Aimbot

Aimbot

So currently I'm working on my aimbot right, and I am thinking about using something like this as my main angle calculating function:

Code:

void MakeAngle(int DiffX, int DiffY, &Angle)

Now I need some code so I use after that

tan(x) = DiffX/DiffY (Or whichever is Opp and Adj i don't really wanna take the time to think about that shit now.

So my question is how do I go from the tangent of x, to just x = ????. Would I just do the atan of it? So like

Angle = atan(DiffX/DiffY)

Code:

#define PI  (3.1415927f)
#define RAD (PI / 180.0f)

void getyawpitch(const vec &from, const vec &to, float &yaw, float &pitch)
{
	float dist = from.dist(to);
	yaw = -(float)atan2(to.x-from.x, to.y-from.y)/PI*180+180;
	pitch = asin((to.z-from.z)/dist)/RAD;
}

Thats assaultcube's aimbot code, use d3dxvectors instead of vec

Originally Posted by -TwEaK

Code:

#define pi = 3.141592653

Code:

void MakeAngle(int DiffX, int DiffY, &Angle)
{
int radians = Angle * pi / 180
int oTan = DiffY/DiffX
oTan(Angle) = Result
}

I guess do something like that.. I know thats not 100% but should give you an idea

Originally Posted by CAFlames

Code:

#define pi = 3.141592653

Code:

void MakeAngle(int DiffX, int DiffY, &Angle)
{
int radians = Angle * pi / 180
int oTan = DiffY/DiffX
oTan(Angle) = Result
}

I guess do something like that.. I know thats not 100% but should give you an idea

What about if you like change the 180 to 90 so it will look more legit

Originally Posted by lateer15

What about if you like change the 180 to 90 so it will look more legit

Really noob? Learn c++. the 180 is for converting Degrees it radians.

Originally Posted by CAFlames

Really noob? Learn c++. the 180 is for converting Degrees it radians.

LMAO!!

Originally Posted by CAFlames

Really noob? Learn c++. the 180 is for converting Degrees it radians.

More like learn math. Bitch please I'm 13 and even i know what that does. Thanks flames Ur the best.

If you change 180 to 90 you must change change the define of pi to (3.141592653/2)

Degrees / 180 * Pi = Radians
Radians / Pi * 180 = degrees

Wouldn't you define pi as pi*2 not pi/2?

Originally Posted by -TwEaK

Wouldn't you define pi as pi*2 not pi/2?

full circle = 2*pi = 360 degrees
half circle = pi = 180 degrees
1/4th circle = 0,5 * pi(or pi/2 if you wish) = 90 degrees

Originally Posted by Hell_Demon

If you change 180 to 90 you must change change the define of pi to (3.141592653/2)

Degrees / 180 * Pi = Radians
Radians / Pi * 180 = degrees

Now why would you bother doin that in the first place XD.
Ahhh I hate Calculus ~.~

Originally Posted by -TwEaK

Wouldn't you define pi as pi*2 not pi/2?

Nope. Imagine X * pi / 180.

Dividing by 180 is like multiplying by 1 over 180. So if you change 1 over 180 to 1 over 90... thats like changing it to 2 over 180.

So you are actually multiplying it by 2 by changing 180 to 90. In turn, you must then divide by 2 to get back to original.

Originally Posted by CAFlames

Now why would you bother doin that in the first place XD.
Ahhh I hate Calculus ~.~

Nope. Imagine X * pi / 180.

Dividing by 180 is like multiplying by 1 over 180. So if you change 1 over 180 to 1 over 90... thats like changing it to 2 over 180.

So you are actually multiplying it by 2 by changing 180 to 90. In turn, you must then divide by 2 to get back to original.

Fuck you flames you lost me on X jajajajajajajajajajajajajaja

Originally Posted by -TwEaK

Fuck you flames you lost me on X jajajajajajajajajajajajajaja

X would be the angle in degrees that you want converted to radians

Originally Posted by -TwEaK

Fuck you flames you lost me on X jajajajajajajajajajajajajaja

ugh... so if X * pi / 180 is converting X to raidans.... then if you want to use pi / 2, it would be mutlipling denomenator from 90 to 180... thus making it correct. to multiply pi by 2 and divide by 90 instead of 180, you are actually going to get an answer 4 times the actual result.

Originally Posted by Hell_Demon

X would be the angle in degrees that you want converted to radians

Yupperz

Originally Posted by Hell_Demon

X would be the angle in degrees that you want converted to radians

I got that part Wesley. OK Flames I get it, I wasn't planning on changing it anyways so...

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