public virtual void Reset()
{
angularVelocity = 0;
spawnTime = 0;
duration = 0;
_baseBullet = null;
fromCharacter = null;
}
public void Fire(DanmakuEditor.BaseBullet baseBullet, Vector3 p_direction)
{
DanmakuEditor.BeamBullet beamInfo = (DanmakuEditor.BeamBullet)baseBullet;
if (beamObject == null)
{
beamObject = CreateBeam(beamInfo);
OnBeamCreate(beamObject);
}
}
public void Fire(DanmakuEditor.BaseBullet p_baseBullet, Vector3 p_direction)
{
DanmakuEditor.NormalBullet baseBullet = (DanmakuEditor.NormalBullet)p_baseBullet;
DanmakuEditor.BulletPath initBulletPath = baseBullet.path[0];
string fireCDKey = baseBullet._id + "_fireCD";
string bulletNumKey = baseBullet._id + "_bulletNum";
AddRecordKey(baseBullet._id, PropertiesUtility.time + initBulletPath.start_delay);
AddRecordKey(fireCDKey, 0);
if (PropertiesUtility.time > RecordTimeTable[baseBullet._id])
{
AddRecordKey(bulletNumKey, GetDictValue(bulletNumKey) + 1, true);
float fireQueue = GetDictValue(bulletNumKey) % baseBullet.fireNumCd;
float angle = MathParserRouter.Instance.CalculateAnswer(initBulletPath.angle_formula);
Vector3 direction = new Vector3(Mathf.Cos(angle * Mathf.Deg2Rad), Mathf.Sin(angle * Mathf.Deg2Rad), 0);
if (initBulletPath.angleOnTarget)
{
direction = p_direction;
}
//Calculate angle range, if we want to fire multiple bullet at once
float startAngle = Utility.MathUtility.VectorToAngle(direction) - (initBulletPath.range / 2);
float incrementalAngle = initBulletPath.range / initBulletPath.numberOfBullet;
for (int b = 0; b < initBulletPath.numberOfBullet; b++)
{
var projectile = SetProjectile(baseBullet, (startAngle + (incrementalAngle * b)));
float fireQueueIndex = (fireQueue == 0) ? (baseBullet.fireNumCd - 1) : (fireQueue - 1);
float duration_percentage = (baseBullet.fireNumCd - fireQueueIndex) / baseBullet.fireNumCd;
projectile.duration = initBulletPath.duration * duration_percentage;
if (OnBulletCreate != null)
{
OnBulletCreate(projectile);
}
//_projectileHandler.AddProjectile(projectile);
}
RecordTimeTable[baseBullet._id] = PropertiesUtility.time + initBulletPath.frequency;
//Debug.Log(GetDictValue(bulletNumKey) + ", " + fireQueue + " , " + baseBullet.fireNumCd);
if (fireQueue == 0)
{
RecordTimeTable[baseBullet._id] = RecordTimeTable[baseBullet._id] + baseBullet.loadUpCd;
}
}
}
private BulletObject SetProjectile(DanmakuEditor.BaseBullet baseBullet, float angle)
{
GameObject reuseObject = Pooling.PoolManager.instance.ReuseObject(baseBullet.poolObjectID);
BulletObject pObject = reuseObject.GetComponent <BulletObject>();
pObject.transform.rotation = Quaternion.Euler(0, 0, angle);
//pObject.transform.position = transform.position + baseBullet.path[0].spawnOffset;
pObject.transform.position = _self.transform.position;
SpriteRenderer renderer = pObject.GetComponent <SpriteRenderer>();
renderer.sprite = baseBullet.sprite;
var projectile = pObject.GetComponent <BulletObject>();
projectile.SetUp((NormalBullet)baseBullet, Time.time);
//projectile.baseBullet = baseBullet;
//projectile.spawnTime = Time.time;
pObject.boundSize = renderer.bounds.size;
//Vector3 v = renderer.bounds.size;
//pObject.GetComponent<BoxCollider2D>().size = v;
return(projectile);
}
public override void SetUp(DanmakuEditor.BaseBullet p_baseBullet, float p_spawnTime)
{
base.SetUp(p_baseBullet, p_spawnTime);
baseBullet = (DanmakuEditor.BeamBullet)p_baseBullet;
lineRenderer = GetComponent <LineRenderer>();
}
public override void SetUp(DanmakuEditor.BaseBullet p_baseBullet, float p_spawnTime)
{
base.SetUp(p_baseBullet, p_spawnTime);
baseBullet = (DanmakuEditor.NormalBullet)p_baseBullet;
}
public virtual void SetUp(DanmakuEditor.BaseBullet p_baseBullet, float p_spawnTime)
{
_baseBullet = p_baseBullet;
spawnTime = p_spawnTime;
}
