剑灵蜘蛛

用Findtext制作的通用版蜘蛛自动脚本:

功能:自动接取任务并且完成、自动旋转攻击、自动捡取净化任务道具,自动组队

使用说明:

仅为1920*1080分辨率制作且界面需按以下说明调节`n 按O打开游戏设置

游戏/界面/无视因分辨率对界面大小的调节打√

减号为开始按键,等于号为退出脚本按键(当选择旋转选项后,等于号要按2次)

技能设置一般RT即可

使用前记得以管理员身份运行此脚本,不然无法使用

防怪技能栏是用来防止领取任务或者完成任务过程中,出现的被怪攻击导致死亡的BUG,随便输入一个技能即可

存在的问题:

录入的技能数值在退出脚本后,需要重复设置,后续优化下

旋转按键我设置为F1,中止为F9,在没选旋转的情况下,不要按这俩个按键(当然可以自行修改)


;以管理员身份运行
if !A_IsAdmin
{
    Run *RunAs “%A_ScriptFullPath%”
    ExitApp
}

Gui, Add, Text, x10 y32 w80 h20 +Center, 打怪输出键
Gui, Add, Text, x10 y64 w80 h20 +Center, 任务防怪键
Gui, Add, Text, x30 y10 w100 h20 +Center, F11查看简要说明
Gui, Add, Edit, x85 y30 w50 h20 Lowercase vtj -Multi, %tj%
Gui, Add, Edit, w50 h20 Lowercase vgk -Multi, %gk%
Gui Add, Checkbox,x10 y80 w80 h20 gaa vxz,自动旋转

Gui, Add, Button, x50 y105 w70 h30 g确定, 确定
Gui, Show, Center w150 h140, 勇猛
Return

确定:
Gui,Submit ,NoHide
FileDelete 取色值.txt
IniWrite,%tj%,取色值.txt,选项
IniWrite,%gk%,取色值.txt,防怪

MsgBox 设置已保存
return

 

F11::
MsgBox,仅为1920*1080分辨率制作且界面需按以下说明调节`n 按O打开游戏设置`n 游戏/界面/无视因分辨率对界面大小的调节打√`n 减号为开始按键,等于号为退出脚本按键(当选择旋转选项后,等于号要按2次)`n 功能:定点刷蜘蛛、自动接取完成任务、取任务道具、加入队伍、旋转攻击`n 技能设置一般RT即可`n 使用前记得以管理员身份运行此脚本,不然无法使用
return

aa:
Gui, Submit, NoHide
If xz = 1
{
F1::
{
SendInput {Left Down}
}
Return
F9::
{
SendInput {Left Up}
}
Return
}
If xz =0
{

}
Return

;===== Copy The Following Functions To Your Own Code Just once =====

;——————————–
;  FindText – 屏幕找字函数
;——————————–
;  返回变量 := FindText(
;      X1 –> 查找范围的左上角X坐标
;    , Y1 –> 查找范围的左上角Y坐标
;    , X2 –> 查找范围的右下角X坐标
;    , Y2 –> 查找范围的右下角Y坐标
;    , err1 –> 文字的黑点容错百分率(0.1=10%)
;    , err0 –> 背景的白点容错百分率(0.1=10%)
;    , Text –> 由工具生成的查找图像的数据,可以一次查找多个,用“|”分隔
;    , ScreenShot –> 是否截屏,为0则使用上一次的截屏数据
;    , FindAll –>    是否搜索所有位置,为0则找到一个位置就返回
;    , JoinText –>   是否组合图像,为1则多个数据组合为一幅图来查找
;    , offsetX –> 组合图像的每个字和前一个字的最大横向间隔
;    , offsetY –> 组合图像的每个字和第一个字的最大高低间隔
;  )
;  返回变量 –> 如果没找到结果会返回0。否则返回一个二级数组,
;      第一级是每个结果对象,第二级是结果对象的具体信息数组:
;      { 1:左上角X, 2:左上角Y, 3:图像宽度W, 4:图像高度H
;        , x:中心点X, y:中心点Y, id:图像识别文本 }
;  坐标都是相对于屏幕,颜色使用RGB格式,组合查找必须使用统一的颜色模式
;——————————–

FindText( x1, y1, x2, y2, err1, err0, text, ScreenShot:=1
  , FindAll:=1, JoinText:=0, offsetX:=20, offsetY:=10 )
{
  local  ; 避免超级全局变量的影响
  bch:=A_BatchLines
  SetBatchLines, -1
  x:=(x1<x2 ? x1:x2), y:=(y1<y2 ? y1:y2)
  , w:=Abs(x2-x1)+1, h:=Abs(y2-y1)+1
  , xywh2xywh(x,y,w,h,x,y,w,h,zx,zy,zw,zh)
  if (w<1 or h<1)
  {
    SetBatchLines, %bch%
    return, 0
  }
  bits:=GetBitsFromScreen(x,y,w,h,ScreenShot,zx,zy,zw,zh)
  sx:=x-zx, sy:=y-zy, sw:=w, sh:=h, arr:=[], info:=[]
  Loop, Parse, text, |
    if IsObject(j:=PicInfo(A_LoopField))
      info.Push(j)
  if (!(num:=info.MaxIndex()) or !bits.1)
  {
    SetBatchLines, %bch%
    return, 0
  }
  VarSetCapacity(input, num*7*4), k:=0
  Loop, % num
    k+=Round(info[A_Index].2 * info[A_Index].3)
  VarSetCapacity(s1, k*4), VarSetCapacity(s0, k*4)
  , VarSetCapacity(gs, sw*sh), VarSetCapacity(ss, sw*sh)
  , allpos_max:=(FindAll ? 1024 : 1)
  , VarSetCapacity(allpos, allpos_max*4)
  Loop, 2
  {
    if (err1=0 and err0=0) and (num>1 or A_Index>1)
      err1:=0.1, err0:=0.05
    if (JoinText)
    {
      j:=info[1], mode:=j.8, color:=j.9, n:=j.10
      , w1:=-1, h1:=j.3, comment:=””, v:=””, i:=0
      Loop, % num
      {
        j:=info[A_Index], w1+=j.2+1, comment.=j.11
        Loop, 7
          NumPut((A_Index=1 ? StrLen(v)
          : A_Index=6 and err1 and !j.12 ? Round(j.4*err1)
          : A_Index=7 and err0 and !j.12 ? Round(j.5*err0)
          : j[A_Index]), input, 4*(i++), “int”)
        v.=j.1
      }
      ok:=PicFind( mode,color,n,offsetX,offsetY
      , bits,sx,sy,sw,sh,gs,ss,v,s1,s0
      , input,num*7,allpos,allpos_max )
      Loop, % ok
        pos:=NumGet(allpos, 4*(A_Index-1), “uint”)
        , rx:=(pos&0xFFFF)+zx, ry:=(pos>>16)+zy
        , arr.Push( {1:rx, 2:ry, 3:w1, 4:h1
        , x:rx+w1//2, y:ry+h1//2, id:comment} )
    }
    else
    {
      For i,j in info
      {
        mode:=j.8, color:=j.9, n:=j.10, comment:=j.11
        , w1:=j.2, h1:=j.3, v:=j.1
        Loop, 7
          NumPut((A_Index=1 ? 0
          : A_Index=6 and err1 and !j.12 ? Round(j.4*err1)
          : A_Index=7 and err0 and !j.12 ? Round(j.5*err0)
          : j[A_Index]), input, 4*(A_Index-1), “int”)
        ok:=PicFind( mode,color,n,offsetX,offsetY
        , bits,sx,sy,sw,sh,gs,ss,v,s1,s0
        , input,7,allpos,allpos_max )
        Loop, % ok
          pos:=NumGet(allpos, 4*(A_Index-1), “uint”)
          , rx:=(pos&0xFFFF)+zx, ry:=(pos>>16)+zy
          , arr.Push( {1:rx, 2:ry, 3:w1, 4:h1
          , x:rx+w1//2, y:ry+h1//2, id:comment} )
        if (ok and !FindAll)
          Break
      }
    }
    if (err1=0 and err0=0 and num=1 and !arr.MaxIndex())
    {
      k:=0
      For i,j in info
        k+=(!j.12)
      IfEqual, k, 0, Break
    }
    else Break
  }
  SetBatchLines, %bch%
  return, arr.MaxIndex() ? arr:0
}

; 绑定窗口从而可以后台查找这个窗口的图像
; 相当于始终在前台。解绑窗口使用 Bindwindow(0)

BindWindow(window_id:=0, set_exstyle:=0, get:=0)
{
  static id, old, Ptr:=A_PtrSize ? “UPtr” : “UInt”
  if (get)
    return, id
  if (window_id)
  {
    id:=window_id, old:=0
    if (set_exstyle)
    {
      WinGet, old, ExStyle, ahk_id %id%
      WinSet, Transparent, 255, ahk_id %id%
      Loop, 30
      {
        Sleep, 100
        WinGet, i, Transparent, ahk_id %id%
      }
      Until (i=255)
    }
  }
  else
  {
    if (old)
      WinSet, ExStyle, %old%, ahk_id %id%
    id:=old:=0
  }
}

xywh2xywh(x1,y1,w1,h1, ByRef x,ByRef y,ByRef w,ByRef h
  , ByRef zx:=””, ByRef zy:=””, ByRef zw:=””, ByRef zh:=””)
{
  SysGet, zx, 76
  SysGet, zy, 77
  SysGet, zw, 78
  SysGet, zh, 79
  left:=x1, right:=x1+w1-1, up:=y1, down:=y1+h1-1
  left:=left<zx ? zx:left, right:=right>zx+zw-1 ? zx+zw-1:right
  up:=up<zy ? zy:up, down:=down>zy+zh-1 ? zy+zh-1:down
  x:=left, y:=up, w:=right-left+1, h:=down-up+1
}

GetBitsFromScreen(x, y, w, h, ScreenShot:=1
  , ByRef zx:=””, ByRef zy:=””, ByRef zw:=””, ByRef zh:=””)
{
  local  ; 避免超级全局变量的影响
  static hBM, oldzx, oldzy, oldzw, oldzh, bits:=[]
  static Ptr:=A_PtrSize ? “UPtr” : “UInt”
  static init:=!GetBitsFromScreen(0,0,0,0,1)
  if (!ScreenShot)
  {
    zx:=oldzx, zy:=oldzy, zw:=oldzw, zh:=oldzh
    return, bits
  }
  bch:=A_BatchLines, cri:=A_IsCritical
  Critical
  if (zw<1 or zh<1)
  {
    SysGet, zx, 76
    SysGet, zy, 77
    SysGet, zw, 78
    SysGet, zh, 79
  }
  if (zw>oldzw or zh>oldzh or !hBM)
  {
    DllCall(“DeleteObject”, Ptr,hBM), hBM:=””, bpp:=32
    VarSetCapacity(bi, 40, 0), NumPut(40, bi, 0, “int”)
    NumPut(zw, bi, 4, “int”), NumPut(-zh, bi, 8, “int”)
    NumPut(1, bi, 12, “short”), NumPut(bpp, bi, 14, “short”)
    hBM:=DllCall(“CreateDIBSection”, Ptr,0, Ptr,&bi
      , “int”,0, Ptr “*”,ppvBits, Ptr,0, “int”,0, Ptr)
    Scan0:=(!hBM ? 0:ppvBits), Stride:=((zw*bpp+31)//32)*4
    bits.1:=Scan0, bits.2:=Stride
    oldzx:=zx, oldzy:=zy, oldzw:=zw, oldzh:=zh
    x:=zx, y:=zy, w:=zw, h:=zh
  }
  if (hBM) and !(w<1 or h<1)
  {
    win:=DllCall(“GetDesktopWindow”, Ptr)
    hDC:=DllCall(“GetWindowDC”, Ptr,win, Ptr)
    mDC:=DllCall(“CreateCompatibleDC”, Ptr,hDC, Ptr)
    oBM:=DllCall(“SelectObject”, Ptr,mDC, Ptr,hBM, Ptr)
    DllCall(“BitBlt”,Ptr,mDC,”int”,x-zx,”int”,y-zy,”int”,w,”int”,h
      , Ptr,hDC, “int”,x, “int”,y, “uint”,0x00CC0020|0x40000000)
    DllCall(“ReleaseDC”, Ptr,win, Ptr,hDC)
    if (id:=BindWindow(0,0,1))
      WinGet, id, ID, ahk_id %id%
    if (id)
    {
      WinGetPos, wx, wy, ww, wh, ahk_id %id%
      left:=x, right:=x+w-1, up:=y, down:=y+h-1
      left:=left<wx ? wx:left, right:=right>wx+ww-1 ? wx+ww-1:right
      up:=up<wy ? wy:up, down:=down>wy+wh-1 ? wy+wh-1:down
      x:=left, y:=up, w:=right-left+1, h:=down-up+1
    }
    if (id) and !(w<1 or h<1)
    {
      hDC2:=DllCall(“GetDCEx”, Ptr,id, Ptr,0, “int”,3, Ptr)
      DllCall(“BitBlt”,Ptr,mDC,”int”,x-zx,”int”,y-zy,”int”,w,”int”,h
        , Ptr,hDC2, “int”,x-wx, “int”,y-wy, “uint”,0x00CC0020|0x40000000)
      DllCall(“ReleaseDC”, Ptr,id, Ptr,hDC2)
    }
    DllCall(“SelectObject”, Ptr,mDC, Ptr,oBM)
    DllCall(“DeleteDC”, Ptr,mDC)
  }
  Critical, %cri%
  SetBatchLines, %bch%
  return, bits
}

PicInfo(text)
{
  static info:=[]
  IfNotInString, text, $, return
  if (info[text])
    return, info[text]
  v:=text, comment:=””, e1:=e0:=0, set_e1_e0:=0
  ; You Can Add Comment Text within The <>
  if RegExMatch(v,”<([^>]*)>”,r)
    v:=StrReplace(v,r), comment:=Trim(r1)
  ; You can Add two fault-tolerant in the [], separated by commas
  if RegExMatch(v,”\[([^\]]*)]”,r)
  {
    v:=StrReplace(v,r), r1.=”,”
    StringSplit, r, r1, `,
    e1:=r1, e0:=r2, set_e1_e0:=1
  }
  StringSplit, r, v, $
  color:=r1, v:=r2 “.”
  StringSplit, r, v, .
  w1:=r1, v:=base64tobit(r2), h1:=StrLen(v)//w1
  if (w1<1 or h1<1 or StrLen(v)!=w1*h1)
    return
  mode:=InStr(color,”-“) ? 4 : InStr(color,”#”) ? 3
    : InStr(color,”**”) ? 2 : InStr(color,”*”) ? 1 : 0
  if (mode=4)
  {
    color:=StrReplace(color,”0x”)
    StringSplit, r, color, –
    color:=”0x” . r1, n:=”0x” . r2
  }
  else
  {
    color:=RegExReplace(color,”[*#]”) . “@”
    StringSplit, r, color, @
    color:=r1, n:=Round(r2,2)+(!r2)
    , n:=Floor(9*255*255*(1-n)*(1-n))
  }
  StrReplace(v,”1″,””,len1), len0:=StrLen(v)-len1
  , e1:=Round(len1*e1), e0:=Round(len0*e0)
  return, info[text]:=[v,w1,h1,len1,len0,e1,e0
    , mode,color,n,comment,set_e1_e0]
}

PicFind(mode, color, n, offsetX, offsetY
  , bits, sx, sy, sw, sh
  , ByRef gs, ByRef ss, ByRef text, ByRef s1, ByRef s0
  , ByRef input, num, ByRef allpos, allpos_max)
{
  static MyFunc, Ptr:=A_PtrSize ? “UPtr” : “UInt”
  if (!MyFunc)
  {
    x32:=”5557565383EC788B8424CC0000008BBC24CC000000C7442″
    . “424000000008B40048B7F148944243C8B8424CC000000897C2”
    . “42C8BBC24CC0000008B40088B7F18894424388B8424CC00000”
    . “0897C24308B400C89C6894424288B8424CC0000008B401039C”
    . “6894424200F4DC68944241C8B8424D000000085C00F8E15010”
    . “0008BB424CC0000008B44242489F78B0C868B7486048B44870”
    . “88974241085C0894424180F8ED700000089CD894C2414C7442”
    . “40C00000000C744240800000000C744240400000000890C248”
    . “D76008DBC27000000008B5C24108B7424088B4C24148B54240”
    . “C89DF89F029F101F78BB424C000000001CE85DB7E5E8B0C248”
    . “9EB893C2489D7EB198BAC24C800000083C70483C00189548D0”
    . “083C101390424742C83BC248C0000000389FA0F45D0803C063”
    . “175D48BAC24C400000083C70483C00189549D0083C30139042”
    . “475D48B7424100174241489DD890C2483442404018BB424B00”
    . “000008B442404017424088BBC24A4000000017C240C3944241”
    . “80F8554FFFFFF83442424078B442424398424D00000000F8FE”
    . “BFEFFFF83BC248C000000030F84A00600008B8424A40000008”
    . “BB424A80000000FAF8424AC0000008BBC24A40000008D2CB08”
    . “B8424B0000000F7D88D04878BBC248C0000008944241085FF0”
    . “F84F702000083BC248C000000010F847F08000083BC248C000”
    . “000020F84330900008B8424900000008B9C24940000000FB6B”
    . “C24940000000FB6B42490000000C744241800000000C744242”
    . “400000000C1E8100FB6DF0FB6D08B84249000000089D10FB6C”
    . “4894424088B842494000000C1E8100FB6C029C101D08904248”
    . “B442408894C24408B4C240801D829D9894424088D043E894C2”
    . “40489F129F9894424148BBC24B40000008B8424B0000000894”
    . “C240C89E98B6C2440C1E00285FF894424340F8EBA0000008BB”
    . “424B000000085F60F8E910000008B8424A00000008B5424240”
    . “39424BC00000001C8034C243489CF894C244003BC24A000000”
    . “0EB3D8D76008DBC2700000000391C247C3D394C24047F37394”
    . “C24087C3189F30FB6F33974240C0F9EC3397424140F9DC183C”
    . “00483C20121D9884AFF39F8741E0FB658020FB648010FB6303”
    . “9DD7EBE31C983C00483C201884AFF39F875E28BB424B000000”
    . “0017424248B4C24408344241801034C24108B442418398424B”
    . “40000000F8546FFFFFF8B8424B00000002B44243C8944240C8”
    . “B8424B40000002B442438894424600F886D0900008B4424288”
    . “BBC24C40000008B74243CC744241000000000C744243800000”
    . “000C7442434000000008D3C8789C583EE01897C246C8974247”
    . “48B44240C85C00F88E70000008B7C24388B8424AC000000BE0”
    . “0000000C704240000000001F8C1E0108944246889F82B84249”
    . “C0000000F49F08B84249C000000897424640FAFB424B000000”
    . “001F8894424708974245C8DB6000000008B04240344241089C”
    . “1894424088B442430394424200F84AA0100008B5C241C89C60”
    . “38C24BC00000031C08B54242C85DB0F8EC8010000897424048”
    . “B7C2420EB2D39C77E1C8BB424C80000008B1C8601CB803B007”
    . “40B836C240401782B8D74260083C0013944241C0F849101000”
    . “039C57ECF8BB424C40000008B1C8601CB803B0174BE83EA017”
    . “9B9830424018B04243944240C0F8D68FFFFFF83442438018BB”
    . “424B00000008B44243801742410394424600F8DEFFEFFFF8B4”
    . “C243483C47889C85B5E5F5DC250008B8424900000008BB424B”
    . “4000000C744240C00000000C744241400000000C1E8100FB6C”
    . “08904248B8424900000000FB6C4894424040FB684249000000”
    . “0894424088B8424B0000000C1E00285F68944242489E88BAC2”
    . “4940000000F8E24FEFFFF8B9C24B000000085DB7E758B9C24A”
    . “00000008B7424148BBC24A000000003B424BC00000001C3034”
    . “424248944241801C78D76008DBC27000000000FB643020FB64”
    . “B012B04242B4C24040FB6132B5424080FAFC00FAFC98D04400”
    . “FAFD28D04888D045039C50F930683C30483C60139DF75C98BB”
    . “C24B0000000017C24148B4424188344240C01034424108B742”
    . “40C39B424B40000000F8566FFFFFFE985FDFFFF85ED7E358B7”
    . “424088BBC24BC00000031C08B54242C8D1C378BB424C400000”
    . “08B0C8601D9803901740983EA010F8890FEFFFF83C00139C57”
    . “5E683BC24D0000000070F8EAA0100008B442474030424C7442”
    . “44007000000896C2444894424288B8424CC00000083C020894”
    . “4243C8B44243C8B9424B00000008B7C24288B0029C28944245”
    . “08B84249800000001F839C20F4EC289C68944244C39FE0F8C0”
    . “90100008B44243C8B700C8B78108B6808897424148B7014897”
    . “C242489C7897424548BB424B40000002B700489F08B7424703”
    . “9C60F4EC68BB424C4000000894424188B47FC89442404C1E00”
    . “201C6038424C8000000894424588B4424648B7C2428037C245”
    . “C3B442418894424040F8F8700000085ED7E268B8C24BC00000”
    . “08B54242431C08D1C398B0C8601D9803901740583EA01784A8”
    . “3C00139C575EA8B4424148B4C245439C8747E85C07E7A8B9C2”
    . “4BC000000896C244831C08B6C245801FBEB0983C0013944241”
    . “4745C8B54850001DA803A0074EC83E90179E78B6C244890834”
    . “424040103BC24B00000008B442404394424180F8D79FFFFFF8”
    . “3442428018B4424283944244C0F8D4CFFFFFF830424018B6C2”
    . “4448B04243944240C0F8D7EFCFFFFE911FDFFFF8B4424288B7”
    . “C245083442440078344243C1C8D4438FF894424288B4424403”
    . “98424D00000000F8F7FFEFFFF8B6C24448B7C24348B0424038”
    . “424A80000008BB424D40000000B4424688D4F01398C24D8000”
    . “0008904BE0F8ED8FCFFFF85ED7E278B7424088BBC24BC00000”
    . “08B8424C40000008D1C378B74246C8B1083C00401DA39F0C60”
    . “20075F283042401894C24348B04243944240C0F8DDEFBFFFFE”
    . “971FCFFFF89F68DBC27000000008B74243C8B8424900000003”
    . “1D2F7F60FAF8424A40000008D0490894424188B8424B000000”
    . “0038424A800000029F0894424348B8424AC000000038424B40”
    . “000002B442438398424AC0000008944243C0F8F560400008B8”
    . “424A40000008BB424A80000000FAF8424AC000000C74424240”
    . “00000008D04B0034424188BB424A0000000894424388B44243”
    . “4398424A80000000F8F320100008B8424AC000000C1E010894”
    . “424408B442438894424148B8424A8000000894424088B44241”
    . “40FB67C060289C52B6C2418893C240FB67C0601897C24040FB”
    . “63C068B44241C85C00F8E1E0100008B442430894424108B442”
    . “42C8944240C31C0EB678D76008DBC2700000000394424207E4”
    . “A8B9C24C80000008B0C8301E90FB6540E020FB65C0E012B142”
    . “42B5C24040FB60C0E0FAFD20FAFDB29F98D14520FAFC98D149”
    . “A8D144A39942494000000720C836C2410017865908D7426008”
    . “3C0013944241C0F84A3000000394424287E9D8B9C24C400000”
    . “08B0C8301E90FB6540E020FB65C0E012B14242B5C24040FB60”
    . “C0E0FAFD20FAFDB29F98D14520FAFC98D149A8D144A3B94249”
    . “40000000F865BFFFFFF836C240C010F8950FFFFFF834424080”
    . “183442414048B442408394424340F8DEFFEFFFF838424AC000”
    . “000018BBC24A40000008B44243C017C24383B8424AC0000000”
    . “F8D99FEFFFF8B4C242483C4785B5E89C85F5DC250008D74260”
    . “08B7C24248B4424400B4424088B9C24D40000008D4F013B8C2”
    . “4D80000008904BB0F8D64FAFFFF894C2424EB848B842490000”
    . “0008B8C24B4000000C7042400000000C74424040000000083C”
    . “001C1E00789C68B8424B0000000C1E00285C98944240889E88”
    . “9F50F8EAFF8FFFF8B9424B000000085D27E5F8B8C24A000000”
    . “08B5C2404039C24BC00000001C1034424088944240C038424A”
    . “000000089C70FB651020FB641010FB6316BC04B6BD22601C28”
    . “9F0C1E00429F001D039C50F970383C10483C30139F975D58BB”
    . “424B0000000017424048B44240C83042401034424108B34243”
    . “9B424B40000007582E92CF8FFFF8B8424B0000000C70424000”
    . “00000C744240400000000C1E002894424088B8424B40000008”
    . “5C00F8E920000008B8424B000000085C07E6F8B8C24A000000”
    . “08B5C24048BB424B800000001E9036C240801DE039C24BC000”
    . “000896C240C03AC24A00000000FB651020FB6410183C1040FB”
    . “679FC83C60183C3016BC04B6BD22601C289F8C1E00429F801D”
    . “0C1F8078846FFC643FF0039CD75CC8BBC24B0000000017C240”
    . “48B6C240C83042401036C24108B0424398424B40000000F856”
    . “EFFFFFF83BC24B4000000020F8E60F7FFFF8B8424BC0000000”
    . “38424B00000008BAC24B800000003AC24B0000000C74424040”
    . “1000000894424088B8424B400000083E8018944240C8B8424B”
    . “000000083C0018944241083BC24B0000000027E798B4424108”
    . “9E92B8C24B00000008B5C240889EA8D34288D45FE8904240FB”
    . “642010FB63A0384249000000039F87C360FB67A0239F87C2E0”
    . “FB6790139F87C260FB63E39F87C1F0FB63939F87C180FB6790”
    . “239F87C100FB67EFF39F87C080FB67E0139F87D04C64301018”
    . “3C20183C30183C10183C6013B0C2475A3834424040103AC24B”
    . “00000008B4424048BBC24B0000000017C24083944240C0F855”
    . “8FFFFFFE96FF6FFFF83C47831C95B89C85E5F5DC2500090909”
    . “090909090”
    x64:=”4157415641554154555756534881EC88000000488B84245″
    . “0010000488BB42450010000448B94245801000089542428448”
    . “944240844898C24E80000008B40048B76144C8BBC244001000”
    . “04C8BB42448010000C74424180000000089442430488B84245”
    . “00100008974241C488BB424500100008B40088B76188944243”
    . “C488B842450010000897424388B400C89C789442440488B842”
    . “4500100008B401039C7894424100F4DC74585D289442454488”
    . “B84245001000048894424200F8ECB000000488B442420448B0”
    . “8448B68048B400885C0894424040F8E940000004489CE44890”
    . “C244531E431FF31ED0F1F8400000000004585ED7E614863142”
    . “4418D5C3D0089F848039424380100004589E0EB1D0F1F0083C”
    . “0014D63D94183C0044183C1014883C20139C34789149E74288”
    . “3F9034589C2440F45D0803A3175D783C0014C63DE4183C0048”
    . “3C6014883C20139C34789149F75D844012C2483C50103BC241”
    . “80100004403A42400010000396C24047582834424180748834”
    . “424201C8B442418398424580100000F8F35FFFFFF83F9030F8”
    . “43D0600008B8424000100008BBC24080100000FAF842410010”
    . “0008BB424000100008D3CB88B842418010000F7D885C9448D2”
    . “C860F841101000083F9010F844108000083F9020F84E008000”
    . “08B742428C744240400000000C74424180000000089F0440FB”
    . “6CEC1E8104589CC0FB6D84889F08B7424080FB6D44189DB89F”
    . “0440FB6C64889F1C1E8100FB6CD89D60FB6C08D2C0A8B94242”
    . “00100004129C301C3438D040129CE4529C48904248B8424180”
    . “10000C1E00285D2894424080F8E660100004C89BC244001000”
    . “0448BBC24180100004585FF0F8E91040000488B8C24F800000”
    . “04863C74C6354241831D24C03942430010000488D440102EB3”
    . “A0F1F80000000004439C37C4039CE7F3C39CD7C384539CC410”
    . “F9EC044390C240F9DC14421C141880C124883C2014883C0044”
    . “139D70F8E2D040000440FB6000FB648FF440FB648FE4539C37”
    . “EBB31C9EBD58B5C2428448B8C242001000031ED4531E44889D”
    . “84189DB0FB6DB0FB6F48B84241801000041C1EB10450FB6DBC”
    . “1E0024585C98904240F8EA10000004C89BC24400100004C89B”
    . “42448010000448B7C2408448BB424180100004585F67E60488”
    . “B8C24F80000004D63D44C039424300100004863C74531C94C8”
    . “D440102410FB600410FB648FF410FB650FE4429D829F10FAFC”
    . “029DA0FAFC98D04400FAFD28D04888D04504139C7430F93040”
    . “A4983C1014983C0044539CE7FC4033C244501F483C5014401E”
    . “F39AC2420010000758C4C8BBC24400100004C8BB4244801000”
    . “08B8424180100002B4424308904248B8424200100002B44243”
    . “C894424680F88750800008B7C24404D89F5488BAC243001000”
    . “0448B7424104C89FEC74424040000000048C74424280000000”
    . “0C74424200000000089F883E801498D4487044189FF4889442”
    . “4088B44243083E801894424788B042485C00F88D9000000488”
    . “B5C24288B8424100100004D89EC448B6C245401D8C1E010894”
    . “4247089D82B8424F000000089C7B8000000000F49C731FF894”
    . “4246C0FAF842418010000894424648B8424F000000001D8894”
    . “42474908B442404897C24188D1C388B4424384139C60F84AB0”
    . “000004189C131C04585ED448B44241C7F36E9C30000000F1F4”
    . “0004139CE7E1B418B148401DA4863D2807C150000740B4183E”
    . “901782E0F1F4400004883C0014139C50F8E920000004139C78”
    . “9C17ECC8B148601DA4863D2807C15000174BD4183E80179B74”
    . “883C701393C240F8D7AFFFFFF4D89E54883442428018B9C241”
    . “8010000488B442428015C2404394424680F8DFCFEFFFF8B4C2”
    . “42089C84881C4880000005B5E5F5D415C415D415E415FC3458”
    . “5FF7E278B4C241C4C8B4424084889F28B0201D84898807C050”
    . “001740583E90178934883C2044939D075E583BC24580100000”
    . “70F8EE60100008B442478488B8C24500100000344241844896”
    . “C2450448BAC241801000044897C24404883C1204889742410C”
    . “744243C07000000448974244448897C24484989CF895C247C8”
    . “9C64C89642430418B074489EA29C28944245C8B8424E800000”
    . “001F039C20F4EC239F0894424580F8CD0000000418B47148BB”
    . “C2420010000412B7F0449635FFC458B4F08458B670C8944246”
    . “08B442474458B771039C70F4FF8488B44241048C1E3024C8D1”
    . “41848035C24308B442464448D04068B44246C39F84189C37F7”
    . “2904585C97E234489F131D2418B04924401C04898807C05000”
    . “1740583E90178464883C2014139D17FE28B4424604139C40F8”
    . “4AA0000004585E40F8EA100000089C131D2EB0D4883C201413”
    . “9D40F8E8E0000008B04934401C04898807C05000074E483E90”
    . “179DF4183C3014501E84439DF7D8F83C601397424580F8D6EF”
    . “FFFFF488B7C2448448B7C2440448B742444448B6C2450488B7”
    . “424104C8B6424304883C701393C240F8D97FDFFFFE918FEFFF”
    . “F6690037C240844017C241883442404014401EF8B442404398”
    . “424200100000F854DFBFFFF4C8BBC2440010000E996FCFFFF8”
    . “B44245C8344243C074983C71C8D7406FF8B44243C398424580”
    . “100000F8F87FEFFFF448B7C2440448B742444448B6C2450488”
    . “B7C24488B5C247C488B7424104C8B64243048634424208B542”
    . “418039424080100004C8B9C24600100000B5424708D4801398”
    . “C2468010000418914830F8E9AFDFFFF4585FF7E1D4C8B44240”
    . “84889F08B104883C00401DA4C39C04863D2C64415000075EB4”
    . “883C701393C24894C24200F8DBAFCFFFFE93BFDFFFF0F1F440”
    . “0008B7C24308B44242831D2F7F70FAF8424000100008D04908”
    . “94424208B8424180100000384240801000029F8894424308B8”
    . “42410010000038424200100002B44243C39842410010000894”
    . “424440F8F2B0400008B8424000100008BBC24080100000FAF8”
    . “42410010000448B642440448B6C24544C8B8C24F8000000C74”
    . “42428000000008D04B8034424208944243C8B4424303984240”
    . “80100000F8F360100008B8424100100008B6C243CC1E010894”
    . “424408B8424080100008904248D450289EF2B7C24204585ED4”
    . “898450FB61C018D45014898410FB61C014863C5410FB634010”
    . “F8E1C0100008B442438894424188B44241C8944240431C0EB6”
    . “90F1F800000000044395424107E4E418B0C8601F98D5102448”
    . “D41014863C9410FB60C094863D24D63C0410FB61411470FB60”
    . “40129F10FAFC94429DA4129D80FAFD2450FAFC08D1452428D1”
    . “4828D144A395424087207836C241801786B4883C0014139C50”
    . “F8E9F0000004139C44189C27E96418B0C8701F98D5102448D4”
    . “1014863C9410FB60C094863D24D63C0410FB61411470FB6040”
    . “129F10FAFC94429DA4129D80FAFD2450FAFC08D1452428D148”
    . “28D144A3B5424080F864BFFFFFF836C2404010F8940FFFFFF8”
    . “304240183C5048B0424394424300F8DE6FEFFFF83842410010”
    . “000018BBC24000100008B442444017C243C3B8424100100000”
    . “F8D95FEFFFF8B4C2428E95CFBFFFF48634424288B5424400B1”
    . “424488BBC24600100008D48013B8C24680100008914870F8D3”
    . “5FBFFFF8304240183C504894C24288B0424394424300F8D7AF”
    . “EFFFFEB92448B5C2428448B84242001000031DB8B842418010”
    . “00031F6448B9424180100004183C30141C1E3074585C08D2C8”
    . “5000000000F8E6BF9FFFF4585D27E57488B8C24F80000004C6”
    . “3CE4C038C24300100004863C74531C0488D4C01020FB6110FB”
    . “641FF440FB661FE6BC04B6BD22601C24489E0C1E0044429E00”
    . “1D04139C3430F9704014983C0014883C1044539C27FCC01EF4”
    . “401D683C3014401EF399C24200100007595E9FBF8FFFF8B8C2”
    . “4200100008B84241801000031DB31F6448B8C241801000085C”
    . “98D2C85000000007E7D4585C97E694C63C6488B8C24F800000”
    . “04863C74D89C24C038424300100004C0394242801000031D24”
    . “88D4C0102440FB6190FB641FF4883C104440FB661FA6BC04B4”
    . “56BDB264101C34489E0C1E0044429E04401D8C1F8074188041”
    . “241C60410004883C2014139D17FC401EF4401CE83C3014401E”
    . “F399C2420010000758383BC2420010000020F8E4BF8FFFF486”
    . “3B424180100008B9C24180100008BBC2420010000488D56014”
    . “48D67FFBF010000004889D0480394243001000048038424280”
    . “100004889D58D53FD4C8D6A0183BC241801000002488D1C067”
    . “E7E4989C04D8D5C05004989D94929F04889E90FB610440FB65”
    . “0FF035424284439D27C44440FB650014439D27C3A450FB6104”
    . “439D27C31450FB6114439D27C28450FB650FF4439D27C1E450”
    . “FB650014439D27C14450FB651FF4439D27C0A450FB65101443”
    . “9D27D03C601014883C0014983C1014883C1014983C0014C39D”
    . “8759383C7014801F54889D84139FC0F8562FFFFFFE968F7FFF”
    . “F31C9E9D9F8FFFF909090909090909090909090”
    MCode(MyFunc, A_PtrSize=8 ? x64:x32)
  }
  return, !bits.1 ? 0:DllCall(&MyFunc, “int”,mode, “uint”,color
    , “uint”,n, “int”,offsetX, “int”,offsetY, Ptr,bits.1
    , “int”,bits.2, “int”,sx, “int”,sy, “int”,sw, “int”,sh
    , Ptr,&gs, Ptr,&ss, “AStr”,text, Ptr,&s1, Ptr,&s0
    , Ptr,&input, “int”,num, Ptr,&allpos, “int”,allpos_max)
}

MCode(ByRef code, hex)
{
  bch:=A_BatchLines
  SetBatchLines, -1
  VarSetCapacity(code, len:=StrLen(hex)//2)
  lls:=A_ListLines=0 ? “Off” : “On”
  ListLines, Off
  Loop, % len
    NumPut(“0x” SubStr(hex,2*A_Index-1,2),code,A_Index-1,”uchar”)
  ListLines, %lls%
  Ptr:=A_PtrSize ? “UPtr” : “UInt”, PtrP:=Ptr “*”
  DllCall(“VirtualProtect”,Ptr,&code, Ptr,len,”uint”,0x40,PtrP,0)
  SetBatchLines, %bch%
}

base64tobit(s)
{
  Chars:=”0123456789+/ABCDEFGHIJKLMNOPQRSTUVWXYZ”
    . “abcdefghijklmnopqrstuvwxyz”
  SetFormat, IntegerFast, d
  StringCaseSense, On
  lls:=A_ListLines=0 ? “Off” : “On”
  ListLines, Off
  Loop, Parse, Chars
  {
    i:=A_Index-1, v:=(i>>5&1) . (i>>4&1)
      . (i>>3&1) . (i>>2&1) . (i>>1&1) . (i&1)
    s:=StrReplace(s,A_LoopField,v)
  }
  ListLines, %lls%
  StringCaseSense, Off
  s:=SubStr(s,1,InStr(s,”1″,0,0)-1)
  s:=RegExReplace(s,”[^01]+”)
  return, s
}

bit2base64(s)
{
  s:=RegExReplace(s,”[^01]+”)
  s.=SubStr(“100000″,1,6-Mod(StrLen(s),6))
  s:=RegExReplace(s,”.{6}”,”|$0″)
  Chars:=”0123456789+/ABCDEFGHIJKLMNOPQRSTUVWXYZ”
    . “abcdefghijklmnopqrstuvwxyz”
  SetFormat, IntegerFast, d
  lls:=A_ListLines=0 ? “Off” : “On”
  ListLines, Off
  Loop, Parse, Chars
  {
    i:=A_Index-1, v:=”|” . (i>>5&1) . (i>>4&1)
      . (i>>3&1) . (i>>2&1) . (i>>1&1) . (i&1)
    s:=StrReplace(s,v,A_LoopField)
  }
  ListLines, %lls%
  return, s
}

ASCII(s)
{
  if RegExMatch(s,”\$(\d+)\.([\w+/]+)”,r)
  {
    s:=RegExReplace(base64tobit(r2),”.{” r1 “}”,”$0`n”)
    s:=StrReplace(StrReplace(s,”0″,”_”),”1″,”0″)
  }
  else s=
  return, s
}

; 可以在脚本的开头用 PicLib(Text,1) 导入字库,
; 然后使用 PicLib(“说明文字1|说明文字2|…”) 获取字库中的数据

PicLib(comments, add_to_Lib:=0, index:=1)
{
  static Lib:=[]
  SetFormat, IntegerFast, d
  if (add_to_Lib)
  {
    re:=”<([^>]*)>[^$]+\$\d+\.[\w+/]+”
    Loop, Parse, comments, |
      if RegExMatch(A_LoopField,re,r)
      {
        s1:=Trim(r1), s2:=””
        Loop, Parse, s1
          s2.=”_” . Ord(A_LoopField)
        Lib[index,s2]:=r
      }
    Lib[index,””]:=””
  }
  else
  {
    Text:=””
    Loop, Parse, comments, |
    {
      s1:=Trim(A_LoopField), s2:=””
      Loop, Parse, s1
        s2.=”_” . Ord(A_LoopField)
      Text.=”|” . Lib[index,s2]
    }
    return, Text
  }
}

PicN(Number, index:=1)
{
  return, PicLib(RegExReplace(Number,”.”,”|$0″), 0, index)
}

; 使用 PicX(Text) 可以将文字分割成多个单字的组合,从而适应间隔变化
; 但是不能用于“颜色位置二值化”模式, 因为位置是与整体图像相关的

PicX(Text)
{
  if !RegExMatch(Text,”\|([^$]+)\$(\d+)\.([\w+/]+)”,r)
    return, Text
  w:=r2, v:=base64tobit(r3), Text:=””
  c:=StrLen(StrReplace(v,”0″))<=StrLen(v)//2 ? “1”:”0″
  wz:=RegExReplace(v,”.{” w “}”,”$0`n”)
  SetFormat, IntegerFast, d
  While InStr(wz,c)
  {
    While !(wz~=”m`n)^” c)
      wz:=RegExReplace(wz,”m`n)^.”)
    i:=0
    While (wz~=”m`n)^.{” i “}” c)
      i++
    v:=RegExReplace(wz,”m`n)^(.{” i “}).*”,”$1″)
    wz:=RegExReplace(wz,”m`n)^.{” i “}”)
    if (v!=””)
      Text.=”|” r1 “$” i “.” bit2base64(v)
  }
  return, Text
}

; 截屏,作为后续操作要用的“上一次的截屏”

ScreenShot(x1:=””, y1:=””, x2:=””, y2:=””)
{
  if (x1+y1+x2+y2=””)
    n:=150000, x:=y:=-n, w:=h:=2*n
  else
    x:=(x1<x2 ? x1:x2), y:=(y1<y2 ? y1:y2)
    , w:=Abs(x2-x1)+1, h:=Abs(y2-y1)+1
  xywh2xywh(x,y,w,h,x,y,w,h,zx,zy,zw,zh)
  GetBitsFromScreen(x,y,w,h,1,zx,zy,zw,zh)
}

; 从“上一次的截屏”中快速获取指定坐标的RGB颜色
; 如果坐标超出了屏幕范围,将返回白色

ScreenShot_GetColor(x,y)
{
  bits:=GetBitsFromScreen(0,0,0,0,0,zx,zy,zw,zh)
  return, (x<zx or x>zx+zw-1 or y<zy or y>zy+zh-1 or !bits.1)
    ? “0xFFFFFF” : Format(“0x{:06X}”,NumGet(bits.1
    +(y-zy)*bits.2+(x-zx)*4,”uint”)&0xFFFFFF)
}

; 根据 FindText() 的结果识别一行文字或验证码
; offsetX 为两个文字的最大间隔,超过会插入*号
; offsetY 为后续文字与第一个文字的最大高度差
; 最后返回数组:{ocr:识别结果, x:结果左上角X, y:结果左上角Y}

OcrOK(ok, offsetX:=20, offsetY:=20)
{
  ocr_Text:=ocr_X:=ocr_Y:=min_X:=””
  For k,v in ok
    x:=v.1
    , min_X:=(A_Index=1 or x<min_X ? x : min_X)
    , max_X:=(A_Index=1 or x>max_X ? x : max_X)
  While (min_X!=”” and min_X<=max_X)
  {
    LeftX:=””
    For k,v in ok
    {
      x:=v.1, y:=v.2, w:=v.3, h:=v.4
      if (x<min_X) or Abs(y-ocr_Y)>offsetY
        Continue
      ; Get the leftmost X coordinates
      if (LeftX=”” or x<LeftX)
        LeftX:=x, LeftY:=y, LeftW:=w, LeftH:=h, LeftOCR:=v.id
      else if (x=LeftX)
      {
        Loop, 100
        {
          err:=(A_Index-1)/100+0.000001
          if FindText(LeftX,LeftY,LeftX+LeftW-1,LeftY+LeftH-1,err,err,Text,0)
            Break
          if FindText(x, y, x+w-1, y+h-1, err, err, Text, 0)
          {
            LeftX:=x, LeftY:=y, LeftW:=w, LeftH:=h, LeftOCR:=v.id
            Break
          }
        }
      }
    }
    if (ocr_X=””)
      ocr_X:=LeftX, ocr_Y:=LeftY
    ; If the interval exceeds the set value, add “*” to the result
    ocr_Text.=(ocr_Text!=”” and LeftX-min_X>offsetX ? “*”:””) . LeftOCR
    ; Update min_X for next search
    min_X:=LeftX+LeftW
  }
  return, {ocr:ocr_Text, x:ocr_X, y:ocr_Y}
}

; 按照从左到右、从上到下的顺序排序FindText()的结果
; 忽略轻微的Y坐标差距,返回排序后的数组对象

SortOK(ok, dy:=10)
{
  if !IsObject(ok)
    return, ok
  SetFormat, IntegerFast, d
  ypos:=[]
  For k,v in ok
  {
    x:=v.x, y:=v.y, add:=1
    For k2,v2 in ypos
      if Abs(y-v2)<=dy
      {
        y:=v2, add:=0
        Break
      }
    if (add)
      ypos.Push(y)
    n:=(y*150000+x) “.” k, s:=A_Index=1 ? n : s “-” n
  }
  Sort, s, N D-
  ok2:=[]
  Loop, Parse, s, –
    ok2.Push( ok[(StrSplit(A_LoopField,”.”)[2])] )
  return, ok2
}

; 以指定点为中心,按从近到远排序FindText()的结果
; 返回排序后的数组对象

SortOK2(ok, px, py)
{
  if !IsObject(ok)
    return, ok
  SetFormat, IntegerFast, d
  For k,v in ok
  {
    x:=v.1+v.3//2, y:=v.2+v.4//2
    n:=((x-px)**2+(y-py)**2) “.” k
    s:=A_Index=1 ? n : s “-” n
  }
  Sort, s, N D-
  ok2:=[]
  Loop, Parse, s, –
    ok2.Push( ok[(StrSplit(A_LoopField,”.”)[2])] )
  return, ok2
}

; 提示某个坐标的位置,或远程控制中当前鼠标的位置

MouseTip(x:=””, y:=””)
{
  if (x=””)
  {
    VarSetCapacity(pt,16,0), DllCall(“GetCursorPos”,”ptr”,&pt)
    x:=NumGet(pt,0,”uint”), y:=NumGet(pt,4,”uint”)
  }
  x:=Round(x-10), y:=Round(y-10), w:=h:=2*10+1
  ;————————-
  Gui, _MouseTip_: +AlwaysOnTop -Caption +ToolWindow +Hwndmyid +E0x08000000
  Gui, _MouseTip_: Show, Hide w%w% h%h%
  ;————————-
  dhw:=A_DetectHiddenWindows
  DetectHiddenWindows, On
  d:=4, i:=w-d, j:=h-d
  s=0-0 %w%-0 %w%-%h% 0-%h% 0-0
  s=%s%  %d%-%d% %i%-%d% %i%-%j% %d%-%j% %d%-%d%
  WinSet, Region, %s%, ahk_id %myid%
  DetectHiddenWindows, %dhw%
  ;————————-
  Gui, _MouseTip_: Show, NA x%x% y%y%
  Loop, 4
  {
    Gui, _MouseTip_: Color, % A_Index & 1 ? “Red” : “Blue”
    Sleep, 500
  }
  Gui, _MouseTip_: Destroy
}

/***** 机器码的 C语言 源代码 *****

int __attribute__((__stdcall__)) PicFind(
  int mode, unsigned int c, unsigned int n
  , int offsetX, int offsetY, unsigned char * Bmp
  , int Stride, int sx, int sy, int sw, int sh
  , unsigned char * gs, char * ss, char * text
  , int * s1, int * s0, int * input, int num
  , unsigned int * allpos, int allpos_max)
{
  int o, i, j, x, y, r, g, b, rr, gg, bb, max, e1, e0, ok;
  int o1, x1, y1, w1, h1, sx1, sy1, len1, len0, err1, err0;
  int o2, x2, y2, w2, h2, sx2, sy2, len21, len20, err21, err20;
  int r_min, r_max, g_min, g_max, b_min, b_max;
  //———————-
  ok=0; w1=input[1]; h1=input[2];
  len1=input[3]; len0=input[4];
  err1=input[5]; err0=input[6];
  max=len1>len0 ? len1 : len0;
  //———————-
  // 生成查表需要的表格
  for (j=0; j<num; j+=7)
  {
    o=o1=o2=input[j]; w2=input[j+1]; h2=input[j+2];
    for (y=0; y<h2; y++)
    {
      for (x=0; x<w2; x++)
      {
        i=(mode==3) ? y*Stride+x*4 : y*sw+x;
        if (text[o++]==’1′)
          s1[o1++]=i;
        else
          s0[o2++]=i;
      }
    }
  }
  // 颜色位置模式
  // 此模式不支持文字组合查找,仅用于多色验证码的识别
  if (mode==3)
  {
    c=(c/w1)*Stride+(c%w1)*4;
    sx1=sx+sw-w1; sy1=sy+sh-h1;
    for (y=sy; y<=sy1; y++)
    {
      for (x=sx; x<=sx1; x++)
      {
        o=y*Stride+x*4; e1=err1; e0=err0;
        j=o+c; rr=Bmp[2+j]; gg=Bmp[1+j]; bb=Bmp[j];
        for (i=0; i<max; i++)
        {
          if (i<len1)
          {
            j=o+s1[i]; r=Bmp[2+j]-rr; g=Bmp[1+j]-gg; b=Bmp[j]-bb;
            if (3*r*r+4*g*g+2*b*b>n && (–e1)<0)
              goto NoMatch3;
          }
          if (i<len0)
          {
            j=o+s0[i]; r=Bmp[2+j]-rr; g=Bmp[1+j]-gg; b=Bmp[j]-bb;
            if (3*r*r+4*g*g+2*b*b<=n && (–e0)<0)
              goto NoMatch3;
          }
        }
        allpos[ok++]=y<<16|x;
        if (ok>=allpos_max)
          goto Return1;
        NoMatch3:
        continue;
      }
    }
    goto Return1;
  }
  // 生成二值化图像
  o=sy*Stride+sx*4; j=Stride-4*sw; i=0;
  if (mode==0)  // 颜色相似二值化
  {
    rr=(c>>16)&0xFF; gg=(c>>8)&0xFF; bb=c&0xFF;
    for (y=0; y<sh; y++, o+=j)
      for (x=0; x<sw; x++, o+=4, i++)
      {
        r=Bmp[2+o]-rr; g=Bmp[1+o]-gg; b=Bmp[o]-bb;
        ss[i]=(3*r*r+4*g*g+2*b*b<=n) ? 1:0;
      }
  }
  else if (mode==1)  // 灰度阈值二值化
  {
    c=(c+1)*128;
    for (y=0; y<sh; y++, o+=j)
      for (x=0; x<sw; x++, o+=4, i++)
        ss[i]=(Bmp[2+o]*38+Bmp[1+o]*75+Bmp[o]*15<c) ? 1:0;
  }
  else if (mode==2)  // 灰度差值二值化
  {
    for (y=0; y<sh; y++, o+=j)
    {
      for (x=0; x<sw; x++, o+=4, i++)
      {
        gs[i]=(Bmp[2+o]*38+Bmp[1+o]*75+Bmp[o]*15)>>7;
        ss[i]=0;
      }
    }
    sx1=sw-2; sy1=sh-2;
    for (y=1; y<=sy1; y++)
      for (x=1; x<=sx1; x++)
      {
        i=y*sw+x; j=gs[i]+c;
        if ( gs[i-1]>j || gs[i+1]>j
          || gs[i-sw]>j || gs[i+sw]>j
          || gs[i-sw-1]>j || gs[i-sw+1]>j
          || gs[i+sw-1]>j || gs[i+sw+1]>j )
            ss[i]=1;
      }
  }
  else // (mode==4) 颜色分量二值化
  {
    r=(c>>16)&0xFF; g=(c>>8)&0xFF; b=c&0xFF;
    rr=(n>>16)&0xFF; gg=(n>>8)&0xFF; bb=n&0xFF;
    r_min=r-rr; g_min=g-gg; b_min=b-bb;
    r_max=r+rr; g_max=g+gg; b_max=b+bb;
    for (y=0; y<sh; y++, o+=j)
      for (x=0; x<sw; x++, o+=4, i++)
      {
        r=Bmp[2+o]; g=Bmp[1+o]; b=Bmp[o];
        ss[i]=(r>=r_min && r<=r_max
            && g>=g_min && g<=g_max
            && b>=b_min && b<=b_max) ? 1:0;
      }
  }
  // 开始查找
  sx1=sw-w1; sy1=sh-h1;
  for (y=0; y<=sy1; y++)
  {
    for (x=0; x<=sx1; x++)
    {
      o=y*sw+x; e1=err1; e0=err0;
      if (e0==len0)
      {
        for (i=0; i<len1; i++)
          if (ss[o+s1[i]]!=1 && (–e1)<0)
            goto NoMatch1;
      }
      else
      {
        for (i=0; i<max; i++)
        {
          if (i<len1 && ss[o+s1[i]]!=1 && (–e1)<0)
            goto NoMatch1;
          if (i<len0 && ss[o+s0[i]]!=0 && (–e0)<0)
            goto NoMatch1;
        }
      }
      //——————
      // 组合查找
      if (num>7)
      {
        x1=x+w1-1; y1=y-offsetY; if (y1<0) y1=0;
        for (j=7; j<num; j+=7)
        {
          o2=input[j]; w2=input[j+1]; h2=input[j+2];
          len21=input[j+3]; len20=input[j+4];
          err21=input[j+5]; err20=input[j+6];
          sx2=sw-w2; i=x1+offsetX; if (i<sx2) sx2=i;
          sy2=sh-h2; i=y+offsetY; if (i<sy2) sy2=i;
          for (x2=x1; x2<=sx2; x2++)
          {
            for (y2=y1; y2<=sy2; y2++)
            {
              o1=y2*sw+x2; e1=err21; e0=err20;
              for (i=0; i<len21; i++)
              {
                if (ss[o1+s1[o2+i]]!=1 && (–e1)<0)
                  goto NoMatch2;
              }
              if (e0!=len20)
              {
                for (i=0; i<len20; i++)
                  if (ss[o1+s0[o2+i]]!=0 && (–e0)<0)
                    goto NoMatch2;
              }
              goto MatchOK;
              NoMatch2:
              continue;
            }
          }
          goto NoMatch1;
          MatchOK:
          x1=x2+w2-1;
        }
      }
      //——————
      allpos[ok++]=(sy+y)<<16|(sx+x);
      if (ok>=allpos_max)
        goto Return1;
      // 清空已经找到的图像
      for (i=0; i<len1; i++)
        ss[o+s1[i]]=0;
      NoMatch1:
      continue;
    }
  }
  Return1:
  return ok;
}

*/

;================= The End =================

给TA捐赠
共{{data.count}}人
人已捐赠
游戏社区推荐

【原神】 自动钓鱼

2021-9-5 11:38:02

游戏社区推荐近期更新

剑灵UE4御剑取色宏1.2

2021-9-12 12:41:15

8 条回复 A文章作者 M管理员
  1. ┌刘

    😁看得眼睛疼。

  2. dada大大

    大佬又更新😁

  3. 丿糖分控

    大佬能看看这个虚幻三的怎么改虚幻四还能接着用么

  4. 丿糖分控

    SetTitleMatchMode, 2
    id:=WinExist(“剑灵 ahk_class LaunchUnrealUWindowsClient”)
    BindWindow(id) ; Unbind Window using Bindwindow(0)
    SetKeyDelay,10
    ; #Include
    full_command_line := DllCall(“GetCommandLine”, “str”)
    if not (A_IsAdmin or RegExMatch(full_command_line, ” /restart(?!S)”))
    {
    try
    {
    if A_IsCompiled
    Run *RunAs “%A_ScriptFullPath%” /restart
    else
    Run *RunAs “%A_AhkPath%” /restart “%A_ScriptFullPath%”
    }
    ExitApp
    }

    MsgBox,

    IniRead,tj,取色值.txt,选项,t键
    IniRead,zq,取色值.txt,选项,转圈
    if(zq=err){
    zq=800
    }
    StringReplace, tj, tj,{tab},tab,a
    gosub,菜单
    StringReplace, tj, tj,tab,{tab},a

    F12::
    v_Enable:=!v_Enable
    If (v_Enable=0){
    SetTimer, Label, Off
    ToolTip, 关
    }Else{
    SetTimer, Label, 0
    ToolTip, 开
    }
    Return

    Label2:
    if not(ok:=FindText(20, 49, 1911,510, 0.1, 0.1, Text)){
    ;~ ControlSend,, {left down},剑灵 ahk_class LaunchUnrealUWindowsClient
    send {left down}
    Sleep,100
    ;~ ControlSend,, {left up},剑灵 ahk_class LaunchUnrealUWindowsClient
    send {left up}
    }
    Return

    F8::
    v_Enable1:=!v_Enable1
    If (v_Enable1)=0 {
    SetTimer, Label2, Off
    }Else{
    SetTimer, Label2, %zq%
    }
    Return

    Label:
    t1:=A_TickCount
    Text:=”|*77$38.zwDrwbw1a7zcy0P0zt7bwbDzNtsPTzmSQ4zzwrblDzzDs6E7zvy0I8zyTzZDDzbzBmNztznAWTyywr8bzi99GPzzCSGQzzbkAUTzvi66Dzznz0zzzwU”
    Text5:=”|*144$13.zzU0mGQ76339VIMYAIac1k5sEAzzzzk0807zz” ;交任务卷轴
    Text1:=”|*82$29.zzzzzibn0TA3a0zE26NzYwC7l8wk3U0943r/ktziL60TRgDbwX+E1sC4yTU01wzA03tzzzzrw” ;勇猛任务的“选择”
    Text2:=”|*73$56.zzzzjvjvzz7z03wswtzwzUDzDb00zDzny05rzzXy01yxtU7tTk0zDSTzyrzvy2560TAy0100BUDrjU0TjrPzttztznxo0QzDyTwzRTqTtzjzA7LxDzC3znzo0Tzzzzyzxzy” ;入手书信
    Text3:=”|*102$27.zzxzw0Ac3s7ltw1iTD0EW0805TbCSv1s06DzDyZ0/bxah00spjjrKhnUW00wDzzU” ;书信勇猛
    Text4:=”|*96$43.k01xq03s00yG01zbkz9zVzk1zlz7zz3zsznz000wE01btyQ800k00Arzbs007vznwzDnts3y001szbzDnwwDzzbtyQY01nvzAmPgv00DtRrQ001xivDyTwyrRbyTyyPinyDSQ800kTUCA008″ ;接任务勇猛
    if (ok:=FindText(20, 20, 2100,426, 0.1, 0.1, Text))
    ControlSend,, %tj%,剑灵 ahk_class LaunchUnrealUWindowsClient
    else {
    if (ok:=FindText(1473,52, 1924,1106, 0.1, 0.1, Text5)){
    WinActivate,剑灵 ahk_class LaunchUnrealUWindowsClient
    X:=ok.1.x, Y:=ok.1.y
    sleep 300
    send,{alt down}
    sleep 30
    click ,%X%,%Y%
    sleep 30
    send,{alt up}
    }
    else if (ok:=FindText(334,670, 857,1081, 0.1, 0.1, Text4))
    ControlSend,, f,剑灵 ahk_class LaunchUnrealUWindowsClient
    else if (ok:=FindText(873,50, 1928,1102, 0.1, 0.1, Text3)){
    WinActivate,剑灵 ahk_class LaunchUnrealUWindowsClient
    X:=ok.1.x+220, Y:=ok.1.y,
    sleep 300
    click ,%X%,%Y%
    }
    else if (ok:=FindText(873,50, 1928,1102, 0.1, 0.1, Text2)){
    WinActivate,剑灵 ahk_class LaunchUnrealUWindowsClient
    X:=ok.1.x, Y:=ok.1.y
    sleep 300
    click ,%X%,%Y%
    }
    else if not (ok:=FindText(1505,49, 1928,1104, 0.3, 0.3, Text1))
    ControlSend,, j,剑灵 ahk_class LaunchUnrealUWindowsClient
    sleep 300

    }

    Return

    ;===== Copy The Following Functions To Your Own Code Just once =====

    ;——————————–
    ; FindText – Capture screen image into text and then find it
    ;——————————–
    ; X1, Y1 –> the search scope’s upper left corner coordinates
    ; X2, Y2 –> the search scope’s lower right corner coordinates
    ; err1, err0 –> Fault tolerance percentage of text and background (0.1=10%)
    ; Text –> can be a lot of text parsed into images, separated by “|”
    ; ScreenShot –> if the value is 0, the last screenshot will be used
    ; FindAll –> if the value is 0, Just find one result and return
    ; JoinText –> if the value is 1, Join all Text for combination lookup
    ; offsetX, offsetY –> Set the Max text offset for combination lookup
    ; ruturn –> the function returns a second-order array
    ; containing all lookup results, Any result is an associative array
    ; {1:X, 2:Y, 3:W, 4:H, x:X+W//2, y:Y+H//2, id:Comment},
    ; if no image is found, the function returns 0.
    ; All coordinates are relative to Screen, colors are in RGB format,
    ; and combination lookup must use uniform color mode
    ;——————————–

    FindText( x1, y1, x2, y2, err1, err0, text, ScreenShot:=1
    , FindAll:=1, JoinText:=0, offsetX:=20, offsetY:=10 )
    {
    local ; Unaffected by Super-global variables
    bch:=A_BatchLines
    SetBatchLines, -1
    x:=(x1<x2 ? x1:x2), y:=(y1<y2 ? y1:y2)
    , w:=Abs(x2-x1)+1, h:=Abs(y2-y1)+1
    , xywh2xywh(x,y,w,h,x,y,w,h,zx,zy,zw,zh)
    if (w<1 or h1 or A_Index>1)
    err1:=0.1, err0:=0.05
    if (JoinText)
    {
    j:=info[1], mode:=j.8, color:=j.9, n:=j.10
    , w1:=-1, h1:=j.3, comment:=””, v:=””, i:=0
    Loop, % num
    {
    j:=info[A_Index], w1+=j.2+1, comment.=j.11
    Loop, 7
    NumPut((A_Index=1 ? StrLen(v)
    : A_Index=6 and err1 and !j.12 ? Round(j.4*err1)
    : A_Index=7 and err0 and !j.12 ? Round(j.5*err0)
    : j[A_Index]), input, 4*(i++), “int”)
    v.=j.1
    }
    ok:=PicFind( mode,color,n,offsetX,offsetY
    , bits,sx,sy,sw,sh,gs,ss,v,s1,s0
    , input,num*7,allpos,allpos_max )
    Loop, % ok
    pos:=NumGet(allpos, 4*(A_Index-1), “uint”)
    , rx:=(pos&0xFFFF)+zx, ry:=(pos>>16)+zy
    , arr.Push( {1:rx, 2:ry, 3:w1, 4:h1
    , x:rx+w1//2, y:ry+h1//2, id:comment} )
    }
    else
    {
    For i,j in info
    {
    mode:=j.8, color:=j.9, n:=j.10, comment:=j.11
    , w1:=j.2, h1:=j.3, v:=j.1
    Loop, 7
    NumPut((A_Index=1 ? 0
    : A_Index=6 and err1 and !j.12 ? Round(j.4*err1)
    : A_Index=7 and err0 and !j.12 ? Round(j.5*err0)
    : j[A_Index]), input, 4*(A_Index-1), “int”)
    ok:=PicFind( mode,color,n,offsetX,offsetY
    , bits,sx,sy,sw,sh,gs,ss,v,s1,s0
    , input,7,allpos,allpos_max )
    Loop, % ok
    pos:=NumGet(allpos, 4*(A_Index-1), “uint”)
    , rx:=(pos&0xFFFF)+zx, ry:=(pos>>16)+zy
    , arr.Push( {1:rx, 2:ry, 3:w1, 4:h1
    , x:rx+w1//2, y:ry+h1//2, id:comment} )
    if (ok and !FindAll)
    Break
    }
    }
    if (err1=0 and err0=0 and num=1 and !arr.MaxIndex())
    {
    k:=0
    For i,j in info
    k+=(!j.12)
    IfEqual, k, 0, Break
    }
    else Break
    }
    SetBatchLines, %bch%
    return, arr.MaxIndex() ? arr:0
    }

    ; Bind the window so that it can find images when obscured
    ; by other windows, it’s equivalent to always being
    ; at the front desk. Unbind Window using Bindwindow(0)

    BindWindow(window_id:=0, set_exstyle:=0, get:=0)
    {
    static id, old, Ptr:=A_PtrSize ? “UPtr” : “UInt”
    if (get)
    return, id
    if (window_id)
    {
    id:=window_id, old:=0
    if (set_exstyle)
    {
    WinGet, old, ExStyle, ahk_id %id%
    WinSet, Transparent, 255, ahk_id %id%
    Loop, 30
    {
    Sleep, 100
    WinGet, i, Transparent, ahk_id %id%
    }
    Until (i=255)
    }
    }
    else
    {
    if (old)
    WinSet, ExStyle, %old%, ahk_id %id%
    id:=old:=0
    }
    }

    xywh2xywh(x1,y1,w1,h1, ByRef x,ByRef y,ByRef w,ByRef h
    , ByRef zx:=””, ByRef zy:=””, ByRef zw:=””, ByRef zh:=””)
    {
    SysGet, zx, 76
    SysGet, zy, 77
    SysGet, zw, 78
    SysGet, zh, 79
    left:=x1, right:=x1+w1-1, up:=y1, down:=y1+h1-1
    left:=leftzx+zw-1 ? zx+zw-1:right
    up:=upzy+zh-1 ? zy+zh-1:down
    x:=left, y:=up, w:=right-left+1, h:=down-up+1
    }

    GetBitsFromScreen(x, y, w, h, ScreenShot:=1
    , ByRef zx:=””, ByRef zy:=””, ByRef zw:=””, ByRef zh:=””)
    {
    local ; Unaffected by Super-global variables
    static hBM, oldzx, oldzy, oldzw, oldzh, bits:=[]
    static Ptr:=A_PtrSize ? “UPtr” : “UInt”
    static init:=!GetBitsFromScreen(0,0,0,0,1)
    if (!ScreenShot)
    {
    zx:=oldzx, zy:=oldzy, zw:=oldzw, zh:=oldzh
    return, bits
    }
    bch:=A_BatchLines, cri:=A_IsCritical
    Critical
    if (zw<1 or zholdzw or zh>oldzh or !hBM)
    {
    DllCall(“DeleteObject”, Ptr,hBM), hBM:=””, bpp:=32
    VarSetCapacity(bi, 40, 0), NumPut(40, bi, 0, “int”)
    NumPut(zw, bi, 4, “int”), NumPut(-zh, bi, 8, “int”)
    NumPut(1, bi, 12, “short”), NumPut(bpp, bi, 14, “short”)
    hBM:=DllCall(“CreateDIBSection”, Ptr,0, Ptr,&bi
    , “int”,0, Ptr “*”,ppvBits, Ptr,0, “int”,0, Ptr)
    Scan0:=(!hBM ? 0:ppvBits), Stride:=((zw*bpp+31)//32)*4
    bits.1:=Scan0, bits.2:=Stride
    oldzx:=zx, oldzy:=zy, oldzw:=zw, oldzh:=zh
    x:=zx, y:=zy, w:=zw, h:=zh
    }
    if (hBM) and !(w<1 or h<1)
    {
    win:=DllCall("GetDesktopWindow", Ptr)
    hDC:=DllCall("GetWindowDC", Ptr,win, Ptr)
    mDC:=DllCall("CreateCompatibleDC", Ptr,hDC, Ptr)
    oBM:=DllCall("SelectObject", Ptr,mDC, Ptr,hBM, Ptr)
    DllCall("BitBlt",Ptr,mDC,"int",x-zx,"int",y-zy,"int",w,"int",h
    , Ptr,hDC, "int",x, "int",y, "uint",0x00CC0020|0x40000000)
    DllCall("ReleaseDC", Ptr,win, Ptr,hDC)
    if (id:=BindWindow(0,0,1))
    WinGet, id, ID, ahk_id %id%
    if (id)
    {
    WinGetPos, wx, wy, ww, wh, ahk_id %id%
    left:=x, right:=x+w-1, up:=y, down:=y+h-1
    left:=leftwx+ww-1 ? wx+ww-1:right
    up:=upwy+wh-1 ? wy+wh-1:down
    x:=left, y:=up, w:=right-left+1, h:=down-up+1
    }
    if (id) and !(w<1 or h<1)
    {
    hDC2:=DllCall("GetDCEx", Ptr,id, Ptr,0, "int",3, Ptr)
    DllCall("BitBlt",Ptr,mDC,"int",x-zx,"int",y-zy,"int",w,"int",h
    , Ptr,hDC2, "int",x-wx, "int",y-wy, "uint",0x00CC0020|0x40000000)
    DllCall("ReleaseDC", Ptr,id, Ptr,hDC2)
    }
    DllCall("SelectObject", Ptr,mDC, Ptr,oBM)
    DllCall("DeleteDC", Ptr,mDC)
    }
    Critical, %cri%
    SetBatchLines, %bch%
    return, bits
    }

    PicInfo(text)
    {
    static info:=[]
    IfNotInString, text, $, return
    if (info[text])
    return, info[text]
    v:=text, comment:="", e1:=e0:=0, set_e1_e0:=0
    ; You Can Add Comment Text within The
    if RegExMatch(v,”]*)>”,r)
    v:=StrReplace(v,r), comment:=Trim(r1)
    ; You can Add two fault-tolerant in the [], separated by commas
    if RegExMatch(v,”[([^]]*)]”,r)
    {
    v:=StrReplace(v,r), r1.=”,”
    StringSplit, r, r1, `,
    e1:=r1, e0:=r2, set_e1_e0:=1
    }
    StringSplit, r, v, $
    color:=r1, v:=r2 “.”
    StringSplit, r, v, .
    w1:=r1, v:=base64tobit(r2), h1:=StrLen(v)//w1
    if (w1<1 or h1>5&1) . (i>>4&1)
    . (i>>3&1) . (i>>2&1) . (i>>1&1) . (i&1)
    s:=StrReplace(s,A_LoopField,v)
    }
    ListLines, %lls%
    StringCaseSense, Off
    s:=SubStr(s,1,InStr(s,”1″,0,0)-1)
    s:=RegExReplace(s,”[^01]+”)
    return, s
    }

    bit2base64(s)
    {
    s:=RegExReplace(s,”[^01]+”)
    s.=SubStr(“100000″,1,6-Mod(StrLen(s),6))
    s:=RegExReplace(s,”.{6}”,”|$0″)
    Chars:=”0123456789+/ABCDEFGHIJKLMNOPQRSTUVWXYZ”
    . “abcdefghijklmnopqrstuvwxyz”
    SetFormat, IntegerFast, d
    lls:=A_ListLines=0 ? “Off” : “On”
    ListLines, Off
    Loop, Parse, Chars
    {
    i:=A_Index-1, v:=”|” . (i>>5&1) . (i>>4&1)
    . (i>>3&1) . (i>>2&1) . (i>>1&1) . (i&1)
    s:=StrReplace(s,v,A_LoopField)
    }
    ListLines, %lls%
    return, s
    }

    ASCII(s)
    {
    if RegExMatch(s,”$(d+).([w+/]+)”,r)
    {
    s:=RegExReplace(base64tobit(r2),”.{” r1 “}”,”$0`n”)
    s:=StrReplace(StrReplace(s,”0″,”_”),”1″,”0″)
    }
    else s=
    return, s
    }

    ; You can put the text library at the beginning of the script,
    ; and Use PicLib(Text,1) to add the text library to PicLib()’s Lib,
    ; Use PicLib(“comment1|comment2|…”) to get text images from Lib

    PicLib(comments, add_to_Lib:=0, index:=1)
    {
    static Lib:=[]
    SetFormat, IntegerFast, d
    if (add_to_Lib)
    {
    re:=”]*)>[^$]+$d+.[w+/]+”
    Loop, Parse, comments, |
    if RegExMatch(A_LoopField,re,r)
    {
    s1:=Trim(r1), s2:=””
    Loop, Parse, s1
    s2.=”_” . Ord(A_LoopField)
    Lib[index,s2]:=r
    }
    Lib[index,””]:=””
    }
    else
    {
    Text:=””
    Loop, Parse, comments, |
    {
    s1:=Trim(A_LoopField), s2:=””
    Loop, Parse, s1
    s2.=”_” . Ord(A_LoopField)
    Text.=”|” . Lib[index,s2]
    }
    return, Text
    }
    }

    PicN(Number, index:=1)
    {
    return, PicLib(RegExReplace(Number,”.”,”|$0″), 0, index)
    }

    ; Use PicX(Text) to automatically cut into multiple characters
    ; Can’t be used in ColorPos mode, because it can cause position errors

    PicX(Text)
    {
    if !RegExMatch(Text,”|([^$]+)$(d+).([w+/]+)”,r)
    return, Text
    w:=r2, v:=base64tobit(r3), Text:=””
    c:=StrLen(StrReplace(v,”0″))<=StrLen(v)//2 ? "1":"0"
    wz:=RegExReplace(v,".{" w "}","$0`n")
    SetFormat, IntegerFast, d
    While InStr(wz,c)
    {
    While !(wz~="m`n)^" c)
    wz:=RegExReplace(wz,"m`n)^.")
    i:=0
    While (wz~="m`n)^.{" i "}" c)
    i++
    v:=RegExReplace(wz,"m`n)^(.{" i "}).*","$1")
    wz:=RegExReplace(wz,"m`n)^.{" i "}")
    if (v!="")
    Text.="|" r1 "$" i "." bit2base64(v)
    }
    return, Text
    }

    ; Screenshot and retained as the last screenshot.

    ScreenShot(x1:="", y1:="", x2:="", y2:="")
    {
    if (x1+y1+x2+y2="")
    n:=150000, x:=y:=-n, w:=h:=2*n
    else
    x:=(x1<x2 ? x1:x2), y:=(y1<y2 ? y1:y2)
    , w:=Abs(x2-x1)+1, h:=Abs(y2-y1)+1
    xywh2xywh(x,y,w,h,x,y,w,h,zx,zy,zw,zh)
    GetBitsFromScreen(x,y,w,h,1,zx,zy,zw,zh)
    }

    ; Get the RGB color of a point from the last screenshot.
    ; If the point to get the color is beyond the range of
    ; Screen, it will return White color (0xFFFFFF).

    ScreenShot_GetColor(x,y)
    {
    bits:=GetBitsFromScreen(0,0,0,0,0,zx,zy,zw,zh)
    return, (xzx+zw-1 or yzy+zh-1 or !bits.1)
    ? “0xFFFFFF” : Format(“0x{:06X}”,NumGet(bits.1
    +(y-zy)*bits.2+(x-zx)*4,”uint”)&0xFFFFFF)
    }

    ; Identify a line of text or verification code
    ; based on the result returned by FindText()
    ; Return Association array {ocr:Text, x:X, y:Y}

    OcrOK(ok, offsetX:=20, offsetY:=20)
    {
    ocr_Text:=ocr_X:=ocr_Y:=min_X:=””
    For k,v in ok
    x:=v.1
    , min_X:=(A_Index=1 or xmax_X ? x : max_X)
    While (min_X!=”” and min_X<=max_X)
    {
    LeftX:=""
    For k,v in ok
    {
    x:=v.1, y:=v.2, w:=v.3, h:=v.4
    if (xoffsetY
    Continue
    ; Get the leftmost X coordinates
    if (LeftX=”” or xoffsetX ? “*”:””) . LeftOCR
    ; Update min_X for next search
    min_X:=LeftX+LeftW
    }
    return, {ocr:ocr_Text, x:ocr_X, y:ocr_Y}
    }

    ; Sort the results returned by FindText() from left to right
    ; and top to bottom, ignore slight height difference

    SortOK(ok, dy:=10)
    {
    if !IsObject(ok)
    return, ok
    SetFormat, IntegerFast, d
    ypos:=[]
    For k,v in ok
    {
    x:=v.x, y:=v.y, add:=1
    For k2,v2 in ypos
    if Abs(y-v2)len0 ? len1 : len0;
    //———————-
    // Generate Lookup Table
    for (j=0; j<num; j+=7)
    {
    o=o1=o2=input[j]; w2=input[j+1]; h2=input[j+2];
    for (y=0; y<h2; y++)
    {
    for (x=0; x<w2; x++)
    {
    i=(mode==3) ? y*Stride+x*4 : y*sw+x;
    if (text[o++]=='1')
    s1[o1++]=i;
    else
    s0[o2++]=i;
    }
    }
    }
    // Color Position Mode
    // This mode is not support combination lookup
    // only used to recognize multicolored Verification Code
    if (mode==3)
    {
    c=(c/w1)*Stride+(c%w1)*4;
    sx1=sx+sw-w1; sy1=sy+sh-h1;
    for (y=sy; y<=sy1; y++)
    {
    for (x=sx; x<=sx1; x++)
    {
    o=y*Stride+x*4; e1=err1; e0=err0;
    j=o+c; rr=Bmp[2+j]; gg=Bmp[1+j]; bb=Bmp[j];
    for (i=0; i<max; i++)
    {
    if (in && (–e1)<0)
    goto NoMatch3;
    }
    if (i<len0)
    {
    j=o+s0[i]; r=Bmp[2+j]-rr; g=Bmp[1+j]-gg; b=Bmp[j]-bb;
    if (3*r*r+4*g*g+2*b*b<=n && (–e0)<0)
    goto NoMatch3;
    }
    }
    allpos[ok++]=y<=allpos_max)
    goto Return1;
    NoMatch3:
    continue;
    }
    }
    goto Return1;
    }
    // Generate Two Value Image
    o=sy*Stride+sx*4; j=Stride-4*sw; i=0;
    if (mode==0) // Color Mode
    {
    rr=(c>>16)&0xFF; gg=(c>>8)&0xFF; bb=c&0xFF;
    for (y=0; y<sh; y++, o+=j)
    for (x=0; x<sw; x++, o+=4, i++)
    {
    r=Bmp[2+o]-rr; g=Bmp[1+o]-gg; b=Bmp[o]-bb;
    ss[i]=(3*r*r+4*g*g+2*b*b<=n) ? 1:0;
    }
    }
    else if (mode==1) // Gray Threshold Mode
    {
    c=(c+1)*128;
    for (y=0; y<sh; y++, o+=j)
    for (x=0; x<sw; x++, o+=4, i++)
    ss[i]=(Bmp[2+o]*38+Bmp[1+o]*75+Bmp[o]*15<c) ? 1:0;
    }
    else if (mode==2) // Gray Difference Mode
    {
    for (y=0; y<sh; y++, o+=j)
    {
    for (x=0; x>7;
    ss[i]=0;
    }
    }
    sx1=sw-2; sy1=sh-2;
    for (y=1; y<=sy1; y++)
    for (x=1; xj || gs[i+1]>j
    || gs[i-sw]>j || gs[i+sw]>j
    || gs[i-sw-1]>j || gs[i-sw+1]>j
    || gs[i+sw-1]>j || gs[i+sw+1]>j )
    ss[i]=1;
    }
    }
    else // (mode==4) Color Difference Mode
    {
    r=(c>>16)&0xFF; g=(c>>8)&0xFF; b=c&0xFF;
    rr=(n>>16)&0xFF; gg=(n>>8)&0xFF; bb=n&0xFF;
    r_min=r-rr; g_min=g-gg; b_min=b-bb;
    r_max=r+rr; g_max=g+gg; b_max=b+bb;
    for (y=0; y<sh; y++, o+=j)
    for (x=0; x=r_min && r=g_min && g=b_min && b<=b_max) ? 1:0;
    }
    }
    // Start Lookup
    sx1=sw-w1; sy1=sh-h1;
    for (y=0; y<=sy1; y++)
    {
    for (x=0; x<=sx1; x++)
    {
    o=y*sw+x; e1=err1; e0=err0;
    if (e0==len0)
    {
    for (i=0; i<len1; i++)
    if (ss[o+s1[i]]!=1 && (–e1)<0)
    goto NoMatch1;
    }
    else
    {
    for (i=0; i<max; i++)
    {
    if (i<len1 && ss[o+s1[i]]!=1 && (–e1)<0)
    goto NoMatch1;
    if (i<len0 && ss[o+s0[i]]!=0 && (–e0)7)
    {
    x1=x+w1-1; y1=y-offsetY; if (y1<0) y1=0;
    for (j=7; j<num; j+=7)
    {
    o2=input[j]; w2=input[j+1]; h2=input[j+2];
    len21=input[j+3]; len20=input[j+4];
    err21=input[j+5]; err20=input[j+6];
    sx2=sw-w2; i=x1+offsetX; if (i<sx2) sx2=i;
    sy2=sh-h2; i=y+offsetY; if (i<sy2) sy2=i;
    for (x2=x1; x2<=sx2; x2++)
    {
    for (y2=y1; y2<=sy2; y2++)
    {
    o1=y2*sw+x2; e1=err21; e0=err20;
    for (i=0; i<len21; i++)
    {
    if (ss[o1+s1[o2+i]]!=1 && (–e1)<0)
    goto NoMatch2;
    }
    if (e0!=len20)
    {
    for (i=0; i<len20; i++)
    if (ss[o1+s0[o2+i]]!=0 && (–e0)<0)
    goto NoMatch2;
    }
    goto MatchOK;
    NoMatch2:
    continue;
    }
    }
    goto NoMatch1;
    MatchOK:
    x1=x2+w2-1;
    }
    }
    //——————
    allpos[ok++]=(sy+y)<=allpos_max)
    goto Return1;
    // Clear the image that has been found
    for (i=0; i<len1; i++)
    ss[o+s1[i]]=0;
    NoMatch1:
    continue;
    }
    }
    Return1:
    return ok;
    }

    */

    ;================= The End =================

    F11::
    MsgBox,按F12切换开关,F8切换旋转`n `n仅为1920*1080分辨率制作。且界面需按以下说明调节。`n按O打开游戏设置`n游戏/界面/无视因分辨率对界面大小的调节打√,界面大小调整为95。`n图像/画面亮度调节为50。`n视频教程B站搜索“飘渺闪电”
    return

    菜单:
    Menu,Tray,NoStandard
    Menu,Tray,DeleteAll
    Menu,Tray,Add,&暂停/启用,zt
    Menu,Tray,Add,&设置,用户界面
    Menu,Tray,Add,&退出,tc

    用户界面:
    Gui, Add, Text, x10 y32 w80 h20 +Center, 打怪快捷键
    Gui, Add, Text, x30 y10 w100 h20 +Center, F11查看简要说明
    Gui, Add, Text, x10 y55 w130 h20 +Center, 转圈速度,填越大越慢
    Gui, Add, Text, x20 y77 w130 h20 , 如200~2000
    Gui, Add, Edit, x85 y76 w50 h20 Lowercase vzq -Multi, %zq%
    Gui, Add, Edit, x85 y30 w50 h20 Lowercase vtj -Multi, %tj%
    Gui, Add, Button, x50 y105 w70 h30 g确定, 确定
    ; Generated using SmartGuiXP Creator mod 4.3.29.0
    Gui, Show, Center w150 h140, 刷勇猛
    Return

    GuiClose:
    Gui Destroy
    return

    确定:
    Gui,Submit ,NoHide
    StringReplace, tj, tj,tab,{tab},a
    IniWrite,%tj%,取色值.txt,选项,t键
    IniWrite,%zq%,取色值.txt,选项,转圈
    MsgBox 设置已保存
    return

    zt:
    Suspend,Toggle
    Pause,Toggle
    tzxh=1
    return

    tc:
    ExitApp
    return

个人中心
购物车
优惠劵
今日签到
有新私信 私信列表
搜索