private void spawnInitialLifelets()
{
// Init
int lifeletsPerRace = _initialLifelets / _races.Count;
// We spawn races around a outside ring
if(_spawnMethod == SpawnMethod.GroupedRacesOnRing) {
double radiansPerRace = (2*Math.PI) / (_races.Count);
int lifeletRandomDispersion = (int)(Config.WorldInitialLifeletsDispersionAmount * (_races.Count/(_races.Count*Config.WorldInitialLifeletsToRaceDispersionRatio)));
for(int i = 0; i < _races.Count; i++) {
// Get the actual type and figure out center point
Type lifeletType = (Type)_races[i];
Vector raceCenter = Vector.FromAngle(Config.WorldInitialSpawnRadius,radiansPerRace*i);
// Loop lifelets for race
for(int ii = 0; ii < lifeletsPerRace; ii++) {
// New position
double x = raceCenter.X + _randomGen.Next(-lifeletRandomDispersion,lifeletRandomDispersion);
double y = raceCenter.Y + _randomGen.Next(-lifeletRandomDispersion,lifeletRandomDispersion);
// Create and register life
Lifelet newLife = (Lifelet)Activator.CreateInstance(lifeletType,this,new Vector(x,y));
newLife.VerifyIntegrity();
_lifelets.Add(newLife);
}
}
}
// We spawn randomly on outside ring
else if (_spawnMethod == SpawnMethod.RandomOnRing) {
for(int i = 0; i < _races.Count; i++) {
// Get the actual type and figure out center point
Type lifeletType = (Type)_races[i];
// Loop lifelets for race
for(int ii = 0; ii < lifeletsPerRace; ii++) {
// Position
int angle = _randomGen.Next(0,360);
Vector pos = Vector.FromAngle(Config.WorldInitialSpawnRadius,Math2.DegreeToRadian(angle));
// Create and register life
Lifelet newLife = (Lifelet)Activator.CreateInstance(lifeletType,this,pos);
_lifelets.Add(newLife);
}
}
}
// Spawn food
for(int i = 0; i < Config.WorldInitialFoodAmount; i++) {
// Position
int angle = _randomGen.Next(0,360);
int length = _randomGen.Next(0,Config.WorldRadius);
Vector pos = Vector.FromAngle(length,Math2.DegreeToRadian(angle));
// Create and register food
Food newFood = new Food(this,pos,Math2.JitteredValue(Config.FoodEnergy,Config.FoodEnergyJitter));
_food.Add(newFood);
}
}
