C# RCS & Player Name [EXTERNAL]

[agentsix1]

I recently have been in search of basically a tutorial or a well worded explanation of how to create an RCS in C#. If you are unable to do that I would be ok with just code. But if some one had a way to explain what was going on it would help me out a ton so I can fully learn the fuctions.

This second this is not a requirement but I have been having a pain trying to read the users player name for my Rank Reveal. The rank reveal works but I don't have a way to get the username to pair it with. When it comes to int/floats/bool whatever. I seem to do that with easy but when it comes to reading a string I have nothing or even where to start.

I greatly appreciate any help.


I did do a search for C# RCS and nothing appeared except for currently released hacks.

[Jhem]

All you need to do is search for RCS source code. It's pretty simple if you really know how it works.

I just made this today, i haven't tested it yet.

static DWORD WINAPI recoil_thread(PVOID param)
	{
		Vector oPunchAngle, nClientAngle;
		while (true)
		{
			Sleep(1);
			DWORD localPlayer = UtilsT->Read<DWORD>(UtilsT->modClient.dwBase + dwLocalPlayer);
			if (!localPlayer)
				continue;

			DWORD pShotFired = UtilsT->Read<DWORD>(localPlayer + dwShotFired);
			if (!pShotFired)
				continue;

			if (pShotFired > 1)
			{
				DWORD pClientState = UtilsT->Read<DWORD>(UtilsT->modClient.dwBase + dwClientState);
				if (!pClientState)
					continue;

				Vector vPunchAngle = UtilsT->Read<Vector>(localPlayer + dwViewPunchAngle);
				Vector vClientAngle = UtilsT->Read<Vector>(pClientState + dwViewClientStateAngle);


				nClientAngle.x = ((vClientAngle.x + oPunchAngle.x) - (vPunchAngle.x * 2.f));
				nClientAngle.y = ((vClientAngle.y + oPunchAngle.y) - (vPunchAngle.y * 2.f));
				nClientAngle.z = 0;

				while (nClientAngle.y > 180)
					nClientAngle.y -= 360;

				while (nClientAngle.y < -180)
					nClientAngle.y += 360;

				if (nClientAngle.x > 89.0f)
					nClientAngle.x = 89.0f;

				if (nClientAngle.x < -89.0f)
					nClientAngle.x = -89.0f;

				oPunchAngle.x = vPunchAngle.x * 2.f;
				oPunchAngle.y = vPunchAngle.y * 2.f;
				oPunchAngle.z = 0;

				UtilsT->Write<Vector>(pClientState + dwViewClientStateAngle, nClientAngle);
			}
			else {
				oPunchAngle.x = oPunchAngle.y = oPunchAngle.z = 0;
			}
		}
	}

[agentsix1]

All you need to do is search for RCS source code. It's pretty simple if you really know how it works.

I just made this today, i haven't tested it yet.

static DWORD WINAPI recoil_thread(PVOID param)
	{
		Vector oPunchAngle, nClientAngle;
		while (true)
		{
			Sleep(1);
			DWORD localPlayer = UtilsT->Read<DWORD>(UtilsT->modClient.dwBase + dwLocalPlayer);
			if (!localPlayer)
				continue;

			DWORD pShotFired = UtilsT->Read<DWORD>(localPlayer + dwShotFired);
			if (!pShotFired)
				continue;

			if (pShotFired > 1)
			{
				DWORD pClientState = UtilsT->Read<DWORD>(UtilsT->modClient.dwBase + dwClientState);
				if (!pClientState)
					continue;

				Vector vPunchAngle = UtilsT->Read<Vector>(localPlayer + dwViewPunchAngle);
				Vector vClientAngle = UtilsT->Read<Vector>(pClientState + dwViewClientStateAngle);


				nClientAngle.x = ((vClientAngle.x + oPunchAngle.x) - (vPunchAngle.x * 2.f));
				nClientAngle.y = ((vClientAngle.y + oPunchAngle.y) - (vPunchAngle.y * 2.f));
				nClientAngle.z = 0;

				while (nClientAngle.y > 180)
					nClientAngle.y -= 360;

				while (nClientAngle.y < -180)
					nClientAngle.y += 360;

				if (nClientAngle.x > 89.0f)
					nClientAngle.x = 89.0f;

				if (nClientAngle.x < -89.0f)
					nClientAngle.x = -89.0f;

				oPunchAngle.x = vPunchAngle.x * 2.f;
				oPunchAngle.y = vPunchAngle.y * 2.f;
				oPunchAngle.z = 0;

				UtilsT->Write<Vector>(pClientState + dwViewClientStateAngle, nClientAngle);
			}
			else {
				oPunchAngle.x = oPunchAngle.y = oPunchAngle.z = 0;
			}
		}
	}

Thank you.

I will post a version of my code once I use your code as a reference and test it all ensuring it all works!

[Not Officer]

nClientAngle.z = 0;

You should use a 2d vector.

[agentsix1]

So I went ahead and threw the code together in a fashion that works. However, This was not exactly the result I was expecting. Maybe it has to do with the way I am doing it but to me it seems to be super jumpy and fairly obvious what is going on. As well its not as clean of a rcs I as I was expecting to get. Is there a way to tighten up the shots to get them closer together and maybe make it less ew. I appreciate your help.

public static void rcs()
        {
            Vector2 oPunchAngle, nClientAngle;
            oPunchAngle.X = oPunchAngle.Y = 0;
            while (true)
            {
                Thread.Sleep(1);
                
                int localPlayer = ReadMemory<int>((int)g_pClient + Offsets.offsetList["dwLocalPlayer"]);
                int pShotFired = ReadMemory<int>(localPlayer + Offsets.offsetList["m_iShotsFired"]);
                int pClientState = ReadMemory<int>((int)g_pEngine + Offsets.offsetList["dwClientState"]);
                Vector2 BClientAngle = ReadMemory<Vector2>(pClientState + Offsets.offsetList["dwClientState_ViewAngles"]);
                if (pShotFired > 1)
                {
                    Vector2 vPunchAngle = ReadMemory<Vector2>(localPlayer + Offsets.offsetList["m_viewPunchAngle"]);
                    Vector2 vClientAngle = ReadMemory<Vector2>(pClientState + Offsets.offsetList["dwClientState_ViewAngles"]);
                    nClientAngle.X = ((vClientAngle.X + oPunchAngle.X) - (vPunchAngle.X * 2.0f));
                    nClientAngle.Y = ((vClientAngle.Y + oPunchAngle.Y) - (vPunchAngle.Y * 2.0f));
                    
                    
                    while (nClientAngle.Y > 180)
                        nClientAngle.Y -= 360;

                    while (nClientAngle.Y < -180)
                        nClientAngle.Y += 360;

                    if (nClientAngle.X > 89.0f)
                        nClientAngle.X = 89.0f;

                    if (nClientAngle.X < -89.0f)
                        nClientAngle.X = -89.0f;
                        
                    WriteMemory<Vector2>(pClientState + Offsets.offsetList["dwClientState_ViewAngles"], nClientAngle);

                    oPunchAngle.X = vPunchAngle.X * 2.0f;
                    oPunchAngle.Y = vPunchAngle.Y * 2.0f;



                }
                else
                {
                    oPunchAngle.X = oPunchAngle.Y = 0;
                }
            }
        }

[Jhem]

So I went ahead and threw the code together in a fashion that works. However, This was not exactly the result I was expecting. Maybe it has to do with the way I am doing it but to me it seems to be super jumpy and fairly obvious what is going on. As well its not as clean of a rcs I as I was expecting to get. Is there a way to tighten up the shots to get them closer together and maybe make it less ew. I appreciate your help.

public static void rcs()
        {
            Vector2 oPunchAngle, nClientAngle;
            oPunchAngle.X = oPunchAngle.Y = 0;
            while (true)
            {
                Thread.Sleep(1);
                
                int localPlayer = ReadMemory<int>((int)g_pClient + Offsets.offsetList["dwLocalPlayer"]);
                int pShotFired = ReadMemory<int>(localPlayer + Offsets.offsetList["m_iShotsFired"]);
                int pClientState = ReadMemory<int>((int)g_pEngine + Offsets.offsetList["dwClientState"]);
                Vector2 BClientAngle = ReadMemory<Vector2>(pClientState + Offsets.offsetList["dwClientState_ViewAngles"]);
                if (pShotFired > 1)
                {
                    Vector2 vPunchAngle = ReadMemory<Vector2>(localPlayer + Offsets.offsetList["m_viewPunchAngle"]);
                    Vector2 vClientAngle = ReadMemory<Vector2>(pClientState + Offsets.offsetList["dwClientState_ViewAngles"]);
                    nClientAngle.X = ((vClientAngle.X + oPunchAngle.X) - (vPunchAngle.X * 2.0f));
                    nClientAngle.Y = ((vClientAngle.Y + oPunchAngle.Y) - (vPunchAngle.Y * 2.0f));
                    
                    
                    while (nClientAngle.Y > 180)
                        nClientAngle.Y -= 360;

                    while (nClientAngle.Y < -180)
                        nClientAngle.Y += 360;

                    if (nClientAngle.X > 89.0f)
                        nClientAngle.X = 89.0f;

                    if (nClientAngle.X < -89.0f)
                        nClientAngle.X = -89.0f;
                        
                    WriteMemory<Vector2>(pClientState + Offsets.offsetList["dwClientState_ViewAngles"], nClientAngle);

                    oPunchAngle.X = vPunchAngle.X * 2.0f;
                    oPunchAngle.Y = vPunchAngle.Y * 2.0f;



                }
                else
                {
                    oPunchAngle.X = oPunchAngle.Y = 0;
                }
            }
        }

If you do really understand the code then I guess, you already know what to do next and optimize it.

[agentsix1]

If you do really understand the code then I guess, you already know what to do next and optimize it.

Yea kinda figured I would get that response. Off to the drawing board and time to spend a few hours trying to make it nicer. I do appreciate the help so far!

[Jhem]

Yea kinda figured I would get that response. Off to the drawing board and time to spend a few hours trying to make it nicer. I do appreciate the help so far!

And to your another question, I usually create another RPM function to read the string.

std::string ReadString(DWORD addr)
	{
		char _read[260];
		ReadProcessMemory(_process, (LPVOID)addr, &_read, sizeof(_read), NULL);
		return _read;
	}

This is how it looks.

You can add another parameter to get the size of your string.

[agentsix1]

And to your another question, I usually create another RPM function to read the string.

std::string ReadString(DWORD addr)
	{
		char _read[260];
		ReadProcessMemory(_process, (LPVOID)addr, &_read, sizeof(_read), NULL);
		return _read;
	}

This is how it looks.

You can add another parameter to get the size of your string.

Where do you pull the player's name from? I have heard you can do it from the local player or radar. Is there a better place to pull from or which of the 2 is the better of the 2.

[Jhem]

Where do you pull the player's name from? I have heard you can do it from the local player or radar. Is there a better place to pull from or which of the 2 is the better of the 2.

No, from the word "local" it means you, not other player. Use the Entity pointer, and look for the offsets of the player's name.

[Ninja429282]

where do you get the names from

[Jhem]

No response from OP after 1 week, looks like the problem has been solved.
Contract if you want to re-open it.