Here i will take care of this.

Here is an aimbot for csgo.
What you will need is the offsets.




if $Aimbot = 1 Then
$LocalBase = _memoryread($client_dll + $c_dwLocalBaseEntity, $process, "dword")
If _IsPressed($key, "user32.dll") or $key = 0 Then
If $Delay > 0 Then
Sleep($Delay)
EndIf
$AngBase = _memoryread($engine_dll + $ViewAng, $process, "dword")
$i1 = _memoryread($LocalBase + $hitboxpos, $process, "float")
$i2 = _memoryread($LocalBase + $hitboxpos + 4, $process, "float")
$i3 = (_memoryread($LocalBase + $hitboxpos + 8, $process, "float"))
$MyTeam = _memoryread($LocalBase + $MyTeamAD, $process, "dword")
$MeFovx = _memoryread($AngBase + $ViewAngOff, $process, "float")
$MeFovy = _memoryread($AngBase + $ViewAngOff + 4, $process, "float")
$recoil = _memoryread($client_dll + $c_dwLocalBaseEntity, $process, "dword")
$recoilx = _memoryread($recoil + $Recoil_offset + $m_local, $process, "float")
$recoily = _memoryread($recoil + $Recoil_offset + $m_local + 4, $process, "float")
$recoilx *= 2
$recoily *= 2
Local $Angel1[65]
Local $Angel2[65]
Local $Matx1[65]
Local $Matx2[65]
Local $dis[65]
For $i = 0 To 64 Step 1
$dw_BasePointer = _memoryread($client_dll + $c_dwBaseEntity + (($i - 1) * 16), $process, "dword")
$hp = _memoryread($dw_BasePointer + $Healths, $process, "dword")
If $hp > 0 Then
$Team = _memoryread($dw_BasePointer + $MyTeamAD, $process, "dword")
If $Team <> $MyTeam Then
$m_dwBoneMatrix = _memoryread($dw_BasePointer + $BoneOffset, $process, "dword")
$you1 = _memoryread($m_dwBoneMatrix + ((48 * ($Bone)) + 12), $process, "float")
$you2 = _memoryread($m_dwBoneMatrix + ((48 * ($Bone)) + 28), $process, "float")
$you3 = _memoryread($m_dwBoneMatrix + ((48 * ($Bone)) + 44), $process, "float") - 60
$DISTANCE = Sqrt((($i1 - $you1) * ($i1 - $you1)) + (($i2 - $you2) * ($i2 - $you2)) + (($i3 - $you3) * ($i3 - $you3)))
$Angel1[$i] = ((ASin(($you3 - $i3) / $DISTANCE) * 180 / $M_PI) * - 1)
$Angel2[$i] = (ATAN2($you1 - $i1, $you2 - $i2) / $M_PI * 180)

If $Spray = 0 Then
$aimmin = $Angel1[$i] - ($MeFovx)
$aimmin2 = $Angel2[$i] - ($MeFovy)
Else
$aimmin = $Angel1[$i] - ($MeFovx + $recoilx)
$aimmin2 = $Angel2[$i] - ($MeFovy + $recoily)
EndIf
$addd1 = $i1 - $you1
$addd2 = $i2 - $you2
$addd3 = $i3 - $you3
If $aimmin > 180 Then $aimmin -= 360
If $aimmin2 > 180 Then $aimmin2 -= 360
If $aimmin < -180 Then $aimmin += 360
If $aimmin2 < -180 Then $aimmin2 += 360
$fovdis = Sqrt(($aimmin * $aimmin) + ($aimmin2 * $aimmin2))
If $fovdis < $fov / 2 Then
$dis[$i] = (Sqrt(($aimmin * $aimmin) + ($aimmin2 * $aimmin2)))
Else
$dis[$i] = ""
EndIf
EndIf
EndIf
Next
$avArray = $dis
If Not IsArray($avArray) Then Return $MinF = ""
If UBound($avArray, 0) <> 1 Then Return $MinF = ""
Local $iUBound = UBound($avArray) - 1
If $iEnd < 1 Or $iEnd > $iUBound Then $iEnd = $iUBound
If $iStart < 0 Then $iStart = 0
If $iStart > $iEnd Then Return $MinF = ""
Local $iMinIndex = $iStart
Local $iCheckNum = 0
For $i = $iStart To $iEnd
If Not IsNumber($avArray[$i]) Then ContinueLoop
If Not $iCheckNum Then $iMinIndex = $i
$iCheckNum = 1
If Number($avArray[$iMinIndex]) > Number($avArray[$i]) Then $iMinIndex = $i
Next
$MinF = $iMinIndex
If $MinF Then
If $dis[$MinF] <> "" Then
If $Spray = 1 Then
$Angel1[$MinF] -= $recoilx ;* $flRemovalX
$Angel2[$MinF] -= $recoily ;* $flRemovalY