float CalculateWaveSpawnDuration(SubWave[] subWaveList)
{
float duration=0;
foreach(SubWave subWave in subWaveList){
float tempDuration=subWave.count*subWave.interval+subWave.delay;
if(tempDuration>duration){
duration=tempDuration;
}
}
return duration;
}
SubWave CopySubWaveInfo(SubWave srcSubWave)
{
SubWave tempSubWave=new SubWave();
tempSubWave.unit=srcSubWave.unit;
tempSubWave.count=srcSubWave.count;
tempSubWave.interval=srcSubWave.interval;
tempSubWave.delay=srcSubWave.delay;
tempSubWave.path=srcSubWave.path;
tempSubWave.overrideHP=srcSubWave.overrideHP;
tempSubWave.overrideMoveSpd=srcSubWave.overrideMoveSpd;
return tempSubWave;
}
void UpdateUnit(int ID, int length)
{
Wave wave=spawnManager.waves[ID];
if(length!=wave.subWaves.Length){
if(length>wave.subWaves.Length){
SubWave[] tempSubWaveList=new SubWave[length];
for(int i=0; i<tempSubWaveList.Length; i++){
if(i<wave.subWaves.Length){
tempSubWaveList[i]=wave.subWaves[i];
}
else{
if(wave.subWaves.Length!=0)
tempSubWaveList[i]=CopySubWaveInfo(wave.subWaves[wave.subWaves.Length-1]);
else tempSubWaveList[i]=new SubWave();
}
}
spawnManager.waves[ID].subWaves=tempSubWaveList;
}
else{
SubWave[] tempSubWaveList=new SubWave[length];
//bool[] tempwaveFoldList=new bool[waveLength];
for(int i=0; i<tempSubWaveList.Length; i++){
tempSubWaveList[i]=wave.subWaves[i];
//tempwaveFoldList[i]=waveFoldList[i];
}
spawnManager.waves[ID].subWaves=tempSubWaveList;
//waveFoldList=tempwaveFoldList;
}
}
}
//actual spawning routine, responsible for spawning one type of creep only
IEnumerator SpawnSubwave(SubWave subWave, Wave parentWave, int waveID)
{
yield return new WaitForSeconds(subWave.delay);
int spawnCount=0;
while(spawnCount<subWave.count){
Vector3 pos;
Quaternion rot;
PathTD tempPath;
if(subWave.path==null) tempPath=defaultPath;
else tempPath=subWave.path;
pos=tempPath.waypoints[0].position;
rot=tempPath.waypoints[0].rotation;
GameObject obj=ObjectPoolManager.Spawn(subWave.unit, pos, rot);
//Unit unit=obj.GetComponent<Unit>();
UnitCreep unit=obj.GetComponent<UnitCreep>();
if(subWave.overrideHP>0) unit.SetFullHP(subWave.overrideHP);
if(subWave.overrideMoveSpd>0) unit.SetMoveSpeed(subWave.overrideMoveSpd);
unit.Init(tempPath, totalSpawnCount, waveID);
totalSpawnCount+=1;
parentWave.activeUnitCount+=1;
spawnCount+=1;
if(spawnCount==subWave.count) break;
yield return new WaitForSeconds(subWave.interval);
}
subWave.spawned=true;
}
SubWave CopySubWaveInfo(SubWave srcSubWave)
{
SubWave tempSubWave=new SubWave();
tempSubWave.unit=srcSubWave.unit;
tempSubWave.count=srcSubWave.count;
tempSubWave.interval=srcSubWave.interval;
tempSubWave.delay=srcSubWave.delay;
tempSubWave.path=srcSubWave.path;
return tempSubWave;
}
