Python ore_required_topological Examples

Example #1

        except:
            text = example
    else:
        text = example

    reactions = parse_reactions(text)

    print("\nPART I - ORE required to produce 1 FUEL")

    print("\nStock method:")
    ore_used, i = ore_required_stock(reactions, 1)
    print(f"ORE used to produce one FUEL: {ore_used}; Took {i} iterations.")

    print("\nTopological ordering method:")
    ordering = topological_order(reactions)
    ore_used, i = ore_required_topological(reactions, ordering, 1)
    print(f"ORE used to produce one FUEL: {ore_used}; Took {i} iterations.")

    print("\nPART II - FUEL produced with 1 trillion ORE")
    TRILLION = int(1E12)
    estimations, order = estimate_fuel_produced(reactions, TRILLION)
    print(f"Estimated between {estimations[0]} and {estimations[1]} FUEL.")

    print("\nBisect method:")

    def f(x, reactions, ordering):
        ore, _ = ore_required_topological(reactions, ordering, x)
        return ore

    ordering = topological_order(reactions)
    args = (reactions, ordering)

Example #2

File: test_fuel_for_ore.py Project: alexdsmartins/rocket-fuel

 def f(x, reactions, ordering):
     ore, _ = ore_required_topological(reactions, ordering, x)
     return ore

Example #3

File: test_ore_required.py Project: alexdsmartins/rocket-fuel

def test_ore_required_topological(text, expected):
    reactions = parse_reactions(text)
    ordering = topological_order(reactions)
    ore, _ = ore_required_topological(reactions, ordering, 1)
    assert ore == expected