public void Cast(PhysicsCastData castData)
{
if (castData == null)
{
Debug.LogError(GetType() + " error: CastData is null");
m_Count = 0;
return;
}
switch (castData.PhysicsCast)
{
case PhysicsCast.Ray:
Debug.LogError("Overlap не работает для Raycast");
break;
case PhysicsCast.Sphere:
SphereOverlap(castData.Position1, castData.Radius, castData.LayerMask, castData.QueryTrigger);
break;
case PhysicsCast.Box:
BoxOverlap();
break;
case PhysicsCast.Capsule:
CapsuleOverlap(castData.Position1, castData.Position2, castData.Radius, castData.LayerMask, castData.QueryTrigger);
break;
}
//m_Count = 0;
}
public void Cast(PhysicsCastData castData)
{
#if UNITY_EDITOR
Debug.Assert(castData.Direction != Vector3.zero, ("Direction is zero =" + castData.Direction));
#endif
switch (castData.CountCast)
{
case PhysicsCountCast.One: CastOne(castData); break;
case PhysicsCountCast.All: CastAll(castData); break;
}
m_Count = m_CheckIncludeColliders.CheckIncludeColliders(castData.CheckIncludeColliders, m_Array, 0, m_Count, castData.AvgPosition, castData.Direction);
}
void CastAll(PhysicsCastData castData)
{
switch (castData.PhysicsCast)
{
case PhysicsCast.Ray:
RaycastAll(castData.Position1, castData.Direction, castData.Distance, castData.LayerMask, castData.QueryTrigger);
break;
case PhysicsCast.Sphere:
SphereCastAll(castData.Position1, castData.Radius, castData.Direction, castData.Distance, castData.LayerMask, castData.QueryTrigger);
break;
case PhysicsCast.Box:
BoxCastAll();
break;
case PhysicsCast.Capsule:
CapsuleAllCast(castData.Position1, castData.Position2, castData.Radius, castData.Direction, castData.Distance, castData.LayerMask, castData.QueryTrigger);
break;
}
}
void CastOne(PhysicsCastData castData)
{
#if UNITY_EDITOR
Debug.LogError("CastOne is not released");
#endif
}
