public Plant(DNA dna, Ground parent)
: base(dna, parent)
{
_status = kindstatus.Seed;
//Get the generation from the DNA
Generation = dna.Generation;
}
public AbtractPlant(DNA dna, Ground parent)
{
Ramdom gui = new Ramdom();
aliveID = gui.RandomString(32);
_dna = new DNAPlant(dna, aliveID);
_parent = parent;
}
//Main factory where all the beings will be created
public override IAlive CreateLive(string AliveBeing,DNA dna, Ground parent)
{
switch (AliveBeing) {
case "plant":
Plant newplant = new Plant(dna, parent);
return newplant;
default:
throw new ApplicationException(string.Format("Being '{0}' cannot be created", AliveBeing));
}
}
public abstract IAlive CreateLive(string AliveBeing, DNA dna , Ground parent);
public DNA(DNA dna, string parent)
{
_Parent_ID = parent;
_dnachain = dna._dnachain;
Generation = dna.Generation;
}
private void spreadSeed( DNA[] Ldna)
{
Random numer = new Random();
foreach (DNA p_dna in Ldna)
{
int randomnumer = numer.Next(1, 9);
switch (randomnumer)
{
//down left
case 1:
_parent.addPlantToGround(coordenate.positionx - 1, coordenate.positiony - 1, p_dna);
break;
case 2:
// down
_parent.addPlantToGround(coordenate.positionx, coordenate.positiony - 1, p_dna);
break;
case 3:
//down right
_parent.addPlantToGround(coordenate.positionx + 1, coordenate.positiony - 1, p_dna);
break;
case 4://right
_parent.addPlantToGround(coordenate.positionx + 1, coordenate.positiony, p_dna);
break;
case 5://right up
_parent.addPlantToGround(coordenate.positionx + 1, coordenate.positiony + 1, p_dna);
break;
case 6://up
_parent.addPlantToGround(coordenate.positionx, coordenate.positiony + 1, p_dna);
break;
case 7://left up
_parent.addPlantToGround(coordenate.positionx - 1, coordenate.positiony + 1, p_dna);
break;
case 8://left
_parent.addPlantToGround(coordenate.positionx - 1, coordenate.positiony, p_dna);
break;
case 9://center
_parent.addPlantToGround(coordenate.positionx, coordenate.positiony, p_dna);
break;
}
}
}
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;
}
public void addPlantToGround(int x, int y, DNA dna)
{
try
{
// Add a new plant to the ground place in the coordenates x, Y using de dna
Ground targetGround = _mapM.Single(S => S.coordn.positionx == x && S.coordn.positiony == y);
// No more thatn 21 seeds per ground
if (targetGround.ListSeeds.Count < 21)
{
IPlant plant = (IPlant)new BeingCreator().CreateLive("plant", dna, targetGround);
targetGround.ListSeeds.Add(plant);
}
}
catch
{
Console.Write("out of map");
}
}
public DNAPlant(DNA dna,string parent)
: base(dna,parent)
{
}