Aimbot -- trouble at different elevation

When I am above an enemy, it aims too low, when I am below them, it aims too high. If this is not a common problem, I can provide my source.

Originally Posted by KappaMang

When I am above an enemy, it aims too low, when I am below them, it aims too high. If this is not a common problem, I can provide my source.

Are you using CalcAngle function?

Originally Posted by Buttars0070

Are you using CalcAngle function?

Well, duh.

Code:

Vector3 CalcAngles(Vector3 src, Vector3 dst)
        {
            Vector3 delta, angles;
            delta.x = src.x - dst.x;
            delta.y = src.y - dst.y;
            delta.z = src.z - dst.z;
            double hyp = Math.Sqrt(delta.x * delta.x + delta.y + delta.y);
            angles.x = (float)(Math.Asin(delta.z / hyp) * (180 / Math.PI) - myPlayer.myPunch.x * 2.0f);
            angles.y = (float)(Math.Atan(delta.y / delta.x) * (180 / Math.PI) - myPlayer.myPunch.y * 2.0f);
            angles.z = 0;
            angles = NormalizeAngle(angles);
            if (delta.x >= 0) angles.y += 180.0f;
            
            return NormalizeAngle(angles);
        }

Originally Posted by KappaMang

Well, duh.

Code:

Vector3 CalcAngles(Vector3 src, Vector3 dst)
        {
            Vector3 delta, angles;
            delta.x = src.x - dst.x;
            delta.y = src.y - dst.y;
            delta.z = src.z - dst.z;
            double hyp = Math.Sqrt(delta.x * delta.x + delta.y + delta.y);
            angles.x = (float)(Math.Asin(delta.z / hyp) * (180 / Math.PI) - myPlayer.myPunch.x * 2.0f);
            angles.y = (float)(Math.Atan(delta.y / delta.x) * (180 / Math.PI) - myPlayer.myPunch.y * 2.0f);
            angles.z = 0;
            angles = NormalizeAngle(angles);
            if (delta.x >= 0) angles.y += 180.0f;
            
            return NormalizeAngle(angles);
        }

Replying with sarcastic/disrespectful comments is the last thing going to get you help here, I'm going to point you in the right direction out hope you wont be a copy pasting scrub one day.

Read me n00b and see the light.

If after reading the whole thing, word for word, and cannot understand it, I will help you. Pro-tip: it's a math problem not a function problem.

Post how you get your source and destination which you pass into CalcAngle.

Originally Posted by Buttars0070

You can still get it working perfectly with using CalcAngle...

Originally Posted by Buttars0070

It was not meant to be sarcastic, your question seemed dumb. Like, "are you calculating angles?" I believe you meant am I using a certain CalcAngle function, which I assume is the fleep copypaste. Sorry.

- - - Updated - - -

Originally Posted by WasserEsser

Post how you get your source and destination which you pass into CalcAngle.

Code:

localPlayer = fProcess.ReadUInt("client.dll", (int)Offsets.Default.Player);
myLocation.x = fProcess.ReadFloat((int)(localPlayer + (int)Offsets.Default.Origin)) + fProcess.ReadFloat((int)(localPlayer + (int)Offsets.Default.ViewOffset));
myLocation.y = fProcess.ReadFloat((int)(localPlayer + (int)Offsets.Default.Origin + 0x4)) + fProcess.ReadFloat((int)(localPlayer + (int)Offsets.Default.ViewOffset + 0x4));
myLocation.z = fProcess.ReadFloat((int)(localPlayer + (int)Offsets.Default.Origin + 0x8)) + fProcess.ReadFloat((int)(localPlayer + (int)Offsets.Default.ViewOffset + 0x8));

Code:

baseEntity = fProcess.ReadUInt("client.dll", (int)(Offsets.Default.EntityList + ((index) * Offsets.Default.EntDist)));
boneAddress = fProcess.ReadUInt((int)(baseEntity + (int)Offsets.Default.BoneMatrix));
enemyLocation.x = fProcess.ReadFloat((int)(boneAddress + 0x30 * 6 + 0xC));
enemyLocation.y = fProcess.ReadFloat((int)(boneAddress + 0x30 * 6 + 0x1C));
enemyLocation.z = fProcess.ReadFloat((int)(boneAddress + 0x30 * 6 + 0x2C));

Please, ignore the (int) everywhere, I know its messy code.

Okay, here's the answer. You're only using a 2D hypotenuse when you need to use a 3D hypotenuse. The math is wrong. Read that article I sent you to fix it.

Originally Posted by Buttars0070

Okay, here's the answer. You're only using a 2D hypotenuse when you need to use a 3D hypotenuse. The math is wrong. Read that article I sent you to fix it.

I reread the math, I noticed that. Also, I think I had some stupid code like

Code:

sqrt(x*x + y+y)

which I don't know why that was even working in general. But now I have tried editing multiple things and now my aimbot is rendered useless and I'm lost. The problem is not me wanting to try, its that my major math lessons in this material are next year.

Like this,

I can't understand that because I have only covered algebra classes and geometry. We covered trig slightly in geometry, but it was standard triangle problems. The American school system isn't good at teaching applications of skills in the real world.

Trust me, if you read the article you WILL understand. It teaches you the math. Remeber the Hyp for a 2D triangle is a^2 + b^2 = c^2

Originally Posted by Skips

Trust me, if you read the article you WILL understand. It teaches you the math. Remeber the Hyp for a 2D triangle is a^2 + b^2 = c^2

Yes, but I followed the article and know my aimbot is doing nothing. I checked my offsets and I do not know what is wrong.

What did you add.

Originally Posted by Skips

What did you add.

I fixed my calculate angle function according to the tutorial.

Originally Posted by KappaMang

I fixed my calculate angle function according to the tutorial.

Ok but what exactly did you change?

Because according to the tutorial you literally add like 15 characters to the original calc angle.

Or you could open up a tool called the debugger... I know it's rocket science, but please just use it. It's a brand new invention made by NASA I think. Use it and step through everything in code regarding the aimbot? See what values are being passed in and then fix what needs to be fixed based on the knowledge of aimbot math and the values??? Pasting your code into a thread and saying, please fix my paste isn't the best way to solve problems...

Aimbot -- trouble at different elevation

Post a Reply

Similar Threads

Tags for this Thread