我建议幽灵存储他从洞到吃豆人的路径。所以一旦鬼魂死了，他就可以沿着这条存储路径向相反的方向移动。

知道吃豆人的路径是非随机的(例如，每个特定的关卡0-255,inky, blinky, pinky和clyde将在该关卡中工作完全相同的路径)。

我会选择这个，然后猜测有一些主路径围绕整个 迷宫是眼球物体的“返回路径”，当吃豆人吃掉幽灵时，它就在那里。

如果每个正方形都有一个到中心的距离值呢?这样，对于每个给定的正方形，你可以在所有可能的方向上得到相邻正方形的值。你选择最小值的正方形，然后移动到那个正方形。

数值将使用任何可用的算法预先计算出来。

最初的《吃豆人》并没有使用寻径或花哨的AI。它只是让玩家觉得游戏比实际更有深度，但实际上它是随机的。正如Ian Millington和John Funge在《ai Intelligence for Games》中所述。

Not sure if it's true or not, but it makes a lot of sense to me. Honestly, I don't see these behaviors that people are talking about. Red/Blinky for ex is not following the player at all times, as they say. Nobody seems to be consistently following the player, on purpose. The chance that they will follow you looks random to me. And it's just very tempting to see behavior in randomness, especially when the chances of getting chased are very high, with 4 enemies and very limited turning options, in a small space. At least in its initial implementation, the game was extremely simple. Check out the book, it's in one of the first chapters.

我不太清楚你是如何执行游戏的，但你可以这么做:

Determine the eyes location relative position to the gate. i.e. Is it left above? Right below? Then move the eyes opposite one of the two directions (such as make it move left if it is right of the gate, and below the gate) and check if there are and walls preventing you from doing so. If there are walls preventing you from doing so then make it move opposite the other direction (for example, if the coordinates of the eyes relative to the pin is right north and it was currently moving left but there is a wall in the way make it move south. Remember to keep checking each time to move to keep checking where the eyes are in relative to the gate and check to see when there is no latitudinal coordinate. i.e. it is only above the gate. In the case it is only above the gate move down if there is a wall, move either left or right and keep doing this number 1 - 4 until the eyes are in the den. I've never seen a dead end in Pacman this code will not account for dead ends. Also, I have included a solution to when the eyes would "wobble" between a wall that spans across the origin in my pseudocode.

一些伪代码:

   x = getRelativeOppositeLatitudinalCoord()
   y
   origX = x
    while(eyesNotInPen())
       x = getRelativeOppositeLatitudinalCoordofGate()
       y = getRelativeOppositeLongitudinalCoordofGate()
       if (getRelativeOppositeLatitudinalCoordofGate() == 0 && move(y) == false/*assume zero is neither left or right of the the gate and false means wall is in the way */)
            while (move(y) == false)
                 move(origX)
                 x = getRelativeOppositeLatitudinalCoordofGate()
        else if (move(x) == false) {
            move(y)
    endWhile

实际上，我想说你的方法是一个非常棒的解决方案，与任何类型的寻径相比，运行时间成本几乎为零。

如果你需要将其推广到任意地图，你可以使用任何寻径算法——例如，宽度优先搜索很容易实现——并在游戏运行前使用该算法计算在每个角落编码的方向。

编辑(2010年8月11日):我刚刚看到了关于吃豆人系统的一个非常详细的页面:the Pac-Man Dossier，既然我已经得到了公认的答案，我觉得我应该更新它。这篇文章似乎没有明确地涉及回到怪物房子的行为，但它指出了《吃豆人》中的直接寻路是以下情况:

继续向下一个路口移动(尽管这本质上是一种特殊情况，即“当有选择时，选择不涉及反转方向的方向，如下一步所示); 在十字路口，看看相邻的出口方块，除了你刚刚出来的那个; 选一个离目标最近的。如果有多个方向同样接近目标，则按以下顺序选择第一个有效方向:上、左、下、右。