public static MinimumVertexCover AsDomainModel(this MinimumVertexCoverEntity entity, Graph graph = null)
{
var problem = new MinimumVertexCover(entity.Id);
problem.Initialize(graph ?? entity.Graph.AsDomainModel());
problem.SetNewSolution(problem.Graph
.BinarySolutionAsNodes(entity.CurrentSolution
.Select(Convert.ToBoolean).ToArray()));
return problem;
}
public static MinimumVertexCover AsDomainModel(this MinimumVertexCoverEntity entity, Graph graph = null)
{
var problem = new MinimumVertexCover(entity.Id);
problem.Initialize(graph ?? entity.Graph.AsDomainModel());
problem.SetNewSolution(problem.Graph
.BinarySolutionAsNodes(entity.CurrentSolution
.Select(Convert.ToBoolean).ToArray()));
return(problem);
}
public static MinimumVertexCoverEntity AsEntityModel(this MinimumVertexCover model, GraphEntity graph = null)
{
var outputGraph = graph ?? model.Graph.AsEntityModel();
return(new MinimumVertexCoverEntity
{
Id = model.Id,
Graph = outputGraph,
CurrentSolution = model.Graph.Nodes.Select(graphNode =>
{
return Convert.ToByte(model.CurrentSolution.Any(node => node.Id.Equals(graphNode.Id)));
}).ToArray()
});
}
public MinimumVertexCoverTests()
{
_validGraph = _structuresFactory.ProvideValid();
_problem = new MinimumVertexCover();
}
public MinimumVertexCoverTests()
{
_validGraph = _structuresFactory.ProvideValid();
_problem = new MinimumVertexCover();
}
