///////////////////////////////////////////////////////////////////////////////////////////////
// get database on the current scene
// load list of the monsterFX from database
// load list of the monster from database
// CHEAT : maybe action load take some time, create an invoke function to do something with data
void Start()
{
m_goTextDamage = gameObject.GetComponentInChildren <Text>().gameObject;
GameObject _dbDatabaseOfScene = GameObject.Find("database");
m_dbMonsterFXList = _dbDatabaseOfScene.GetComponent <monsterFx>();
m_dbMonsterList = _dbDatabaseOfScene.GetComponent <monster>();
m_animatorCameraSkaing = GameObject.FindGameObjectWithTag("CameraShaking").GetComponent <Animator>();
Invoke("LoadProperties", 0.1f);
}
///////////////////////////////////////////////////////////////////////////////////////////////
// set 'false' to 'start' parameter of the animator, SO the monster will do action idle, after action appear finished
// load and set 'Player' tranform as the target of the monster
// check in the monster list to find databases of the monster and monsterFX via ID of the monster and ID of the monsterFX
// release monster list and monsterFX list after get data
// load all data we need from db to variables (via db construction)
// if the monster has timelife, set 'Destroy' method to the monster with a delay equal to monster's timelife, SO it will be die after it's timelife
void LoadProperties()
{
m_animatorController.SetBool("isAppeared", false);
m_tfTarget = GameObject.FindGameObjectWithTag("Player").transform;
foreach (var _aMonsterFX in m_dbMonsterFXList.Player.MonsterFxList)
{
if (m_nID == _aMonsterFX.IdMonsterFX)
{
m_dbMonsterFX = _aMonsterFX;
break;
}
}
foreach (var _aMonster in m_dbMonsterList.Player.MonsterDbList)
{
if (m_nID == _aMonster.IdMonster)
{
m_dbMonster = new MonsterDb(_aMonster);
break;
}
}
m_dbMonsterFXList = null;
m_dbMonsterList = null;
m_nMonsterType = m_dbMonster.MonterType;
m_nScore = m_dbMonster.Score;
m_fTimeLife = m_dbMonster.TimeLife;
m_fMaxHP = (float)m_dbMonster.HpDefault;
m_fMovementSpeed = m_dbMonster.MoveSpeed;
m_fDelayAttack = m_dbMonster.delayAtk;
m_nDamageType = m_dbMonster.DameType;
m_arATKList = m_dbMonster.ATKList;
m_fRateDodge = m_dbMonster.RateDodge;
m_fRateDrop = m_dbMonster.RateDrop;
m_fMCRegen = m_dbMonster.MCRegen;
m_oMonsterEsc = m_dbMonster.ESC;
m_arDropList = m_dbMonster.Droplist;
foreach (ATK _oTempAttack in m_arATKList)
{
if (_oTempAttack.RankATK == 1)
{
m_fAttack1Rate = _oTempAttack.Rate;
}
if (_oTempAttack.RankATK == 2)
{
m_fAttack2Rate = _oTempAttack.Rate;
}
if (_oTempAttack.RankATK == 3)
{
m_fAttack3Rate = _oTempAttack.Rate;
}
}
m_fCurrentHP = m_fMaxHP;
m_fLeftLimit = Camera.main.GetComponent <CameraFollow>().StartLook + 2.0f;
m_fRightLimit = Camera.main.GetComponent <CameraFollow>().EndLook + Camera.main.orthographicSize * 2.0f - 3.0f;
// LOG : check if rate attack of the monster is wrong
//if (m_fRateATK1 + m_fRateATK2 + m_fRateATK3 != 1.0f) {
// Debug.Log("Attack rates of the monster is wrong!");
//}
m_fMoveCycle = Random.Range(1.0f, 4.0f);
m_fBreakTimeCycle = Random.Range(1.0f, 2.0f);
if (m_fTimeLife > 0.0f)
{
Invoke("ExplodeBeforeDie", m_fTimeLife);
}
m_bDataLoaded = true;
}
