acs.CT

<?xml version="1.0" encoding="utf-8"?>
<CheatTable CheatEngineTableVersion="45">
  <CheatEntries>
    <CheatEntry>
      <ID>3</ID>
      <Description>"y speed"</Description>
      <Options moAllowManualCollapseAndExpand="1"/>
      <ShowAsSigned>0</ShowAsSigned>
      <VariableType>Float</VariableType>
      <Address>[speedrdx]+118</Address>
      <CheatEntries>
        <CheatEntry>
          <ID>4</ID>
          <Description>"x speed"</Description>
          <ShowAsSigned>0</ShowAsSigned>
          <VariableType>Float</VariableType>
          <Address>-8</Address>
        </CheatEntry>
        <CheatEntry>
          <ID>5</ID>
          <Description>"z speed"</Description>
          <ShowAsSigned>0</ShowAsSigned>
          <VariableType>Float</VariableType>
          <Address>-4</Address>
        </CheatEntry>
        <CheatEntry>
          <ID>6</ID>
          <Description>"steer"</Description>
          <ShowAsSigned>0</ShowAsSigned>
          <VariableType>Float</VariableType>
          <Address>+C</Address>
        </CheatEntry>
      </CheatEntries>
    </CheatEntry>
    <CheatEntry>
      <ID>2</ID>
      <Description>"Gear system"</Description>
      <VariableType>Auto Assembler Script</VariableType>
      <AssemblerScript>{$lua}

if synataxcheck then return end

[ENABLE]

local mul=1.05
local jerk=2
local gearMul=3
local gearArr={13,17,30,45,65,100}
local maxGearArrIndex=6
local gearArrIndex=1
local div=1.12
local speedXString='x speed'
local speedYString='y speed'
local speedZString='z speed'

--Instructions
--mul is the multiplier by which the car will accelerate if the speed of the car is lower than top speed.
--gearMul is the multiplier by which the speed of the car will be brought down if it is higher than the top Speed.
--gearArr is the array of top speeds of each gear.
--maxGearArrIndex is the length of the gearArr array.
--gearArrIndex points to the index of the gear the car is in at a particular point in time. But initially this value should be 1 only.
--jerk is the multiplier/divider for mul.Increasing mul results in higher power and decreasing mul results in lower power.
--Gear is increased by W and decreased by S
--When trying to use this script in a game just adjust speedStrings , gearArr values accordin to the game.
--If you want to increase the size the number of gears then make gearArr array bigger and set the maxGearArrIndex to the size of the gearArr array.

local TempUp=gearArr[gearArrIndex]


t=getAddressList()
x=t.getMemoryRecordByDescription(speedXString)
y=t.getMemoryRecordByDescription(speedYString)
z=t.getMemoryRecordByDescription(speedZString)


function adjustSpeed(x,y,tempUp,speedUp)
  if tempUp&gt;=gearArr[gearArrIndex] then
	r=((x.Value^2)+(y.Value^2)+(z.Value^2))^0.5
	if r&lt;=tempUp then
      if r*mul&lt;=tempUp then
        if speedUp then
          x.Value=x.Value*mul
          y.Value=y.Value*mul
          z.Value=z.Value*mul
        end
      else
        if speedUp then
          local ratio=tempUp/r
          x.Value=x.Value*ratio
          y.Value=y.Value*ratio
          z.Value=z.Value*ratio
        end
      end
    else
      if (r/gearMul)&gt;=tempUp then
        x.Value=x.Value/gearMul
        y.Value=y.Value/gearMul
        z.Value=z.Value/gearMul
      else
        local ratio=tempUp/r
        x.Value=x.Value*ratio
        y.Value=y.Value*ratio
        z.Value=z.Value*ratio
      end
    end
  end
end


normal=createHotkey(function()
adjustSpeed(x,y,TempUp,true)
end,0x5807) --UP key


up=createHotkey(function()
if gearArrIndex &lt; maxGearArrIndex then
   gearArrIndex=gearArrIndex+1
   TempUp=gearArr[gearArrIndex]
end
adjustSpeed(x,y,TempUp,false)
end,0x5830) --W

down=createHotkey(function()
if gearArrIndex &gt; 1 then
   gearArrIndex=gearArrIndex-1
   TempUp=gearArr[gearArrIndex]
end
adjustSpeed(x,y,TempUp,false)
end,0x5831) --S

reset=createHotkey(function()
gearArrIndex=1
TempUp=gearArr[gearArrIndex]
adjustSpeed(x,y,TempUp,false)
end,0x20) --SPACE



brake=createHotkey(function()
x.Value=x.Value/div
y.Value=y.Value/div
end,0x5806) --Down



[DISABLE]
normal.destroy()
up.destroy()
down.destroy()
reset.destroy()
brake.destroy()
</AssemblerScript>
    </CheatEntry>
    <CheatEntry>
      <ID>7</ID>
      <Description>"Front speeder"</Description>
      <VariableType>Auto Assembler Script</VariableType>
      <AssemblerScript>{$lua}

[ENABLE]

local turn=0 --1/7
local mul=1+8e-3
local ratio=2

-- This script needs speed of turn address as "steer". You also have to adjust the ratio wrt the game. You may also have to change the sign of ratio if the car goes in opp direction to your key input.



list=getAddressList()
xspeed=list.getMemoryRecordByDescription('x speed')
yspeed=list.getMemoryRecordByDescription('y speed')
steer=list.getMemoryRecordByDescription('steer')




function rotate()
if xspeed==nil or xspeed.Value=="??" then return end
if isKeyPressed(0x25) then steer.Value=steer.Value-turn elseif isKeyPressed(0x27) then steer.Value=steer.Value+turn end
theta=math.rad(-ratio*steer.Value)
r=((xspeed.Value^2)+(yspeed.Value^2))^0.5
if r==0 then return end
x=xspeed.Value/r
y=yspeed.Value/r
xcomp=x*math.cos(theta)-y*math.sin(theta)
ycomp=x*math.sin(theta)+y*math.cos(theta)
xspeed.Value=xcomp*r
yspeed.Value=ycomp*r
if isKeyPressed(0x26) then
xspeed.Value=xcomp*r*mul
yspeed.Value=ycomp*r*mul
end
if isKeyPressed(0x28) then
xspeed.Value=xcomp*r/(mul*1.01)
yspeed.Value=ycomp*r/(mul*1.01)
end
end

timer=createTimer()
timer.Interval=50
timer.OnTimer=rotate
timer.Enabled=true




[DISABLE]
timer.destroy()
</AssemblerScript>
    </CheatEntry>
    <CheatEntry>
      <ID>8</ID>
      <Description>"Speed capture script"</Description>
      <VariableType>Auto Assembler Script</VariableType>
      <AssemblerScript>{ Game   : acs.exe
  Version: 
  Date   : 2024-07-22
  Author : atult

  This script does blah blah blah
}

[ENABLE]

aobscanmodule(speedy,acs.exe,8B 82 18 01 00 00 F3) // should be unique
alloc(newmem,$1000,speedy)
alloc(speedrdx,8)
alloc(flag,4)
registersymbol(flag)
registersymbol(speedrdx)
label(code)
label(return)

newmem:
cmp [flag],0
jne code
mov [speedrdx],rdx
mov [flag],1

code:
  mov eax,[rdx+00000118]
  jmp return

speedy:
  jmp newmem
  nop
return:
registersymbol(speedy)

flag:
db

[DISABLE]

speedy:
  db 8B 82 18 01 00 00

unregistersymbol(speedrdx)
unregistersymbol(speedy)
dealloc(newmem)
unregistersymbol(flag)
dealloc(speedrdx)
dealloc(flag)

{
// ORIGINAL CODE - INJECTION POINT: acs.exe+31A7E

acs.exe+31A46: F3 0F 59 81 E0 00 00 00  - mulss xmm0,[rcx+000000E0]
acs.exe+31A4E: F3 0F 59 99 F8 00 00 00  - mulss xmm3,[rcx+000000F8]
acs.exe+31A56: F3 0F 59 89 E8 00 00 00  - mulss xmm1,[rcx+000000E8]
acs.exe+31A5E: F3 0F 58 F0              - addss xmm6,xmm0
acs.exe+31A62: F3 0F 58 F1              - addss xmm6,xmm1
acs.exe+31A66: F3 0F 59 A9 F0 00 00 00  - mulss xmm5,[rcx+000000F0]
acs.exe+31A6E: 48 8B 4C 24 60           - mov rcx,[rsp+60]
acs.exe+31A73: 89 01                    - mov [rcx],eax
acs.exe+31A75: 8B 82 14 01 00 00        - mov eax,[rdx+00000114]
acs.exe+31A7B: 89 41 04                 - mov [rcx+04],eax
// ---------- INJECTING HERE ----------
acs.exe+31A7E: 8B 82 18 01 00 00        - mov eax,[rdx+00000118]
// ---------- DONE INJECTING  ----------
acs.exe+31A84: F3 44 0F 58 C5           - addss xmm8,xmm5
acs.exe+31A89: F3 44 0F 58 C3           - addss xmm8,xmm3
acs.exe+31A8E: 89 41 08                 - mov [rcx+08],eax
acs.exe+31A91: F3 0F 10 8A 24 01 00 00  - movss xmm1,[rdx+00000124]
acs.exe+31A99: F3 0F 10 A2 28 01 00 00  - movss xmm4,[rdx+00000128]
acs.exe+31AA1: F3 0F 10 92 20 01 00 00  - movss xmm2,[rdx+00000120]
acs.exe+31AA9: 0F 28 C4                 - movaps xmm0,xmm4
acs.exe+31AAC: F3 0F 59 E7              - mulss xmm4,xmm7
acs.exe+31AB0: 0F 28 D9                 - movaps xmm3,xmm1
acs.exe+31AB3: F3 0F 59 C6              - mulss xmm0,xmm6
}
</AssemblerScript>
    </CheatEntry>
  </CheatEntries>
  <CheatCodes>
    <CodeEntry>
      <Description>Code :addsd xmm0,[rcx+20] (gear something)</Description>
      <AddressString>acs.exe+2CCE4D</AddressString>
      <Before>
        <Byte>28</Byte>
        <Byte>C1</Byte>
        <Byte>0F</Byte>
        <Byte>28</Byte>
        <Byte>D9</Byte>
      </Before>
      <Actual>
        <Byte>F2</Byte>
        <Byte>0F</Byte>
        <Byte>58</Byte>
        <Byte>41</Byte>
        <Byte>20</Byte>
      </Actual>
      <After>
        <Byte>F2</Byte>
        <Byte>0F</Byte>
        <Byte>11</Byte>
        <Byte>41</Byte>
        <Byte>20</Byte>
      </After>
    </CodeEntry>
    <CodeEntry>
      <Description>Code :movss xmm2,[rbx+00000528] (maybe wheel speed)</Description>
      <AddressString>acs.exe+2EA83A</AddressString>
      <Before>
        <Byte>A3</Byte>
        <Byte>74</Byte>
        <Byte>02</Byte>
        <Byte>00</Byte>
        <Byte>00</Byte>
      </Before>
      <Actual>
        <Byte>F3</Byte>
        <Byte>0F</Byte>
        <Byte>10</Byte>
        <Byte>93</Byte>
        <Byte>28</Byte>
        <Byte>05</Byte>
        <Byte>00</Byte>
        <Byte>00</Byte>
      </Actual>
      <After>
        <Byte>0F</Byte>
        <Byte>2F</Byte>
        <Byte>D0</Byte>
        <Byte>76</Byte>
        <Byte>05</Byte>
      </After>
    </CodeEntry>
    <CodeEntry>
      <Description>Code :mov eax,[rdx+00000118] (y speed)</Description>
      <AddressString>acs.exe+31A7E</AddressString>
      <Before>
        <Byte>00</Byte>
        <Byte>00</Byte>
        <Byte>89</Byte>
        <Byte>41</Byte>
        <Byte>04</Byte>
      </Before>
      <Actual>
        <Byte>8B</Byte>
        <Byte>82</Byte>
        <Byte>18</Byte>
        <Byte>01</Byte>
        <Byte>00</Byte>
        <Byte>00</Byte>
      </Actual>
      <After>
        <Byte>F3</Byte>
        <Byte>44</Byte>
        <Byte>0F</Byte>
        <Byte>58</Byte>
        <Byte>C5</Byte>
      </After>
    </CodeEntry>
    <CodeEntry>
      <Description>Code :comiss xmm8,[rbx+00000284] (Points)</Description>
      <AddressString>acs.exe+224CB8</AddressString>
      <Before>
        <Byte>8B</Byte>
        <Byte>E0</Byte>
        <Byte>00</Byte>
        <Byte>00</Byte>
        <Byte>00</Byte>
      </Before>
      <Actual>
        <Byte>44</Byte>
        <Byte>0F</Byte>
        <Byte>2F</Byte>
        <Byte>83</Byte>
        <Byte>84</Byte>
        <Byte>02</Byte>
        <Byte>00</Byte>
        <Byte>00</Byte>
      </Actual>
      <After>
        <Byte>76</Byte>
        <Byte>0A</Byte>
        <Byte>41</Byte>
        <Byte>0F</Byte>
        <Byte>28</Byte>
      </After>
    </CodeEntry>
  </CheatCodes>
  <UserdefinedSymbols/>
</CheatTable>