public ICombination <int> CreateModel()
{
if (_model == null)
{
var total = Enumerable.Range(1, TotalBalls).ToArray();
var subTotal = Enumerable.Range(1, StarTotalBalls).ToArray();
_model = new MultiCombination <int>(Balls, StarBalls, total, subTotal);
}
return(_model);
}
static void Main(string[] args)
{
string resultsPath = @"C:\VsProjs\lotalot\ej.csv";
IMultiLottoManager managerMain = new MultiLottoManager(resultsPath);
IMultiLottoManager specMain = new FeaturesMultiLottoManager(managerMain);
IList <IData> dataSet = specMain.Data;
AvlTree <LottoAggregate> tree = new AvlTree <LottoAggregate>();
List <LottoAggregate> aggregates = new List <LottoAggregate>();
string[] names = new string[3];
for (int i = dataSet.Count - 1; i >= 0; i--)
{
LottoAggregate aggregate = new LottoAggregate();
for (int j = 0; j < 3; j++)
{
names[j] = GetName(dataSet, i, j);
aggregate.Add(names[j], GetData(dataSet, i, j));
}
tree.Insert(aggregate);
aggregates.Add(aggregate);
//tree.Print();
}
MultiCombination <int> mainModel = (MultiCombination <int>)managerMain.Spec.CreateModel();
LottoAggregate findAggregate = new LottoAggregate();
findAggregate.Add(names[0], GetIndex(dataSet, aggregates, 0));
findAggregate.Add(names[1], GetIndex(dataSet, aggregates, 1));
findAggregate.Add(names[2], GetIndex(dataSet, aggregates, 2));
//tree.Print();
var nearAggregate = tree.Find(aggregates[0]);
Print(nearAggregate.left?.value, mainModel, names[0]);
Print(nearAggregate.left?.value, mainModel.Main, names[1]);
Print(nearAggregate.left?.value, mainModel.Sub, names[2]);
Print(nearAggregate.right?.value, mainModel, names[0]);
Print(nearAggregate.right?.value, mainModel.Main, names[1]);
Print(nearAggregate.right?.value, mainModel.Sub, names[2]);
Print(nearAggregate.parent?.value, mainModel, names[0]);
Print(nearAggregate.parent?.value, mainModel.Main, names[1]);
Print(nearAggregate.parent?.value, mainModel.Sub, names[2]);
Console.Read();
}
