just the IRCAM HRTFs
Main entry: generate_results.py. You need to edit:
CURRENT_TEST: include a significant string that will be the directory for these results, and a mnemonic for what you're currently checkinggenerate_results.py and wait for the results to be generated. You'll find that, inside the results folder, a folder with your CURRENT_TEST name was created, with the various models inside. In each subdirectory, you'll find a list of each result object (it's just a large dict in a binary .pic file) and a "report card" with an image with a collage of results.maybe you ran out of memory, maybe you ran out of battery. figure out how many of your trials (trial = simulation run with a specific set of parameters, model, input and cochlea) were completed, and what you still need to run. to do this, check your results folder, read your terminal output, or find the corresponding log file inside logs (look for the name of the script that generated it (probably generate_results.py and the date)). Then run the remaining trials to complete the dataset. You can then manually run the manually_generate_reports.py after setting the correct folder inside (default is CURRENT_TEST from generate_results.py).
I've explored a couple different avenues to run this code in a way that allows me to make changes, and decided that my favorite development-oriented way is using During my exploration, I've considered using docker (what nest is distributed mostly through), but found it inefficient for my workflow; you can find a complete example in the docker folder
Instead, I ended up finding the "manual" way actually faster. I used micromamba; fast, single-executable, supports bash, fish, zsh, definitely recommended. conda would probably work just as well.
mamba create -n hears -f hears.ymlmamba activate hears