c# – 空气曲棍球比赛 – 如果移动得太快,球员蝙蝠会经过冰球

void ObjectFollowCursor()
{
    Ray ray = Camera.main.ScreenPointToRay(Input.mousePosition);
    Vector3 point = ray.origin + (ray.direction * distance);

    Vector3 temp = point;
    temp.y = 0.2f; // limits player on y axis

    cursorObject.position = temp;
}

// If puck hits player
if(collision.gameObject.tag == "Player")
{
    Vector3 forceVec = this.GetComponent<Rigidbody>().velocity.normalized * hitForce;
    rb.AddForce(forceVec,ForceMode.Impulse);
    Debug.Log ("Player Hit");
}

你是正确的尝试连续碰撞检测(CCD).存在一些约束(特别是在这种情况下,您希望使用具有两个移动对象的CCD而不是一个移动对象和一个静态对象),但它是针对这种情况设计的. The Rigidbody documentation进入这些限制：

Set the collision detection mode to Continuous to prevent the
rigidbody from passing through any static (ie,non-rigidbody)
MeshColliders. Set it to Continuous Dynamic to also prevent the
rigidbody from passing through any other supported rigidbodies with
collision detection mode set to Continuous or Continuous Dynamic.
Continuous collision detection is supported for Box-,Sphere- and
CapsuleColliders.

总而言之,冰球和桨叶都需要设置为连续动态,并且都需要是Box,Sphere或Capsule Colliders.如果您可以使这些约束适用于您的游戏,您应该能够连续碰撞检测,而无需自己编写.

有关Unity的CCD的重复说明：

Note that continuous collision detection is intended as a safety net
to catch collisions in cases where objects would otherwise pass
through each other,but will not deliver physically accurate collision
results,so you might still consider decreasing the fixed Time step
value in the TimeManager inspector to make the simulation more
precise,if you run into problems with fast moving objects.

但由于您手动指定碰撞反应,这可能不是问题.