GitHub - StefanoV00/Complexity-Oslo_Model_2022: Analysis of Oslo Model simulations in the context of self-organised criticality, to investigate its time evolution, the critical state main fetaures, and the avalanche sze distributions, both for boundary and bulk driven models.

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Analysis of Oslo Model simulations in the context of self-organised criticality, to investigate its time evolution, the critical state main fetaures, and the avalanche sze distributions, both for boundary and bulk driven models.

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Name		Name	Last commit message	Last commit date
Latest commit History 2 Commits
InvestigationOsloModel.pdf		InvestigationOsloModel.pdf
README.TXT		README.TXT
complexity_bulkh.py		complexity_bulkh.py
complexity_bulkz.py		complexity_bulkz.py
complexity_functions.py		complexity_functions.py
complexity_input.py		complexity_input.py
complexity_project.py		complexity_project.py
complexity_testing.py		complexity_testing.py

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Required: NumPy, Scipy, Matplotlib, Numba, iMinuit, uncertainties, timeit, tqdm
          a LaTeX distribution (or comment out "text.usetex": True) after imports

complexity_input.py contains parameters that user may want to modify. The default ones
ensure rapid results, which resemble, but not perfectly match, the ones in report. 
The values of the parameters used for the report are written there too, as comments.

complexity_functions.py contains used functions.

complexity_testing, project, bulkh, bulkz are probably self explanatory.