Week 1: Given four papers to read Giving version 1 of the psdlag program spent some time exploring the program mostly read papers Week 2: Given calibration data in the form of light curves produced by a known transfer function Did things, forgot to keep track Week 3-4ish: A script has been created to read an output file from psdlag and then plot the source and reprocessed power spectral densities, the cross-correlation power spectral density, and the phase difference between the signals. scripts/power_lag_plot.pl 2016- 2016-07-11 created gnuplot templates for plotting the timelags and power spectrum densities - still need to modify this for points to be evenly spaced in log space 2016-07-14 Ran through results with simple error checking and determined they made sense. Project can continue. 2016-07-15 Determined frequency binning for PSD and timelags: 0.0049999999 0.018619375 0.018619375 0.044733049 0.044733049 0.069336227 0.069336227 0.10747115 0.10747115 0.16658029 0.16658029 0.25819945 0.25819945 0.40020915 0.40020915 0.62032418 2016-07-18 Ran first MCMC run, need to analyze results 2016-07-25 Determined MC is definitely the way to go, with at least 1000 simulations. Setup scripts to run simulations on Thor, one simulation per processor. 2016-07-26 MC giving huge errors. Putting together plots to send to Dr. Zoghbi.