//~ [HideInInspector] public int totalUnitCount=0;
//~ [HideInInspector] public bool spawned=false;
public SubWave Clone(){
SubWave subWave=new SubWave();
subWave.unit=unit;
subWave.count=count;
subWave.interval=interval;
subWave.delay=delay;
subWave.path=path;
return subWave;
}
public SubWave Clone(){
SubWave subWave=new SubWave();
subWave.unit=unit;
subWave.count=count;
subWave.interval=interval;
subWave.delay=delay;
subWave.path=path;
subWave.overrideHP=overrideHP;
subWave.overrideShield=overrideShield;
subWave.overrideMoveSpd=overrideMoveSpd;
subWave.overrideLifeCost=overrideLifeCost;
subWave.overrideScoreCost=overrideScoreCost;
//subWave.overrideValue=overrideValue;
subWave.overrideValueMin=new List<int>(overrideValueMin);
subWave.overrideValueMax=new List<int>(overrideValueMax);
return subWave;
}
IEnumerator SpawnSubWave(SubWave subWave, Wave parentWave)
{
yield return new WaitForSeconds(subWave.delay);
PathTD path=defaultPath;
if(subWave.path!=null) path=subWave.path;
Vector3 pos=path.GetSpawnPoint().position;
Quaternion rot=path.GetSpawnPoint().rotation;
int spawnCount=0;
while(spawnCount<subWave.count){
GameObject obj=ObjectPoolManager.Spawn(subWave.unit, pos, rot);
//GameObject obj=(GameObject)Instantiate(subWave.unit, pos, rot);
UnitCreep unit=obj.GetComponent<UnitCreep>();
if(subWave.overrideHP>0) unit.defaultHP=subWave.overrideHP;
if(subWave.overrideShield>0) unit.defaultShield=subWave.overrideShield;
if(subWave.overrideMoveSpd>0) unit.moveSpeed=subWave.overrideMoveSpd;
unit.Init(path, totalSpawnCount, parentWave.waveID);
totalSpawnCount+=1;
activeUnitCount+=1;
parentWave.activeUnitCount+=1;
spawnCount+=1;
if(spawnCount==subWave.count) break;
yield return new WaitForSeconds(subWave.interval);
}
parentWave.subWaveSpawnedCount+=1;
if(parentWave.subWaveSpawnedCount==parentWave.subWaveList.Count){
parentWave.spawned=true;
spawning=false;
Debug.Log("wave "+(parentWave.waveID+1)+" has done spawning");
yield return new WaitForSeconds(0.5f);
if(currentWaveID<=waveList.Count-2){
//for UI to show spawn button again
if(spawnMode==_SpawnMode.Continous && allowSkip && onEnableSpawnE!=null) onEnableSpawnE();
if(spawnMode==_SpawnMode.WaveCleared && allowSkip && onEnableSpawnE!=null) onEnableSpawnE();
}
}
}
public Wave Generate(int waveID)
{
if(pathList.Count==0){
Debug.Log("no path at all");
return null;
}
Wave wave=new Wave();
wave.waveID=waveID;
waveID+=1;
int _subWaveCount=Mathf.Max(1, (int)subWaveCount.GetValueAtWave(waveID));
int totalUnitCount=(int)unitCount.GetValueAtWave(waveID);
_subWaveCount=Mathf.Min(totalUnitCount, _subWaveCount);
//filter thru all the units, only use the one that meets the wave requirement (>minWave)
List<ProceduralUnitSetting> availableUnitList=new List<ProceduralUnitSetting>();
int nearestAvailableID=0; float currentNearestValue=Mathf.Infinity;
for(int i=0; i<unitSettingList.Count; i++){
if(unitSettingList[i].minWave<=waveID) availableUnitList.Add(unitSettingList[i]);
//while we are at it, check which unit has the lowest wave requirement, just in case
if(availableUnitList.Count==0 && unitSettingList[i].minWave<currentNearestValue){
currentNearestValue=unitSettingList[i].minWave;
nearestAvailableID=i;
}
}
//if no unit available, simply uses the one with lowest requirement
if(availableUnitList.Count==0) availableUnitList.Add(unitSettingList[nearestAvailableID]);
//we are going to just iterate thru the pathlist and assign them to each subwave.
//So here we introduce an offset so it doesnt always start from the first path in the list
int startingPathID=Random.Range(0, pathList.Count);
for(int i=0; i<_subWaveCount; i++){
SubWave subWave=new SubWave();
int unitID=Random.Range(0, availableUnitList.Count);
ProceduralUnitSetting unitSetting=availableUnitList[unitID];
subWave.unit=unitSetting.unit.gameObject;
subWave.overrideHP=unitSetting.HP.GetValueAtWave(waveID);
subWave.overrideShield=unitSetting.shield.GetValueAtWave(waveID);
subWave.overrideMoveSpd=unitSetting.speed.GetValueAtWave(waveID);
//limit the minimum interval to 0.25f
subWave.interval=Mathf.Max(0.25f, unitSetting.interval.GetValueAtWave(waveID));
//iterate through the path, randomly skip one
int pathID=startingPathID+(Random.Range(0f, 1f)>0.75f ? 1 : 0);
while(pathID>=pathList.Count) pathID-=pathList.Count;
subWave.path=pathList[pathID];
subWave.delay=i*Random.Range(2f, 3f);
wave.subWaveList.Add(subWave);
}
//fill up the unit count
int remainingUnitCount=totalUnitCount;
while(remainingUnitCount>0){
for(int i=0; i<_subWaveCount; i++){
if(wave.subWaveList[i].count==0){
wave.subWaveList[i].count=1;
remainingUnitCount-=1;
}
else{
int rand=Random.Range(0, 3);
rand=Mathf.Min(rand, remainingUnitCount);
wave.subWaveList[i].count+=rand;
remainingUnitCount-=rand;
}
}
}
wave.duration=wave.CalculateSpawnDuration();
//get the slowest moving unit and the longest path so we know which subwave is going to take the longest to finish
float longestDuration=0;
for(int i=0; i<_subWaveCount; i++){
float pathDist=wave.subWaveList[i].path.GetPathDistance();
float moveSpeed=wave.subWaveList[i].overrideMoveSpd;
float duration=pathDist/moveSpeed;
if(duration>longestDuration) longestDuration=duration;
}
//add the longest to the existing duration
wave.duration+=longestDuration*Random.Range(0.5f, 0.8f);
for(int i=0; i<rscSettingList.Count; i++){
wave.rscGainList.Add((int)rscSettingList[i].GetValueAtWave(waveID));
}
return wave;
}
void OnGUI()
{
if(window==null) Init();
if(instance==null){
EditorGUI.LabelField(new Rect(5, 5, 350, 18), "No SpawnManager in current scene");
GetSpawnManager();
return;
}
if(creepList.Count!=creepNameList.Length) ResetCreepNameList();
if(instance.spawnLimit==SpawnManager._SpawnLimit.Finite && !instance.procedurallyGenerateWave){
if(GUI.Button(new Rect(window.position.width-130, 5, 125, 25), configureAutoGen ? "Wave List" : "Configuration")){
configureAutoGen=!configureAutoGen;
}
if(!configureAutoGen){
GUI.color=new Color(0, 1, 1, 1);
cont=new GUIContent("Auto Generate", "Procedurally generate all the waves\nCAUTION: overwirte all existing wave!");
if(GUI.Button(new Rect(window.position.width-130, 35, 125, 25), cont)){
for(int i=0; i<instance.waveList.Count; i++) instance.waveList[i]=instance.waveGenerator.Generate(i);
}
GUI.color=Color.white;
}
}
if(GUI.Button(new Rect(window.position.width-130, 90, 125, 25), "Creep Editor")){
UnitCreepEditorWindow.Init();
}
float startX=5;
float startY=5;
int spawnMode=(int)instance.spawnMode;
cont=new GUIContent("Spawn Mode:", "Spawn mode in this level");
EditorGUI.LabelField(new Rect(startX, startY, width, height), cont);
cont=new GUIContent("", "");
contList=new GUIContent[spawnModeLabel.Length];
for(int i=0; i<contList.Length; i++) contList[i]=new GUIContent(spawnModeLabel[i], spawnModeTooltip[i]);
spawnMode = EditorGUI.Popup(new Rect(startX+spaceX, startY, width, 15), cont, spawnMode, contList);
instance.spawnMode=(SpawnManager._SpawnMode)spawnMode;
if(instance.spawnMode!=SpawnManager._SpawnMode.Round){
cont=new GUIContent("Allow Skip:", "Allow player to skip ahead and spawn the next wave");
EditorGUI.LabelField(new Rect(startX+spaceX+width+20, startY, width, height), cont);
instance.allowSkip=GUI.Toggle(new Rect(startX+spaceX+width+90, startY, 15, 15), instance.allowSkip, "");
}
int spawnLimit=(int)instance.spawnLimit;
cont=new GUIContent("Spawn Count:", "Spawn count in this level. Infinite (endless mode) must use procedural wave generation");
EditorGUI.LabelField(new Rect(startX, startY+=spaceY, width, height), cont);
cont=new GUIContent("", "");
contList=new GUIContent[spawnLimitLabel.Length];
for(int i=0; i<contList.Length; i++) contList[i]=new GUIContent(spawnLimitLabel[i], spawnLimitTooltip[i]);
spawnLimit = EditorGUI.Popup(new Rect(startX+spaceX, startY, width, 15), cont, spawnLimit, contList);
instance.spawnLimit=(SpawnManager._SpawnLimit)spawnLimit;
cont=new GUIContent("Auto Start: ", "Check to have the spawning start on a fixed timer. Rather than waiting for player initiation");
EditorGUI.LabelField(new Rect(startX, startY+=spaceY, width+50, height), cont);
instance.autoStart=EditorGUI.Toggle(new Rect(startX+spaceX, startY, width, height), instance.autoStart);
if(instance.autoStart){
cont=new GUIContent("Timer: ", "The duration to wait in second before the spawning start");
EditorGUI.LabelField(new Rect(startX+spaceX+30, startY, width+50, height), cont);
instance.autoStartDelay=EditorGUI.FloatField(new Rect(startX+spaceX+70, startY, width-70, height), instance.autoStartDelay);
}
if(instance.spawnLimit==SpawnManager._SpawnLimit.Finite){
cont=new GUIContent("Auto Generate", "Check to have the SpawnManager automatically generate the wave in runtime as opposed to using preset data");
EditorGUI.LabelField(new Rect(startX, startY+=spaceY, width+50, height), cont);
instance.procedurallyGenerateWave=EditorGUI.Toggle(new Rect(startX+spaceX, startY, width, height), instance.procedurallyGenerateWave);
cont=new GUIContent("Default Path:", "The primary path to be used. Every creep will follow this path unless an alternate path is specified in a sub-wave");
EditorGUI.LabelField(new Rect(startX, startY+=spaceY, width, height), cont);
instance.defaultPath=(PathTD)EditorGUI.ObjectField(new Rect(startX+spaceX, startY, width, 15), instance.defaultPath, typeof(PathTD), true);
cont=new GUIContent("Waves Size: "+instance.waveList.Count, "Number of waves in the level");
EditorGUI.LabelField(new Rect(startX, startY+=spaceY, width, 15), cont);
if(GUI.Button(new Rect(startX+spaceX, startY-1, 40, 15), "-1")){
if(instance.waveList.Count>1){
instance.waveList.RemoveAt(instance.waveList.Count-1);
waveFoldList.RemoveAt(waveFoldList.Count-1);
}
}
if(GUI.Button(new Rect(startX+spaceX+50, startY-1, 40, 15), "+1")){
if(instance.waveList.Count>0) instance.waveList.Add(instance.waveList[instance.waveList.Count-1].Clone());
else{
Wave wave=new Wave();
SubWave subWave=new SubWave();
wave.subWaveList.Add(subWave);
List<Rsc> rscList=EditorDBManager.GetRscList();
wave.rscGainList=new List<int>();
for(int i=0; i<rscList.Count; i++) wave.rscGainList.Add(0);
instance.waveList.Add(wave);
}
waveFoldList.Add(true);
}
}
else configureAutoGen=false;
if(instance.spawnLimit==SpawnManager._SpawnLimit.Infinite || configureAutoGen){
EditorGUI.LabelField(new Rect(startX, startY+30, 400, height), "Procedural Wave Generation Parameters");
startY+=10;
}
startY+=35;
float waveConfigStartY=startY;
Rect visibleRect=new Rect(startX, startY, window.position.width-10, window.position.height-startY-5);
Rect contentRect=new Rect(startX, startY, contentWidth-25, contentHeight);
contentWidth=0;
GUI.color=new Color(.8f, .8f, .8f, 1f);
GUI.Box(visibleRect, "");
GUI.color=Color.white;
scrollPos = GUI.BeginScrollView(visibleRect, scrollPos, contentRect);
startX+=5;
startY+=10;
float cachedX=startX;
Vector2 v2=Vector2.zero;
if(instance.spawnLimit==SpawnManager._SpawnLimit.Infinite || configureAutoGen || instance.procedurallyGenerateWave){
v2=WaveGeneratorSetting(startX+5, startY);
}
else{
v2=WaveConfigurator(startX, startY);
}
startX=cachedX;
startY=v2.y;
GUI.EndScrollView();
contentHeight=startY-waveConfigStartY;
if(GUI.changed) EditorUtility.SetDirty(instance);
}