public void Init (BoatHandler handler, float angle, float speed, float sailColorIndex) {
// set boat stats
boatHandler = handler;
boatSpeed = speed;
boatDeathTimer = 0;
sailRenderer.material.SetFloat ("_Blender", sailColorIndex);
// set location
transform.localPosition = Vector3.zero;
transform.localEulerAngles = new Vector3 (0, angle, 0);
// wake system settings
wakeSystem.startSpeed = boatSpeed / 2;
wakeSystem.startLifetime = boatSpeed * 4;
}
public void SpawnDemon (Transform boatStartPoint, BoatHandler handler) {
// choose a demon
int demonIndex = Random.Range (0, demonPrefabs.Length);
// create a demon
DemonTarget newDemon = Instantiate (demonPrefabs [demonIndex]);
newDemon.transform.SetParent (demonParent);
// initialize the demon
newDemon.Init (
handler,
demonHealthMultiplier,
demonSpeedMultiplier,
boatStartPoint.position,
demonTarget.position);
}
public void Init (BoatHandler handler, float healthMultiplier, float speedMultiplier, Vector3 startPosition, Vector3 endPosition) {
// make the demon move up
startPosition.y += 5.0F;
// set demon variables
boatHandler = handler;
demonStartPoint = startPosition;
demonEndPoint = endPosition;
demonHealth = demonBaseHealth * healthMultiplier;
demonSpeed = demonBaseSpeed * speedMultiplier;
// set the demon's position
transform.position = startPosition;
transform.LookAt (endPosition);
// set the transparency of the demon
fadeInTimer = 0.0F;
Color newColor = demonRenderer.material.color;
newColor.a = fadeInTimer;
demonRenderer.material.color = newColor;
}
public override void OnStartInitialize()
{
_gameStateHandler = new GameStateHandler();
_towerTracker = new TowerTrackerHandler();
_boatTracker = new BoatHandler();
}
public void SpawnDemon (Transform startPosition, BoatHandler handler) {
demonHandler.SpawnDemon (startPosition, handler);
}
public void StartWave () {
Debug.Log ("Starting Wave " + waveCount);
// remove the current wave
if (currentWave != null) {
currentWave.isCurrentWave = false;
}
// start a new boat wave
currentWave = null;
currentWave = Instantiate (boatHandlerPrefab);
currentWave.transform.SetParent (transform);
currentWave.isCurrentWave = true;
// Start a new Wave
if (waveCount < waveData.Count) {
currentWave.StartWave (boatParent, waveData [waveCount]);
}
// demon waves
demonHandler.StartWave (demonHealthMod, demonSpeedMod);
// // increment wave stats
demonSpeedMod += 0.125F;
// // set the wave interval
waveIntervalTimer = 2.0F;
waveIntervalStart = false;
// increment the wave
waveCount++;
}
public void StartWave () {
Debug.Log ("Starting Wave " + waveCount);
// remove the current wave
if (currentWave != null) {
currentWave.isCurrentWave = false;
}
// start a new boat wave
currentWave = null;
currentWave = Instantiate (boatHandlerPrefab);
currentWave.transform.SetParent (transform);
currentWave.isCurrentWave = true;
// Start a new Wave
if (waveCount < waveData.Count) {
currentWave.StartWave (boatParent, waveData [waveCount]);
}
// wave mods
// float boatCountPercentage = Random.Range (0, 1);
// float boatSpeedPercentage = 1.0F - boatCountPercentage;
// currentWave.StartWave (
// boatParent,
// ((int)Mathf.Floor (boatsCount * (boatCountPercentage + 0.5F))),
// (boatSpeedMod * (boatSpeedPercentage + 0.5F)));
// demon waves
demonHandler.StartWave (demonHealthMod, demonSpeedMod);
// // increment wave stats
// boatsCount += 1.5F;
// boatSpeedMod += 0.25F;
demonSpeedMod += 0.125F;
//
// // set the wave interval
waveIntervalTimer = 2.0F;
waveIntervalStart = false;
// increment the wave
waveCount++;
}
