private void AddToQueue(EEnemyType type, EnemyUnit unit, float prio = 0f)
{
var toAdd = new PrioritizableObject <EnemyUnit>(unit, prio);
GetPrioritiyQueueByEnemyType(type).Add(toAdd);
mAllUnits.Add(toAdd);
}
public Entity Create(EEnemyType type, Vector3 position, Vector3 forward)
{
var view = _pool.Spawn(position, forward);
var entity = CreateEntity(view);
return(entity);
}
protected void CheckEnemyType(EEnemyType type)
{
switch (type)
{
case EEnemyType.Mushroomy:
InitMushroomy();
break;
case EEnemyType.Archer:
InitArcher();
break;
case EEnemyType.Ghost:
InitGhost();
break;
case EEnemyType.Medusa:
InitMedusa();
break;
default:
Debug.Log("적의 종류가 선택되지 않았습니다.");
break;
}
}
public Enemy(EnemyBuilder enemyBuilder)
{
this.Name = enemyBuilder.EnemyName;
this.LifePoints = enemyBuilder.EnemyLifePoints;
this.Position = enemyBuilder.EnemyPosition;
this.EnemyType = enemyBuilder.EnemyType;
}
// method that produces enemy military units when called up by the Ki
internal EnemyUnit SpawnEnemy(EEnemyType type, Camera camera, Map.Map map, GameScreen gameScreen)
{
EnemyUnit enemyUnit;
switch (type)
{
case EEnemyType.Attack:
enemyUnit = new EnemyUnit(new Vector2(Center.X + 100, Center.Y + 30), camera, ref mDirector);
break;
case EEnemyType.Defend:
enemyUnit = new EnemyHeavy(new Vector2(Center.X + 100, Center.Y + 30), camera, ref mDirector);
break;
case EEnemyType.Scout:
enemyUnit = new EnemyFast(new Vector2(Center.X + 100, Center.Y + 30), camera, ref mDirector);
break;
default:
throw new ArgumentOutOfRangeException(nameof(type), type, null);
}
gameScreen.AddObject(enemyUnit);
return(enemyUnit);
}
public void CreateEnemy(EEnemyType type, Vector3 pos)
{
var enemy = Instantiate(enemyPrefabs[(int)type], canvasParent);
enemy.transform.localPosition = pos;
enemy.GetComponentInChildren <EnemyMovement>().SetTarget(player);
EnemyHPManager.GetInstance().enemyList.Add(enemy.GetComponentInChildren <EnemyHealth>());
}
private void SpawnOneUnit(EEnemyType type, Spawner spawner)
{
var unit = spawner.SpawnEnemy(type, mDirector.GetStoryManager.Level.Camera,
mDirector.GetStoryManager.Level.Map,
mDirector.GetStoryManager.Level.GameScreen);
//newly spawned units have no extra priority over others already existing.
AddToQueue(type, unit);
mIsCurrentlyMoving[unit] = false;
}
public static AbstractFactory GetFactory(EEnemyType enemy)
{
switch (enemy)
{
case EEnemyType.Normal:
return(normalEnemyFactory);
case EEnemyType.Big:
return(bigEnemyFactory);
}
return(null);
}
public EnemyСharacteristicsVo GetСharacteristics(EEnemyType enemyType)
{
foreach (var enemyСharacteristicsVo in enemyСharacteristicsVos)
{
if (enemyType == enemyСharacteristicsVo.Type)
{
return(enemyСharacteristicsVo);
}
}
throw new Exception(
$"[{nameof(EnemyСharacteristicsDatabase)}] No characteristics for enemy {enemyType} in database");
}
void Start()
{
attackCtrl = GetComponentInChildren <EnemyAttack>();
attackLongCtrl = GetComponentInChildren <EnemyAttack_Long>();
healthCtrl = GetComponentInChildren <EnemyHealth>();
anim = GetComponent <Animator>();
enemyType = GetComponent <EnemyCtrl>().EnemyType;
if (enemyType != EEnemyType.TYPE1)
{
dist = 7.5f;
}
}
private void Retreat(EnemyUnit unit, EEnemyType type, GameTime gametime)
{
if (!mUnitToFlockingGroup.ContainsKey(unit))
{
mUnitToFlockingGroup[unit] = mDirector.GetMilitaryManager.GetNewFlock();
mUnitToFlockingGroup[unit].AssignUnit(unit);
}
// make the scout that attacked retreat to a random structure of the ai
mUnitToFlockingGroup[unit].FindPath(GetRandomPositionOnRectangle(mAi.GetBoundsOfStructure(mRandom.Next(mAi.GetStructureCount()))));
mUnitsMovementSnapshot[(int)type] = (int)gametime.TotalGameTime.TotalMilliseconds;
}
public EnemyView GetEnemy(EEnemyType type)
{
foreach (var enemyVo in enemyVos)
{
if (enemyVo.Type == type)
{
return(enemyVo.EnemyView);
}
}
throw new Exception(
$"[{nameof(EnemyСharacteristicsDatabase)}] No prefab for enemytype {type} in database");
}
IEnumerator Spawning()
{
while (true)
{
yield return(new WaitForSeconds(Random.Range(1.0f, 7.0f)));
int randomCount = Random.Range(1, 3);
for (int i = 0; i < randomCount; i++)
{
Vector3 randomPos = Random.insideUnitCircle * Random.Range(1.0f, 2.0f);
EEnemyType randomType = (EEnemyType)Random.Range(0, (int)EEnemyType._COUNT);
CreateEnemy(randomType, transform.localPosition + randomPos);
}
}
}
public Enemy(ILocationBehavior locationBehavoir, IRenderBehavior renderBehavior, float ratOfFire, float attackDistance,
float sightiningDistance, float maxHealth, float speed, float health, EEnemyType typeOfEnemy)
: base(locationBehavoir, renderBehavior)
{
this.buffList = new List<Buff>();
this.ratOfFire = ratOfFire;
this.AttackDistance = attackDistance;
this.SightiningDistance = sightiningDistance;
this.MaxHealth = maxHealth;
TypOfEnemy = typeOfEnemy;
lastAttack = 0;
this.Speed = speed;
this.Health = health;
switch (typeOfEnemy)
{
case EEnemyType.E1:
moveRenderer = LoadedRenderer.Get("A_Krabbler_Move");
standRenderer = LoadedRenderer.Get("A_Krabbler_Stand");
break;
case EEnemyType.E2:
moveRenderer = LoadedRenderer.Get("A_Schleimer_Move");
standRenderer = LoadedRenderer.Get("A_Schleimer_Stand");
break;
case EEnemyType.E3:
moveRenderer = LoadedRenderer.Get("A_StachelKrabbe_Move");
standRenderer = LoadedRenderer.Get("A_StachelKrabbe_Stand");
break;
case EEnemyType.E4:
moveRenderer = LoadedRenderer.Get("A_Schleimer_Move");
standRenderer = LoadedRenderer.Get("A_Schleimer_Stand");
break;
case EEnemyType.E5:
moveRenderer = LoadedRenderer.Get("A_RoterDrache_Move");
standRenderer = LoadedRenderer.Get("A_RoterDrache_Stand");
break;
case EEnemyType.E6:
moveRenderer = LoadedRenderer.Get("A_Hellboy_Move");
standRenderer = LoadedRenderer.Get("A_Hellboy_Stand");
break;
}
this.Activity = new NoActivity();
}
private void UpdateLowestPriorityQueueElement(EEnemyType type)
{
if (GetPrioritiyQueueByEnemyType(type).Count <= 0)
{
return;
}
var minPrioUnit = GetPrioritiyQueueByEnemyType(type).DeleteMin();
// we don't want to increase the priority if the unit is moving, this allows for us to not give units paths that
// are already moving to one.
if (mIsCurrentlyMoving[minPrioUnit.GetObject()])
{
GetPrioritiyQueueByEnemyType(type).Add(minPrioUnit);
return;
}
minPrioUnit.SetPrioritization(minPrioUnit.GetPrioritization() + PriorityAddition);
GetPrioritiyQueueByEnemyType(type).Add(minPrioUnit);
}
public void Spawn(EEnemyType enemyType = EEnemyType.Green)
{
if (_enemyViews.Count >= _maxEnemyOnMap)
{
return;
}
var enemyСharacteristics = _enemyСharacteristics.GetСharacteristics(enemyType);
var enemySpeed = enemyСharacteristics.Speed;
var enemyHp = enemyСharacteristics.Health;
var enemyDamage = enemyСharacteristics.Damage;
var enemyArmour = enemyСharacteristics.Armour;
var prefab = _enemyPrefabDatabase.GetEnemy(enemyType);
var spawnPoint = spawnPoints[Random.Range(0, spawnPoints.Length)].position;
var enemyView = Instantiate(prefab, spawnPoint, Quaternion.identity);
enemyView.Initialize(enemyHp, enemySpeed, enemyArmour, enemyDamage, _playerController.PlayerTransform);
_enemyViews.Add(enemyView);
enemyView.ListenDeath(() =>
{
_enemyViews.Remove(enemyView);
Spawn();
});
}
public SignalEnemySpawn(EEnemyType type, Vector3 position, Vector3 forward)
{
Type = type;
Forward = forward;
Position = position;
}
// ***************************************************************************
// Läd und erzeugt das eigentliche Spiel
public SpawnPoint(MapLocation location, EEnemyType enemyType, float modifier)
{
Location = location;
EnemyType = enemyType;
this.modifier = modifier;
}
public Enemy(ILocationBehavior locationBehavoir, float ratOfFire, float attackDistance,
float sightiningDistance, float maxHealth, float speed, float health, EEnemyType typeOfEnemy)
: this(locationBehavoir, new NoRenderer(), ratOfFire, attackDistance, sightiningDistance, maxHealth, speed, health, typeOfEnemy)
{
}
private IEnumerator CreateEnemy(EEnemyType type)
{
yield return(null);
_enemyFactory.Create(type, Vector3.zero, Vector3.zero);
}
void InitMedusa()
{
enemyType = EEnemyType.Medusa;
}
void InitGhost()
{
enemyType = EEnemyType.Ghost;
}
private IPriorityQueue <PrioritizableObject <EnemyUnit> > GetPrioritiyQueueByEnemyType(EEnemyType type)
{
switch (type)
{
case EEnemyType.Attack:
return(mAttackingUnits);
case EEnemyType.Defend:
return(mDefendingUnits);
case EEnemyType.Scout:
return(mScoutingUnits);
default:
throw new Exception("Unexpected enemy type");
}
}
void InitMushroomy()
{
enemyType = EEnemyType.Mushroomy;
}
void InitArcher()
{
enemyType = EEnemyType.Archer;
}
public EnemyBuilder Type(EEnemyType enemyType)
{
this.EnemyType = enemyType;
return(this);
}