polyLOP/main.py at main · ecological-systems-design/polyLOP · GitHub

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from src.figures import (plot_network, plot_region, plot_system_contribution, plot_biogenic_carbon_impact,
                         plot_fossil_fuel_impacts, plot_scenarios, plot_sensitivity_biomass,
                         plot_sensitivity_electricity, plot_demand_sensitivity, plot_ele_biomass_demand_sensitivity,
                         plot_image_map, plot_allocation, plot_pareto_curves
                         )
from src.optimization import MasterFile

# Press the green button in the gutter to run the script.
if __name__ == '__main__':
    master_file_path = r'data/raw/master_file_health_large_biomass.xlsx'
    user_input_file = r'data/raw/user_inputs.xlsx'
    plastics_file_path = r'data/raw/bioplastics_vs_fossil.xlsx'
    user_input = MasterFile(user_input_file, master_file_path, plastics_file_path)

    # '''
    # Fig 1
    plot_scenarios(master_file_path, plastics_file_path)  # waterfall and radar
    plot_pareto_curves(user_input)
    user_input.carbon_flow_sankey('GHG', scenario='with_ccs')
    plot_system_contribution(master_file_path, plastics_file_path, 'World')
    # Fig 2
    plot_sensitivity_electricity(master_file_path, plastics_file_path)
    plot_sensitivity_biomass(master_file_path, plastics_file_path)
    # Fig 3
    plot_fossil_fuel_impacts(master_file_path, plastics_file_path)
    plot_ele_biomass_demand_sensitivity(user_input_file, master_file_path, plastics_file_path)
    # Fig 4
    plot_demand_sensitivity(master_file_path, plastics_file_path)
    # Fig 5
    plot_region(master_file_path, plastics_file_path)
    # others
    user_input.calculate_product_impacts('GHG')
    user_input.carbon_flow_sankey('GHG', scenario='with_ccs')
    user_input.export_process_list()
    # '''
    # -----------------SI-------------------
    plot_image_map(master_file_path, plastics_file_path)
    plot_allocation(master_file_path, plastics_file_path)

    plot_biogenic_carbon_impact(user_input)
    plot_network(user_input)