MMHK_hHookMouse  := DllCall("SetWindowsHookEx", "int", MMHK_idHook, "Uint", MMHK_pfn, "Uint", DllCall("GetModuleHandle", "Uint", 0), "Uint", 0)

         Return DllCall("UnhookWindowsHookEx", "Uint", MMHK_hHookStatic)

   MMHK_NH := DllCall("CallNextHookEx", "Uint", 0, "int", MMHK_nCode, "Uint", MMHK_wParam, "Uint", MMHK_lParam)

      MMHK_hHookMouse  := DllCall("SetWindowsHookEx", "int", MMHK_idHook, "Ptr", MMHK_pfn, "Ptr", DllCall("GetModuleHandle", "Ptr", 0, "Ptr"), "Uint", 0, "Ptr")

         Return DllCall("UnhookWindowsHookEx", "Ptr", MMHK_hHookStatic)

   MMHK_NH := DllCall("CallNextHookEx", "Ptr", 0, "int", MMHK_nCode, "Ptr", MMHK_wParam, "Ptr", MMHK_lParam)

OnExit, MMHK_OnExit ; работает и без этой строки
MMHK_Start()
MMHK_TriggerLength := 50 ; как я понял, чуствительность в пикселах
return
#include MMHK.ahk

left:
	Send A
	return
right:
	Send D
	return

#Include MMHK.ahk

; MMHK.ahk - Mouse Movement HotKeys (Release 2)

DemoText =
(
-- MMHK-Demo 4 --

check out the Tooltip!
It displays the current direction of the mouse movement.
)

OnExit, MMHK_OnExit
MMHK_Start()
MMHK_TriggerLength := 3
MsgBox, %Demotext%
return
#Include MMHK.ahk

MMHK_AllOtherMovements:
CoordMode, ToolTip, Screen
ToolTip , Vector: %MMHK_CurrentVector%`nDirection: %MMHK_CurrentDirection%, 5, 5, 2
return

; MMHK.ahk - Mouse Movement HotKeys (Release 2)
; by Zed_Gecko (using a Mouse-Hook made by Sean)
; MMHK allows you to create hotkey-like labels for mouse movements.
; You can assign actions to any combination of
; Mouse-Movements (8 directions supported)
; & Prefix-Key (Win, Ctrl, Alt, Shift)
; & MouseButton (Left, Middle, Right)
;  -- ATTENTION! --
; Don´t include in the auto-execute section
;  -- USAGE --
; use MMHK_Start() to init Mouse Movement Hotkeys
; call MMHK_Stop() before closing the script
; u can use OnExit, MMHK_OnExit in your Script instead
; -- supported "HotKey"-Labels --
;u can use the Mouse Movement labels (almost) like usual hotkeys:
; e.g.:
; up:
; up_right:
; right:
; down_right:
; down:
; down_left:
; left:
; up_left:
; LButton_up:
; LButton_up_left:
; RButton_up:
; MButton_up:
; LButton_RButton_up:
; LButton_RButton_MButton_up:
; #up:
; !up:
; ^up:
; +up:
; !^LButton_up:
; #!^+LButton_RButton_MButton_up_left:
;
; basicly all combinations of Movement, Mouse-Button and Modifier-Key will work, but
; the need to be written in the right order.
; The order is: # ! ^ + LButton_ RButton_ MButton_ [direction]
; all Mouse-Buttons must have the "_" at the end, the Modifer-Symbols must not.
; in addition you can use
; MMHK_AllOtherMovements:
; thisLabel will be called if there is no Mouse Movement label for the current action.
; -- usefull VARIABLES --
;  MMHK_TriggerLength  -> the amount of Pixels the mouse must move to trigger a Mouse Movement HotKey
;                         u can change it´s value to any thing between 3 and 1000, default is 100
;  MMHK_ThisHotkey  -> The Label of the Mouse Movement HotKey that is currently detected, even if not defined
;  MMHK_PrevHotkey  -> The Label of the Mouse Movement HotKey that was detected before the currently detected one.
;  MMHK_PrePrevHotkey  -> The Label of the Mouse Movement HotKey that was detected before MMHK_PrevHotkey
;  MMHK_PrePrePrevHotkey  -> The Label of the Mouse Movement HotKey that was detected before MMHK_PrePrevHotkey
;  MMHK_PrePrePrePrevHotkey  -> The Label of the Mouse Movement HotKey that was detected before MMHK_PrePrePrevHotkey
;  MMHK_CurrentDirection  -> The direction of the current mouse movement. e.g. "up" or "down_left"
;  MMHK_CurrentVector  -> The direction of the current mouse movement in radians. (a float between -pi & +pi. 0 is left, -pi & +pi is right)
#Persistent
return


MMHK_OnExit:
MMHK_Stop()
ExitApp
return


MMHK_HotKeyHandler:
MMHK_HandlerActive = Off
MMHK_HotKeyHandlerFunc()
MMHK_HandlerActive := -1
return


MMHK_Start()
{
   MMHK_idHook := 14
   MMHK_pfn := RegisterCallback("MMHK_MouseMove", "Fast")
      MMHK_hHookMouse  := DllCall("SetWindowsHookEx", "int", MMHK_idHook, "Uint", MMHK_pfn, "Uint", DllCall("GetModuleHandle", "Uint", 0), "Uint", 0)
   MMHK_Stop(MMHK_hHookMouse)
      Return MMHK_hHookMouse
}


MMHK_Stop(MMHK_hHook = "off")
{
   static MMHK_hHookStatic
   if (MMHK_hHook != "off")
   {
      MMHK_hHookStatic := MMHK_hHook
      Return MMHK_hHookStatic
   }
   else
         Return DllCall("UnhookWindowsHookEx", "Uint", MMHK_hHookStatic)
}


MMHK_MouseMove(MMHK_nCode, MMHK_wParam, MMHK_lParam)
{
   MMHK_NH := DllCall("CallNextHookEx", "Uint", 0, "int", MMHK_nCode, "Uint", MMHK_wParam, "Uint", MMHK_lParam)
   global MMHK_HandlerActive
   If !MMHK_nCode && (MMHK_wParam = 0x200)
   {
         SetTimer, MMHK_HotKeyHandler, %MMHK_HandlerActive%
   }
   Return MMHK_NH
}


MMHK_HotKeyHandlerFunc()
{
   static MMHK_OldX, MMHK_OldY, MMHK_Hotkey, MMHK_HKLength, MMHK_THK, MMHK_PHK, MMHK_PPHK, MMHK_PPPHK, MMHK_PPPPHK, MMHK_PI := 3.141592653589793
   global MMHK_TriggerLength, MMHK_CurrentVector, MMHK_CurrentDirection ,MMHK_ThisHotkey, MMHK_PrevHotkey, MMHK_PrePrevHotkey, MMHK_PrePrePrevHotkey, MMHK_PrePrePrePrevHotkey
   CoordMode, Mouse, Screen
   MouseGetPos, MMHK_X, MMHK_Y
   MMHK_NewKeys =
   if GetKeyState("LWin") || GetKeyState("RWin")
      MMHK_NewKeys .= "#"
   if GetKeyState("LAlt") || GetKeyState("RAlt")
      MMHK_NewKeys .= "!"
   if GetKeyState("LControl") || GetKeyState("RControl")
      MMHK_NewKeys .= "^"      
   if GetKeyState("LShift") || GetKeyState("RShift")
      MMHK_NewKeys .= "+"
   if GetKeyState("LButton")
      MMHK_NewKeys .= "LButton_"      
   if GetKeyState("RButton")
      MMHK_NewKeys .= "RButton_"
   if GetKeyState("MButton")
      MMHK_NewKeys .= "MButton_"   
   MMHK_XDiff := MMHK_X - MMHK_OldX
   MMHK_YDiff := MMHK_Y - MMHK_OldY
   MMHK_OldX := MMHK_X
   MMHK_OldY := MMHK_Y
   MMHK_Distance := ( ((MMHK_XDiff) ** 2) + ((MMHK_YDiff) ** 2) ) ** 0.5
   MMHK_Vector := ( ASin( MMHK_XDiff / MMHK_Distance ) + (MMHK_PI / 2) ) * ( (MMHK_YDiff < 0) ? 1 : -1)
   MMHK_NewDir =
   loop, 1
   {
      if ( MMHK_Vector > (7 / 8 * MMHK_PI)) || ( MMHK_Vector < (7 / 8 * MMHK_PI * -1))
      {
         MMHK_NewDir = right
         break
      }
      if ( MMHK_Vector > (5 / 8 * MMHK_PI))
      {
         MMHK_NewDir = up_right
         break
      }
      if ( MMHK_Vector > (3 / 8 * MMHK_PI))
      {
         MMHK_NewDir = up
         break
      }
      if ( MMHK_Vector > (1 / 8 * MMHK_PI))
      {
         MMHK_NewDir = up_left
         break
      }
      if ( MMHK_Vector > (1 / 8 * MMHK_PI * -1))
      {
         MMHK_NewDir = left
         break
      }
      if ( MMHK_Vector > (3 / 8 * MMHK_PI * -1))
      {
         MMHK_NewDir = down_left
         break
      }
      if ( MMHK_Vector > (5 / 8 * MMHK_PI * -1))
      {
         MMHK_NewDir = down
         break
      }
      MMHK_NewDir = down_right
   }
   MMHK_NewHotkey := MMHK_NewKeys . MMHK_NewDir
   if ( MMHK_NewHotkey = MMHK_Hotkey )
      MMHK_HKLength += MMHK_Distance
   else
   {
      MMHK_Hotkey := MMHK_NewHotkey
      MMHK_HKLength := MMHK_Distance
   }
   if ((MMHK_TriggerLength < 3) || (MMHK_TriggerLength > 1000))
   {
      MMHK_TriggerLength := 100
   }
   MMHK_CurrentVector := MMHK_Vector
   MMHK_CurrentDirection := MMHK_NewDir
   if ( MMHK_HKLength > MMHK_TriggerLength )
   {
      MMHK_HKLength := 0
      MMHK_PPPPHK := MMHK_PPPHK
      MMHK_PPPHK := MMHK_PPHK
      MMHK_PPHK := MMHK_PHK
      MMHK_PHK := MMHK_THK
      MMHK_THK := MMHK_Hotkey
      MMHK_PrePrePrePrevHotkey := MMHK_PPPPHK
      MMHK_PrePrePrevHotkey := MMHK_PPPHK
      MMHK_PrePrevHotkey := MMHK_PPHK
      MMHK_PrevHotkey := MMHK_PHK
      MMHK_ThisHotkey := MMHK_THK
      if IsLabel(MMHK_Hotkey)
      {
         SetTimer, %MMHK_Hotkey%, -1
      }
      else
      {
         MMHK_AOM := "MMHK_AllOtherMovements"
         if IsLabel(MMHK_AOM)
         {
            SetTimer, %MMHK_AOM%, -1
         }
      }   
   }
}