public virtual object Clone()
{
AntColonyContext result = new AntColonyContext();
CopyInto(result);
return(result);
}
public void AntColonyPathAntTest(Int32 numberOfAnts, Int32 numberOfIterations, decimal initialPheremone, decimal evaporationRate,
IPathPath path,
ICollection <IStep> steps,
ICollection <IPathPath> expectedResult)
{
#region Set up test data
IAntColonyContext context = new AntColonyContext();
context.Path = path;
context.Steps = steps;
#endregion
#region Run Test
Colony <PathAnt, IEdge> colony = new Colony <PathAnt, IEdge>(numberOfAnts, numberOfIterations, initialPheremone, evaporationRate, InitialisePathPheremones);
colony.InitialiseAnts(context);
colony.InitialisePheremones();
colony.RunAnts();
#endregion
#region Verify Results
Assert.IsNotNull(context.BestPaths);
context.BestPaths.ForEach(p => Console.WriteLine(string.Format("Best Path: [{0}] {1},{2}", (p as IPathPath).Score, (p as IPathPath).Edges.First().StartStep.StepName, string.Join(",", (p as IPathPath).Edges.Select(e => e.EndStep.StepName)))));
Assert.AreEqual(expectedResult.Count, context.BestPaths.Count);
CollectionAssert.AreEquivalent(expectedResult, context.BestPaths);
#endregion
}
public void Validate(object contextObject)
{
AntColonyContext context = contextObject as AntColonyContext;
if (Edges.Count != (context.Steps.Count - 1))
{
InvalidPath = true;
}
}
private void InitialisePathPheremones(IAntColonyContext context, IDictionary <IEdge, Pheremone> map, decimal initialPheremoneLevel)
{
AntColonyContext c = context as AntColonyContext;
foreach (IStep step in c.Steps)
{
//if (!map.ContainsKey(step))
// map[step] = new Pheremone(initialPheremoneLevel);
}
}
public void AntColonyNodeAntTest(Int32 numberOfAnts, Int32 numberOfIterations, decimal initialPheremone, decimal evaporationRate,
INodePath path,
ICollection <INodePath> expectedResult)
{
#region Set up test data
Matrix <IStep, IStep, decimal> distances = new Matrix <IStep, IStep, decimal>();
distances.Add(AdelaideNode, BrisbaneNode, 2280);
distances.Add(AdelaideNode, CanberraNode, 1170);
distances.Add(AdelaideNode, DarwinNode, 3040);
distances.Add(AdelaideNode, MelbourneNode, 750);
distances.Add(AdelaideNode, PerthNode, 1850);
distances.Add(BrisbaneNode, SydneyNode, 970);
distances.Add(BrisbaneNode, DarwinNode, 3440);
distances.Add(CanberraNode, SydneyNode, 290);
distances.Add(CanberraNode, MelbourneNode, 650);
distances.Add(SydneyNode, MelbourneNode, 880);
IAntColonyContext context = new AntColonyContext();
context.Path = path;
context.Steps = distances.HorizontalKeys().Union(distances.VerticalKeys()).Distinct().ToList();
#endregion
#region Run Test
Colony <NodeAnt, IStep> colony = new Colony <NodeAnt, IStep>(numberOfAnts, numberOfIterations, initialPheremone, evaporationRate, InitialiseNodePheremones);
colony.InitialiseAnts(context);
colony.RunAnts();
#endregion
#region Verify Results
Assert.IsNotNull(context.BestPaths);
context.BestPaths.ForEach(p => Console.WriteLine(string.Format("Best Path: [{0}] {1}", (p as INodePath).Score, string.Join(",", (p as INodePath).Steps.Select(e => (e as IStep).StepName)))));
Assert.AreEqual(expectedResult.Count, context.BestPaths.Count);
CollectionAssert.AreEquivalent(expectedResult, context.BestPaths);
#endregion
}
public virtual void CopyInto <T>(T parentObject)
where T : class
{
AntColonyContext context = parentObject as AntColonyContext;
if (context == null)
{
throw new InvalidCastException(string.Format("Cannot CopyInto type of [{0}]", parentObject.GetType().FullName));
}
if (Path != null)
{
context.Path = Path.Clone() as IPath;
}
if (Steps != null)
{
context.Steps = Steps.CloneDeepCollection();
}
if (BestPaths != null)
{
context.BestPaths = BestPaths.CloneDeepCollection();
}
}
