Small white _unity engine _MATHF

Ceil

1         // value up, to a large value 2         Debug.Log (Mathf.ceil (0.1f/13         Debug.Log (Mathf.ceil (0.9f));   14         Debug.Log (Mathf.ceil (-0.1f));   05         Debug.Log (Mathf.ceil (-0.9f));   0

Floor

1         // to take a value down to a small value 2         Debug.Log (Mathf.floor (0.1f//03         Debug.Log (Mathf.floor (0.9f) ); // 0 4         Debug.Log (Mathf.floor (-0.1f)); // -1 5         Debug.Log (Mathf.floor (-0.9f)); // -1

Round rounding

1         //Rounding2Debug.Log (Mathf.round (0.1f));//03Debug.Log (Mathf.round (0.9f));//14Debug.Log (Mathf.round (-0.1f));//05Debug.Log (Mathf.round (-0.9f));//-16 7         //If you encounter 0.5, it will be different, the result looks at the previous8         ///positive even--" -0.59         ///negative number even---"+0.5Ten         ///positive number---"+0.5 One         ///negative number odd--" -0.5 ADebug.Log (Mathf.round (0.5f));//1 -Debug.Log (Mathf.round (1.5f));//2 -Debug.Log (Mathf.round (-0.5f));//0 theDebug.Log (Mathf.round (-1.5f));//-2

Camp Restrictions

1         //Camp (value, Min, max)2         //limit: Limit value between min and Max, if value is less than min, return min. 3         //if value is greater than Max, return Max, return Max, or return value4Debug.Log (Mathf.clamp ( A,Ten, -));// A5Debug.Log (Mathf.clamp (5,Ten, -));//Ten6Debug.Log (Mathf.clamp ( -,Ten, -));// -7         //limit 0-1, if less than 0 returns 0, if greater than 1 returns 1, otherwise returns value8Debug.Log (MATHF.CLAMP01 (0.1f));//0.19Debug.Log (MATHF.CLAMP01 (-0.1f));//0TenDebug.Log (MATHF.CLAMP01 (2f));//1

Interpolated values

1         //interpolated Values2         //The third parameter T: Represents a percentage, 0-1, if t= 0.5f, then the return value starts from 50%3         //1. If the third parameter is a fixed value, the return value is a fixed value that varies according to the parameter size4         //2. The third parameter must be between 0-1 if <= 0, return the first parameter value, if the parameter >= 1 returns the 2nd parameter5         //Mathf.lerp (A, B, c)6         //principle return value = (b-a) *c + A;7Debug.Log (Mathf.lerp (1, -, Time.time));8Debug.Log (Mathf.lerp (1, -,0.5f));9         //Object Uniform MotionTenObj.transform.position =NewVector3 (Mathf.lerp (0, the, Time.time),0,0); One  A         //Mathf.lerpangle (ten, time.time); -Obj.transform.eulerAngles =NewVector3 (0, Mathf.lerpangle (Ten, -, Time.time),0);

Anti-interpolation values

Small white _unity engine _MATHF