void SpawnGeneric(SpaceMonster genericMonster, int numberSpawnedAtOnce, int spawnRoundPowerCap)
{
//TODO: fix this up later
for (int i = 0; i < numberSpawnedAtOnce; i++)
{
if (currentNumberOfEnemies == maxNumberOfEnemies)
{
atEnemyCapacity = true;
break;
}
SpaceMonster genericMonster_ = enemiesToAppearOnThisLevel.enemyTypes[UnityEngine.Random.Range(0, enemiesToAppearOnThisLevel.enemyTypes.Count - 1)];
SpaceMonster ourNewMonster = genericMonster.GetPooledInstance <SpaceMonster>();
ourNewMonster.transform.position = FindLocationInSafeZone.FindLocationInCircleExclusion(gameStateHandler.darkStar, 3.0f);
// BlueDwarf newBlueDwarf = blueDwarfPrefab.GetPooledInstance<BlueDwarf>();
// newBlueDwarf.transform.position = FindLocationInSafeZone.FindLocationInCircleExclusion(gameStateHandler.darkStar, 3.0f);
Type ourType = ourNewMonster.GetType();
if (!enemyDirectory.ContainsKey(ourType))
{
List <GameObject> newGOsOfThisSpaceMonsterTypeList = new List <GameObject>();
enemyDirectory.Add(ourType, newGOsOfThisSpaceMonsterTypeList);
enemyDirectory[ourType].Add(ourNewMonster.gameObject);
// List<GameObject> blueDwarfList = new List<GameObject>();
// enemyDirectory.Add(typeof(BlueDwarf), blueDwarfList);
// enemyDirectory[typeof(BlueDwarf)].Add(ourNewMonster.gameObject);
}
else
{
//enemyDirectory[typeof(BlueDwarf)].Add(ourNewMonster.gameObject);
enemyDirectory[ourType].Add(ourNewMonster.gameObject);
}
currentNumberOfEnemies++;
}
}
void SpawnGeneric_(int numberSpawnedAtOnce, int spawnRoundPowerCap)
{
for (int i = 0; i < numberSpawnedAtOnce; i++)
{
if (currentNumberOfEnemies == maxNumberOfEnemies)
{
atEnemyCapacity = true;
break;
}
SpaceMonster genericMonster_ = MakeSureUnderPowerCap(numberSpawnedAtOnce, currentPowerLevel);//enemiesToAppearOnThisLevel.enemyTypes[UnityEngine.Random.Range(0, enemiesToAppearOnThisLevel.enemyTypes.Count - 1)];
genericMonster_.transform.position = FindLocationInSafeZone.FindLocationInCircleExclusion(gameStateHandler.darkStar, 3.0f);
Type ourType = genericMonster_.GetType();
if (!enemyDirectory.ContainsKey(ourType))
{
List <GameObject> newGOsOfThisSpaceMonsterTypeList = new List <GameObject>();
enemyDirectory.Add(ourType, newGOsOfThisSpaceMonsterTypeList);
enemyDirectory[ourType].Add(genericMonster_.gameObject);
}
else
{
enemyDirectory[ourType].Add(genericMonster_.gameObject);
}
currentNumberOfEnemies++;
}
}
SpaceMonster MakeSureUnderPowerCap(int spawnRoundPowerCap, int currentPowerLevel)
{
//List<SpaceMonster> newEnemiesToSpawn = new List<SpaceMonster>();
SpaceMonster enemyToSpawn = null;
int runningPowerLevelOfGroupToSpawn = 0;
//grab a random number from the enum that corresponds to a type
EnemyGroup.EnemyTypes potentialType = (EnemyGroup.EnemyTypes)UnityEngine.Random.Range(0, System.Enum.GetValues(typeof(EnemyGroup.EnemyTypes)).Length);
int potentialPowerCap = enemiesToAppearOnThisLevel.correspondingEnemyThreatLevel[potentialType];
if (potentialPowerCap + runningPowerLevelOfGroupToSpawn <= spawnRoundPowerCap)
{
//if this enemy type's power level + how much our current power level is is less than the power cap we want for this group
//choose this spacemonster to spawn
enemyToSpawn = enemiesToAppearOnThisLevel.correspondingSpaceMonster[potentialType].GetPooledInstance <SpaceMonster>();
//add the power cap to the total
runningPowerLevelOfGroupToSpawn += potentialPowerCap;
// newEnemiesToSpawn.Add(newEnemy) ;;
}
else
{
MakeSureUnderPowerCap(spawnRoundPowerCap, currentPowerLevel);
}
return(enemyToSpawn);
}
// GameObject RandomSpawnFilter()
// {
// GameObject newSpawn;
// for (int i = 0; i < spawnCap; i++)
// {
// newSpawn = fh.UnitTypes_[UnityEngine.Random.Range(0, (fh.UnitTypes_.Count))];
// Unit thisUnit = newSpawn.GetComponent<Unit>();
// int power = thisUnit.powerLevel;
// //For example, power level is 2
// if ((power + powerSum) > powerCap)
// { // if the power level in addition to other power levels goes over the power cap
// newSpawn = RandomSpawnFilter();
// //respawn it to get one that fits within the power level
// }
// else
// { //add power to power sum;
// powerSum += power;
// thisUnit.fh = fh;
// counter++;
// }
// }
// }
public void SpawnIndependent(SpaceMonster ourType, Vector2 position)
{
if (!atEnemyCapacity)
{
Debug.Log("We're being spawned!");
SpaceMonster spaceMonster = ourType.GetPooledInstance <SpaceMonster>();
spaceMonster.transform.position = new Vector2(gameObject.transform.position.x, gameObject.transform.position.y - 5.0f);
currentNumberOfEnemies++;
if (currentNumberOfEnemies == maxNumberOfEnemies)
{
atEnemyCapacity = true;
}
}
}
public override bool perform(GameObject agent)
{
SpaceMonster currentSpaceMonster = agent.GetComponent <SpaceMonster>();
if (currentSpaceMonster.stamina >= (500 - cost) && !isDashing)
{
currentSpaceMonster.stamina -= (500 - cost);
dashTarget = Random.insideUnitCircle + (Vector2)transform.position * 3;
isDashing = true;
return(true);
}
else
{
return(false);
}
}
public override bool perform(GameObject agent)
{
performing = true;
SpaceMonster currentSpaceMonster = agent.GetComponent <SpaceMonster>();
if (!isPulsing)
{
StartCoroutine(MiniPulse());
return(true);
}
if (interrupted)
{
Debug.Log("We're being interrupted!" + " " + this.name);
performing = false;
}
return(performing);
}
public override bool perform(GameObject agent)
{
if (!setPerformancePrereqs)
{
fleeDirection = GetDirection(agent);
setPerformancePrereqs = true;
}
performing = true;
SpaceMonster currentSpaceMonster = agent.GetComponent <SpaceMonster>();
if (!isDashing)
{
// dashTarget = UnityEngine.Random.insideUnitCircle + (Vector2)transform.position * 3;
freeFromEnemy = false;
isDashing = true;
}
if (interrupted)
{
performing = false;
}
return(performing);
}
