public static void AddEntityCollider(Vector3 colliderPosition, Entity entityToLink)
{
/* TODO We will eventually reach INT_MAX with collidersSpawned.
* We need to change the solution. */
// Spawn new gameobject and attach box collider to it
GameObject gm = new GameObject("Sector Collider" + collidersSpawned);
EntityCollider entityCollider = gm.AddComponent <EntityCollider>();
// Modify components
entityCollider.EntityColliderIndex = collidersSpawned;
entityCollider.LinkedEntity = entityToLink;
colliders.Add(entityCollider.EntityColliderIndex, entityCollider);
collidersSpawned++;
// Link the collider to the entity
BootStrapper.Entity_Manager.SetComponentData(entityToLink, new EntityLinkedColliderData {
Value = entityCollider.EntityColliderIndex
});
// Orientate the gameobject
entityCollider.transform.position = colliderPosition;
entityCollider.transform.SetParent(WorldReference.SectorColliderParent);
// Add a collider to the gameobject
entityCollider.Collider = gm.AddComponent <BoxCollider>();
entityCollider.Collider.size = (BootStrapper.Entity_Manager.GetComponentData <EntityBoundsData> (entityToLink)).Value;
}
void RemoveWorldEntity()
{
if (hit.collider != null)
{
EntityCollider entityCollider = hit.collider.GetComponent <EntityCollider>();
if (entityCollider != null)
{
EntitySpawner.DestroyEntity(entityCollider.LinkedEntity);
}
}
}
public static void RemoveEntityCollider(EntityLinkedColliderData colliderData)
{
try {
EntityCollider temp = GetEntityCollider(colliderData);
colliders.Remove(colliderData.Value);
MonoBehaviour.Destroy(temp.gameObject);
}
catch (Exception e) {
Debug.LogException(e);
}
}
public bool HasHitBarrier(List <Barrier> barriers_)
{
foreach (Barrier b in barriers_)
{
EntityCollider fuckDean = new EntityCollider(m_collider);
Vector2 m_newPosition = fuckDean.GetPosition() + m_velocity;
Vector2 m_barrierPosition = b.GetPosition();
fuckDean.SetPosition(m_collider.GetPosition() + m_velocity);
if (CollisionHandler.CheckForCollision(fuckDean, b.GetCollider()))
{
Debug.AddText(new DebugText("New Position = " + m_newPosition, new Vector2(10.0f, 180.0f)));
return(true);
}
}
return(false);
}
void OnCollide(EntityCollider collider, RaycastHit hit)
{
float hurtAmt = 0;
if(hit.transform.gameObject.layer == Main.layerEnemy) {
Enemy enemy = hit.transform.GetComponentInChildren<Enemy>();
if(enemy.state != State.die) {
EnemyStat enemyStat = enemy.stat != null ? enemy.stat as EnemyStat : null;
if(enemyStat != null) {
if(state == State.attack) {
if(!enemy.isBlinking && enemy.state != State.spawning) {
enemyStat.curHP -= stat.damage;
}
}
else if(enemyStat.damage > 0) {
hurtAmt = enemyStat.damage;
}
if(enemyStat.level >= SceneWorld.instance.curLevel) {
Vector3 enemyPos = hit.transform.position;
Vector3 pos = transform.position;
if(pos.y > enemyPos.y) {
entMove.Jump(attackHitJumpSpd*mScale, false);
}
else {
entMove.ResetCurYVel();
entMove.Jump(-attackHitJumpSpd*mScale, false);
}
}
}
}
}
else if(!isBlinking && hit.transform.gameObject.layer == Main.layerEnemyProjectile) {
EnemyBullet bullet = hit.transform.GetComponentInChildren<EnemyBullet>();
if(bullet != null) {
hurtAmt = bullet.damage;
}
else {
EnemyProjectile proj = hit.transform.GetComponentInChildren<EnemyProjectile>();
if(proj == null) { //try parent
proj = hit.transform.parent.GetComponentInChildren<EnemyProjectile>();
}
hurtAmt = proj.damage;
}
}
if(hurtAmt > 0) {
if(guardActive && mCurNumGuards > 0) {
GuardDec();
}
else {
stat.curHP -= hurtAmt;
}
}
}
void Start()
{
//start init
collider = GetComponent <EntityCollider>();
newPosition = new Matrix2(transform.position.x, transform.position.y);
}
protected virtual void Awake()
{
//get components
ec = GetComponent <EntityCollider>();
rb = GetComponent <Rigidbody2D>();
}
