- he6-cres-spec-sims
- c-urchin
- Power-Calculations
- He6_Beta_Spectrum
- He6DAQ
- cnidaria
- rocks_analysis_pipeline
- cres_analysis_pipeline
- coral_reef
- Sideband_Classification
- Betta_fish
This repo contains scripts for running katydid on the CENPA cluster (rocks) and then conducting the python post processing.
Python 1
Forked from project8/locust_mc
Monte Carlo including correlation between channels
C++
Forked from project8/Kassiopeia
Simulation of electric and magnetic fields and particle tracking
C++
A python package to simulate cres data for the 6He CRES experiment at CENPA (University of Washington).
This repo contains scripts for running katydid on the CENPA cluster (rocks) and then conducting the python post processing.
Script that follows clustering to identify sidebands and calculate axial frequencies
A package illustrating how a deep learning approach to event classification could solve a few of our experiment's trickiest analysis issues (snr fluctuations, sidebands,...).
Python script to calculate powers of CRES trajectories in our guide, includes a number of analysis functions.
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