private int GetWavesUnitID(int randomNum, EndlessWavesProto.EndlessWaves currentWave)
{
if (randomNum <= currentWave.Chance_1)
{
return(currentWave.UnitID_1);
}
else if (randomNum <= currentWave.Chance_2)
{
return(currentWave.UnitID_2);
}
else if (randomNum <= currentWave.Chance_3)
{
return(currentWave.UnitID_3);
}
else if (randomNum <= currentWave.Chance_4)
{
return(currentWave.UnitID_4);
}
else if (randomNum <= currentWave.Chance_5)
{
return(currentWave.UnitID_5);
}
else if (randomNum <= currentWave.Chance_6)
{
return(currentWave.UnitID_6);
}
else if (randomNum <= currentWave.Chance_7)
{
return(currentWave.UnitID_7);
}
else if (randomNum <= currentWave.Chance_8)
{
return(currentWave.UnitID_8);
}
else if (randomNum <= currentWave.Chance_9)
{
return(currentWave.UnitID_9);
}
else if (randomNum <= currentWave.Chance_10)
{
return(currentWave.UnitID_10);
}
else
{
DebugUtils.LogError(DebugUtils.Type.Endless, "EndlessMode soldier spwan all chance is not happend, Check the design!");
return(-1);
}
}
//TODO:If EndlessMode soldier value change roles confirm, modify this function.Dwayne.
private BattleUnit UnitLevelPropertyRatio(BattleUnit unitData, EndlessWavesProto.EndlessWaves currentWave)
{
for (int i = 0; i < unitData.props.Count; i++)
{
if (unitData.props[i].propertyType == PropertyType.MaxHealth)
{
unitData.props[i].propertyValue = unitData.props[i].propertyValue * currentWave.UnitLevel_PropertyRatio * currentWave.Wave_Level;
}
else if (unitData.props[i].propertyType == PropertyType.HealthRecover)
{
unitData.props[i].propertyValue = unitData.props[i].propertyValue * currentWave.UnitLevel_PropertyRatio * currentWave.Wave_Level;
}
else if (unitData.props[i].propertyType == PropertyType.PhysicalAttack)
{
unitData.props[i].propertyValue = unitData.props[i].propertyValue * currentWave.UnitLevel_PropertyRatio * currentWave.Wave_Level;
}
//else if( unitData.props[ i ].propertyType == PropertyType.RangedDmgBase )
//{
// unitData.props[ i ].propertyValue += unitData.props[ i ].propertyValue * currentWave.UnitLevel_PropertyRatio * currentWave.Wave_Level;
//}
else if (unitData.props[i].propertyType == PropertyType.AttackRange)
{
unitData.props[i].propertyValue = unitData.props[i].propertyValue * currentWave.UnitLevel_RangeRatio * currentWave.Wave_Level;
}
else if (unitData.props[i].propertyType == PropertyType.AttackRange)
{
unitData.props[i].propertyValue = unitData.props[i].propertyValue * currentWave.UnitLevel_DamageRadiusRatio * currentWave.Wave_Level;
}
else if (unitData.props[i].propertyType == PropertyType.Speed)
{
unitData.props[i].propertyValue = unitData.props[i].propertyValue * currentWave.UnitLevel_SpeedRatio * currentWave.Wave_Level;
}
else
{
DebugUtils.Log(DebugUtils.Type.Endless, "This prop not need modify value about TrainingWaves table");
continue;
}
}
return(unitData);
}
private void InitEndlessModeUnitData(EndlessWavesProto.EndlessWaves sampleData)
{
List <int> EndlessModeUnitUIDList = new List <int>();
List <UnitsProto.Unit> unitsTempDatas = DataManager.GetInstance().unitsProtoData;
EndlessModeUnitUIDList.Add(sampleData.UnitID_1);
EndlessModeUnitUIDList.Add(sampleData.UnitID_2);
EndlessModeUnitUIDList.Add(sampleData.UnitID_3);
EndlessModeUnitUIDList.Add(sampleData.UnitID_4);
EndlessModeUnitUIDList.Add(sampleData.UnitID_5);
EndlessModeUnitUIDList.Add(sampleData.UnitID_6);
EndlessModeUnitUIDList.Add(sampleData.UnitID_7);
EndlessModeUnitUIDList.Add(sampleData.UnitID_8);
EndlessModeUnitUIDList.Add(sampleData.UnitID_9);
EndlessModeUnitUIDList.Add(sampleData.UnitID_10);
for (int i = 0; i < EndlessModeUnitUIDList.Count; i++)
{
if (EndlessModeUnitUIDList[i] > 0)
{
BattleUnit model = new BattleUnit();
UnitsProto.Unit data = DataManager.GetInstance().unitsProtoData.Find(p => p.ID == EndlessModeUnitUIDList[i]);
if (data == null)
{
DebugUtils.LogError(DebugUtils.Type.Training, string.Format("The Endless mode unit id error, can't find this unit id {0} unit, please check this.", EndlessModeUnitUIDList[i]));
}
PropertyInfo physicalAttack = new PropertyInfo();
physicalAttack.propertyType = PropertyType.PhysicalAttack;
physicalAttack.propertyValue = data.PhysicalAttack;
model.props.Add(physicalAttack);
PropertyInfo magicAttackValue = new PropertyInfo();
magicAttackValue.propertyType = PropertyType.MagicAttack;
magicAttackValue.propertyValue = data.MagicAttack;
model.props.Add(magicAttackValue);
PropertyInfo armor = new PropertyInfo();
armor.propertyType = PropertyType.ArmorPro;
armor.propertyValue = data.Armor;
model.props.Add(armor);
PropertyInfo magicResist = new PropertyInfo();
magicResist.propertyType = PropertyType.MagicResist;
magicResist.propertyValue = data.MagicResist;
model.props.Add(magicResist);
PropertyInfo criticalChance = new PropertyInfo();
criticalChance.propertyType = PropertyType.CriticalChance;
criticalChance.propertyValue = data.CriticalChance;
model.props.Add(criticalChance);
PropertyInfo criticalDamage = new PropertyInfo();
criticalDamage.propertyType = PropertyType.CriticalDamage;
criticalDamage.propertyValue = data.CriticalDamage;
model.props.Add(criticalDamage);
PropertyInfo moveSpeed = new PropertyInfo();
moveSpeed.propertyType = PropertyType.Speed;
moveSpeed.propertyValue = data.MoveSpeed;
model.props.Add(moveSpeed);
PropertyInfo rangedMitigation = new PropertyInfo();
rangedMitigation.propertyType = PropertyType.AttackSpeed;
rangedMitigation.propertyValue = data.AttackInterval;
model.props.Add(rangedMitigation);
PropertyInfo attackRange = new PropertyInfo();
attackRange.propertyType = PropertyType.AttackRange;
attackRange.propertyValue = data.AttackRange;
model.props.Add(attackRange);
PropertyInfo health = new PropertyInfo();
health.propertyType = PropertyType.MaxHealth;
health.propertyValue = data.Health;
model.props.Add(health);
PropertyInfo healthRegen = new PropertyInfo();
healthRegen.propertyType = PropertyType.HealthRecover;
healthRegen.propertyValue = data.HealthRegen;
model.props.Add(healthRegen);
endlessModeUnitData.Add(EndlessModeUnitUIDList[i], model);
}
}
}
