private void CalculateCurve_3D(ref SMagneticInfo sMagneticInfo, ref Vector3 vecDirection)
{
float fX = Mathf.Abs(vecDirection.x);
float fY = Mathf.Abs(vecDirection.y);
float fZ = Mathf.Abs(vecDirection.z);
if (fX > fY)
{
if (fX > fZ)
{
vecDirection.x *= CalculateCurveSpeed(ref sMagneticInfo);
}
else
{
vecDirection.z *= CalculateCurveSpeed(ref sMagneticInfo);
}
}
else
{
if (fY > fZ)
{
vecDirection.y *= CalculateCurveSpeed(ref sMagneticInfo);
}
else
{
vecDirection.z *= CalculateCurveSpeed(ref sMagneticInfo);
}
}
}
private Vector3 CalculateMagneticForce(ref SMagneticInfo sMagneticInfo, Vector3 vecDirection, bool bUseCurve)
{
float fDistancePower;
if (p_eMagnetReactType == EMagneticType.Pull)
{
fDistancePower = (_fSqrMagneticRange - vecDirection.sqrMagnitude);
}
else
{
fDistancePower = vecDirection.sqrMagnitude * p_fMagnetPower;
}
float fMagnetPower = fDistancePower + p_fMagnetPower_Min;
if (fMagnetPower > p_fMagnetPower_Max)
{
fMagnetPower = p_fMagnetPower_Max;
}
vecDirection.Normalize();
if (bUseCurve)
{
vecDirection = CalculateCurve(ref sMagneticInfo, vecDirection);
}
return((vecDirection * fMagnetPower * sMagneticInfo.fRandomSpeed * Time.deltaTime) * (int)p_eMagnetReactType);
}
private float CalculateCurveSpeed(ref SMagneticInfo sMagneticInfo)
{
float fProgress_0_1 = (Time.time - sMagneticInfo.fMagneticStartTime) / p_fCurvePower;
if (fProgress_0_1 < 0.5f)
{
return(((1 - fProgress_0_1) * -2f) + 1f);
}
else
{
return((fProgress_0_1 * 2f) - 1f);
}
}
private void OnStay(int iHashCode, Transform pTrans)
{
if (_mapMagneticPool.ContainsKey(iHashCode) == false)
{
return;
}
SMagneticInfo sMagneticInfo = _mapMagneticPool[iHashCode];
Vector3 vecDirection = transform.position - pTrans.position;
Vector3 vecMagneticForce = CalculateMagneticForce(ref sMagneticInfo, vecDirection, p_bUseCurvePull);
Vector3 vecNewPosition = pTrans.position + vecMagneticForce;
float fAfterSimulateDistance = (transform.position - vecNewPosition).sqrMagnitude;
if (CheckIs_FinishMagnetic(vecDirection, fAfterSimulateDistance))
{
if (sMagneticInfo.bIsStartMagnetic && p_eMagnetReactType == EMagneticType.Pull)
{
pTrans.position = transform.position;
}
sMagneticInfo.Event_OnDestroy();
_mapMagneticPool.Remove(iHashCode);
p_Event_OnMagneticFinish.DoNotify(pTrans);
}
else
{
if (sMagneticInfo.bIsStartMagnetic)
{
if (p_bUsePhysics)
{
sMagneticInfo.AddForce(vecMagneticForce);
}
else
{
pTrans.position = vecNewPosition;
}
}
}
}
private Vector3 CalculateCurve(ref SMagneticInfo sMagneticInfo, Vector3 vecDirection)
{
// Trigger 경계선에 가깝다면 일단 그대로 빨려들게 하기
// 이걸 적용 안하면 경계선에서 자꾸 밀린다.
if (Mathf.Abs(vecDirection.sqrMagnitude - _fSqrMagneticRange) < vecDirection.sqrMagnitude * p_fRangePercent_EffectCurve)
{
return(vecDirection);
}
if (sMagneticInfo.fMagneticStartTime + p_fCurvePower > Time.time)
{
if (_bIs2D)
{
CalculateCurve_2D(ref sMagneticInfo, ref vecDirection);
}
else
{
CalculateCurve_3D(ref sMagneticInfo, ref vecDirection);
}
}
return(vecDirection);
}
