A collection of coding projects I have made during my undergrad for classes, past co-op work, and volunteer work. All of the code included here was written in Python using either Python notebooks or PyCharm, but most have been converted to notebooks for ease of viewing.
My most recent code for class assignments/projects is in 'Phys411_FinalProject_Plovie', and my most recent co-op/volunteer work that I am able to publically share is in both 'SF_Plots_General' and 'coadd_maps'. The former (Phys411...) involves analyzing weather station data from the greater Victoria region using methods including probability density functions, power spectral density functions, cross-correlations, spectrograms, and structure functions, and was part of a written report for a time series analysis class. For the latter, 'SF_Plots_General' involves analyzing the JCMT transient survey light curve data for deeply embedded protostars, their disks, and prestellar cores using a structure function analysis to search for intrinsic variability timescales. This was done for up to eight star-forming regions, but the code provided is a sample using data from only one of these regions. 'coadd_maps' involves searching for linear substructures in star-forming regions using Hough Transforms on FITS files.
All code for 'Phys321A' documents is mostly numerical integration methods involving ordinary differential equations used in classical mechanics. I have also included some volunteer research work involving finding and analyzing the emission lines of high-redshift galaxies under the names 'project_spt0348' and 'project_spt2052', which is some of my earlier volunteer-based research work.
Thanks for visiting!