CS1840FinalProject

Project Links. Start at "Project Codebase" to learn what we need to install and how to fire up an example run.
https://docs.google.com/document/d/1LfbgGxZFaajdqr7RQTxCwePTGPxQsEasQgVUUqDy2tU/edit?tab=t.0

Here are all the relevant folders:

cs1840final: basically a virtual environment, run it by doing source cs1840final/bin/activate
Final_Paper.pdf: the author paper
rlcsp: where we'll run our experiments from, specifically using rlcsp/rlcsp.py and input_FUSE/[one of the input.py files in here]
FUSE_RL: we won't have to edit this but this just serves as a helpful package for rlcsp to do its thing (plus, it had some nice exmaples to help us set up)

Name		Name	Last commit message	Last commit date
Latest commit History 33 Commits
FUSE_RL		FUSE_RL
backup		backup
build/lib/fuse_rl		build/lib/fuse_rl
cs1840final		cs1840final
dist		dist
fuse_rl.egg-info		fuse_rl.egg-info
rlcsp		rlcsp
.DS_Store		.DS_Store
.python-version		.python-version
CS184_Project_Final_Report__Shareable_.pdf		CS184_Project_Final_Report__Shareable_.pdf
Final_Paper.pdf		Final_Paper.pdf
README.md		README.md
Run_Analysis.ipynb		Run_Analysis.ipynb
T.p		T.p
accepted_energies.txt		accepted_energies.txt
bondtable.npz		bondtable.npz
ca.p		ca.p
cubes.p		cubes.p
current_structure.cif		current_structure.cif
current_structure.p		current_structure.p
energies.p		energies.p
generation_complete.p		generation_complete.p
generation_moves.p		generation_moves.p
graph_output.csv		graph_output.csv
hexagonal.p		hexagonal.p
ini_energies.p		ini_energies.p
initial_structures.p		initial_structures.p
log_file.csv		log_file.csv
lowest_energy_structure.cif		lowest_energy_structure.cif
monoclinic.p		monoclinic.p
moves.p		moves.p
orthorhombic.p		orthorhombic.p
output.txt		output.txt
r.p		r.p
search.p		search.p
search_structures.p		search_structures.p
tetragonal.p		tetragonal.p

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