public bool gather(Agent A)
{
// can the agent gather from this garden?
if (A.Home == owner)
return true;
return false;
}
public bool takeCare(Agent A)
{
// you can only take care of the garden if its part of your house
if (A.Home == owner)
{
health += 5;
return true;
}
return false;
}
public bool moveIn(Agent a)
{
if (currentOccupants.Count >= MaxCapacity)
return false; // you can not move in here... its full
// We should probably add stuff like if that person is liked or family then thay can move in
// else they can not
currentOccupants.Add(a);
//Console.WriteLine("We now have " + currentOccupants.Count + " people living here.");
return true;
}
public bool moveOut(Agent a)
{
if (currentOccupants.Contains(a))
{
currentOccupants.Remove(a);
//Console.WriteLine("We now have " + currentOccupants.Count + " people living here.");
a.Home = null;
}
else
return false; // that person does not live here dummy
return true;
}
public bool relax(Agent a)
{
if (!this.currentOccupants.Contains(a))
return false; // you can not chill here
// now while the agent is chilling they put all there inventory in the house
int spaceLeft = MaxStorage - currentStorage;
foreach (KeyValuePair<string, int> resource in a.Inventory)
{
int Gathered = Math.Min(spaceLeft, resource.Value);
if (Inventory.ContainsKey(resource.Key))
Inventory[resource.Key] += Gathered;
else
Inventory.Add(resource.Key, Gathered);
currentStorage += Gathered;
}
a.Inventory.Clear();
a.AmountInventory = 0;
// Ok now that everything is in the house... lets chill
// First we eat fruits!
while (a.hungry < 30
&& Inventory.ContainsKey("fruit"))
{
// while we are hungry.. we eat!
if (Inventory["fruit"] > 5) // if we have enough food
{
a.hungry += 5;
Inventory["fruit"] -= 5;
currentStorage -= 5;
}
else
break; //the house needs more food :(
}
// if we are still hungry... try some meat
while (a.hungry < 30
&& Inventory.ContainsKey("meat"))
{
// while we are hungry.. we eat!
if (Inventory["meat"] > 5) // if we have enough food
{
a.hungry += 10;
Inventory["meat"] -= 5;
currentStorage -= 5;
}
else
break; //the house needs more food :(
}
//We might need a garden... lets find out
if (currentLevel > 0 && this.gardens < Math.Pow(currentLevel, 1.5))
{
// we are high enough level to build a garden
if (Inventory.ContainsKey("fruit"))
{
// we have enough fruit to create a garden
int NewX = X;
int NewY = Y;
int randomD = EnvironmentMap.Rand.Next(1, 4);
switch (randomD)
{
case 1:
++NewX;
break;
case 2:
--NewX;
break;
case 3:
++NewY;
break;
case 4:
--NewY;
break;
}
EnvironmentMap.add(new garden(bnet, this), NewX, NewY);
++this.gardens;
}
}
// how about a wood mill?
if (currentLevel > 1 && this.woodmile < Math.Pow(currentLevel, 1))
{
// we are high enough level to build a garden
if (Inventory.ContainsKey("wood"))
{
// we have enough fruit to create a garden
int NewX = X;
int NewY = Y;
int randomD = EnvironmentMap.Rand.Next(1, 4);
switch (randomD)
{
case 1:
++NewX;
++NewY;
break;
case 2:
--NewX;
++NewY;
break;
case 3:
++NewX;
--NewY;
break;
case 4:
--NewX;
--NewY;
break;
}
EnvironmentMap.add(new woodmile(bnet, this), NewX, NewY);
++this.woodmile;
}
}
// Now we are well fead, lets go back to the hunt!
if (currentOccupants.Count > (MaxCapacity / 2)
&& Inventory.ContainsKey("meat") && Inventory.ContainsKey("fruit")
&& (Inventory["meat"] + Inventory["fruit"]) > (optimal * MaxStorage))
{
if (currentLevel < 6)
{
Dictionary<string, int> requirements = Upgrades[currentLevel];
if (Inventory.ContainsKey("wood") && Inventory["wood"] >= requirements["wood"])
{
if (Inventory.ContainsKey("stone") && Inventory["stone"] >= requirements["stone"])
{
// let's upgrade the house now.
Inventory["wood"] -= requirements["wood"];
currentStorage -= requirements["wood"];
Inventory["stone"] -= requirements["stone"];
currentStorage -= requirements["stone"];
MaxCapacity = requirements["NewCapacity"];
MaxStorage = requirements["NewStorage"];
++currentLevel;
a.goal = "hunt";
}
else
a.goal = "collectStone";
}
else
a.goal = "collectWood";
}
else
{
a.goal = "hunt";
// we are at max lvl inside the house
}
}
else
{
a.goal = "hunt";
}
return true;
}
public bool addFamily(Agent a)
{
if (Family.Contains(a) || a.Family.Contains(this))
return false;
Family.Add(a);
a.Family.Add(this);
return true;
}
public override bool duplicate()
{
if (age < 18 || age > 50 ||
hungry < 5)
return false;
HashSet<EnvironmentObject> O = EnvironmentMap.getAll(X, Y);
double chance;
bool other = false;
foreach (EnvironmentObject E in O)
// if there are other agents around.... try to mate with them
if (E.name.Equals(this.name) && E.age > 20)
other = true;
if (other && amIAtHome() && EnoughFood())
{
chance = EnvironmentMap.Rand.NextDouble();
if (chance < chanceToDuplicate)
{
Agent a = new Agent(bnet, this.Home);
// children enherite there parents family
a.addFamily(Family);
// and the parents teach the child the lay of the land
a.teach(myMap);
EnvironmentMap.add(a, X, Y);
}
}
return true;
}
public bool relax(Agent a)
{
if (!this.currentOccupants.Contains(a))
return false; // you can not chill here
// now while the agent is chilling they put all there inventory in the house
int spaceLeft = MaxStorage - currentStorage;
foreach(KeyValuePair<string, int> resource in a.Inventory)
{
int Gathered = Math.Min(spaceLeft, resource.Value);
if (Inventory.ContainsKey(resource.Key))
Inventory[resource.Key] += Gathered;
else
Inventory.Add(resource.Key, Gathered);
currentStorage += Gathered;
}
a.Inventory.Clear();
a.AmountInventory = 0;
// Ok now that everything is in the house... lets chill
// First we eat fruits!
while (a.hungry < 25
&& Inventory.ContainsKey("fruit"))
{
// while we are hungry.. we eat!
if (Inventory["fruit"] > 5) // if we have enough food
{
a.hungry += 5;
Inventory["fruit"] -= 5;
currentStorage -= 5;
}
else
break; //the house needs more food :(
}
// if we are still hungry... try some meat
while (a.hungry < 25
&& Inventory.ContainsKey("meat"))
{
// while we are hungry.. we eat!
if (Inventory["meat"] > 5) // if we have enough food
{
a.hungry += 10;
Inventory["meat"] -= 5;
currentStorage -= 5;
}
else
break; //the house needs more food :(
}
// Now we are well fead, lets go back to the hunt!
if (currentOccupants.Count > (MaxCapacity / 2)
&& Inventory.ContainsKey("meat") && Inventory.ContainsKey("fruit")
&& (Inventory["meat"] + Inventory["fruit"]) > (optimal * MaxStorage))
{
if (Inventory.ContainsKey("wood") && Inventory["wood"] > 50)
{
if (a.Inventory.ContainsKey("wood"))
a.Inventory["wood"] += 50;
else
a.Inventory.Add("wood", 50);
Inventory["wood"] -= 50;
currentStorage -= 50;
a.goal = "buildHouse";
this.moveOut(a);
}
else
a.goal = "collectWood";
}
else
{
a.goal = "hunt";
}
return true;
}
