ACCarnall

bagpipes

Bagpipes is a state of the art code for generating realistic model galaxy spectra and fitting these to spectroscopic and photometric observations. Users should install with pip, not by cloning the repository.

SpectRes

SpectRes is a Python module which efficiently resamples spectra and their associated uncertainties onto an arbitrary wavelength grid. Read the documentation at

sed_fitting_tutorial

A tutorial on how to set up a very basic galaxy SED fitting routine.

ICIC_DAW

Code written for the 2018 ICIC data analysis workshop.

mpi4py_utils

Useful code for parallelising python code with mpi4py

egs_bagpipes

gibbs_sampler

Generalised Gibbs sampling code for higher-dimensional posterior distributions.

legac_may19

Results related to the Lega-C meeting in May 2019

loch_nest_monster

An ancient and mysterious nested sampling algorithm.

simple_gas_regulator

A very simple gas regulator model.

accarnall.github.io

bayesianflexifit

Code that replicates the Bagpipes fitting interface without the galaxies part

casey_dust_fitting

Basic code to fit the Casey (2012) dust model.

dense_basis

Dense Basis SED fitting

edinburgh_thesis

A modified version of the Edinburgh University thesis template

example_for_adriana

example_solar_data

Example data for third year spectroscopy labs

hiz_photometry

kmos_reduction

moons_redshifting

moons_snr

Comparisons between different MOONS exposure time calculation tools.

moonz

Automatic spectroscopic redshifting for MOONS

old_accarnall.github.io

My website

Oxford_seminar_180620

Slides for Oxford Galaxy Evolution Seminar

PyMultiNest

Pythonic Bayesian inference and visualization for the MultiNest Nested Sampling Algorithm and PyCuba's cubature algorithms.

smacs0723_nirspec

ssh_scp_scripts

scripts for easier ssh/scp

test

vandels_all_passive

"Final" fitting of the VANDELS passive sample