// PUBLIC
// PUBLIC STATIC
/// <summary>
/// Dos the create spider.
/// </summary>
public GameObject doCreateSpider(RoundDataVO aRoundDataVO)
{
//POSITION
float spawnRadius_float = _getRadiusFromGameObject(spawnSphereGameObject);
float attackRadius_float = _getRadiusFromGameObject(attackSphereGameObject);
//
float spawnAngle_float;
if (enemyPlacement == EnemyPlacement.DEBUG)
{
spawnAngle_float = 90;
}
else
{
spawnAngle_float = Random.Range(0, 360);
//round to 'space apart' the spawning
//NOTE: This discourages (but not eliminates) placing overlapping spiders
spawnAngle_float = Mathf.Round(spawnAngle_float / 36) * 36;
}
//
spawnAngle_float = Mathf.Deg2Rad * spawnAngle_float;
float spawnX_float = Mathf.Cos(spawnAngle_float) * spawnRadius_float;
float spawnZ_float = Mathf.Sin(spawnAngle_float) * spawnRadius_float;
//CREATE ENEMY AND SET THE TARGET IS SHOULD CHASE
GameObject spider_gameobject =
Instantiate(
spiderPrefabGameObject,
new Vector3(spawnX_float, EnemyUI.DEFAULT_Y_POSITION, spawnZ_float), Quaternion.identity
) as GameObject;
//
spider_gameobject.transform.parent = enemyParentGameObject.transform;
//SET BASIC PARAMETERS FOR BEHAVIOR
float enemyHealth_float = aRoundDataVO.enemyHealthRange.getRandomIntValueWithinRange(); //use int
float enemySpeed_float = aRoundDataVO.enemySpeedRange.getRandomFloatValueWithinRange(); //use float
spider_gameobject.GetComponent <EnemyUI>().setParameters(
targetGameObject,
attackRadius_float,
enemyHealth_float,
enemySpeed_float);
//TODO: ENSURE A SPIDER IS NOT SPAWNED ON TOP OF AN OTHER ONE
//TODO: ENSURE SPIDERS COME FROM 'ALL AROUND' WITHOUT 'REPEATING TOO MUCH'
//
return(spider_gameobject);
}
/// <summary>
/// Do create next spider batch.
/// </summary>
/// <param name="aRoundDataVO">A round data V.</param>
private void _doCreateNextSpiderBatch(RoundDataVO aRoundDataVO)
{
//how many to create?
//1. get a number within range
//2. be sure not to exceed the remaining allowed
int enemiesToSpawnAtOnce_int = aRoundDataVO.enemiesSpawnedAtOnceRange.getRandomIntValueWithinRange();
enemiesToSpawnAtOnce_int = (int)Mathf.Clamp((float)enemiesToSpawnAtOnce_int, 0, iGameModel.currentRoundDataVO.enemiesTotalToCreate - iGameModel.currentRoundDataVO.enemiesCreated);
//
for (var enemyToSpawnIndex_int = 0; enemyToSpawnIndex_int < enemiesToSpawnAtOnce_int; enemyToSpawnIndex_int++)
{
iGameModel.currentRoundDataVO.addEnemy(view.doCreateSpider(iGameModel.currentRoundDataVO));
}
}
/// <summary>
/// Starts the next round.
/// </summary>
public void doRoundStart()
{
//
_currentRound_uint++;
//
uint enemiesPerRound_uint = _currentRound_uint * _ENEMIES_PER_ROUND / 2;
Range enemiesSpawnedAtOnce_range = new Range(1, _currentRound_uint);
Range enemyHealth_range = new Range(11, 22);
Range enemySpeed_range = new Range(1f, 2f);
//
currentRoundDataVO = new RoundDataVO(
_currentRound_uint,
enemiesPerRound_uint,
enemiesSpawnedAtOnce_range,
enemyHealth_range,
enemySpeed_range
);
}
/// <summary>
/// Starts the next round.
/// </summary>
public void doRoundStart()
{
//
_currentRound_uint++;
//
uint goalsRequiredToWin_uint = _currentRound_uint * _GOALS_REQUIRED_PER_ROUND;
Range enemiesSpawnedAtOnce_range = new Range(1, _currentRound_uint);
Range enemyHealth_range = new Range(11, 22);
Range enemySpeed_range = new Range(1f, 2f);
//
currentRoundDataVO = new RoundDataVO(
_currentRound_uint,
goalsRequiredToWin_uint,
enemiesSpawnedAtOnce_range,
enemyHealth_range,
enemySpeed_range
);
}
/// <summary>
/// Starts the next round.
/// </summary>
public void doRoundStart()
{
//
_currentRound_uint++;
//
uint currentRound_uint = _currentRound_uint;
uint playerGoalsRequiredToWin = _currentRound_uint * _PLAYER_GOALS_REQUIRED_PER_ROUND_MULTIPLYER;
uint cpuGoalsRequiredToLose = _CPU_GOALS_REQUIRED_PER_ROUND;
Range cpuMoveSpeed_range = new Range(
Constants.PADDLE_Y_LERP_ACCELERATION_DEFAULT_MINIMUM,
Constants.PADDLE_Y_LERP_ACCELERATION_DEFAULT_MAXIMUM
); //lock to one value, but you can put a range here (optional)
//
currentRoundDataVO = new RoundDataVO(
currentRound_uint,
playerGoalsRequiredToWin,
cpuGoalsRequiredToLose,
cpuMoveSpeed_range
);
}
// PUBLIC
// PRIVATE
// PRIVATE STATIC
// PRIVATE COROUTINE
// PRIVATE INVOKE
//--------------------------------------
// Events
//--------------------------------------
/// <summary>
/// When the round started signal.
/// </summary>
/// <param name="aRoundDataVO">A round data V.</param>
//TODO: IS THIS SIGNAL NEEDED, WHY NOT JUST CHECK ONGAMESTATE?
private void _onRoundStartedSignal(RoundDataVO aRoundDataVO)
{
}
