.txt
that contains the rand_nrs_hashes of that seed.
[x] Put that seed for rand_nrs into: /snncompare/results/stage4/MDSA_1/redundancy_4/snns depending on the run_config. That way, you know the graph size from the results containing the rand_nr_hashes, and the rest of the run config; MDSA, m_val, redundancy etc from the folder location.
[x] Per seed, create a file named:
.txt
that contains the radiation_neuron_hashes of that seed.
[x] Put that seed for rand_nrs into: snncompare/results/stage4/MDSA_1/redundancy_4/neuron_death_0.01 depending on the run_config. That way, you know the graph size from the results containing the radiation_neuron_hash, and the rest of the run config; MDSA, m_val, redundancy etc from the folder location. (as well as the radiation level.
Include a list of seeds to hashes.
[x] Per seed, create a file named:
[x] Put that seed for rand_nrs into:
/snncompare/results/stage4/MDSA_1/redundancy_4/snns
depending on the run_config. That way, you know the graph size from the results containing the rand_nr_hashes, and the rest of the run config; MDSA, m_val, redundancy etc from the folder location.[x] Per seed, create a file named:
[x] Put that seed for rand_nrs into:
snncompare/results/stage4/MDSA_1/redundancy_4/neuron_death_0.01
depending on the run_config. That way, you know the graph size from the results containing the radiation_neuron_hash, and the rest of the run config; MDSA, m_val, redundancy etc from the folder location. (as well as the radiation level.