37
"----------------------------------------------"
FFFF80
1
35
"- Alice: Madness Returns for EA"
FFFF80
1
36
"- Antic Owl"
FFFF80
1
4027
"- See Table Extra for info"
FFFF80
1
34
"----------------------------------------------"
FFFF80
1
8397
"Auto Attach To Game"
0000FF
Auto Assembler Script
{$lua}
[ENABLE]
local processName = "AliceMadnessReturns.exe"
local function onTimer_Tick(timer)
if readInteger(processName) == nil then
local processId = getProcessIDFromProcessName(processName)
if processId and processId ~= getOpenedProcessID() then
openProcess(processId)
end
end
end
local autoAttachTimer = createTimer(getMainForm(), true)
autoAttachTimer.Interval = 1000
autoAttachTimer.OnTimer = onTimer_Tick
[DISABLE]
26237
"Camera Structure - Leave On"
Auto Assembler Script
[ENABLE]
//Camera AOB
aobscanmodule(Camera,AliceMadnessReturns.exe,8B BA 7C 04 00 00 83 3C 8F) // should be unique
alloc(Camnewmem,$1000,Camera)
label(Camcode)
label(Camreturn)
label(pCamera)
Camnewmem:
mov [pCamera], edx
Camcode:
mov edi,[edx+0000047C]
jmp Camreturn
pCamera:
dq 0
Camera:
jmp Camnewmem
nop
Camreturn:
registersymbol(Camera)
registersymbol(pCamera)
//Slomo AOB
aobscanmodule(Slomo,AliceMadnessReturns.exe,F3 0F 10 81 BC 03 00 00) // should be unique
alloc(Slomonewmem,$1000,Slomo)
label(Slomocode)
label(Slomoreturn)
label(pSlomo)
Slomonewmem:
mov [pSlomo],ecx
Slomocode:
movss xmm0,[ecx+3BC]
jmp Slomoreturn
align 4
pSlomo:
dd 0
Slomo:
jmp Slomonewmem
nop 3
Slomoreturn:
registersymbol(Slomo)
registersymbol(pSlomo)
{$lua}
function getCamBase()
local base = getAddressSafe("pCamera")
if not base then return nil end
local addr = readPointer(base)
if not addr then return nil end
addr = readPointer(addr + 0x47C)
if not addr then return nil end
addr = readPointer(addr + 0x0)
if not addr then return nil end
addr = readPointer(addr + 0x40)
if not addr then return nil end
addr = readPointer(addr + 0x3C8)
if not addr then return nil end
return addr
end
function toDegrees(v)
return (v / 32768) * 180
end
speedFast = 7
speedSlow = 2
speedSlow2 = 0.5
function checkKeys()
local cam = getCamBase()
if not cam then return end
if getOpenedProcessID() == getForegroundProcess() then
-- Key Speed
local speed = speedFast
if isKeyPressed(VK_LCONTROL) then speed = speedSlow end
if isKeyPressed(VK_LMENU) then speed = speedSlow2 end
-- rotations
local pitchI = readInteger(cam + 0x378)
local yawI = readInteger(cam + 0x37C)
local rollI = readInteger(cam + 0x380)
local pitch = math.rad(toDegrees(pitchI))
local yaw = math.rad(toDegrees(yawI))
-- position
local x = readFloat(cam + 0x36C)
local y = readFloat(cam + 0x370)
local z = readFloat(cam + 0x374)
-- fov
local fov = readFloat(cam + 0x384)
local siny = math.sin(yaw)
local cosy = math.cos(yaw)
-- Forward
if isKeyPressed(VK_NUMPAD8) then
writeFloat(cam + 0x36C, x + (cosy * speed))
writeFloat(cam + 0x370, y + (siny * speed))
end
-- Backward
if isKeyPressed(VK_NUMPAD5) then
writeFloat(cam + 0x36C, x - (cosy * speed))
writeFloat(cam + 0x370, y - (siny * speed))
end
-- Left
if isKeyPressed(VK_NUMPAD4) then
writeFloat(cam + 0x36C, x + math.cos(yaw - math.rad(90)) * speed)
writeFloat(cam + 0x370, y + math.sin(yaw - math.rad(90)) * speed)
end
-- Right
if isKeyPressed(VK_NUMPAD6) then
writeFloat(cam + 0x36C, x - math.cos(yaw - math.rad(90)) * speed)
writeFloat(cam + 0x370, y - math.sin(yaw - math.rad(90)) * speed)
end
-- Up / Down
if isKeyPressed(VK_NUMPAD7) then
writeFloat(cam + 0x374, z + speed)
end
if isKeyPressed(VK_NUMPAD9) then
writeFloat(cam + 0x374, z - speed)
end
-- Pitch
if isKeyPressed(VK_UP) then writeInteger(cam + 0x378, pitchI + (speed * 40)) end
if isKeyPressed(VK_DOWN) then writeInteger(cam + 0x378, pitchI - (speed * 40)) end
-- Yaw
if isKeyPressed(VK_LEFT) then writeInteger(cam + 0x37C, yawI - (speed * 40)) end
if isKeyPressed(VK_RIGHT) then writeInteger(cam + 0x37C, yawI + (speed * 40)) end
-- Roll
if isKeyPressed(VK_NUMPAD1) then writeInteger(cam + 0x380, rollI - (speed * 20)) end
if isKeyPressed(VK_NUMPAD3) then writeInteger(cam + 0x380, rollI + (speed * 20)) end
-- FOV
if isKeyPressed(VK_ADD) then writeFloat(cam + 0x384, fov - (speed * 0.5)) end
if isKeyPressed(VK_SUBTRACT) then writeFloat(cam + 0x384, fov + (speed * 0.5)) end
end
end
if camTimer then camTimer.destroy() end
camTimer = createTimer()
camTimer.Interval = 10
camTimer.OnTimer = checkKeys
{$asm}
[DISABLE]
Slomo:
db F3 0F 10 81 BC 03 00 00
Camera:
db 8B BA 7C 04 00 00
unregistersymbol(*)
dealloc(*)
{$lua}
if freecamTimer then
freecamTimer.destroy()
freecamTimer = nil
end
Toggle Activation
34
0
26227
"X"
0
Float
pCamera
36C
3C8
40
0
47C
26228
"Y"
0
Float
pCamera
370
3C8
40
0
47C
26229
"Z"
0
Float
pCamera
374
3C8
40
0
47C
26230
"Pitch"
0
4 Bytes
pCamera
378
3C8
40
0
47C
26231
"Yaw"
0
4 Bytes
pCamera
37C
3C8
40
0
47C
26232
"Roll"
0
4 Bytes
pCamera
380
3C8
40
0
47C
26233
"FOV"
0
Float
pCamera
384
3C8
40
0
47C
26242
"Disable HUD"
Auto Assembler Script
[ENABLE]
{$lua}
local hud = getAddressSafe("[[[[[pCamera]+47C]+0]+40]+42C]+23C", false, false)
writeInteger(hud, 0)
{$asm}
[DISABLE]
{$lua}
local hud = getAddressSafe("[[[[[pCamera]+47C]+0]+40]+42C]+23C", false, false)
writeInteger(hud, 2)
Toggle Activation
46
0
26254
"Slomo Value"
0
Float
pSlomo
3BC
Set Value
119
1
0
Set Value
118
0.3
1
Set Value
117
0.15
2
26255
"God Mode"
Auto Assembler Script
[ENABLE]
{$lua}
local god = getAddressSafe("[[[[pCamera]+47C]+0]+40]+23C", false, false)
writeByte(god, 23)
{$asm}
[DISABLE]
{$lua}
local god = getAddressSafe("[[[[pCamera]+47C]+0]+40]+23C", false, false)
writeByte(god, 21)
Toggle Activation
35
0
26252
"God Mode"
0
Byte
pCamera
23C
40
0
47C