public void TwoLayerInterLayerEdge()
{
var network = TestHelper.TwoLayerUndirected;
network.InterLayerEdges.Add(new InterLayerEdge
{
LayerFrom = network.Layers[0],
LayerTo = network.Layers[1],
From = network.Actors[0],
To = network.Actors[1],
Weight = 1
});
var flattened = new MergeFlattening().Merge(network, true);
Assert.NotNull(flattened);
Assert.NotEmpty(flattened.Layers);
Assert.NotEmpty(flattened.FirstLayer.Edges);
Assert.Equal(TestHelper.Actors3, flattened.Actors);
Assert.Collection(flattened.FirstLayer.Edges,
e =>
{
Assert.Equal(TestHelper.A1, e.From);
Assert.Equal(TestHelper.A2, e.To);
Assert.Equal(2.0, e.Weight);
},
e =>
{
Assert.Equal(TestHelper.A1, e.From);
Assert.Equal(TestHelper.A3, e.To);
Assert.Equal(2.0, e.Weight);
}
);
}
public void TwoLayer()
{
var network = TestHelper.TwoLayerUndirected;
var flattened = new MergeFlattening().Merge(network, true);
Assert.NotNull(flattened);
Assert.NotEmpty(flattened.Layers);
Assert.NotEmpty(flattened.FirstLayer.Edges);
Assert.Equal(TestHelper.Actors3, flattened.Actors);
Assert.Collection(flattened.FirstLayer.Edges,
e =>
{
Assert.Equal(TestHelper.A1, e.From);
Assert.Equal(TestHelper.A2, e.To);
Assert.Equal(1.0, e.Weight);
},
e =>
{
Assert.Equal(TestHelper.A1, e.From);
Assert.Equal(TestHelper.A3, e.To);
Assert.Equal(2.0, e.Weight);
}
);
}
