public void createoffspring(string agent, int energy)
{
if (agent == "Hawk")
{
Hawk hawk = spawnPrefab(hawkPrefab).GetComponent <Hawk>();
}
else if (agent == "Dove")
{
Dove dove = spawnPrefab(dovePrefab).GetComponent <Dove>();
}
}
public void GenericsTypeSafety() //Generics types allow code reuse with type safety and Performance benefits
{
var dovesList = new List<Dove>(); //A List<T> is a Type that has one implementation but can work with any Object
var firstDove = new Dove();
var secondDove = new Dove();
dovesList.Add(firstDove);
dovesList.Add(secondDove);
// dovesList.Add("StringDove"); This fails at compile time since the List<Dove> can only accept Doves
Assert.AreEqual(true, dovesList.Any());
}
public void GenericsTypeSafety() //Generics types allow code reuse with type safety and Performance benefits
{
var dovesList = new List <Dove>(); //A List<T> is a Type that has one implementation but can work with any Object
var firstDove = new Dove();
var secondDove = new Dove();
dovesList.Add(firstDove);
dovesList.Add(secondDove);
// dovesList.Add("StringDove"); This fails at compile time since the List<Dove> can only accept Doves
Assert.AreEqual(true, dovesList.Any());
}
public void NextButtonClick()
{
List <GameObject> foods = new List <GameObject>();
List <GameObject> hawks = new List <GameObject>();
List <GameObject> doves = new List <GameObject>();
List <GameObject> agents = new List <GameObject>();
for (int i = 0; i < System.Convert.ToInt32(foodNumber.text); i++)
{
spawnPrefab(foodPrefab);
}
foreach (GameObject fhd in GameObject.FindObjectsOfType(typeof(GameObject)))
{
if (fhd.name == "Food(Clone)")
{
foods.Add(fhd);
}
if (fhd.name == "Hawk(Clone)")
{
agents.Add(fhd);
hawks.Add(fhd);
}
if (fhd.name == "Dove(Clone)")
{
agents.Add(fhd);
doves.Add(fhd);
}
}
while (agents != null)
{
if (foods.Count > 0)
{
if (agents.Count == 1)
{
if (doves.Contains(agents[0]))
{
Dove dove = agents[0].transform.GetComponent <Dove>();
dove.energy = foodValueInt - baseReqInt + dove.energy;
}
if (hawks.Contains(agents[0]))
{
Hawk hawk = agents[0].transform.GetComponent <Hawk>();
hawk.energy = foodValueInt - baseReqInt + hawk.energy;
}
agents.RemoveAt(0);
}
else
{
int r1 = Random.Range(1, agents.Count) - 1;
int r2 = Random.Range(1, agents.Count) - 1;
GameObject competitor1 = agents[r1];
GameObject competitor2 = agents[r2];
agents.RemoveAt(r1);
agents.RemoveAt(r2);
if (hawks.Contains(competitor1) && hawks.Contains(competitor2))
{
Hawk hawk1 = competitor1.transform.GetComponent <Hawk>();
Hawk hawk2 = competitor2.transform.GetComponent <Hawk>();
hawk1.energy = hawk1.energy + foodValueInt - baseReqInt;
hawk2.energy = hawk1.energy - injuryInt - baseReqInt;
}
if (doves.Contains(competitor1) && doves.Contains(competitor2))
{
Dove dove1 = competitor1.transform.GetComponent <Dove>();
Dove dove2 = competitor2.transform.GetComponent <Dove>();
dove1.energy = dove1.energy + foodValueInt - bluffingInt - baseReqInt;
dove2.energy = dove1.energy - bluffingInt - baseReqInt;
}
if (hawks.Contains(competitor1) && doves.Contains(competitor2))
{
Hawk hawk1 = competitor1.transform.GetComponent <Hawk>();
Dove dove1 = competitor2.transform.GetComponent <Dove>();
hawk1.energy = hawk1.energy + foodValueInt - baseReqInt;
dove1.energy = dove1.energy - baseReqInt;
}
if (doves.Contains(competitor1) && hawks.Contains(competitor2))
{
Dove dove1 = competitor1.transform.GetComponent <Dove>();
Hawk hawk1 = competitor2.transform.GetComponent <Hawk>();
dove1.energy = dove1.energy - baseReqInt;
hawk1.energy = hawk1.energy + foodValueInt - baseReqInt;
}
}
int r = Random.Range(1, foods.Count) - 1;
GameObject.DestroyImmediate(foods[r]);
foods.RemoveAt(r);
}
else
{
foreach (GameObject hd in agents)
{
if (hawks.Contains(hd))
{
Hawk hawk = hd.transform.GetComponent <Hawk>();
hawk.energy = hawk.energy - baseReqInt;
}
else
{
Dove dove = hd.transform.GetComponent <Dove>();
dove.energy = dove.energy - baseReqInt;
}
}
break;
}
}
int hnumber = 0;
int dnumber = 0;
int fnumber = 0;
int item = 0;
foreach (GameObject hd in GameObject.FindObjectsOfType(typeof(GameObject)))
{
if (hd.name == "Hawk(Clone)")
{
hnumber++;
}
if (hd.name == "Dove(Clone)")
{
dnumber++;
}
if (hd.name == "Food(Clone)" || hd.name == "Food")
{
fnumber++;
}
}
if (null == m_DataDiagram)
{
return;
}
foreach (GameObject line in lineList)
{
if (item == 0)
{
m_DataDiagram.InputPoint(line, new Vector2(1, (float)(hnumber / 10.0)));
}
else if (item == 1)
{
m_DataDiagram.InputPoint(line, new Vector2(1, (float)(dnumber / 10.0)));
}
else
{
m_DataDiagram.InputPoint(line, new Vector2(1, (float)(fnumber / 10.0)));
}
item++;
}
}
private static Agent CreateChild(Agent parent)
{
Agent child;
if (parent is Hawk)
child = new Hawk { HasMoved = true };
else
child = new Dove { HasMoved = true };
DistributeFitness(parent, child);
return child;
}
