public static void HideBombTrajectory()
{
if (ClientStateBase != 0)
{
CylMem.CWrite <byte>(Modules.ClientDLLAdress + sv_grenade_trajectory, (byte)112);
}
else
{
ConfigureClientState();
CylMem.CWrite <byte>(Modules.ClientDLLAdress + sv_grenade_trajectory, (byte)112);
}
}
public static void RunNoSmokePanorama()
{
if (CheatStatus.NoSmokeActive)
{
for (int i = 0; i < 512; i++)
{
int EntBase = CylMem.ReadInt(Modules.ClientDLLAdress + dwEntityList + i * 0x10);
if (EntBase == 0)
{
continue;
}
if (EngineClient.GetClassId(EntBase) == ClassID.CSmokeGrenadeProjectile)
{
CylMem.CWrite <Vector3>(EntBase + m_vecOrigin, new Vector3(999, 999, 999));
}
}
}
}
public static void ChangeSkin(string CustomName, int PaintKit, EntityQuality EntityQuality, int StatTrack)
{
SkinStruct WeaponSkin = new SkinStruct
{
CustomName = CustomName,
PaintKit = PaintKit,
StatTrack = StatTrack,
EntityQualityIndex = EntityQuality,
Wear = 0.0001f,
Seed = 0
};
for (int i = 0; i < 8; i++)
{
WeaponBase = CylMem.ReadInt(CLocalPlayer.LocalPlayerBase + m_hMyWeapons + i * 0x4) & 0xFFF;
WeaponBase = CylMem.ReadInt((int)Modules.ClientDLLAdress + dwEntityList + (WeaponBase - 1) * 0x10);
if (WeaponSkin.PaintKit != 0)
{
if (CylMem.ReadInt(WeaponBase + m_iItemIDHigh) != -1)
{
CylMem.WriteInt(WeaponBase + m_iItemIDHigh, -1);
}
CylMem.WriteInt(WeaponBase + m_OriginalOwnerXuidLow, 0);
CylMem.WriteInt(WeaponBase + m_OriginalOwnerXuidHigh, 0);
CylMem.WriteInt(WeaponBase + m_nFallbackPaintKit, WeaponSkin.PaintKit);
CylMem.WriteInt(WeaponBase + m_nFallbackSeed, WeaponSkin.Seed);
CylMem.WriteInt(WeaponBase + m_nFallbackStatTrak, WeaponSkin.StatTrack);
CylMem.WriteFloat(WeaponBase + m_flFallbackWear, WeaponSkin.Wear);
CylMem.CWrite <char[]>(WeaponBase + m_szCustomName, WeaponSkin.CustomName.ToCharArray());
if (StatTrack >= 0)
{
CylMem.WriteInt(WeaponBase + m_iEntityQuality, (int)WeaponSkin.EntityQualityIndex);
}
else
{
CylMem.WriteInt(WeaponBase + m_iEntityQuality, 0);
}
}
}
}
public static void ChangeViewAngles(Vector3 Angles, bool CanShoot)
{
//read pointers to commands buffer and clientstate
CInput Input = CylMem.CRead2 <CInput>(Modules.ClientDLLAdress + dwInput);
int ClientState = CylMem.ReadInt(Modules.EngineDLLAdress + dwClientState);
//stop sending packets
EngineClient.SendPackets = false;
int DesiredCmd = CylMem.ReadInt(ClientState + clientstate_last_outgoing_command); //read the last outgoing command
DesiredCmd += 2; //+1 current one +2 incomming one
//calculate addresses of Icomming cmd and current cmd + verified, 150 is the size of the commands buffer
int IncommingUserCmd = Input.Commands + (DesiredCmd % 150) * Marshal.SizeOf(typeof(CUserCmd));
int CurrentUserCmd = Input.Commands + ((DesiredCmd - 1) % 150) * Marshal.SizeOf(typeof(CUserCmd));
int VerifiedCurrentUserCmd = Input.VerifiedCommands + ((DesiredCmd - 1) % 150) * Marshal.SizeOf(typeof(CVerifiedUserCmd));
int CmdNumber = 0;
while (CmdNumber < DesiredCmd) //now we wait until is the right time to hit, dont sleep! the wait time is really short, in fact it doesnt consume cpu, +0x04 skips vft and reads the cmd number
{
CmdNumber = CylMem.ReadInt(IncommingUserCmd + 0x04);
}
CUserCmd CMD = CylMem.CRead2 <CUserCmd>(CurrentUserCmd); //we hack this one, read it
CMD.ViewAngles.X = Angles.X; //set new view angles
CMD.ViewAngles.Y = Angles.Y;
if (CanShoot) //trigger shoot button if we set CanShoot to true
{
CMD.Buttons |= 1 << 0;
}
//when you are done write em back
CylMem.CWrite <CUserCmd>(CurrentUserCmd, CMD);
CylMem.CWrite <CUserCmd>(VerifiedCurrentUserCmd, CMD); //dont bother calculating crc (accualy you can do it to make vac happy and not get banned easilly lol)
EngineClient.SendPackets = true; //restore sending packets
}
