://www.eso.org/sci/software/pipelines/) on your target and calibrator
- Make a config file (see the example in ./scripts) for each observing block (OB)
- Run the
lm_cflux_cphase_extraction.pyscript for each config file. - Calibrate the fluxes of your data using the
lm_custompipe_calibration.pyscript
From there you have flux calibrated data for each exposure. You can do further Beam Commuting Device (BCD) calibration or averaging of exposures on a single baseline in the standard way for MATISSE.
This package was used in The dusty heart of Circnus. II and in my PhD thesis.
Gravity Sandbox (Gravbox)
https://github.com/jwisbell/gravity_sandbox
Augmented Reality Gravitational Dynamics Sandbox - GravBox - Version 1.0 (December 2017)
Created at the University of Iowa
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Written by Jacob Isbell, Sophie Deam, Jianbo Lu, and Tyler Stercula
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Graphics made by Jeremy Swanson and Jacob Isbell
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Hardware by Mason Reed, Ross McCurty, Sadie Moore, and Wyatt Bettis
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Supervised by Hai Fu
All-Sky Camera Visualization
https://github.com/jwisbell/allsky_camera
Basic python package for overplotting constellations on an all-sky camera image, for making basic measurements, and for making nightly videos. Briefly used at the University of Iowa before a lightning strike.
Faraday Rotation CNN
https://github.com/jwisbell/faraday_cnn
Scripts accompanying Brown et al. (2019) using convolutional neural networks to estimate Faraday rotation in Square Kilometer Array observations.