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;
}
protected virtual void reproduccion()
{
if (_currentLifeCycle >= 25 + nextReproductionCycle)
{ _status = kindstatus.Reproduction;
nextReproductionCycle += 10;
}
}
/// <summary>
/// Change the status of the plant to Died if any of the condition to die are met
/// </summary>
protected virtual void Died()
{
if (_currentLifeCycle == _dna.dnachain.Single(s => s.name == "lifeciclelimit").valor) {
_status = kindstatus.Dead;
}
if (life<= 0)
{
_status = kindstatus.Dead;
}
}