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Update output format

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v0.1
Alinson S. Xavier 6 years ago
parent 3b3d9bb3c1
commit 08d9b26a19
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3 changed files with 390 additions and 172 deletions
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332
instances/samples/s2_solution.json
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@ -1,137 +1,337 @@
{ {
"plants": { "plants": {
"Disassembly Plant (Darien)": { "Lead Recycling Plant": {
"Milwaukee": {
"total output": { "total output": {
"lead": 138000.0, "lead ingots": 189000.0
"plastic casings": 11500.0
}, },
"latitude": 43.05,
"fixed cost": 11000.0, "fixed cost": 11000.0,
"output": { "output": {
"lead": { "lead ingots": {
"Lead Recycling Plant (Milwaukee)": 138000.0 "Lead Sales Point": {
}, "Milwaukee": 189000.0
"plastic casings": { }
"Plastic Recycling Plant (Milwaukee)": 11500.0
} }
}, },
"total input": 230000.0, "longitude": -87.95,
"total input": 210000.0,
"transportation costs": { "transportation costs": {
"Origin (Westmont)": 204.0, "Disassembly Plant": {
"Origin (Darien)": 0.0, "Greendale": {
"Origin (Chicago)": 8673.0 "latitude": 42.9375,
"cost": 1411.56,
"distance": 13.07,
"longitude": -87.996944
},
"Darien": {
"latitude": 41.745556,
"cost": 29998.44,
"distance": 144.92,
"longitude": -87.981111
}
}
}, },
"variable costs": { "variable costs": {
"Origin (Westmont)": 3000.0, "Disassembly Plant": {
"Origin (Darien)": 3600.0, "Greendale": {
"Origin (Chicago)": 21000.0 "latitude": 42.9375,
"cost": 14400.0,
"longitude": -87.996944
},
"Darien": {
"latitude": 41.745556,
"cost": 27600.0,
"longitude": -87.981111
}
}
}, },
"input": { "input": {
"Origin (Westmont)": 25000.0, "Disassembly Plant": {
"Origin (Darien)": 30000.0, "Greendale": {
"Origin (Chicago)": 175000.0 "amount": 72000.0,
"latitude": 42.9375,
"longitude": -87.996944
},
"Darien": {
"amount": 138000.0,
"latitude": 41.745556,
"longitude": -87.981111
}
}
}
} }
}, },
"Plastic Sales Point (Milwaukee)": { "Disassembly Plant": {
"total output": {}, "Greendale": {
"fixed cost": 0.0, "total output": {
"output": {}, "lead": 72000.0,
"total input": 15750.0, "plastic casings": 6000.0
},
"latitude": 42.9375,
"fixed cost": 11000.0,
"output": {
"lead": {
"Lead Recycling Plant": {
"Milwaukee": 72000.0
}
},
"plastic casings": {
"Plastic Recycling Plant": {
"Milwaukee": 6000.0
}
}
},
"longitude": -87.996944,
"total input": 120000.0,
"transportation costs": { "transportation costs": {
"Plastic Recycling Plant (Milwaukee)": 0.0 "Origin": {
"Milwaukee": {
"latitude": 43.05,
"cost": 2352.6,
"distance": 13.07,
"longitude": -87.95
}
}
}, },
"variable costs": { "variable costs": {
"Plastic Recycling Plant (Milwaukee)": -9765.0 "Origin": {
"Milwaukee": {
"latitude": 43.05,
"cost": 21600.0,
"longitude": -87.95
}
}
}, },
"input": { "input": {
"Plastic Recycling Plant (Milwaukee)": 15750.0 "Origin": {
"Milwaukee": {
"amount": 120000.0,
"latitude": 43.05,
"longitude": -87.95
}
}
} }
}, },
"Lead Recycling Plant (Milwaukee)": { "Darien": {
"total output": { "total output": {
"lead ingots": 189000.0 "lead": 138000.0,
"plastic casings": 11500.0
}, },
"latitude": 41.745556,
"fixed cost": 11000.0, "fixed cost": 11000.0,
"output": { "output": {
"lead ingots": { "lead": {
"Lead Sales Point (Milwaukee)": 189000.0 "Lead Recycling Plant": {
"Milwaukee": 138000.0
} }
}, },
"total input": 210000.0, "plastic casings": {
"Plastic Recycling Plant": {
"Milwaukee": 11500.0
}
}
},
"longitude": -87.981111,
"total input": 230000.0,
"transportation costs": { "transportation costs": {
"Disassembly Plant (Darien)": 29998.44, "Origin": {
"Disassembly Plant (Greendale)": 1411.56 "Chicago": {
"latitude": 41.881944,
"cost": 8673.0,
"distance": 33.04,
"longitude": -87.627778
},
"Westmont": {
"latitude": 41.794444,
"cost": 204.0,
"distance": 5.44,
"longitude": -87.976389
},
"Darien": {
"latitude": 41.745556,
"cost": 0.0,
"distance": 0.0,
"longitude": -87.981111
}
}
}, },
"variable costs": { "variable costs": {
"Disassembly Plant (Darien)": 27600.0, "Origin": {
"Disassembly Plant (Greendale)": 14400.0 "Chicago": {
"latitude": 41.881944,
"cost": 21000.0,
"longitude": -87.627778
},
"Westmont": {
"latitude": 41.794444,
"cost": 3000.0,
"longitude": -87.976389
},
"Darien": {
"latitude": 41.745556,
"cost": 3600.0,
"longitude": -87.981111
}
}
}, },
"input": { "input": {
"Disassembly Plant (Darien)": 138000.0, "Origin": {
"Disassembly Plant (Greendale)": 72000.0 "Chicago": {
"amount": 175000.0,
"latitude": 41.881944,
"longitude": -87.627778
},
"Westmont": {
"amount": 25000.0,
"latitude": 41.794444,
"longitude": -87.976389
},
"Darien": {
"amount": 30000.0,
"latitude": 41.745556,
"longitude": -87.981111
}
}
}
} }
}, },
"Plastic Recycling Plant (Milwaukee)": { "Plastic Recycling Plant": {
"Milwaukee": {
"total output": { "total output": {
"plastic pellets": 15750.0 "plastic pellets": 15750.0
}, },
"latitude": 43.05,
"fixed cost": 11000.0, "fixed cost": 11000.0,
"output": { "output": {
"plastic pellets": { "plastic pellets": {
"Plastic Sales Point (Milwaukee)": 15750.0 "Plastic Sales Point": {
"Milwaukee": 15750.0
}
} }
}, },
"longitude": -87.95,
"total input": 17500.0, "total input": 17500.0,
"transportation costs": { "transportation costs": {
"Disassembly Plant (Darien)": 3833.134, "Disassembly Plant": {
"Disassembly Plant (Greendale)": 180.366 "Greendale": {
"latitude": 42.9375,
"cost": 180.366,
"distance": 13.07,
"longitude": -87.996944
},
"Darien": {
"latitude": 41.745556,
"cost": 3833.134,
"distance": 144.92,
"longitude": -87.981111
}
}
}, },
"variable costs": { "variable costs": {
"Disassembly Plant (Darien)": 920.0, "Disassembly Plant": {
"Disassembly Plant (Greendale)": 480.0 "Greendale": {
"latitude": 42.9375,
"cost": 480.0,
"longitude": -87.996944
},
"Darien": {
"latitude": 41.745556,
"cost": 920.0,
"longitude": -87.981111
}
}
}, },
"input": { "input": {
"Disassembly Plant (Darien)": 11500.0, "Disassembly Plant": {
"Disassembly Plant (Greendale)": 6000.0 "Greendale": {
"amount": 6000.0,
"latitude": 42.9375,
"longitude": -87.996944
},
"Darien": {
"amount": 11500.0,
"latitude": 41.745556,
"longitude": -87.981111
}
}
}
} }
}, },
"Lead Sales Point (Milwaukee)": { "Lead Sales Point": {
"Milwaukee": {
"total output": {}, "total output": {},
"latitude": 43.05,
"fixed cost": 0.0, "fixed cost": 0.0,
"output": {}, "output": {},
"longitude": -87.95,
"total input": 189000.0, "total input": 189000.0,
"transportation costs": { "transportation costs": {
"Lead Recycling Plant (Milwaukee)": 0.0 "Lead Recycling Plant": {
"Milwaukee": {
"latitude": 43.05,
"cost": 0.0,
"distance": 0.0,
"longitude": -87.95
}
}
}, },
"variable costs": { "variable costs": {
"Lead Recycling Plant (Milwaukee)": -519750.0 "Lead Recycling Plant": {
"Milwaukee": {
"latitude": 43.05,
"cost": -519750.0,
"longitude": -87.95
}
}
}, },
"input": { "input": {
"Lead Recycling Plant (Milwaukee)": 189000.0 "Lead Recycling Plant": {
"Milwaukee": {
"amount": 189000.0,
"latitude": 43.05,
"longitude": -87.95
}
}
} }
},
"Disassembly Plant (Greendale)": {
"total output": {
"lead": 72000.0,
"plastic casings": 6000.0
},
"fixed cost": 11000.0,
"output": {
"lead": {
"Lead Recycling Plant (Milwaukee)": 72000.0
},
"plastic casings": {
"Plastic Recycling Plant (Milwaukee)": 6000.0
} }
}, },
"total input": 120000.0, "Plastic Sales Point": {
"Milwaukee": {
"total output": {},
"latitude": 43.05,
"fixed cost": 0.0,
"output": {},
"longitude": -87.95,
"total input": 15750.0,
"transportation costs": { "transportation costs": {
"Origin (Milwaukee)": 2352.6 "Plastic Recycling Plant": {
"Milwaukee": {
"latitude": 43.05,
"cost": 0.0,
"distance": 0.0,
"longitude": -87.95
}
}
}, },
"variable costs": { "variable costs": {
"Origin (Milwaukee)": 21600.0 "Plastic Recycling Plant": {
"Milwaukee": {
"latitude": 43.05,
"cost": -9765.0,
"longitude": -87.95
}
}
}, },
"input": { "input": {
"Origin (Milwaukee)": 120000.0 "Plastic Recycling Plant": {
"Milwaukee": {
"amount": 15750.0,
"latitude": 43.05,
"longitude": -87.95
}
}
}
} }
} }
}, },

86
src/model.jl
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@ -262,61 +262,97 @@ function get_solution(instance::ReverseManufacturingInstance,
) )
for (plant_name, plant) in instance.plants for (plant_name, plant) in instance.plants
skip_plant = true
plant_dict = Dict{Any, Any}()
input_product_name = plant["input"] input_product_name = plant["input"]
for (location_name, location) in plant["locations"] for (location_name, location) in plant["locations"]
skip_plant = true skip_location = true
process_node = model.process_nodes[input_product_name, plant_name, location_name] process_node = model.process_nodes[input_product_name, plant_name, location_name]
dict = Dict{Any, Any}( plant_loc_dict = Dict{Any, Any}(
"input" => Dict(), "input" => Dict(),
"output" => Dict(), "output" => Dict(),
"total input" => 0.0, "total input" => 0.0,
"total output" => Dict(), "total output" => Dict(),
"transportation costs" => Dict(), "transportation costs" => Dict(),
"variable costs" => Dict(), "variable costs" => Dict(),
"latitude" => location["latitude"],
"longitude" => location["longitude"],
) )
dict["fixed cost"] = round(vals[process_node] * process_node.cost, digits=5) plant_loc_dict["fixed cost"] = round(vals[process_node] * process_node.cost, digits=5)
output["costs"]["fixed"] += dict["fixed cost"] output["costs"]["fixed"] += plant_loc_dict["fixed cost"]
# Inputs # Inputs
for a in process_node.incoming_arcs for a in process_node.incoming_arcs
if vals[a] > 0 if vals[a] <= 0
continue
end
skip_plant = skip_location = false
val = round(vals[a], digits=5) val = round(vals[a], digits=5)
skip_plant = false if !(a.source.plant_name in keys(plant_loc_dict["input"]))
source_key = "$(a.source.plant_name) ($(a.source.location_name))" plant_loc_dict["input"][a.source.plant_name] = Dict()
dict["input"][source_key] = val plant_loc_dict["transportation costs"][a.source.plant_name] = Dict()
dict["total input"] += val plant_loc_dict["variable costs"][a.source.plant_name] = Dict()
end
if a.source.plant_name == "Origin"
product = instance.products[a.source.product_name]
source_location = product["initial amounts"][a.source.location_name]
else
source_plant = instance.plants[a.source.plant_name]
source_location = source_plant["locations"][a.source.location_name]
end
# Input
plant_loc_dict["input"][a.source.plant_name][a.source.location_name] = dict = Dict()
dict["amount"] = val
dict["latitude"] = source_location["latitude"]
dict["longitude"] = source_location["longitude"]
plant_loc_dict["total input"] += val
# Transportation costs
cost_transportation = round(a.costs["transportation"] * val, digits=5) cost_transportation = round(a.costs["transportation"] * val, digits=5)
cost_variable = round(a.costs["variable"] * val, digits=5) plant_loc_dict["transportation costs"][a.source.plant_name][a.source.location_name] = dict = Dict()
dict["transportation costs"][source_key] = cost_transportation dict["cost"] = cost_transportation
dict["variable costs"][source_key] = cost_variable dict["latitude"] = source_location["latitude"]
dict["longitude"] = source_location["longitude"]
dict["distance"] = a.values["distance"]
output["costs"]["transportation"] += cost_transportation output["costs"]["transportation"] += cost_transportation
cost_variable = round(a.costs["variable"] * val, digits=5)
plant_loc_dict["variable costs"][a.source.plant_name][a.source.location_name] = dict = Dict()
dict["cost"] = cost_variable
dict["latitude"] = source_location["latitude"]
dict["longitude"] = source_location["longitude"]
output["costs"]["variable"] += cost_variable output["costs"]["variable"] += cost_variable
end end
end
# Outputs # Outputs
for output_product_name in keys(plant["outputs"]) for output_product_name in keys(plant["outputs"])
dict["output"][output_product_name] = output_dict = Dict() plant_loc_dict["total output"][output_product_name] = 0.0
dict["total output"][output_product_name] = 0.0 plant_loc_dict["output"][output_product_name] = product_dict = Dict()
decision_node = model.decision_nodes[output_product_name, plant_name, location_name] decision_node = model.decision_nodes[output_product_name, plant_name, location_name]
for a in decision_node.outgoing_arcs for a in decision_node.outgoing_arcs
if vals[a] > 0 if vals[a] <= 0
val = round(vals[a], digits=5) continue
skip_plant = false
dict["total output"][output_product_name] += val
dest_key = "$(a.dest.plant_name) ($(a.dest.location_name))"
output_dict[dest_key] = val
end end
skip_plant = skip_location = false
if !(a.dest.plant_name in keys(product_dict))
product_dict[a.dest.plant_name] = Dict{Any,Any}()
end
val = round(vals[a], digits=5)
plant_loc_dict["total output"][output_product_name] += val
product_dict[a.dest.plant_name][a.dest.location_name] = val
end end
end end
if !skip_plant if !skip_location
key = "$(plant_name) ($(location_name))" plant_dict[location_name] = plant_loc_dict
output["plants"][key] = dict end
end end
if !skip_plant
output["plants"][plant_name] = plant_dict
end end
end end

34
test/model_test.jl
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@ -46,33 +46,15 @@ using ReverseManufacturing, Cbc, JuMP, Printf
arc = p2_f1_l1.incoming_arcs[1] arc = p2_f1_l1.incoming_arcs[1]
@test arc.values["weight"] == 0.2 @test arc.values["weight"] == 0.2
@test isempty(arc.costs) @test isempty(arc.costs)
# @show model.mip
# JuMP.optimize!(model.mip)
# values = Dict(a => JuMP.value(model.vars.flow[a]) for a in model.arcs)
# @printf("source,dest,amount\n")
# for (arc, value) in values
# if value > 1e-6
# @printf("%s-%s-%s,%s-%s-%s,%.2f\n",
# arc.source.plant_name,
# arc.source.location_name,
# arc.source.product_name,
# arc.dest.plant_name,
# arc.dest.location_name,
# arc.dest.product_name,
# value)
# end
# end
# for a in model.arcs
# @printf("%20s\t%20s\t%8.2f\n",
# "$(a.source.product_name) $(a.source.plant_name) $(a.source.location_name)",
# "$(a.dest.product_name) $(a.dest.plant_name) $(a.dest.location_name)",
# a.weight)
# end
end end
@testset "Solve" begin @testset "Solve" begin
ReverseManufacturing.solve("$(pwd())/../instances/samples/s2.json") solution = ReverseManufacturing.solve("$(pwd())/../instances/samples/s1.json")
@test "plants" in keys(solution)
@test "F1" in keys(solution["plants"])
@test "F2" in keys(solution["plants"])
@test "F3" in keys(solution["plants"])
@test "F4" in keys(solution["plants"])
@test "L2" in keys(solution["plants"]["F1"])
@test "total output" in keys(solution["plants"]["F1"]["L2"])
end end
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