public void Update()
{
mUpdatePassTime += Time.deltaTime;
if (mUpdatePassTime > mUpdateInterval)
{
mUpdatePassTime -= mUpdateInterval;
if (mPlayerCtrlArea)
{
CreatEnemyMode();
return;
}
DefenderBE = 0;
EnemyBE = 0;
bool inBattle = IsInBattle();
//DefenderAction
for (int i = mDefenderList.Count - 1; i >= 0; i--)
{
if (mDefenderList[i].mHp > 0)
{
//Atacker
if (inBattle && mEnemyList.Count > 0 && Convert.ToBoolean(mDefenderList[i].mType & (1 << 5)))
{
switch (mDefenderList[i].mAtkRange)
{
case EffectRange.Single:
{
BattleUnit target = mEnemyList[UnityEngine.Random.Range(0, mEnemyList.Count)];
float damage = mDefenderList[i].mAtk * (1 - target.mDef / (target.mDef + DamageScale))
* AiDamageTypeData.GetDamageScale(mDefenderList[i].mAtkType, target.mDefType);
target.mHp -= damage * mUpdateInterval / mDefenderList[i].mAtkInterval;
}
break;
case EffectRange.Range:
foreach (BattleUnit enemy in mEnemyList)
{
float damage = mDefenderList[i].mAtk * (1 - enemy.mDef / (enemy.mDef + DamageScale))
* AiDamageTypeData.GetDamageScale(mDefenderList[i].mAtkType, enemy.mDefType);
enemy.mHp -= damage * mUpdateInterval / mDefenderList[i].mAtkInterval;
}
break;
case EffectRange.spread:
{
BattleUnit target = mEnemyList[UnityEngine.Random.Range(0, mEnemyList.Count)];
float damage = mDefenderList[i].mAtk * (1 - target.mDef / (target.mDef + DamageScale))
* AiDamageTypeData.GetDamageScale(mDefenderList[i].mAtkType, target.mDefType);
target.mHp -= damage * mUpdateInterval / mDefenderList[i].mAtkInterval;
foreach (BattleUnit enemy in mEnemyList)
{
if (target != enemy)
{
damage = mDefenderList[i].mAtk * (1 - enemy.mDef / (enemy.mDef + DamageScale))
* AiDamageTypeData.GetDamageScale(mDefenderList[i].mAtkType, enemy.mDefType) * mDefenderList[i].mSpreadFactor;
enemy.mHp -= damage * mUpdateInterval / mDefenderList[i].mAtkInterval;
}
}
}
break;
}
}
//Healer
if (Convert.ToBoolean(mDefenderList[i].mType & (1 << 6)))
{
switch (mDefenderList[i].mHealRange)
{
case EffectRange.Single:
{
BattleUnit target = null;
float maxHpDT = 0;
foreach (BattleUnit defender in mDefenderList)
{
if (defender.mHp < defender.mMaxHp && Convert.ToBoolean(defender.mType & mDefenderList[i].mHealType))
{
if (maxHpDT < defender.mMaxHp - defender.mHp)
{
maxHpDT = defender.mMaxHp - defender.mHp;
target = defender;
}
}
}
if (target)
{
target.mHp = Mathf.Clamp(target.mHp + mDefenderList[i].mHealPs * mUpdateInterval, 0, target.mMaxHp);
}
}
break;
case EffectRange.Range:
foreach (BattleUnit defender in mDefenderList)
{
if (defender.mHp < defender.mMaxHp && Convert.ToBoolean(defender.mType & mDefenderList[i].mHealType))
{
defender.mHp = Mathf.Clamp(defender.mHp + mDefenderList[i].mHealPs * mUpdateInterval, 0, defender.mMaxHp);
}
}
break;
case EffectRange.spread:
{
BattleUnit target = null;
float maxHpDT = 0;
foreach (BattleUnit defender in mDefenderList)
{
if (defender.mHp < defender.mMaxHp && Convert.ToBoolean(defender.mType & mDefenderList[i].mHealType))
{
if (maxHpDT < defender.mMaxHp - defender.mHp)
{
maxHpDT = defender.mMaxHp - defender.mHp;
target = defender;
}
}
}
if (target)
{
target.mHp = Mathf.Clamp(target.mHp + mDefenderList[i].mHealPs * mUpdateInterval, 0, target.mMaxHp);
}
foreach (BattleUnit defender in mDefenderList)
{
if (defender != target && defender.mHp < defender.mMaxHp && Convert.ToBoolean(defender.mType & mDefenderList[i].mHealType))
{
defender.mHp = Mathf.Clamp(defender.mHp + mDefenderList[i].mHealPs * mUpdateInterval * mDefenderList[i].mSpreadFactor, 0, defender.mMaxHp);
}
}
}
break;
}
}
}
}
//EnemyAction
for (int i = mEnemyList.Count - 1; i >= 0; i--)
{
if (mEnemyList[i].mHp > 0)
{
//Atacker
if (inBattle && mDefenderList.Count > 0 && Convert.ToBoolean(mEnemyList[i].mType & (1 << 5)))
{
switch (mEnemyList[i].mAtkRange)
{
case EffectRange.Single:
{
BattleUnit target = mDefenderList[UnityEngine.Random.Range(0, mDefenderList.Count)];
float damage = mEnemyList[i].mAtk * (1 - target.mDef / (target.mDef + DamageScale))
* AiDamageTypeData.GetDamageScale(mEnemyList[i].mAtkType, target.mDefType);
target.mHp -= damage * mUpdateInterval / mEnemyList[i].mAtkInterval;
}
break;
case EffectRange.Range:
foreach (BattleUnit defender in mDefenderList)
{
float damage = mEnemyList[i].mAtk * (1 - defender.mDef / (defender.mDef + DamageScale))
* AiDamageTypeData.GetDamageScale(mEnemyList[i].mAtkType, defender.mDefType);
defender.mHp -= damage * mUpdateInterval / mEnemyList[i].mAtkInterval;
}
break;
case EffectRange.spread:
{
BattleUnit target = mDefenderList[UnityEngine.Random.Range(0, mDefenderList.Count)];
float damage = mEnemyList[i].mAtk * (1 - target.mDef / (target.mDef + DamageScale))
* AiDamageTypeData.GetDamageScale(mEnemyList[i].mAtkType, target.mDefType);
target.mHp -= damage * mUpdateInterval / mEnemyList[i].mAtkInterval;
foreach (BattleUnit defender in mDefenderList)
{
if (defender != target)
{
damage = mEnemyList[i].mAtk * (1 - defender.mDef / (defender.mDef + DamageScale))
* AiDamageTypeData.GetDamageScale(mEnemyList[i].mAtkType, defender.mDefType);
defender.mHp -= damage * mUpdateInterval / mEnemyList[i].mAtkInterval;
}
}
}
break;
}
}
//Healer
if (Convert.ToBoolean(mEnemyList[i].mType & (1 << 6)))
{
switch (mEnemyList[i].mHealRange)
{
case EffectRange.Single:
{
BattleUnit target = null;
float maxHpDT = 0;
foreach (BattleUnit enemy in mEnemyList)
{
if (enemy.mHp < enemy.mMaxHp && Convert.ToBoolean(enemy.mType & mEnemyList[i].mHealType))
{
if (maxHpDT < enemy.mMaxHp - enemy.mHp)
{
maxHpDT = enemy.mMaxHp - enemy.mHp;
target = enemy;
}
}
}
if (target)
{
target.mHp = Mathf.Clamp(target.mHp + mEnemyList[i].mHealPs * mUpdateInterval, 0, target.mMaxHp);
}
}
break;
case EffectRange.Range:
foreach (BattleUnit enemy in mEnemyList)
{
if (enemy.mHp < enemy.mMaxHp && Convert.ToBoolean(enemy.mType & mEnemyList[i].mHealType))
{
enemy.mHp = Mathf.Clamp(enemy.mHp + mEnemyList[i].mHealPs * mUpdateInterval, 0, enemy.mMaxHp);
}
}
break;
case EffectRange.spread:
{
BattleUnit target = null;
float maxHpDT = 0;
foreach (BattleUnit enemy in mEnemyList)
{
if (enemy.mHp < enemy.mMaxHp && Convert.ToBoolean(enemy.mType & mEnemyList[i].mHealType))
{
if (maxHpDT < enemy.mMaxHp - enemy.mHp)
{
maxHpDT = enemy.mMaxHp - enemy.mHp;
target = enemy;
}
}
}
if (target)
{
target.mHp = Mathf.Clamp(target.mHp + mEnemyList[i].mHealPs * mUpdateInterval, 0, target.mMaxHp);
}
foreach (BattleUnit enemy in mEnemyList)
{
if (enemy != target && enemy.mHp < enemy.mMaxHp && Convert.ToBoolean(enemy.mType & mEnemyList[i].mHealType))
{
enemy.mHp = Mathf.Clamp(enemy.mHp + mEnemyList[i].mHealPs * mUpdateInterval * mEnemyList[i].mSpreadFactor, 0, enemy.mMaxHp);
}
}
}
break;
}
}
}
}
//release things that need be remove,and count the BE
for (int i = mDefenderList.Count - 1; i >= 0; i--)
{
if (mDefenderList[i].mHp > 0)
{
DefenderBE += mDefenderList[i].mBE;
}
else
{
if (mDefenderList[i] == mParent.mSelfUnit)
{
mParent.OnBattleFail();
}
RemoveFromDragItemMgr(mDefenderList[i].gameObject);
// foreach(ItemPackGui_N.DrawItem item in ItemPackGui_N.mDrawItemList)
// {
// if (GameObject.Equals(mDefenderList[i].gameObject,item.mObject))
// {
// mDefenderList.RemoveAt(i);
// ItemPackGui_N.mDrawItemList.Remove(item);
// break;
// }
// }
}
}
for (int i = mEnemyList.Count - 1; i >= 0; i--)
{
if (mEnemyList[i].mHp > 0)
{
EnemyBE += mEnemyList[i].mBE;
}
else
{
GameObject.Destroy(mEnemyList[i].gameObject);
mEnemyList.RemoveAt(i);
}
}
if (DefenderBE == 0 && EnemyBE > 0)
{
AreaUnit targetArea = null;
float minForce = 100000000f;
//enemy go to the near area which has the lessest force but higher force than self
foreach (AreaUnit area in mNearArea)
{
if (area.mDefenderForce > mDefenderForce && area.mDefenderForce < minForce)
{
targetArea = area;
minForce = area.mDefenderForce;
}
}
// if can find area than choose the hightest force one
if (null == targetArea)
{
minForce = 0;
foreach (AreaUnit area in mNearArea)
{
if (area.mDefenderForce > minForce)
{
targetArea = area;
minForce = area.mDefenderForce;
}
}
}
for (int i = mEnemyList.Count - 1; i >= 0; i--)
{
if (Convert.ToBoolean(mEnemyList[i].mType & 1) && mEnemyList[i].CanMove())
{
mEnemyList[i].Move();
targetArea.AddBattleUnit(mEnemyList[i]);
mEnemyList.RemoveAt(i);
}
}
}
// MoveAble unit go to other area which is inbattle and is nearest one
else if (EnemyBE == 0 && DefenderBE > 0)
{
}
}
}
