/// <summary>
/// Raycasting with visual ray
/// </summary>
/// <param name="_sender"> Class that will draw visual ray by using a Coroutine. Just write keyword "this" in current paramerer </param>
/// <param name="_originPosition"> Origin position of your ray </param>
/// <param name="_direction"> Ray direction </param>
/// <param name="_distance"> Raycast distance </param>
/// <param name="_layerMask"> Objects in this layers can be casted </param>
/// <param name="_drawLine"> Do you want to draw the debug line? </param>
/// <param name="_rayLifeTime"> Life time of debug ray </param>
/// <returns></returns>
public static CastResult RayCast(MonoBehaviour _sender, Vector3 _originPosition, Vector3 _direction, float _distance, LayerMask _layerMask, bool _drawLine = true, float _rayLifeTime = 0.5f)
{
CastResult l_castResult = new CastResult();
//Cast hit
RaycastHit l_hit;
//Hit something? => Add hit as result
if (Physics.Raycast(_originPosition, _direction, out l_hit, _distance, _layerMask))
{
l_castResult.hits = new RaycastHit[] { l_hit }
}
;
#if UNITY_EDITOR
//Draw the debug line
void DrawLine()
{
if (l_castResult)
{
_sender.StartCoroutine(LineDrawer(_originPosition, l_castResult.GetFirstHit().point, Color.green, _rayLifeTime));
}
else
{
_sender.StartCoroutine(LineDrawer(_originPosition, _originPosition + _direction * _distance, Color.red, _rayLifeTime));
}
}
if (_drawLine)
{
DrawLine();
}
#endif
return(l_castResult);
}
