public static DNA load_dna( string parent,int generation)
{
S_DNA dna = new S_DNA();
DNAPlant result = new DNAPlant(parent,generation);
result.Generation = generation;
var query = Context.DNA.Where(S => S.PARENT_ID == parent);
foreach (S_DNA item in query){
gen newgen = new gen(item.GEN,(double) item.VALOR);
result.dnachain.Add(newgen);
}
return result;
}
private DNA[] mixDNA(DNA plant, DNA plant_2)
{
int generation = plant.Generation > plant_2.Generation ? plant.Generation : plant_2.Generation;
generation += 1;
DNA[] LDNA = new DNA[2];
Random numer = new Random();
int numberOfGens = plant.dnachain.Count;
int randomnumer = numer.Next(1, numberOfGens);
DNA DNA1= new DNAPlant();
DNA DNA2 = new DNAPlant();
DNA1.Generation = generation;
DNA2.Generation = generation;
foreach(gen g in plant.dnachain.GetRange(0,randomnumer)){
gen g1 = new gen(g.name, mutation(g.valor));
DNA1.dnachain.Add(g1);
}
foreach (gen g in plant_2.dnachain.GetRange(randomnumer, numberOfGens-randomnumer))
{
gen g1 = new gen(g.name, mutation(g.valor));
DNA1.dnachain.Add(g1);
}
foreach (gen g in plant_2.dnachain.GetRange(0, randomnumer))
{
gen g1 = new gen(g.name, mutation(g.valor));
DNA2.dnachain.Add(g1);
}
foreach (gen g in plant.dnachain.GetRange(randomnumer, numberOfGens - randomnumer))
{
gen g1 = new gen(g.name, mutation(g.valor));
DNA2.dnachain.Add(g1);
}
LDNA[0] = DNA1;
LDNA[1] = DNA2;
return LDNA;
}
/// <summary>
/// Save a gen in the data base
/// </summary>
/// <param name="Gen">Contains the Gen to be saved</param>
/// <param name="parent">ID of the Plant to be saved</param>
public static void save_gen(gen Gen, string parent)
{
S_DNA dna = new S_DNA();
dna.PARENT_ID= parent;
dna.GEN = Gen.name;
dna.VALOR= Gen.valor;
Context.DNA.AddObject(dna);
Console.WriteLine( Context.SaveChanges());
}
