BulletTrace [Teleport Gun + Get Ent Your Aiming At]

05-10-2014, 04:05 AM #1

Shark

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(adsbygoogle = window.adsbygoogle || []).push({}); hey guys, I have had this for a while but I'm deciding to release it because some people might find it useful for forge mode or whatever

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C# Code

    

    class Offsets

    {

        public static uint

        //G_Client

        G_Client = 0x1780F28,

        ClientOrigin = 0x28,

        ClientAngles = 0x56BC,



        //Entity

        G_Entity = 0x16B9F20,

        G_EntitySize = 0x31C,

        G_SetOrigin = 0x279698,

        Trace_GetEntityHitID = 0x306F30,

        G_GetPlayerViewOrigin = 0x1E60D0,

        G_LocationalTrace = 0x35C598;





        public class Funcs

        {

            public static uint G_Client(int clientIndex, uint Mod = 0x00)

            {

                return (Offsets.G_Client + (UInt32)Mod) + ((uint)clientIndex * 0x580;

            }

            public static uint G_Entity(int entityIndex, uint Mod = 0x00)

            {

                return (Offsets.G_Entity + (UInt32)Mod) + ((uint)entityIndex * 0x31C);

            }

        }



public static byte[] ReverseBytes(byte[] toReverse)

        {

            Array.Reverse(toReverse);

            return toReverse;

        }



public static void WriteSingle(uint address, float[] input)

        {

            int length = input.Length;

            byte[] array = new byte[length * 4];

            for (int i = 0; i < length; i++)

            {

                ReverseBytes(BitConverter.GetBytes(input[i])).CopyTo(array, (int) (i * 4));

            }

            PS3.SetMemory(address, array);

        }



public static float ReadFloat(uint offset)

{

    byte[] bytes = PS3.GetMemory(offset, 4);

    Array.Reverse(bytes, 0, 4);

    return BitConverter.ToSingle(bytes, 0);

}



public static float[] ReadSingle(uint address, int length)

        {

            byte[] memory = PS3.GetMemory(address, length * 4);

            ReverseBytes(memory);

            float[] numArray = new float[length];

            for (int i = 0; i < length; i++)

            {

                numArray[i] = BitConverter.ToSingle(memory, ((length - 1) - i) * 4);

            }

            return numArray;

        }



public static float[] PlayerAnglesToForward(int clientIndex, float Distance = 200f)

        {

            float[] Angles = ReadSingle(Offsets.Funcs.G_Client(clientIndex, Offsets.ClientAngles), 3);

            float[] Position = ReadSingle(Offsets.Funcs.G_Client(clientIndex, Offsets.ClientOrigin), 3);

            float angle, sr, sp, sy, cr, cp, cy, PiDiv;

            PiDiv = ((float)Math.PI / 180f);

            angle = Angles[1] * PiDiv;

            sy = (float)Math.Sin(angle);

            cy = (float)Math.Cos(angle);

            angle = Angles[0] * PiDiv;

            sp = (float)Math.Sin(angle);

            cp = (float)Math.Cos(angle);

            angle = Angles[2] * PiDiv;

            sr = (float)Math.Sin(angle);

            cr = (float)Math.Cos(angle);

            float[] Forward = new float[] { (cp * cy * Distance) + Position[0], (cp * sy * Distance) + Position[1], (-sp * Distance) + Position[2] };

            return Forward;

        }



public static void setPlayerPosition(int clientIndex, float[] Pos)

        {

            WriteSingle(Offsets.Funcs.G_Client(clientIndex, Offsets.ClientOrigin), Pos);

        }



public static float[] G_GetPlayerViewOrigin(int clientIndex)

        {

            PS3.SetMemory(0x2600250, new byte[0xC]);

            RPC.Call(Offsets.G_GetPlayerViewOrigin, Offsets.Funcs.G_Client(clientIndex), 0x2600250);

            return ReadSingle(0x2600250, 3);

        }



        public static void G_LocationalTrace(int clientIndex, int Trace, float[] Start, float[] End)

        {

            RPC.Call(Offsets.G_LocationalTrace, Trace, Start, End, clientIndex, 0x280E8B3, 0);

        }



        public static int Trace_GetEntityHitId(int Trace)

        {

            return RPC.Call(Offsets.Trace_GetEntityHitID, Trace);

        }



        public static int TraceEntity(int clientIndex, float TracerDistance)

        {

            int Trace = 0x25D2B00;

            float[] Start = G_GetPlayerViewOrigin(clientIndex);

            float[] End = PlayerAnglesToForward(clientIndex, TracerDistance);

            G_LocationalTrace(clientIndex, Trace, Start, End);

            int Entity = Trace_GetEntityHitId(Trace) & 0xFFFF;

            if (Entity < 0x3FE)

            { Entity = (int)Offsets.Funcs.G_Entity(Entity); }

            else

            { Entity = 0; }

            return Entity;

        }



        public static float[] TraceBullet(int clientIndex, float TracerDistance)

        {

            int Trace = 0x25D2B00;

            float[] Start = G_GetPlayerViewOrigin(clientIndex);

            float[] End = PlayerAnglesToForward(clientIndex, TracerDistance);

            G_LocationalTrace(clientIndex, Trace, Start, End);

            float[] BulletTrace = new float[3];

            BulletTrace = new float[] { (((End[0] - Start[0]) * ReadFloat((uint)Trace + 0x10) + Start[0])), (((End[1] - Start[1]) * ReadFloat((uint)Trace + 0x10) + Start[1])), (((End[2] - Start[2]) * ReadFloat((uint)Trace + 0x10) + Start[2])) };         

            return BulletTrace;

        }

How To Use

    

[B]Teleport Gun[/B]

------------------------

SetPlayerPosition(clientIndex, TraceBullet(clientIndex, TracerDistance));



[B]Get Ent ID[/B]

------------------------

MessageBox.Show("Ent I " + TraceEntity(clientIndex, TracerDistance));

//If It returns 0 then you are not looking at an entity... but I'm sure you know this already.

Explanation of The Args

    

clientIndex = If you don't know what this is then go back to OFW.

TracerDistance = The Distance the trace will go before it ends, I use 999999 for teleport gun.

What You Can Use This For

    

Teleport Gun, like in Enstone's menu.

Forge Mode

Teleport To Crosshairs

Spawning Entities To Your Crosshair

MagicBullet

Shoot FX

Lots of other things.... just use your imagination

Credits

    

James - For helping me with this on ghosts and his C++ AnglesToForward Function

Therifboy - For bullet trace struct and GetEntID on ghost

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The following 18 users say thank you to Shark for this useful post:

B777x, FusionIsDaName, Green Haze, ImPiffHD, Jannik007, Mango_Knife, milky4444, NotALegitPlayer, Notorious, OLDSCHOOLMODZHD, RGaming, seanhellen, SnaY, Hash847, xReaperv3, xSynthetic-oJ

05-10-2014, 04:08 AM #2

Hash847

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Nice job :fa:

05-10-2014, 04:08 AM #3

milky4444

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great job as usual Tustin

05-10-2014, 04:14 AM #4

ImPiffHD

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good shit shark! Tiphat

05-10-2014, 07:32 AM #5

B777x

Hurah!

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Originally posted by Shark

hey guys, I have had this for a while but I'm deciding to release it because some people might find it useful for forge mode or whatever

Pastebin Link: You must login or register to view this content.

C# Code

    

    class Offsets

    {

        public static uint

        //G_Client

        G_Client = 0x1780F28,

        ClientOrigin = 0x28,

        ClientAngles = 0x56BC,



        //Entity

        G_Entity = 0x16B9F20,

        G_EntitySize = 0x31C,

        G_SetOrigin = 0x279698,

        Trace_GetEntityHitID = 0x306F30,

        G_GetPlayerViewOrigin = 0x1E60D0,

        G_LocationalTrace = 0x35C598;





        public class Funcs

        {

            public static uint G_Client(int clientIndex, uint Mod = 0x00)

            {

                return (Offsets.G_Client + (UInt32)Mod) + ((uint)clientIndex * 0x580;

            }

            public static uint G_Entity(int entityIndex, uint Mod = 0x00)

            {

                return (Offsets.G_Entity + (UInt32)Mod) + ((uint)entityIndex * 0x31C);

            }

        }



public static byte[] ReverseBytes(byte[] toReverse)

        {

            Array.Reverse(toReverse);

            return toReverse;

        }



public static void WriteSingle(uint address, float[] input)

        {

            int length = input.Length;

            byte[] array = new byte[length * 4];

            for (int i = 0; i < length; i++)

            {

                ReverseBytes(BitConverter.GetBytes(input[i])).CopyTo(array, (int) (i * 4));

            }

            PS3.SetMemory(address, array);

        }



public static float[] ReadSingle(uint address, int length)

        {

            byte[] memory = PS3.GetMemory(address, length * 4);

            ReverseBytes(memory);

            float[] numArray = new float[length];

            for (int i = 0; i < length; i++)

            {

                numArray[i] = BitConverter.ToSingle(memory, ((length - 1) - i) * 4);

            }

            return numArray;

        }



public static float[] PlayerAnglesToForward(int clientIndex, float Distance = 200f)

        {

            float[] Angles = Lib.ReadSingle(Offsets.Funcs.G_Client(clientIndex, Offsets.ClientAngles), 3);

            float[] Position = Lib.ReadSingle(Offsets.Funcs.G_Client(clientIndex, Offsets.ClientOrigin), 3);

            float angle, sr, sp, sy, cr, cp, cy, PiDiv;

            PiDiv = ((float)Math.PI / 180f);

            angle = Angles[1] * PiDiv;

            sy = (float)Math.Sin(angle);

            cy = (float)Math.Cos(angle);

            angle = Angles[0] * PiDiv;

            sp = (float)Math.Sin(angle);

            cp = (float)Math.Cos(angle);

            angle = Angles[2] * PiDiv;

            sr = (float)Math.Sin(angle);

            cr = (float)Math.Cos(angle);

            float[] Forward = new float[] { (cp * cy * Distance) + Position[0], (cp * sy * Distance) + Position[1], (-sp * Distance) + Position[2] };

            return Forward;

        }



public static void setPlayerPosition(int clientIndex, float[] Pos)

        {

            Lib.WriteSingle(Offsets.Funcs.G_Client(clientIndex, Offsets.ClientOrigin), Pos);

        }



public static float[] G_GetPlayerViewOrigin(int clientIndex)

        {

            PS3.SetMemory(0x2600250, new byte[0xC]);

            RPC.Call(Offsets.G_GetPlayerViewOrigin, Offsets.Funcs.G_Client(clientIndex), 0x2600250);

            return Lib.ReadSingle(0x2600250, 3);

        }



        public static void G_LocationalTrace(int clientIndex, int Trace, float[] Start, float[] End)

        {

            RPC.Call(Offsets.G_LocationalTrace, Trace, Start, End, clientIndex, 0x280E8B3, 0);

        }



        public static int Trace_GetEntityHitId(int Trace)

        {

            return RPC.Call(Offsets.Trace_GetEntityHitID, Trace);

        }



        public static int TraceEntity(int clientIndex, float TracerDistance)

        {

            int Trace = 0x25D2B00;

            float[] Start = G_GetPlayerViewOrigin(clientIndex);

            float[] End = PlayerAnglesToForward(clientIndex, TracerDistance);

            G_LocationalTrace(clientIndex, Trace, Start, End);

            int Entity = Trace_GetEntityHitId(Trace) & 0xFFFF;

            if (Entity < 0x3FE)

            { Entity = (int)Offsets.Funcs.G_Entity(Entity); }

            else

            { Entity = 0; }

            return Entity;

        }



        public static float[] TraceBullet(int clientIndex, float TracerDistance)

        {

            int Trace = 0x25D2B00;

            float[] Start = G_GetPlayerViewOrigin(clientIndex);

            float[] End = PlayerAnglesToForward(clientIndex, TracerDistance);

            G_LocationalTrace(clientIndex, Trace, Start, End);

            float[] BulletTrace = new float[3];

            BulletTrace = new float[] { (((End[0] - Start[0]) * Lib.ReadSingle((uint)Trace + 0x10) + Start[0])), (((End[1] - Start[1]) * Lib.ReadSingle((uint)Trace + 0x10) + Start[1])), (((End[2] - Start[2]) * Lib.ReadSingle((uint)Trace + 0x10) + Start[2])) };         

            return BulletTrace;

        }

How To Use

    

[B]Teleport Gun[/B]

------------------------

SetPlayerPosition(clientIndex, TraceBullet(clientIndex, TracerDistance));



[B]Get Ent ID[/B]

------------------------

MessageBox.Show("Ent I " + TraceEntity(clientIndex, TracerDistance));

//If It returns 0 then you are not looking at an entity... but I'm sure you know this already.

Explanation of The Args

    

clientIndex = If you don't know what this is then go back to OFW.

TracerDistance = The Distance the trace will go before it ends, I use 999999 for teleport gun.

What You Can Use This For

    

Teleport Gun, like in Enstone's menu.

Forge Mode

Teleport To Crosshairs

Spawning Entities To Your Crosshair

MagicBullet

Shoot FX

Lots of other things.... just use your imagination

Credits

    

James - For helping me with this on ghosts and his C++ AnglesToForward Function

Therifboy - For bullet trace struct and GetEntID on ghost

i got a error

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05-10-2014, 09:43 AM #6

Jannik007

Do a barrel roll!

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Sick !

Good Job Smile

05-10-2014, 09:51 AM #7

Mango_Knife

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Originally posted by Shark

hey guys, I have had this for a while but I'm deciding to release it because some people might find it useful for forge mode or whatever

Pastebin Link: You must login or register to view this content.

C# Code

    

    class Offsets

    {

        public static uint

        //G_Client

        G_Client = 0x1780F28,

        ClientOrigin = 0x28,

        ClientAngles = 0x56BC,



        //Entity

        G_Entity = 0x16B9F20,

        G_EntitySize = 0x31C,

        G_SetOrigin = 0x279698,

        Trace_GetEntityHitID = 0x306F30,

        G_GetPlayerViewOrigin = 0x1E60D0,

        G_LocationalTrace = 0x35C598;





        public class Funcs

        {

            public static uint G_Client(int clientIndex, uint Mod = 0x00)

            {

                return (Offsets.G_Client + (UInt32)Mod) + ((uint)clientIndex * 0x580;

            }

            public static uint G_Entity(int entityIndex, uint Mod = 0x00)

            {

                return (Offsets.G_Entity + (UInt32)Mod) + ((uint)entityIndex * 0x31C);

            }

        }



public static byte[] ReverseBytes(byte[] toReverse)

        {

            Array.Reverse(toReverse);

            return toReverse;

        }



public static void WriteSingle(uint address, float[] input)

        {

            int length = input.Length;

            byte[] array = new byte[length * 4];

            for (int i = 0; i < length; i++)

            {

                ReverseBytes(BitConverter.GetBytes(input[i])).CopyTo(array, (int) (i * 4));

            }

            PS3.SetMemory(address, array);

        }



public static float[] ReadSingle(uint address, int length)

        {

            byte[] memory = PS3.GetMemory(address, length * 4);

            ReverseBytes(memory);

            float[] numArray = new float[length];

            for (int i = 0; i < length; i++)

            {

                numArray[i] = BitConverter.ToSingle(memory, ((length - 1) - i) * 4);

            }

            return numArray;

        }



public static float[] PlayerAnglesToForward(int clientIndex, float Distance = 200f)

        {

            float[] Angles = Lib.ReadSingle(Offsets.Funcs.G_Client(clientIndex, Offsets.ClientAngles), 3);

            float[] Position = Lib.ReadSingle(Offsets.Funcs.G_Client(clientIndex, Offsets.ClientOrigin), 3);

            float angle, sr, sp, sy, cr, cp, cy, PiDiv;

            PiDiv = ((float)Math.PI / 180f);

            angle = Angles[1] * PiDiv;

            sy = (float)Math.Sin(angle);

            cy = (float)Math.Cos(angle);

            angle = Angles[0] * PiDiv;

            sp = (float)Math.Sin(angle);

            cp = (float)Math.Cos(angle);

            angle = Angles[2] * PiDiv;

            sr = (float)Math.Sin(angle);

            cr = (float)Math.Cos(angle);

            float[] Forward = new float[] { (cp * cy * Distance) + Position[0], (cp * sy * Distance) + Position[1], (-sp * Distance) + Position[2] };

            return Forward;

        }



public static void setPlayerPosition(int clientIndex, float[] Pos)

        {

            Lib.WriteSingle(Offsets.Funcs.G_Client(clientIndex, Offsets.ClientOrigin), Pos);

        }



public static float[] G_GetPlayerViewOrigin(int clientIndex)

        {

            PS3.SetMemory(0x2600250, new byte[0xC]);

            RPC.Call(Offsets.G_GetPlayerViewOrigin, Offsets.Funcs.G_Client(clientIndex), 0x2600250);

            return Lib.ReadSingle(0x2600250, 3);

        }



        public static void G_LocationalTrace(int clientIndex, int Trace, float[] Start, float[] End)

        {

            RPC.Call(Offsets.G_LocationalTrace, Trace, Start, End, clientIndex, 0x280E8B3, 0);

        }



        public static int Trace_GetEntityHitId(int Trace)

        {

            return RPC.Call(Offsets.Trace_GetEntityHitID, Trace);

        }



        public static int TraceEntity(int clientIndex, float TracerDistance)

        {

            int Trace = 0x25D2B00;

            float[] Start = G_GetPlayerViewOrigin(clientIndex);

            float[] End = PlayerAnglesToForward(clientIndex, TracerDistance);

            G_LocationalTrace(clientIndex, Trace, Start, End);

            int Entity = Trace_GetEntityHitId(Trace) & 0xFFFF;

            if (Entity < 0x3FE)

            { Entity = (int)Offsets.Funcs.G_Entity(Entity); }

            else

            { Entity = 0; }

            return Entity;

        }



        public static float[] TraceBullet(int clientIndex, float TracerDistance)

        {

            int Trace = 0x25D2B00;

            float[] Start = G_GetPlayerViewOrigin(clientIndex);

            float[] End = PlayerAnglesToForward(clientIndex, TracerDistance);

            G_LocationalTrace(clientIndex, Trace, Start, End);

            float[] BulletTrace = new float[3];

            BulletTrace = new float[] { (((End[0] - Start[0]) * Lib.ReadSingle((uint)Trace + 0x10) + Start[0])), (((End[1] - Start[1]) * Lib.ReadSingle((uint)Trace + 0x10) + Start[1])), (((End[2] - Start[2]) * Lib.ReadSingle((uint)Trace + 0x10) + Start[2])) };         

            return BulletTrace;

        }

How To Use

    

[B]Teleport Gun[/B]

------------------------

SetPlayerPosition(clientIndex, TraceBullet(clientIndex, TracerDistance));



[B]Get Ent ID[/B]

------------------------

MessageBox.Show("Ent I " + TraceEntity(clientIndex, TracerDistance));

//If It returns 0 then you are not looking at an entity... but I'm sure you know this already.

Explanation of The Args

    

clientIndex = If you don't know what this is then go back to OFW.

TracerDistance = The Distance the trace will go before it ends, I use 999999 for teleport gun.

What You Can Use This For

    

Teleport Gun, like in Enstone's menu.

Forge Mode

Teleport To Crosshairs

Spawning Entities To Your Crosshair

MagicBullet

Shoot FX

Lots of other things.... just use your imagination

Credits

    

James - For helping me with this on ghosts and his C++ AnglesToForward Function

Therifboy - For bullet trace struct and GetEntID on ghost

Are you sure, that ReadSingle is taking 1 Argument?

    Lib.ReadSingle((uint)Trace + 0x10)

it need to be

    Lib.ReadSingle(((uint)Trace + 0x10),3)

? Dosent it?

05-10-2014, 10:16 AM #8

Shark

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NextGenUpdate

Originally posted by B777x

i got a error

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Originally posted by Knife

Are you sure, that ReadSingle is taking 1 Argument?

    Lib.ReadSingle((uint)Trace + 0x10)

it need to be

    Lib.ReadSingle(((uint)Trace + 0x10),3)

? Dosent it?

mango the library has 2 types of readsingle, but doing Lib.ReadSingle((uint)Trace + 0x10, 1) is the same thing.

05-10-2014, 10:24 AM #9

Mango_Knife

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Originally posted by Shark

mango the library has 2 types of readsingle, but doing Lib.ReadSingle((uint)Trace + 0x10, 1) is the same thing.

when im doing what you said, im getting this:
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but when im not using the ",1" im getting an error, because the ReadSingle is taking 2 arguments, sooo how exectly i code it?

05-10-2014, 10:31 AM #10

Mango_Knife

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mm never mind, i just used other ReadSingle Function:

                            private static float ReadSingle_1(uint address)

                        {

                            byte[] memory = GetMemory(address, 4);

                            Array.Reverse(memory, 0, 4);

                            return BitConverter.ToSingle(memory, 0);

                        }