//Initialize the matrix reading the type of ground from the file mapname and creating the ground elements
public MapMatrix(int x, int y, string mapname)
{
_x = x;
_y = y;
Ramdom gui = new Ramdom();
mapID = gui.RandomString(32);
screen = Screen.Instance;
_mapname = mapname;
try
{
string[] lines = System.IO.File.ReadAllLines(mapname.ToString());
int Index_x;
int Limit = x - 1;
int Index_y;
int Limit_Y = y - 1;
for (Index_x = 0; Index_x <= Limit; Index_x++)
{
for (Index_y = 0; Index_y <= Limit_Y; Index_y++)
{
Ground NewGround = new Ground(this, lines[Index_x].Substring(Index_y, 1), new Point(Index_x, Index_y));
_mapM.Add(NewGround);
screen.paint(NewGround.coordn, NewGround.groundtype, NewGround.ListPlant.Count);
}
}
}
catch (Exception e)
{
Console.Write("Error in MapMatrix constructor");
Console.Write(e.Message);
}
}
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 static List<Ground> load_ground(MapMatrix parent)
{
var query = Context.DGROUND.Where(S => S.PARENT == parent.MapID);
List<Ground> list = new List<Ground>();
int index = 0;
foreach (DGROUND item in query)
{
Ground newGround =
new Ground(parent, item.GROUNDTYPE, new Point((int)item.X, (int)item.Y));
newGround.GroundID = item.GROUND_ID;
newGround.Damage = (int) item.DAMAGE;
newGround.Absortion = (double)item.ABSORTION;
list.Add(newGround);
index++;
}
return list;
}
public static List<IPlant> load_plants(Ground parent,kindstatus status)
{
DPLANT dna = new DPLANT();
List<IPlant> List = new List<IPlant>();
List<DPLANT> query;
if(status == kindstatus.Growup || status ==kindstatus.Reproduction){
query = Context.DPLANT.Where(S => S.PARENT_ID == parent.GroundID &&
!S.STATUS.Contains( kindstatus.Seed.ToString()) ).ToList();
}
else{
query = Context.DPLANT.Where(S => S.PARENT_ID == parent.GroundID &&
S.STATUS.Contains( kindstatus.Seed.ToString()) ).ToList();
}
foreach (DPLANT item in query)
{
Plant newplant = new Plant(parent, item.aliveID);
newplant.CurrentLifeCycle = (int)item.CURRENTLIFECYCLE;
newplant.Generation = (int)item.GENERATION;
newplant.NextReproductionCycle = (int)item.NEXTREPRODUCTIONCYCLE;
newplant.Size = (int)item.SIZE;
newplant.Waterdeposit = (int)item.WATERDEPOSIT;
switch (item.STATUS)
{
case "Seed":
newplant.Status = kindstatus.Seed;
break;
case "Growup":
newplant.Status = kindstatus.Growup;
break;
case "Reproduction":
newplant.Status = kindstatus.Reproduction;
break;
}
List.Add(newplant);
}
return List;
}
public abstract IAlive CreateLive(string AliveBeing, DNA dna , Ground parent);
public static void save_ground(Ground Ground)
{
DGROUND ground = new DGROUND();
ground.GROUND_ID = Ground.GroundID;
ground.PARENT = Ground.Parent;
ground.X = Ground.coordn.positionx;
ground.Y = Ground.coordn.positiony;
ground.GROUNDTYPE = Ground.groundtype;
ground.DAMAGE = Ground.Damage;
ground.ABSORTION = Ground.Absortion;
Context.AddToDGROUND(ground);
Console.WriteLine(Context.SaveChanges());
}
public Plant(Ground parent,string ID)
: base(parent)
{
Generation = dna.Generation;
}
public AbtractPlant(Ground parent)
{
}