public override void EnableMovement_F()
{
base.EnableMovement_F();
setCircularVel_F();
setForwardVel_F();
void setCircularVel_F()
{
CheckAndKillMovementT_F(m_CircularMovementT);
float dir = (Random.Range(0, 2) == 0) ? -1 : 1;
m_Velocity.x = m_CircularSpeedRange.CalcRandomValueWithinRange_F() * dir;
m_CircularMovementT = DOTween.To(() => 0, val => { }, 0, m_CircularTimeRange.CalcRandomValueWithinRange_F()).
OnComplete(setCircularVel_F);
}
void setForwardVel_F()
{
CheckAndKillMovementT_F(m_ForwardMovementT);
float dir = (Random.Range(0, 2) == 0) ? -1 : 1;
m_Velocity.z = m_ForwardSpeedRange.CalcRandomValueWithinRange_F() * dir;
m_CircularMovementT = DOTween.To(() => 0, val => { }, 0, m_ForwardTimeRange.CalcRandomValueWithinRange_F()).
OnComplete(setCircularVel_F);
}
}
public override void EnableMovement_F()
{
base.EnableMovement_F();
m_CenterPoint = m_CenterPoint.With(y: transform.position.y);
m_Radius = (transform.position - m_CenterPoint).magnitude;
//SetKinematic_F(false);
setVel_F();
void setVel_F()
{
CheckAndKillMovementT_F();
m_Velocity = CalcRandomDir_F() * m_SpeedRange.CalcRandomValueWithinRange_F();
m_MovementT = DOTween.To(() => 0.0f, val => { },
0.0f, m_TimeRange.CalcRandomValueWithinRange_F()).OnComplete(setVel_F);
}
}
