public void ReturnFlockInSwarmToHive(SwarmTravelController swarmCtrl)
{
UnityFlock flock = swarmCtrl.UnregisterRandomFlock();
if (flock == null)
{
return;
}
originSwarm.RegisterFlock(flock);
//foreach(UnityFlock flock in swarm)
}
//public void SetDestinationSwarm(int indexSwarm)
//{
// if (indexSwarm < swarmControllers.Count)
// {
// print("SetDestinationSwarm: " + indexSwarm.ToString());
// destinationSwarm = swarmControllers[indexSwarm];
// }
//}
public void SendFlockBetweenSwarms()
{
print("swarms count:" + swarmControllers.Count);
UnityFlock flock = originSwarm.UnregisterRandomFlock();
if (flock == null)
{
return;
}
destinationSwarm.RegisterFlock(flock);
print("flock A:" + originSwarm.flockTransforms.Count.ToString());
print("flock B:" + destinationSwarm.flockTransforms.Count.ToString());
OnHomeWorkerCountChange.Invoke(originSwarm.flockBehaviors.Count);
}
// there is a fixed number of bees
// allocate all swarm arrays for the max number of bees
// Use this for initialization
void Start()
{
travelOrigin = null;
randomFreq = 1.0f / randomFreq;//获取随机变化的频率
//设置父节点为origin
origin = transform.parent;
transformCompont = transform;
//临时组件数组
Component[] tempFlocks = null;
if (transform.parent)
{
tempFlocks = transform.parent.GetComponentsInChildren <UnityFlock>();
}
// objects=new Transform[tempFlocks.Length];
// otherFlocks=new UnityFlock[tempFlocks.Length];
// //将群体的位置信息和群体加载到数组
//for (int i = 0; i < tempFlocks.Length; i++)
//{
// objects[i] = tempFlocks[i].transform;
// otherFlocks[i] = (UnityFlock)tempFlocks[i];
//}
int maxBees = 4;
travelOrigin = transform.parent.GetComponent <SwarmTravelController>();
for (int i = 0; i < tempFlocks.Length; i++)
{
travelOrigin.RegisterFlock((UnityFlock)tempFlocks[i]);
}
// parent to root level in game world
transform.parent = GameObject.Find("GameWorld").transform;
StartCoroutine(UpdateRandom());
}
