evilc / ahk-cvjoyinterface Goto Github PK

eg if user reconfigures vjoy device, so it disconnects and reconnects, can we get a callback so we can rescan device caps?

Not sure about allowing mixing of methods.

EDIT: I just installed the beta version and it is working.... lol

I am unable to run any scripts because I continue to get this message:
"A vJoy install was found in C:\Program Files\vJoy, but it appears to be an old version.
Please update vJoy to the lastest version from
http://vjoystick.sourceforge.net."
This link it provides then tells me it was infected with a virus and to download it from another link, which is the lastest version of vJoy and also the one I have installed. This is the code (which is not mine) that I am trying to run:

#SingleInstance force
#NoEnv
#include
SetBatchLines, -1

hotkeys := [ "Analog Up" ; 1
, "Analog Down" ; 2
, "Analog Left" ; 3
, "Analog Right" ; 4
, "ModX" ; 5
, "ModY" ; 6
, "A" ; 7
, "B" ; 8
, "L" ; 9
, "R" ; 10
, "X" ; 11
, "Y" ; 12
, "Z" ; 13
, "C-stick Up" ; 14
, "C-stick Down" ; 15
, "C-stick Left" ; 16
, "C-stick Right" ; 17
, "Light Shield" ; 18
, "Mid Shield" ; 19
, "Start" ; 20
, "D-pad Up" ; 21
, "D-pad Down" ; 22
, "D-pad Left" ; 23
, "D-pad Right" ; 24
, "Debug"] ; 25

Menu, Tray, Click, 1
Menu, Tray, Add, Edit Controls, ShowGui
Menu, Tray, Default, Edit Controls

for index, element in hotkeys{
Gui, Add, Text, xm vLB%index%, %element% Hotkey:
IniRead, savedHK%index%, hotkeys.ini, Hotkeys, %index%, %A_Space%
If savedHK%index% ;Check for saved hotkeys in INI file.
Hotkey,% savedHK%index%, Label%index% ;Activate saved hotkeys if found.
Hotkey,% savedHK%index% . " UP", Label%index%_UP ;Activate saved hotkeys if found.
;TrayTip, B0XX, Label%index%_UP, 3, 0
;TrayTip, B0XX, % savedHK%A_Index%, 3, 0
;TrayTip, B0XX, % savedHK%index% . " UP", 3, 0
checked := false
if(!InStr(savedHK%index%, "", false)){
checked := true
}
StringReplace, noMods, savedHK%index%, ~ ;Remove tilde () and Win (#) modifiers...
StringReplace, noMods, noMods, #,,UseErrorLevel ;They are incompatible with hotkey controls (cannot be shown).
Gui, Add, Hotkey, x+5 w50 vHK%index% gGuiLabel, %noMods% ;Add hotkey controls and show saved hotkeys.
if(!checked)
Gui, Add, CheckBox, x+5 vCB%index% gGuiLabel, Prevent Default Behavior ;Add checkboxes to allow the Windows key (#) as a modifier..
else
Gui, Add, CheckBox, x+5 vCB%index% Checked gGuiLabel, Prevent Default Behavior ;Add checkboxes to allow the Windows key (#) as a modifier..
} ;Check the box if Win modifier is used.

;----------Start Hotkey Handling-----------

; Create an object from vJoy Interface Class.
vJoyInterface := new CvJoyInterface()

; Was vJoy installed and the DLL Loaded?
if (!vJoyInterface.vJoyEnabled()) {
; Show log of what happened
Msgbox % vJoyInterface.LoadLibraryLog
ExitApp
}

myStick := vJoyInterface.Devices[1]

; Alert User that script has started
TrayTip, B0XX, Script Started, 3, 0

; state variables
buttonUp := false
buttonDown := false
buttonLeft := false
buttonRight := false

buttonA := false
buttonB := false
buttonL := false
buttonR := false
buttonX := false
buttonY := false
buttonZ := false

buttonLightShield := false
buttonMidShield := false

buttonModX := false
buttonModY := false

buttonCUp := false
buttonCDown := false
buttonCLeft := false
buttonCRight := false

mostRecentVertical := ""
mostRecentHorizontal := ""

mostRecentVerticalC := ""
mostRecentHorizontalC := ""

simultaneousHorizontalModifierLockout := false

; b0xx constants
coordsOrigin := [0, 0]
coordsVertical := [0, 1]
coordsVerticalModX := [0, 0.5375]
coordsVerticalModY := [0, 0.7375]
coordsHorizontal := [1, 0]
coordsHorizontalModX := [0.6625, 0]
coordsHorizontalModY := [0.3375, 0]
coordsQuadrant := [0.7, 0.7]
coordsQuadrantModX := [0.7375, 0.3125]
coordsQuadrantModY := [0.3125, 0.7375]

coordsAirdodgeVertical := coordsVertical
coordsAirdodgeVerticalModX := coordsVerticalModX
coordsAirdodgeVerticalModY := coordsVerticalModY
coordsAirdodgeHorizontal := coordsHorizontal
coordsAirdodgeHorizontalModX := coordsHorizontalModX
coordsAirdodgeHorizontalModY := coordsHorizontalModY
coordsAirdodgeQuadrant := [0.7, 0.6875]
coordsAirdodgeQuadrant12 := [0.7, 0.7]
coordsAirdodgeQuadrant34 := [0.7, 0.6875]
coordsAirdodgeQuadrantModX := [0.6375, 0.375]
coordsAirdodgeQuadrant12ModY := [0.475, 0.875]
coordsAirdodgeQuadrant34ModY := [0.5, 0.85]

coordsFirefoxModXCDown := [0.7, 0.3625] ; ~27 deg
coordsFirefoxModXCLeft := [0.7875, 0.4875] ; ~32 deg
coordsFirefoxModXCUp := [0.7, 0.5125] ; ~36 deg
coordsFirefoxModXCRight := [0.6125, 0.525] ; ~41 deg
coordsFirefoxModYCRight := [0.6375, 0.7625] ; ~50 deg
coordsFirefoxModYCUp := [0.5125, 0.7] ; ~54 deg
coordsFirefoxModYCLeft := [0.4875, 0.7875] ; ~58 deg
coordsFirefoxModYCDown := [0.3625, 0.7] ; ~63 deg

coordsExtendedFirefoxModX := [0.9125, 0.3875] ; ~23 deg
coordsExtendedFirefoxModXCDown := [0.875, 0.45] ; ~27 deg
coordsExtendedFirefoxModXCLeft := [0.85, 0.525] ; ~32 deg
coordsExtendedFirefoxModXCUp := [0.7375, 0.5375] ; ~36 deg
coordsExtendedFirefoxModXCRight := [0.6375, 0.5375] ; ~40 deg
coordsExtendedFirefoxModYCRight := [0.5875, 0.7125] ; ~50 deg
coordsExtendedFirefoxModYCUp := [0.5875, 0.8] ; ~54 deg
coordsExtendedFirefoxModYCLeft := [0.525, 0.85] ; ~58 deg
coordsExtendedFirefoxModYCDown := [0.45, 0.875] ; ~63 deg
coordsExtendedFirefoxModY := [0.3875, 0.9125] ; ~67 deg

; Debug info
lastCoordTrace := ""

; Utility functions

up() {
global
return buttonUp and mostRecentVertical == "U"
}

down() {
global
return buttonDown and mostRecentVertical == "D"
}

left() {
global
return buttonLeft and mostRecentHorizontal == "L"
}

right() {
global
return buttonRight and mostRecentHorizontal == "R"
}

cUp() {
global
return buttonCUp and mostRecentVerticalC == "U" and not bothMods()
}

cDown() {
global
return buttonCDown and mostRecentVerticalC == "D" and not bothMods()
}

cLeft() {
global
return buttonCLeft and mostRecentHorizontalC == "L" and not bothMods()
}

cRight() {
global
return buttonCRight and mostRecentHorizontalC == "R" and not bothMods()
}

modX() {
global
; deactivate if either:
; - modY is also held
; - both left and right are held (and were pressed after modX) while neither up or down is active (
return buttonModX and not buttonModY and not (simultaneousHorizontalModifierLockout and not anyVert())
}

modY() {
global
return buttonModY and not buttonModX and not (simultaneousHorizontalModifierLockout and not anyVert())
}

anyVert() {
global
return up() or down()
}

anyHoriz() {
global
return left() or right()
}

anyQuadrant() {
global
return anyVert() and anyHoriz()
}

anyMod() {
global
return modX() or modY()
}

bothMods() {
global
return buttonModX and buttonModY
}

anyShield() {
global
return buttonL or buttonR or buttonLightShield or buttonMidShield
}

anyVertC() {
global
return cUp() or cDown()
}

anyHorizC() {
global
return cLeft() or cRight()
}

anyC() {
global
return cUp() or cDown() or cLeft() or cRight()
}

; Updates the position on the analog stick based on the current held buttons
updateAnalogStick() {
setAnalogStick(getAnalogCoords())
}

updateCStick() {
setCStick(getCStickCoords())
}

getAnalogCoords() {
global
if (anyShield()) {
coords := getAnalogCoordsAirdodge()
} else if (anyMod() and anyQuadrant() and (anyC() or buttonB)) {
coords := getAnalogCoordsFirefox()
} else {
coords := getAnalogCoordsWithNoShield()
}

return reflectCoords(coords)
}

reflectCoords(coords) {
x := coords[1]
y := coords[2]
if (down()) {
y := -y
}
if (left()) {
x := -x
}
return [x, y]
}

getAnalogCoordsAirdodge() {
global
if (neither(anyVert(), anyHoriz())) {
lastCoordTrace := "L-O"
return coordsOrigin
} else if (anyQuadrant()) {
if (modX()) {
lastCoordTrace := "L-Q-X"
return coordsAirdodgeQuadrantModX
} else if (modY()) {
lastCoordTrace := "L-Q-Y"
return up() ? coordsAirdodgeQuadrant12ModY : coordsAirdodgeQuadrant34ModY
} else {
lastCoordTrace := "L-Q"
return up() ? coordsAirdodgeQuadrant12 : coordsAirdodgeQuadrant34
}
} else if (anyVert()) {
if (modX()) {
lastCoordTrace := "L-V-X"
return coordsAirdodgeVerticalModX
} else if (modY()) {
lastCoordTrace := "L-V-Y"
return coordsAirdodgeVerticalModY
} else {
lastCoordTrace := "L-V"
return coordsAirdodgeVertical
}
} else {
if (modX()) {
lastCoordTrace := "L-H-X"
return coordsAirdodgeHorizontalModX
} else if (modY()) {
lastCoordTrace := "L-H-Y"
return buttonB ? coordsAirdodgeHorizontal: coordsAirdodgeHorizontalModY ; turnaround side-b nerf
} else {
lastCoordTrace := "L-H"
return coordsAirdodgeHorizontal
}
}
}

getAnalogCoordsWithNoShield() {
global
if (neither(anyVert(), anyHoriz())) {
lastCoordTrace := "N-O"
return coordsOrigin
} else if (anyQuadrant()) {
if (modX()) {
lastCoordTrace := "N-Q-X"
return coordsQuadrantModX
} else if (modY()) {
lastCoordTrace := "N-Q-Y"
return coordsQuadrantModY
} else {
lastCoordTrace := "N-Q"
return coordsQuadrant
}
} else if (anyVert()) {
if (modX()) {
lastCoordTrace := "N-V-X"
return coordsVerticalModX
} else if (modY()) {
lastCoordTrace := "N-V-Y"
return coordsVerticalModY
} else {
lastCoordTrace := "N-V"
return coordsVertical
}
} else {
if (modX()) {
lastCoordTrace := "N-H-X"
return coordsHorizontalModX
} else if (modY()) {
lastCoordTrace := "N-H-Y"
return buttonB ? coordsHorizontal : coordsHorizontalModY ; turnaround side-b nerf
} else {
lastCoordTrace := "N-H"
return coordsHorizontal
}
}
}

getAnalogCoordsFirefox() {
global
if (modX()) {
if (cUp()) {
lastCoordTrace := "F-X-U"
return buttonB ? coordsExtendedFirefoxModXCUp : coordsFirefoxModXCUp
} else if (cDown()) {
lastCoordTrace := "F-X-D"
return buttonB ? coordsExtendedFirefoxModXCDown : coordsFirefoxModXCDown
} else if (cLeft()) {
lastCoordTrace := "F-X-L"
return buttonB ? coordsExtendedFirefoxModXCLeft : coordsFirefoxModXCLeft
} else if (cRight()) {
lastCoordTrace := "F-X-R"
return buttonB ? coordsExtendedFirefoxModXCRight : coordsFirefoxModXCRight
} else {
lastCoordTrace := "F-X"
return coordsExtendedFirefoxModX
}
} else if (modY()) {
if (cUp()) {
lastCoordTrace := "F-Y-U"
return buttonB ? coordsExtendedFirefoxModYCUp : coordsFirefoxModYCUp
} else if (cDown()) {
lastCoordTrace := "F-Y-D"
return buttonB ? coordsExtendedFirefoxModYCDown : coordsFirefoxModYCDown
} else if (cLeft()) {
lastCoordTrace := "F-Y-L"
return buttonB ? coordsExtendedFirefoxModYCLeft : coordsFirefoxModYCLeft
} else if (cRight()) {
lastCoordTrace := "F-Y-R"
return buttonB ? coordsExtendedFirefoxModYCRight : coordsFirefoxModYCRight
} else {
lastCoordTrace := "F-Y"
return coordsExtendedFirefoxModY
}
}
}

setAnalogStick(coords) {
global
convertedCoords := convertCoords(coords)
myStick.SetAxisByIndex(convertedCoords[1], 1)
myStick.SetAxisByIndex(convertedCoords[2], 2)
}

getCStickCoords() {
global
if (neither(anyVertC(), anyHorizC())) {
coords := [0, 0]
} else if (anyVertC() and anyHorizC()) {
coords := [0.525, 0.85]
} else if (anyVertC()) {
coords := [0, 1]
} else {
if (modX() and up()) {
coords := [0.9, 0.5]
} else if (modX() and down()) {
coords := [0.9, -0.5]
} else {
coords := [1, 0]
}
}

return reflectCStickCoords(coords)
}

reflectCStickCoords(coords) {
x := coords[1]
y := coords[2]
if (cDown()) {
y := -y
}
if (cLeft()) {
x := -x
}
return [x, y]
}

setCStick(coords) {
global
convertedCoords := convertCoords(coords)
myStick.SetAxisByIndex(convertedCoords[1], 4)
myStick.SetAxisByIndex(convertedCoords[2], 5)
}

; Converts coordinates from melee values (-1 to 1) to vJoy values (0 to 32767).
convertCoords(coords) {
mx = 10271 ; Why this number? idk, I would have thought it should be 16384 * (80 / 128) = 10240, but this works
my = -10271
bx = 16448 ; 16384 + 64
by = 16320 ; 16384 - 64
return [ mx * coords[1] + bx
, my * coords[2] + by ]
}

setAnalogR(value) {
global
; vJoy/Dolphin does something strange with rounding analog shoulder presses. In general,
; it seems to want to round to odd values, so
; 16384 => 0.00000 (0) <-- actual value used for 0
; 19532 => 0.35000 (49) <-- actual value used for 49
; 22424 => 0.67875 (95) <-- actual value used for 94
; 22384 => 0.67875 (95)
; 22383 => 0.66429 (93)
; But, extremely inconsistently, I have seen the following:
; 22464 => 0.67143 (94)
; Which no sense and I can't reproduce.
convertedValue := 16384 * (1 + (value / 255))
myStick.SetAxisByIndex(convertedValue, 3)
}

neither(a, b) {
return (not a) and (not b)
}

validateHK(GuiControl) {
global lastHK
Gui, Submit, NoHide
lastHK := %GuiControl% ;Backup the hotkey, in case it needs to be reshown.
num := SubStr(GuiControl,3) ;Get the index number of the hotkey control.
If (HK%num% != "") { ;If the hotkey is not blank...
StringReplace, HK%num%, HK%num%, SC15D, AppsKey ;Use friendlier names,
StringReplace, HK%num%, HK%num%, SC154, PrintScreen ; instead of these scan codes.
;If CB%num% ; If the 'Win' box is checked, then add its modifier (#).
;HK%num% := "#" HK%num%
If (!CB%num% && !RegExMatch(HK%num%,"[#!^+]")) ; If the new hotkey has no modifiers, add the () modifier.
HK%num% := "" HK%num% ; This prevents any key from being blocked.
checkDuplicateHK(num)
}
If (savedHK%num% || HK%num%) ;Unless both are empty,
setHK(num, savedHK%num%, HK%num%) ; update INI/GUI
}

checkDuplicateHK(num) {
global
Loop,% hotkeys.Length()
If (HK%num% = savedHK%A_Index%) {
dup := A_Index
TrayTip, B0XX, Hotkey Already Taken, 3, 0
Loop,6 {
GuiControl,% "Disable" b:=!b, HK%dup% ;Flash the original hotkey to alert the user.
Sleep,200
}
GuiControl,,HK%num%,% HK%num% :="" ;Delete the hotkey and clear the control.
break
}
}

setHK(num,INI,GUI) {
If INI{ ;If previous hotkey exists,
Hotkey, %INI%, Label%num%, Off ; disable it.
Hotkey, %INI% UP, Label%num%_UP, Off ; disable it.
}
If GUI{ ;If new hotkey exists,
Hotkey, %GUI%, Label%num%, On ; enable it.
Hotkey, %GUI% UP, Label%num%_UP, On ; enable it.
}
IniWrite,% GUI ? GUI:null, hotkeys.ini, Hotkeys, %num%
savedHK%num% := HK%num%
;TrayTip, Label%num%,% !INI ? GUI " ON":!GUI ? INI " OFF":GUI " ON`n" INI " OFF"
}

#MenuMaskKey vk07 ;Requires AHK_L 38+
#If ctrl := HotkeyCtrlHasFocus()
*AppsKey:: ;Add support for these special keys,
*BackSpace:: ; which the hotkey control does not normally allow.
*Delete::
*Enter::
*Escape::
*Pause::
*PrintScreen::
*Space::
*Tab::
modifier := ""
If GetKeyState("Shift","P")
modifier .= "+"
If GetKeyState("Ctrl","P")
modifier .= "^"
If GetKeyState("Alt","P")
modifier .= "!"
Gui, Submit, NoHide ;If BackSpace is the first key press, Gui has never been submitted.
If (A_ThisHotkey == "*BackSpace" && %ctrl% && !modifier) ;If the control has text but no modifiers held,
GuiControl,,%ctrl% ; allow BackSpace to clear that text.
Else ;Otherwise,
GuiControl,,%ctrl%, % modifier SubStr(A_ThisHotkey,2) ; show the hotkey.
validateHK(ctrl)
return
#If

HotkeyCtrlHasFocus() {
GuiControlGet, ctrl, Focus ;ClassNN
If InStr(ctrl,"hotkey") {
GuiControlGet, ctrl, FocusV ;Associated variable
Return, ctrl
}
}

;----------------------------Labels

;Show GUI from tray Icon
ShowGui:
Gui, show,, Dynamic Hotkeys
GuiControl, Focus, LB1 ; this puts the windows "focus" on the checkbox, that way it isn't immediately waiting for input on the 1st input box
return

GuiLabel:
If %A_GuiControl% in +,^,!,+^,+!,^!,+^! ;If the hotkey contains only modifiers, return to wait for a key.
return
If InStr(%A_GuiControl%,"vk07") ;vk07 = MenuMaskKey (see below)
GuiControl,,%A_GuiControl%, % lastHK ;Reshow the hotkey, because MenuMaskKey clears it.
Else
validateHK(A_GuiControl)
return

;-------macros

Pause::Suspend
^!r:: Reload
SetKeyDelay, 0
#MaxHotkeysPerInterval 200

^!s::
Suspend
If A_IsSuspended
TrayTip, B0XX, Hotkeys Disabled, 3, 0
Else
TrayTip, B0XX, Hotkeys Enabled, 3, 0
Return

; Analog Up
Label1:
buttonUp := true
mostRecentVertical := "U"
updateAnalogStick()
updateCStick()
return

Label1_UP:
buttonUp := false
updateAnalogStick()
updateCStick()
return

; Analog Down
Label2:
buttonDown := true
mostRecentVertical := "D"
updateAnalogStick()
updateCStick()
return

Label2_UP:
buttonDown := false
updateAnalogStick()
updateCStick()
return

; Analog Left
Label3:
buttonLeft := true
mostRecentHorizontal := "L"
if (buttonRight) {
simultaneousHorizontalModifierLockout := true
}
updateAnalogStick()
return

Label3_UP:
buttonLeft := false
simultaneousHorizontalModifierLockout := false
updateAnalogStick()
return

; Analog Right
Label4:
buttonRight := true
mostRecentHorizontal := "R"
if (buttonLeft) {
simultaneousHorizontalModifierLockout := true
}
updateAnalogStick()
return

Label4_UP:
buttonRight := false
simultaneousHorizontalModifierLockout := false
updateAnalogStick()
return

; ModX
Label5:
buttonModX := true
simultaneousHorizontalModifierLockout := false ; Lockout is order dependant, only applies if modifier isn't pressed after horizontals
updateAnalogStick()
updateCStick()
return

Label5_UP:
buttonModX := false
simultaneousHorizontalModifierLockout := false
updateAnalogStick()
updateCStick()
return

; ModY
Label6:
buttonModY := true
updateAnalogStick()
return

Label6_UP:
buttonModY := false
updateAnalogStick()
return

; A
Label7:
buttonA := true
myStick.SetBtn(1,5)
return

Label7_UP:
buttonA := false
myStick.SetBtn(0,5)
return

; B
Label8:
buttonB := true
myStick.SetBtn(1, 4)
updateAnalogStick()
return

Label8_UP:
buttonB := false
myStick.SetBtn(0, 4)
updateAnalogStick()
return

; L
Label9:
buttonL := true
myStick.SetBtn(1, 1)
updateAnalogStick()
return

Label9_UP:
buttonL := false
myStick.SetBtn(0, 1)
updateAnalogStick()
return

; R
Label10:
buttonR := true
myStick.SetBtn(1, 3)
updateAnalogStick()
return

Label10_UP:
buttonR := false
myStick.SetBtn(0, 3)
updateAnalogStick()
return

; X
Label11:
buttonX := true
myStick.SetBtn(1, 6)
return

Label11_UP:
buttonX := false
myStick.SetBtn(0, 6)
return

; Y
Label12:
buttonY := true
myStick.SetBtn(1, 2)
return

Label12_UP:
buttonY := false
myStick.SetBtn(0, 2)
return

; Z
Label13:
buttonZ := true
myStick.SetBtn(1, 7)
updateAnalogStick()
return

Label13_UP:
buttonZ := false
myStick.SetBtn(0, 7)
updateAnalogStick()
return

; C Up
Label14:
buttonCUp := true
if (bothMods()) {
; Pressing ModX and ModY simultaneously changes C buttons to D pad
myStick.SetBtn(1, 9)
} else {
mostRecentVerticalC := "U"
updateCStick()
updateAnalogStick()
}
return

Label14_UP:
buttonCUp := false
myStick.SetBtn(0, 9)
updateCStick()
updateAnalogStick()
return

; C Down
Label15:
buttonCDown := true
if (bothMods()) {
; Pressing ModX and ModY simultaneously changes C buttons to D pad
myStick.SetBtn(1, 11)
} else {
mostRecentVerticalC := "D"
updateCStick()
updateAnalogStick()
}
return

Label15_UP:
buttonCDown := false
myStick.SetBtn(0, 11)
updateCStick()
updateAnalogStick()
return

; C Left
Label16:
buttonCLeft := true
if (bothMods()) {
; Pressing ModX and ModY simultaneously changes C buttons to D pad
myStick.SetBtn(1, 10)
} else {
mostRecentHorizontalC := "L"
updateCStick()
updateAnalogStick()
}
return

Label16_UP:
buttonCLeft := false
myStick.SetBtn(0, 10)
updateCStick()
updateAnalogStick()
return

; C Right
Label17:
buttonCRight := true
if (bothMods()) {
; Pressing ModX and ModY simultaneously changes C buttons to D pad
myStick.SetBtn(1, 12)
} else {
mostRecentHorizontalC := "R"
updateCStick()
updateAnalogStick()
}
return

Label17_UP:
buttonCRight := false
myStick.SetBtn(0, 12)
updateCStick()
updateAnalogStick()
return

; Lightshield (Light)
Label18:
buttonLightShield := true
setAnalogR(49)
return

Label18_UP:
buttonLightShield := false
setAnalogR(0)
return

; Lightshield (Medium)
Label19:
buttonMidShield := true
setAnalogR(94)
return

Label19_UP:
buttonMidShield := false
setAnalogR(0)
return

; Start
Label20:
myStick.SetBtn(1, 8)
return

Label20_UP:
myStick.SetBtn(0, 8)
return

; D Up
Label21:
myStick.SetBtn(1, 9)
return

Label21_UP:
myStick.SetBtn(0, 9)
return

; D Down
Label22:
myStick.SetBtn(1, 11)
return

Label22_UP:
myStick.SetBtn(0, 11)
return

; D Left
Label23:
myStick.SetBtn(1, 10)
return

Label23_UP:
myStick.SetBtn(0, 10)
return

; D Right
Label24:
myStick.SetBtn(1, 12)
return

Label24_UP:
myStick.SetBtn(0, 12)
return

; Debug
Label25:
debugString := getDebug()
Msgbox % debugString

Label25_UP:
return

getDebug() {
global
activeArray := []
pressedArray := []
flagArray := []

appendButtonState(activeArray, pressedArray, up(), buttonUp, "Up")
appendButtonState(activeArray, pressedArray, down(), buttonDown, "Down")
appendButtonState(activeArray, pressedArray, left(), buttonLeft, "Left")
appendButtonState(activeArray, pressedArray, right(), buttonRight, "Right")

appendButtonState(activeArray, pressedArray, modX(), buttonModX, "ModX")
appendButtonState(activeArray, pressedArray, modY(), buttonModY, "ModY")

appendButtonState(activeArray, pressedArray, buttonA, false, "A")
appendButtonState(activeArray, pressedArray, buttonB, false, "B")
appendButtonState(activeArray, pressedArray, buttonL, false, "L")
appendButtonState(activeArray, pressedArray, buttonR, false, "R")
appendButtonState(activeArray, pressedArray, buttonX, false, "X")
appendButtonState(activeArray, pressedArray, buttonY, false, "Y")
appendButtonState(activeArray, pressedArray, buttonZ, false, "Z")

appendButtonState(activeArray, pressedArray, buttonLightShield, false, "LightShield")
appendButtonState(activeArray, pressedArray, buttonMidShield, false, "MidShield")

appendButtonState(activeArray, pressedArray, CUp(), buttonCUp, "C-Up")
appendButtonState(activeArray, pressedArray, CDown(), buttonCDown, "C-Down")
appendButtonState(activeArray, pressedArray, CLeft(), buttonCLeft, "C-Left")
appendButtonState(activeArray, pressedArray, CRight(), buttonCRight, "C-Right")

conditionalAppend(flagArray, simultaneousHorizontalModifierLockout, "SHML")

activeButtonList := stringJoin(", ", activeArray)
pressedButtonList := stringJoin(", ", pressedArray)
flagList := stringJoin(", ", flagArray)

trace1 := lastCoordTrace

analogCoords := getAnalogCoords()
cStickCoords := getCStickCoords()

trace2 := lastCoordTrace

trace := trace1 == trace2 ? trace1 : Format("{1}/{2}", trace1, trace2)

debugFormatString =
(

Analog Stick: [{1}, {2}]
C Stick: [{3}, {4}]

Active held buttons:
    {5}

Disabled held buttons:
    {6}

Flags:
    {7}

Trace:
    {8}

)

return Format(debugFormatString
, analogCoords[1], analogCoords[2]
, cStickCoords[1], cStickCoords[2]
, activeButtonList, pressedButtonList, flagList
, trace)
}

appendButtonState(activeArray, pressedArray, isActive, isPressed, name) {
if (isActive) {
activeArray.Push(name)
} else if (isPressed) {
pressedArray.Push(name)
}
}

conditionalAppend(array, condition, value) {
if (condition) {
array.Push(value)
}
}

; From https://www.autohotkey.com/boards/viewtopic.php?t=7124
stringJoin(sep, params) {
for index,param in params
str .= param . sep
return SubStr(str, 1, -StrLen(sep))
}

I've tried to set up AHK-to-Cjoy, but I've had problems in two areas: one, where it tells me AutoHotKey isn't installed but downloads the files either way, and one where even, after I've set the program up, it doesn't recognize #include < CvJoyInterface > as a valid function library. I know it's been a while since the project's completion, but if anyone can help with this issue, I'd much appreciate it.

I'm very confused

?On acquire?, get device caps so they can easily be looked up without a DLL call.