Deleted main.py

sw/main.py

@@ -1,73 +0,0 @@
-import numpy as np
-
-from decoders import proximal, maximum_likelihood
-from cpp_modules import cpp_decoders
-from utility import codes
-from utility.simulation import SimulationManager
-from utility.simulation.simulators import ProximalDecoderSimulator
-
-
-def start_new_simulation(sim_mgr: SimulationManager):
-    sim_name = "test"
-
-    # H = codes.Gs["Hamming_7_4"]
-    # H = codes.read_alist_file("res/204.3.486.alist")
-    # H = codes.read_alist_file("res/204.55.187.alist")
-    H = codes.read_alist_file("res/96.3.965.alist")
-    # H = codes.read_alist_file("res/408.33.844.alist")
-    # H = codes.read_alist_file("res/PEGReg252x504.alist")
-    # H = codes.read_alist_file("res/999.111.3.5543.alist")
-    # H = codes.read_alist_file("res/999.111.3.5565.alist")
-    # H = codes.read_alist_file("res/816.1A4.845.alist")
-    n_min_k, n = H.shape
-    k = n - n_min_k
-
-    decoders = [
-        cpp_decoders.ProximalDecoder(H.astype('int32'), gamma=0.01, K=1000,
-                                     omega=1e-4, eta=1.5),
-        cpp_decoders.ProximalDecoder(H.astype('int32'), gamma=0.05, K=1000,
-                                     omega=5 * 1e-5, eta=1.5),
-        cpp_decoders.ProximalDecoder(H.astype('int32'), gamma=0.15, K=1000,
-                                     omega=1e-4, eta=1.5)
-    ]
-
-    labels = [
-        "proximal $\\gamma = 0.01$",
-        "proximal $\\gamma = 0.05$",
-        "proximal $\\gamma = 0.15$"
-    ]
-
-    sim = ProximalDecoderSimulator(n=n, k=k, decoders=decoders,
-                                              target_frame_errors=100,
-                                              SNRs=np.arange(1, 6, 0.5),
-                                              max_num_iterations=3000)
-
-    sim_mgr.configure_simulation(simulator=sim, name=sim_name,
-                                 column_labels=labels)
-    sim_mgr.simulate()
-
-
-def main():
-    # Perform necessary initialization
-
-    results_dir = "sim_results"
-    saves_dir = "sim_saves"
-
-    sim_mgr = SimulationManager(results_dir=results_dir,
-                                saves_dir=saves_dir)
-
-    # Calculate BERs
-
-    unfinished_sims = sim_mgr.get_unfinished()
-
-    if len(unfinished_sims) > 0:
-        print("Found unfinished simulation. Picking up where it was left of")
-
-        sim_mgr.load_unfinished(unfinished_sims[0])
-        sim_mgr.simulate()
-    else:
-        start_new_simulation(sim_mgr)
-
-
-if __name__ == "__main__":
-    main()