aphearin

Argonne National Lab

Pinned Repositories

accelerating_python
Repo demonstrating a specific example of how to use cython to speed up python
Language:Jupyter Notebook4 1 02
cosmojax
JAX implementations of some basic cosmology calculations
Language:Python3 2 00
cython_c_extension_example
Minimal example of how to write a cython wrapper around a C function
Language:Jupyter Notebook8 3 11
cython_pkg_demo
Working example of a python package with a cython module
Language:Python2 1 00
decorator-pattern-example
Simple code showing how to implement the decorator design pattern in python
Language:Python1 1 11
diffsats
JAX-based implementation of SatGen
Language:Python3 3 11
ellipsoidal_nfw
Monte Carlo realizations of ellipsoidal NFW halo profiles
Language:Jupyter Notebook1 2 01
galsampler
Tools for Monte Carlo resampling a synthetic galaxy catalog
Language:Python1 1 02
halotools
Python package for studying large-scale structure, cosmology, and galaxy evolution using N-body simulations and halo models
Language:Python2 2 241

aphearin's Repositories

aphearin/accelerating_python
Repo demonstrating a specific example of how to use cython to speed up python
Language:Jupyter Notebook4 1 02
aphearin/abhod_mcmc
Modules and script to run MCMC for a decorated HOD
Language:Python
aphearin/astropy
Repository for the Astropy core package
Language:Python
aphearin/CCL
DESC Core Cosmology Library: cosmology routines with validated numerical accuracy
Language:C0 0
aphearin/chopped_data_distribution
Disposable development code for distributing simulated data with mpi4py and thechopper
Language:Python
aphearin/cleansweep
Package providing empirical modeling of host galaxy extinction
Language:Jupyter Notebook2 0
aphearin/conda-channel-astropy
Packages built for the astropy conda channel
Language:Batchfile1 0
aphearin/conditional_percentile
Cython calculation of the rank-order percentile calculated over a sliding window
Language:Python1 0
aphearin/Corrfunc
Blazing fast correlation functions on the CPU.
Language:C1 0
aphearin/ctwalker
Data processing and analysis tools for Consistent Trees outputs
Language:Python
aphearin/descqa
A validation framework and tests for mock galaxy catalogs and beyond
Language:Python0 0
aphearin/dev_dc2_agn_model
Experimentation repo for modifications to the AGN model used in the DC2 image simulations
Language:Jupyter Notebook2 0
aphearin/empirical_disk_bulge
Empirical model for the evolution of galaxy disk and bulge
Language:Jupyter Notebook2 4
aphearin/eve_demo
some description
0 0
aphearin/galsampler_trial_problems
Trial problems for development of galsampler package
Language:Jupyter Notebook0 0
aphearin/gcr-catalogs
This repository hosts LSST DESC GCR catalogs
Language:Python
aphearin/genericio
Fork of Argonne's genericio https://trac.alcf.anl.gov/projects/genericio
Language:C++0 0
aphearin/halotools_demo_kitp_2017
Jupyter Notebook giving live demo of Halotools
Language:Jupyter Notebook
aphearin/halotools_release_paper
publication associated with Halotools v0.2 - this will be the standard paper to cite for scientists using halotools in their publications
Language:TeX3 03
aphearin/hmf_sham
Demonstrate how to do cumulative number density matching using the `hmf` package
Language:Jupyter Notebook
aphearin/ia_kernels
Numpy kernels for calculations related to modeling intrinsic alignments of galaxy shapes
Language:Jupyter Notebook0 0
aphearin/mah_fitting_funcs
Common fitting functions for dark matter halo mass assembly histories
Language:Jupyter Notebook2 0
aphearin/pca_nfw_demo
Two simple examples of using PCA: Gaussian random data, and NFW halo profiles
Language:Jupyter Notebook0 0
aphearin/rescaling_protoDC2
modules storing post-processing protoDC2 functions
Language:Jupyter Notebook
aphearin/segmass
Repository using Halotools to study the impact of satellite mass segregation on large-scale structure observables
Language:TeX1 1
aphearin/start_paper
Make a folder containing everything you need to start writing an LSST DESC paper or Note
Language:Makefile0 0
aphearin/subhalo_based_csmf
Halotools-based implementation of a Conditional Stellar Mass Function model that exploits semi-analytic fitting functions for the subhalo mass function
Language:Jupyter Notebook
aphearin/sublime_settings
User settings for Sublime Text 3 and its plugins
0 0
aphearin/throughputs
LSST Simulations repository for baseline evaluation information
Language:Python0 0
aphearin/triaxial-satellites
Model implementing triaxial satellite distributions with ellipsoidal NFW profiles and axis-ratios fit to simulations
Language:Jupyter Notebook2