// private EnemyObject_Abstract burningEnemy;
// private Vector3 burningLocation;
// private bool anEnemyIsBurning = false;
// private byte burnTimer_current = 0;
// private const byte burnTimer_max = 6;
// private const byte burnDamage = 3;
public void placeStartingEnemies(Vector3 boatPos, bool[,] boolArray, DoorHitboxManager doorHitboxManager, byte areaWidth, byte areaHeight, PortTownReturnPacket portTownPacket, float frequencyOfEnemies)
{
this.boolArray = boolArray;
this.doorHitboxManager = doorHitboxManager;
this.areaWidth = areaWidth;
this.areaHeight = areaHeight;
spawnRateMultiplier = 100f / (areaWidth * areaHeight - 7);
setSpawnFrequency(frequencyOfEnemies);
numOfPortTowns = portTownPacket.getNumofPortTowns_actual();
portTownLocations = new Vector3[numOfPortTowns];
for (byte index = 0; index < numOfPortTowns; index++)
{
portTownLocations[index] = portTownPacket.getPortTownLocation_asVector3(index);
}
if (shouldSpawnEnemies)
{
int numOfStartingEnemies = (int)(10 / spawnRateMultiplier);
for (int index = 0; index < 3; index++)
{
attemptToSpawnRandomEnemy_2(boatPos);
}
}
}
private void placeAllPortTowns(PortTownReturnPacket portTownPacket)
{
GameObject tempBuilding;
PortTownIndividualPacket portTownIndividual;
int numOfHouses;
Color32 tempRoofColor;
Color32 tempWallColor;
// int brightnessOffset;
for (byte index1 = 0; index1 < portTownPacket.getNumofPortTowns_actual(); index1++)
{
// Place the pier:
tempBuilding = Instantiate(prefab_portTownPier, portTownPacket.getPortTownLocation_asVector3(index1), Quaternion.identity);
tempBuilding.transform.eulerAngles = portTownPacket.getPortTownRotation_asVector3(index1);
interactablesManager.addObjectToArray(tempBuilding, Constants.interactableID_portTownPier, 0);
// Now place all the houses:
portTownIndividual = portTownPacket.getPortTownArray()[index1];
numOfHouses = portTownIndividual.getHouseLocations().Length;
for (byte index2 = 0; index2 < numOfHouses; index2++)
{
tempBuilding = Instantiate(prefab_portTownHouse, portTownIndividual.getHouseLocations()[index2], Quaternion.identity);
tempBuilding.transform.eulerAngles = portTownIndividual.getHouseRotation_asVector3(index2);
tempBuilding.transform.localScale = portTownIndividual.getHouseScales()[index2];
tempRoofColor = portTownIndividual.getHouseRoofColors()[index2];
tempWallColor = portTownIndividual.getHouseWallColors()[index2];
setHouseColors(tempRoofColor, tempWallColor, tempBuilding.GetComponent <MeshRenderer>().material);
}
}
}
