public void TestExcelSampleInput()
{
XmlEngine e = new XmlEngine();
var network = e.XmlFileToNetwork(
XDocument.Load("../../TestNetworks/NewSampleInputs_orig.xml")
);
#region Check link information
// Rely on order to match links.
Link[] expectedLinks = new Link[]
{
new Link() { Distance = 681, MaxTrains = 10, FuelAdjustment = 1 },
new Link() { Distance = 842, MaxTrains = 2, FuelAdjustment = 1.4 },
new Link() { Distance = 681, MaxTrains = 10, FuelAdjustment = 1 },
new Link() { Distance = 735, MaxTrains = 8, FuelAdjustment = 1.4 },
new Link() { Distance = 367, MaxTrains = 10, FuelAdjustment = 1 },
new Link() { Distance = 367, MaxTrains = 10, FuelAdjustment = 1 },
new Link() { Distance = 689, MaxTrains = 12, FuelAdjustment = 1.4 },
new Link() { Distance = 500, MaxTrains = 16, FuelAdjustment = 1 },
new Link() { Distance = 500, MaxTrains = 16, FuelAdjustment = 1 },
new Link() { Distance = 773, MaxTrains = 10, FuelAdjustment = 1.2 },
new Link() { Distance = 842, MaxTrains = 2, FuelAdjustment = 1.4 },
new Link() { Distance = 735, MaxTrains = 8, FuelAdjustment = 1.4 },
new Link() { Distance = 689, MaxTrains = 12, FuelAdjustment = 1.4 },
new Link() { Distance = 773, MaxTrains = 10, FuelAdjustment = 1.2 },
};
int linkI = 0;
foreach(var l in network.Links)
{
double actualDist = l.Distance;
double expectedDist = expectedLinks[linkI].Distance;
Assert.IsTrue(ApproxEqual(actualDist, expectedDist, DistanceAllowableError));
Assert.AreEqual(l.MaxTrains, expectedLinks[linkI].MaxTrains);
Assert.AreEqual(l.FuelAdjustment, expectedLinks[linkI].FuelAdjustment);
linkI++;
}
#endregion
}
public void TestNewExample4()
{
XmlEngine e = new XmlEngine();
var network = e.XmlFileToNetwork(
XDocument.Load("../../TestNetworks/new_example4.xml")
);
// Assign 1-based IDs to check against the excel documents.
for(int i = 0; i < network.Nodes.Count; i++)
network.Nodes.ElementAt(i).ID = i + 1;
for(int i = 0; i < network.Links.Count; i++)
network.Links.ElementAt(i).ID = i + 1;
for(int i = 0; i < network.Orders.Count; i++)
network.Orders.ElementAt(i).ID = i + 1;
network.Optimize();
#region Expected values
var expectedNodeDec = TranslateToNodes(new Dictionary<string, Dictionary<string, int>>()
{
{"LAX",
new Dictionary<string, int>(){
{"LAX>DEN", 560 },
{"LAX>PHX", 440 },
{"DEN>LAX", 0 },
{"DEN>PHX", 0 },
{"PHX>LAX", 0 },
{"PHX>DEN", 35 },
}
},
{"DEN",
new Dictionary<string, int>(){
{"LAX>DEN", 0 },
{"LAX>PHX", 0 },
{"DEN>LAX", 240 },
{"DEN>PHX", 560 },
{"PHX>LAX", 60 },
{"PHX>DEN", 0 },
}
},
{"PHX",
new Dictionary<string, int>(){
{"LAX>DEN", 0 },
{"LAX>PHX", 0 },
{"DEN>LAX", 0 },
{"DEN>PHX", 0 },
{"PHX>LAX", 100 },
{"PHX>DEN", 100 },
}
}
}, network);
var expectedLinkDec = TranslateToLinks(new Dictionary<string, int>()
{
{"LAX>DEN", 7 },
{"LAX>PHX", 6 },
{"DEN>LAX", 3 },
{"DEN>PHX", 7 },
{"PHX>LAX", 2 },
{"PHX>DEN", 2 },
}, network);
#endregion
OptimizationEngine oe = OptimizationEngine.getInstance();
var optimization = oe.Optimize(network,
new OptimizationEngine.OptimizationOptions());
var op = optimization.ToOptimization();
Assert.IsTrue(NodeDictionariesEqual(expectedNodeDec, optimization.flowDecisions));
Assert.IsTrue(
LinkDictionariesEqual(expectedLinkDec, optimization.locomotiveDecisions));
Assert.AreEqual(9917500, optimization.totalCost);
}
public void TestNewNetwork()
{
XmlEngine e = new XmlEngine();
var network = e.XmlFileToNetwork(
XDocument.Load("../../TestNetworks/NewSampleInputs.xml")
);
// Assign 1-based IDs to maintain validity.
for(int i = 0; i < network.Nodes.Count; i++)
network.Nodes.ElementAt(i).ID = i + 1;
for(int i = 0; i < network.Links.Count; i++)
network.Links.ElementAt(i).ID = i + 1;
for(int i = 0; i < network.Orders.Count; i++)
network.Orders.ElementAt(i).ID = i + 1;
OptimizationEngine oe = OptimizationEngine.getInstance();
var optimization = oe.Optimize(network,
new OptimizationEngine.OptimizationOptions());
var op = optimization.ToOptimization();
// Can't get the excel spreadsheet to agree even if I give it the optimizer's shipping
// decisions and train numbers.
Assert.AreEqual(3343246, optimization.totalCost);
Assert.Inconclusive();
}
