C# 如何以任何所需速度将角色从一个点移动到特定点？

我使用了此代码，但它不这样做：

public Transform[] points;
public float speed;

private void OnTriggerEnter2D(Collider2D other)
{
    if (other.tag == "door1") 
    {       
        transform.position = Vector3.Lerp(transform.position, points[1].position, speed * Time.deltaTime);
    }
}

也就是说，我希望当猪触动扳机时，它能以期望的速度飞到地面上的一个更高的点。请看附件中的照片

OnTriggerEnter2D在每次碰撞器输入时仅调用一次。如果您仅以速度*Time.deltaTime和Time.deltaTime移动它，则deltaTime在0.008-0.100之间，它可能只会稍微移动

根据需要，是否确定不完全移动对象，或者在更新方法中设置开始移动对象的标志？

这里有两个问题：

当您进入碰撞器时，您只调用该行一次，因此运动应用于单个帧！ Lerp使用介于0和1之间的因子在两个位置之间插值线性。你每次都使用当前位置作为起始点，所以如果你连续地调用它，会发生什么事情，是近似的位置，每一帧都变得越来越慢，这不是你所描述的。你想以恒定的速度移动。 您很可能更愿意使用and

或者，看起来更复杂但功能更强大的方法是根据速度计算所需的时间，但仍然添加一些平滑，例如

private void OnTriggerEnter2D(Collider2D other)
{
    if (other.CompareTag("door1"))
    {     
        StartCoroutine (MoveTo(points[1].position, speed);
    }
}

private IEnumerator MoveTo(Vector3 targetPosition, float averageSpeed)
{ 
    // store the initial position
    var from = transform.position;
    // Get the expected duration depending on distance and speed
    var duration = Vector3.Distance(from, targetPosition) / averageSpeed;

    // This is increased over time
    var timePassed = 0;
    while(timePassed < duration)
    {
        // This linear grows from 0 to 1
        var factor = timePassed / duration;
        // Adds some ease-in and ease-out at beginning and end of the movement
        factor = Mathf.SmoothStep(0, 1, factor);

        // linear interpolate on the smoothed factor 
        transform.position = Vector3.Lerp(from, targetPosition, factor);

        // increase by time passed since last frame
        timePassed += Time.deltaTime;

        // Tell Unity to "pause" the routine here, render this frame
        // and continue from here in the next frame
        yield return null;
    }

    // to be sure to end up with exact values set the target position fix when done
    transform.position = targetPosition;
}

private void OnTriggerEnter2D(Collider2D other)
{
    if (other.CompareTag("door1"))
    {     
        StartCoroutine (MoveTo(points[1].position, speed);
    }
}

private IEnumerator MoveTo(Vector3 targetPosition, float averageSpeed)
{ 
    // store the initial position
    var from = transform.position;
    // Get the expected duration depending on distance and speed
    var duration = Vector3.Distance(from, targetPosition) / averageSpeed;

    // This is increased over time
    var timePassed = 0;
    while(timePassed < duration)
    {
        // This linear grows from 0 to 1
        var factor = timePassed / duration;
        // Adds some ease-in and ease-out at beginning and end of the movement
        factor = Mathf.SmoothStep(0, 1, factor);

        // linear interpolate on the smoothed factor 
        transform.position = Vector3.Lerp(from, targetPosition, factor);

        // increase by time passed since last frame
        timePassed += Time.deltaTime;

        // Tell Unity to "pause" the routine here, render this frame
        // and continue from here in the next frame
        yield return null;
    }

    // to be sure to end up with exact values set the target position fix when done
    transform.position = targetPosition;
}