//create a population et generate random stats for it
private GameInfo.PopulationStat[] GeneratePopulationStats()
{
Random random = new Random();
GameInfo.PopulationStat[] populationStat = new GameInfo.PopulationStat[GameInfo.populationCount];
for (int i = 1; i < populationStat.Count(); i++)
{
int availablePoints = 20;
populationStat[i] = new GameInfo.PopulationStat();
//divide the points in the stats, trying to get one higher than the others
for (int j = 0; j < populationStat[i].stats.Count(); j++)
{
int pointSpent = Random.Range(0, availablePoints + 1);
populationStat[i].stats[j] = pointSpent;
availablePoints -= pointSpent;
if (availablePoints == 0)
{
break;
}
}
//shuffle the stats
for (int j = 0; j < populationStat[i].stats.Count(); j++)
{
int firstRandom = Random.Range(0, populationStat[i].stats.Count());
int secondRandom = Random.Range(0, populationStat[i].stats.Count());
(populationStat[i].stats[firstRandom], populationStat[i].stats[secondRandom]) = (populationStat[i].stats[secondRandom], populationStat[i].stats[firstRandom]);
}
}
return(populationStat);
}
public void Init(PopulationController parentPopulation, GameInfo.PopulationStat populationStat)
{
this.parentPopulation = parentPopulation;
this.stats = populationStat.stats;
SphereCollider agroCollider = GetComponentInChildren <SphereCollider>();
aiDestinationSetter = GetComponent <AIDestinationSetter>();
aIPath = GetComponent <AIPath>();
//set the base stats of the individual from its population stats
aIPath.maxSpeed = stats[(int)GameInfo.PopulationStat.stat.speed] * 2f + 15f;
agroCollider.radius = stats[(int)GameInfo.PopulationStat.stat.vision] * 2 + 10;
timeLeft += stats[(int)GameInfo.PopulationStat.stat.endurance] * 1.5f;
newTarget = new GameObject().transform;
target = generatePosition();
aiDestinationSetter.target = target;
aIPath.SearchPath();
}
public void Init(Color color, GameInfo.PopulationStat stats)
{
this.color = color;
this.stats = stats;
}
