public static bool CanKnife()
{
foreach (var player in EntityList.List)
{
if (player.Dormant)
{
continue;
}
if (player.Health <= 0)
{
continue;
}
if (player.isTeam && !TriggerbotSettings.TargetTeam)
{
continue;
}
if (80 < MathFuncs.VectorDistance(Local.Position, player.Position))
{
continue;
}
var newAimAngle = MathFuncs.CalcAngle(Local.EyeLevel, player.BonePosition(4));
var Fov = MathFuncs.CalcFov(Local.ViewAngle, newAimAngle);
if (Fov > 70)
{
Fov = MathFuncs.CalcFov(Local.ViewAngle.NormalizeAngle(), newAimAngle.NormalizeAngle());
}
if (Fov > 70)
{
continue;
}
return(true);
}
return(false);
}
public static Vector2 CalculateAimAngle(Vector3 src, Entity target, bool withSmooth = true)
{
int bone = 0;
switch (AimbotSettings.AimbotTarget)
{
case Settings.AimTarget.Head:
bone = 8; break;
case Settings.AimTarget.Neck:
bone = 7; break;
case Settings.AimTarget.UpperChest:
bone = 6; break;
case Settings.AimTarget.MiddleChest:
bone = 5; break;
case Settings.AimTarget.LowerChest:
bone = 4; break;
}
Vector3 targetBone = target.BonePosition(bone);
targetBone += target.VectorVelocity * gvar.GlobalVarsBase.interval_per_tick;
Vector3 rando = new Vector3()
{
x = Randomize(AimbotSettings.Randomized),
y = Randomize(AimbotSettings.Randomized),
z = Randomize(AimbotSettings.Randomized),
};
targetBone += rando;
Vector3 srcEye = src;
srcEye += Local.VectorVelocity * gvar.GlobalVarsBase.interval_per_tick;
Vector3 delta = (targetBone - srcEye);
float magn = delta.Length();
Vector2 newAimAngle = new Vector2()
{
x = (float)Math.Atan2(delta.y, delta.x),
y = (float)-Math.Atan2(delta.z, magn),
};
newAimAngle *= (180f / 3.14f); //Radians to Degrees
newAimAngle.x -= (float)(Local.PunchAngle.x * (AimbotSettings.RcsYaw * 2) / 100);
newAimAngle.y -= (float)(Local.PunchAngle.y * (AimbotSettings.RcsPitch * 2) / 100);
newAimAngle = newAimAngle.ClampAngle();
double fov = MathFuncs.CalcFov(Local.ViewAndPunch, newAimAngle);
double fov2 = MathFuncs.CalcFov(Local.ViewAndPunch.NormalizeAngle(), newAimAngle.NormalizeAngle());
if (withSmooth)
{
if (fov < fov2)
{
if (AimbotSettings.SmoothYaw > 0)
{
newAimAngle.x = (newAimAngle - Local.ViewAngle).x / (float)AimbotSettings.SmoothYaw + Local.ViewAngle.x;
}
if (AimbotSettings.SmoothPitch > 0)
{
newAimAngle.y = (newAimAngle - Local.ViewAngle).y / (float)AimbotSettings.SmoothPitch + Local.ViewAngle.y;
}
}
else
{
if (AimbotSettings.SmoothYaw > 0)
{
newAimAngle.x = (newAimAngle.NormalizeAngle() - Local.ViewAngle.NormalizeAngle()).x / (float)AimbotSettings.SmoothYaw + Local.ViewAngle.NormalizeAngle().x;
}
if (AimbotSettings.SmoothPitch > 0)
{
newAimAngle.y = (newAimAngle.NormalizeAngle() - Local.ViewAngle.NormalizeAngle()).y / (float)AimbotSettings.SmoothPitch + Local.ViewAngle.NormalizeAngle().y;
}
}
}
return(newAimAngle);
}
