public void SetMove(W_Axis axis, float timer, float speed)
{
moving = true;
moveFlag = false;
moveAxis = axis;
moveTimer = timer;
moveSpeed = speed;
}
public void SetRotate(W_Axis axis, float timer, float speed)
{
rotating = true;
rotateFlag = false;
rotateAxis = axis;
rotateTimer = timer;
rotateSpeed = speed;
}
public void SetMoveAndRotate(W_Axis moveAxis, W_Axis rotateAxis, float moveSpeed, float rotateSpeed, float moveTimer, float rotateTimer)
{
moving = true;
moveFlag = false;
rotating = true;
rotateFlag = false;
this.moveAxis = moveAxis;
this.rotateAxis = rotateAxis;
this.moveTimer = moveTimer;
this.rotateTimer = rotateTimer;
this.moveSpeed = moveSpeed;
this.rotateSpeed = rotateSpeed;
}
//旋转和位移同轴运动，旋转和位移的运动时间保持一定的比例
public virtual void SetMoveAndRotate(W_Axis axis, float moveSpeed, float rotateSpeed, float timer, float rotateToMove = 1)
{
moving = true;
moveFlag = false;
rotating = true;
rotateFlag = false;
moveAxis = axis;
rotateAxis = axis;
moveTimer = timer;
rotateTimer = timer * rotateToMove;
this.moveSpeed = moveSpeed;
this.rotateSpeed = rotateSpeed;
}
void RotateTimer()
{
if (!ratateFlag)
{
rotateTimer -= Time.deltaTime;
if (rotateTimer <= 0)
{
ratateFlag = true;
rotateAxis = W_Axis.none;
moveAxis = W_Axis.none;
}
}
}
void MoveTimer()
{
if (!moveFlag)
{
moveTimer -= Time.deltaTime;
if (moveTimer <= 0)
{
moveFlag = true;
rotateAxis = W_Axis.none;
moveAxis = W_Axis.none;
}
}
}
public static void RotateDegree(Transform trans, W_Axis axis, float degree, float duration, RotateMode rotateMode = RotateMode.FastBeyond360)
{
Vector3 localOri = trans.localEulerAngles;
Vector3 worldOri = trans.eulerAngles;
Debug.Log("转");
switch (axis)
{
case W_Axis.localX: trans.DOLocalRotate(localOri + new Vector3(degree, 0, 0), duration, rotateMode); break;
case W_Axis.localY: trans.DOLocalRotate(localOri + new Vector3(0, degree, 0), duration, rotateMode); break;
case W_Axis.localZ: trans.DOLocalRotate(localOri + new Vector3(0, 0, degree), duration, rotateMode); break;
case W_Axis.worldX: trans.DORotate(worldOri + new Vector3(degree, 0, 0), duration, rotateMode); break;
case W_Axis.worldY: trans.DORotate(worldOri + new Vector3(0, degree, 0), duration, rotateMode); break;
case W_Axis.worldZ: trans.DORotate(worldOri + new Vector3(0, 0, degree), duration, rotateMode); break;
case W_Axis.none: Debug.Log("请填入转轴"); break;
}
}