使海龟在NetLogo的两个元素之间完成

我是NetLogo的新手，我试图模拟一组海龟必须从一个随机空间进入目标点和墙壁之间，但到目前为止，我刚刚检索了一部分代码，使它们能够在目标点周围的各个方向上进行自我定位（海龟有能力相互说话）

然而，我无法让他们朝着其中一边结束。。。有什么提示吗

---

非常感谢

我不确定您是否仍然希望让他们聚集在目标点周围，或者只是移动到目标点上方。这里有一个方法可以得到你想要的。它定义了一个目标点和一组安全补丁。目标点下方的海龟试图通过目标点移动到安全区域。更多详情/解释请参见评论

设置：

globals [ goal-spot safe-patches ]

to setup
  ca
  ;   Set the wall
  ask patches with [ pycor = max-pycor ] [ set pcolor blue ]

  ;  Set the goal-patch
  set goal-spot patch 0 0
  ask goal-spot [ set pcolor green ]

  ;     Set up a triangular safe-patches zone
  let check ( [pycor] of goal-spot - [pxcor] of goal-spot ) - 1
  let gpx [pxcor] of goal-spot
  set safe-patches patches with [
    pycor > [pycor] of goal-spot and
    pycor < max-pycor and
    ( ( pxcor < gpx and pycor + pxcor > check ) or
      ( pxcor >= gpx and pycor - pxcor > check ) ) ]

  ;  Make some turtles
  let n-turtles 255
  if n-turtles > count safe-patches [
    set n-turtles count safe-patches 
  ]
  crt n-turtles [
    set shape "person"
    set color green
    move-to one-of patches with [ pycor < [pycor] of goal-spot and pycor < max-pycor]
    if pycor <= [pycor] of goal-spot [
      set color red
    ]
  ]
  ask turtles [pd]
  reset-ticks
end

globals[目标点安全补丁]
设置
ca
;   筑墙
使用[pycor=max pycor][set pcolor blue]询问补丁
;  设定目标补丁
将目标点设置为0
询问球门位置[设置P颜色为绿色]
;     建立一个三角安全区
让我们检查（[pycor]球门点-[pxcor]球门点）-1
让目标点的gpx[pxcor]
使用设置安全修补程序[
pycor>[pycor]进球点和
pycor<最大pycor和
（（pxcor检查）或
（pxcor>=gpx和pycor-pxcor>检查））]
;  做些乌龟
让n-海龟255
如果n-海龟>计算安全补丁[
设置n-海龟计数安全补丁
]
乌龟[
设置形状“人”
设置颜色为绿色
移动到目标点[pycor<[pycor]和pycor如果皮科尔，你能再解释一下你所说的“在球门和墙之间”是什么意思吗在你第一张图片的背景中？我假设墙是最上面的蓝线，但是目标点在哪里，你想让海龟去哪里？谢谢你的回答，卢克！目标点是第一张图片中的绿色区域，所以海龟会被随机放置在max pxcor和max pycor周围，目标是它们朝着一个方向移动“安全区”，在这种情况下，它将位于顶部蓝线（墙）和“目标点”（绿色区域）之间，在我的模拟中，它将代表他们标记为“安全”的点（将其视为他们必须排队才能离开的紧急出口）。现在的问题是，只有不到一半的海龟会被标记为安全。谢谢你的帮助！这肯定让我开始了，非常感谢！！最后一个问题，如果我有两个球门补丁，而不是一个（比如一个上面有墙，另一个右手边有墙），你会对球门位置做两次所有说明吗（比如一次使用goal-spot-1，另一次使用goal-spot-2）或者是否有其他方法来执行某种“for”循环？（例如：首先将目标补丁设置为绿色，然后{设置goal-spot（patches with[pcolor=green]），然后对goal-spot中的补丁运行相同的指令？）@Arduino-我对我的答案做了一些补充-看一看！
to go
  ;   Any turtles that are not on the safe spot, or share a patch
  ask turtles with [not member? patch-here safe-patches or any? other turtles-here] [
    let target nobody

    ;     If below the goal spot, target it. If not, target a free safe patch
    ifelse pycor < [pycor] of goal-spot [
      set target goal-spot
    ] [
      set target min-one-of ( safe-patches with [ 
        not any? other turtles-here ] ) [distance myself
      ]
    ]

    ;     Face target, move to it.
    if target != nobody [
      face target
      move-to patch-ahead 1
    ]
  ]

  ;  Stop when all turtles are safe and on their own patch
  if not any? turtles with [ 
    not member? patch-here safe-patches or
    any? other turtles-here 
  ] [
    stop
  ]

  tick
end

globals [ goal-spots safe-patches ]

to setup
  ca

  ;   Set the walls
  ask ( patch-set 
    patches with [ pycor = max-pycor ] 
    patches with [ pxcor = max-pxcor ] 
    )
    [
    set pcolor blue
  ]

  let possible-safe patches with [ pcolor = black ]

  ;     Set up two triangular safe-patches
  crt 1 [
    set heading 0 
    fd 7 
    set goal-spots patch-here
    set safe-patches possible-safe in-cone 20 90
    set heading 90
    setxy 7 0
    set goal-spots ( patch-set goal-spots patch-here )
    set safe-patches ( 
      patch-set 
      safe-patches 
      possible-safe in-cone 20 90 ) 
    die
  ]

  ask safe-patches [
    set pcolor green - 4
  ]

  ;  Make some turtles
  let n-turtles 100
  if n-turtles > count safe-patches [
    set n-turtles count safe-patches
  ]
  crt n-turtles [
    set shape "person"
    set color green
    move-to one-of patches with [ pycor < 0 and pxcor < 0 ]
    set color red
  ]
  ask turtles [pd]

  reset-ticks
end


to go
  ;   Any turtles that are not on the safe spot, or share a patch
  ask turtles with [not member? patch-here safe-patches or any? other turtles-here] [
    let target nobody

    ;     If below the goal spot, target it. If not, target a free safe patch
    ifelse not member? patch-here safe-patches [
      set target min-one-of goal-spots [ distance myself ]
    ] [
      set target min-one-of ( safe-patches with [
        not any? other turtles-here ] ) [distance myself
      ]
    ]

    ;     Face target, move to it.
    if target != nobody [
      face target
      move-to patch-ahead 1
    ]
  ]

  ;  Stop when all turtles are safe and on their own patch
  if not any? turtles with [
    not member? patch-here safe-patches or
    any? other turtles-here
  ] [
    stop
  ]

  tick
end