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October 17, 2017 00:53
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Profit Maximization Problem with Pulp
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import pulp | |
# Code for this walkthrough: http://benalexkeen.com/linear-programming-with-python-and-pulp-part-3/ | |
model = pulp.LpProblem("Profit maximising problem", pulp.LpMaximize) | |
# Declare variables | |
A = pulp.LpVariable('A', lowBound=0, cat='Integer') | |
B = pulp.LpVariable('B', lowBound=0, cat='Integer') | |
# Objective function | |
model += 30000 * A + 45000 * B, "Profit" | |
# Constraints | |
model += 3 * A + 4 * B <= 30 | |
model += 5 * A + 6 * B <= 60 | |
model += 1.5 * A + 3 * B <= 21 | |
# Solve our problem | |
model.solve() | |
print(pulp.LpStatus[model.status]) | |
# Print our decision variable values | |
print("Production of Car A = {}".format(A.varValue)) | |
print("Production of Car B = {}".format(B.varValue)) | |
# Print our objective function value | |
print(pulp.value(model.objective)) | |
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