간단한회전함수(UNITY)

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IEnumerator _smoothRotate(Transform obj, float value)       {           bool isRotateState = true;           //float damping = 1;           float damping = 100;               while (isRotateState)           {                   //+90하는 이유는 모르겠음 자식오브젝트라서그런듯????????????               var desiredRotQ = Quaternion.Euler(obj.eulerAngles.x, value+90, obj.eulerAngles.z);               obj.rotation = Quaternion.RotateTowards(obj.rotation, desiredRotQ, Time.deltaTime * damping);                   if (obj.eulerAngles.y == value + 90)               {                   isRotateState = false;               }                   yield return new WaitForEndOfFrame();           }       }                       ////////////////////////////       //이제는 컨트롤러가 그냥데이터 받아서 뿌려주는 역할만하는걸로 변경됨;       IEnumerator _smoothRotate(Transform obj, float value)       {               //Debug.Log("value:" + value);           bool isRotateState = true;           //float damping = 1;           float speed = 100; //속도                     direction _direction=direction.none;           Vector3 dir = Vector3.zero;               if (value >= 0)           {                   if (Prev_RoatationValue >= 0)               {                   if (Prev_RoatationValue > value)                   {                       dir = -Vector3.up;                       _direction = direction.minus;                   }                   else                   {                       dir = Vector3.up;                       _direction = direction.plus;                   }               }               else               {                   dir = Vector3.up;                   _direction = direction.plus;               }           }           else           {               if (Prev_RoatationValue >= 0)               {                   dir = -Vector3.up;                   _direction = direction.PlusToMinus;               }               else               {                   //둘다음수일때도 대소비교로 방향정해야함                   if (Prev_RoatationValue > value)                   {                       dir = -Vector3.up;                       _direction = direction.minus;                   }                   else                   {                       dir = Vector3.up;                       _direction = direction.plus;                   }                                     }           }                                               yield return new WaitForEndOfFrame();                   while (isRotateState)           {               //var desiredRotQ = Quaternion.Euler(obj.eulerAngles.x, value, obj.eulerAngles.z);               //obj.rotation = Quaternion.RotateTowards(obj.rotation, desiredRotQ, Time.deltaTime * damping);               //if (obj.eulerAngles.y == value)               //{               //    isRotateState = false;               //}                       obj.Rotate(dir * Time.deltaTime* speed, Space.Self);                       switch (_direction)               {                   case direction.plus:                           Debug.Log("plus");                           if (value < 0)                       {                           if (obj.eulerAngles.y - 360f > value)                           {                               isRotateState = false;                           }                       }                       else                       {                           if (0 < obj.eulerAngles.y && obj.eulerAngles.y < 170)                           {                               if (obj.eulerAngles.y > value)                               {                                   isRotateState = false;                               }                           }                       }                               break;                       case direction.minus:                               Debug.Log("minus");                           if (value < 0)                       {                               if (obj.eulerAngles.y - 360f < value)                           {                               isRotateState = false;                           }                       }                       else                       {                                                   if (obj.eulerAngles.y < value)                           {                               isRotateState = false;                           }                       }                                                 break;                       case direction.PlusToMinus:                       //Debug.Log("PlusToMinus");                       if ((obj.eulerAngles.y - 360f) > -170)                       {                           //Debug.Log("1111 value:" + value + ",eulerAngles.y" + (obj.eulerAngles.y - 360f));                               if (obj.eulerAngles.y - 360f < value)                           {                               isRotateState = false;                           }                       }                                             break;                   }                   yield return new WaitForEndOfFrame();           }       } IEnumerator rotate_90() { Debug.Log("Start!!!"); rot = Quaternion.Euler(transform.eulerAngles + new Vector3(0,0,90)); for (var t = 0f; t < 1; t += Time.deltaTime / 1) { transform.rotation = Quaternion.Slerp(transform.rotation, rot, t); yield return null; } } Colored by Color Scripter

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