MyTool_Static.EulerAngleRotation欧拉角旋转方法

static public class EulerAngleRotation{...}

目录

1.MoveTowardsAngle 匀速旋转

 

2.LerpAngle 插值旋转

 

3.SmoothDampAngle 平滑旋转

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1.MoveTowardsAngle 匀速旋转

/// 

/// 匀速旋转
/// 
/// 当前欧拉角
/// 目标欧拉角
/// 旋转速度
/// return : 旋转后的欧拉角
static public Vector3 MoveTowardsAngle(Vector3 CurrentEulerAngle,Vector3 TargetEulerAngle ,float RotatingMoveSpeed){
	CurrentEulerAngle.x = Mathf.MoveTowardsAngle(CurrentEulerAngle.x, TargetEulerAngle.x, RotatingMoveSpeed);
	CurrentEulerAngle.y = Mathf.MoveTowardsAngle(CurrentEulerAngle.y, TargetEulerAngle.y, RotatingMoveSpeed);
	CurrentEulerAngle.z = Mathf.MoveTowardsAngle(CurrentEulerAngle.z, TargetEulerAngle.z, RotatingMoveSpeed);
	return CurrentEulerAngle;
}

 

2.LerpAngle 插值旋转

/// 

/// 插值旋转
/// 
/// 当前欧拉角
/// 目标欧拉角
/// 旋转速度（差值比例）
/// return : 旋转后的欧拉角
static public Vector3 LerpAngle(Vector3 CurrentEulerAngle,Vector3 TargetEulerAngle ,float RotatingMoveSpeed){
	CurrentEulerAngle.x = Mathf.LerpAngle(CurrentEulerAngle.x, TargetEulerAngle.x, RotatingMoveSpeed);
	CurrentEulerAngle.y = Mathf.LerpAngle(CurrentEulerAngle.y, TargetEulerAngle.y, RotatingMoveSpeed);
	CurrentEulerAngle.z = Mathf.LerpAngle(CurrentEulerAngle.z, TargetEulerAngle.z, RotatingMoveSpeed);
	return CurrentEulerAngle;
}

 

3.SmoothDampAngle 平滑旋转

/// 

/// 平滑旋转
/// 
/// 当前欧拉角
/// 目标欧拉角
/// ref 当前速度
/// 到达目标的近似时间
/// return : 旋转后的欧拉角
static public Vector3 SmoothDampAngle(Vector3 CurrentEulerAngle,Vector3 TargetEulerAngle ,ref float yVelocity,float MoveTime){
	CurrentEulerAngle.x = Mathf.SmoothDampAngle(CurrentEulerAngle.x, TargetEulerAngle.x, ref yVelocity, MoveTime);
	CurrentEulerAngle.y = Mathf.SmoothDampAngle(CurrentEulerAngle.y, TargetEulerAngle.y, ref yVelocity, MoveTime);
	CurrentEulerAngle.z = Mathf.SmoothDampAngle(CurrentEulerAngle.z, TargetEulerAngle.z, ref yVelocity, MoveTime);
	return CurrentEulerAngle;
}