public static double CalcFov(Structures.Vector2 src, Structures.Vector2 dist)
{
double i = Math.Sqrt(
((dist.x - src.x) * (dist.x - src.x)) +
((dist.y - src.y) * (dist.y - src.y))
);
return(i);
}
public static float VectorDistance(Structures.Vector2 src, Structures.Vector2 dist)
{
double distance = Math.Sqrt(
(dist.x - src.x) * (dist.x - src.x) +
(dist.y - src.y) * (dist.y - src.y)
);
distance = Math.Round(distance, 4);
return((float)distance);
}
public static Structures.Vector2 NormalizeAngle(this Structures.Vector2 angle)
{
while (0f > angle.x || angle.x > 360f)
{
if (angle.x < 0f)
{
angle.x += 360.0f;
}
if (angle.x > 360f)
{
angle.x -= 360.0f;
}
}
return(angle);
}
public Structures.Vector2 NewViewAngle()
{
var lPlayer = Global.LocalPlayer;
var currentViewAngles = lPlayer.ViewAngle;
var aimPunch = lPlayer.PunchAngle * 2f;
var newViewAngles = new Structures.Vector2
{
x = ((currentViewAngles + _oldAimPunch).x - aimPunch.x),
y = ((currentViewAngles + _oldAimPunch).y - aimPunch.y)
};
_oldAimPunch = aimPunch;
return(newViewAngles);
}
public static Structures.Vector2 ClampAngle(this Structures.Vector2 angle)
{
while (angle.x > 180f)
{
angle.x -= 360f;
}
while (angle.x < -180f)
{
angle.x += 360f;
}
while (angle.y > 89f)
{
angle.y -= (angle.y - 89) * 2;
}
while (angle.y < -89f)
{
angle.y += (-89 - angle.y) * 2;
}
if (angle.x > 180f)
{
return(Global.LocalPlayer.ViewAngle);
}
if (angle.x < -180f)
{
return(Global.LocalPlayer.ViewAngle); //This is to FORCE clamped angles
}
//even if i failed it somehow
if (angle.y > 89f)
{
return(Global.LocalPlayer.ViewAngle);
}
if (angle.y < -89f)
{
return(Global.LocalPlayer.ViewAngle);
}
return(angle);
}
public void Reset()
{
var lPlayer = Global.LocalPlayer;
var punchAngle = lPlayer.PunchAngle;
var oldAbsSum = Math.Abs(_oldAimPunch.x + _oldAimPunch.y);
var newAbsSum = Math.Abs(punchAngle.x + punchAngle.y);
if (oldAbsSum > 1.9f)
{
while (newAbsSum > 0.25)
{
Thread.Sleep(5);
newAbsSum = Math.Abs(lPlayer.PunchAngle.x + lPlayer.PunchAngle.y);
}
var newViewAngle = NewViewAngle();
var playerAngle = lPlayer.ViewAngle;
var diffX = Math.Max(playerAngle.x, newViewAngle.x) - Math.Min(playerAngle.x, newViewAngle.x);
var diffY = Math.Max(playerAngle.y, newViewAngle.y) - Math.Min(playerAngle.y, newViewAngle.y);
var diff = new Structures.Vector2(diffX, diffY);
for (int i = 0; i < 4; i++)
{
lPlayer.SendPackets = false;
lPlayer.ViewAngle -= diff / 4;
Thread.Sleep(6);
lPlayer.SendPackets = true;
}
}
else
{
lPlayer.SendPackets = false;
_oldAimPunch = new Structures.Vector2();
Thread.Sleep(10);
lPlayer.SendPackets = true;
}
}
public static Structures.Vector2 CalcAngle(Structures.Vector3 src, Structures.Vector3 dist)
{
Structures.Vector3 delta = new Structures.Vector3()
{
x = dist.x - src.x,
y = dist.y - src.y,
z = dist.z - src.z,
};
float magn = (float)Math.Sqrt(
(delta.x * delta.x) +
(delta.y * delta.y) +
(delta.z * delta.z)
);
Structures.Vector2 returnAngle = new Structures.Vector2()
{
x = (float)(Math.Atan2(delta.y, delta.x) * (180f / 3.14f)),
y = (float)(-Math.Atan2(delta.z, magn) * (180f / 3.14f)),
};
return(returnAngle);
}
public static Structures.Vector3 ToVector3(this Structures.Vector2 angle)
{
return(new Structures.Vector3(angle.y, angle.x, 0));
}
public void HardReset()
{
_oldAimPunch = new Structures.Vector2();
}
