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inline bool WorldToPoint(float fCircleGay, const CVector2D& vec2WindowPosition, const CVector2D& vec2WindowSize, const CVector3D& vec3Origin, const CVector3D& vec3LocalOrigin, const CVector3D& vec3LocalAngles, CVector2D& vec2Point, const float& fRadarRange)
{
	float fdx = vec3Origin.GetX() - vec3LocalOrigin.GetX();
	float fdy = vec3Origin.GetY() - vec3LocalOrigin.GetY();

	float fya = NMath::Deg2Rad(vec3LocalAngles.GetY());

	float fzx = fdy * (-cos(fya)) + fdx * sin(fya);
	float fzy = fdx * (-cos(fya)) - fdy * sin(fya);

	if (fRadarRange > 0)
	{
		fzx /= fRadarRange;
		fzy /= fRadarRange;
	}

	if (r_radar_sqr.GetBool())
	{
		if (abs(fzx) > fCircleGay || abs(fzy) > fCircleGay)
		{
			//Implant: r_radar_clamppoint for r_radar_sqr
			if (!r_radar_clamppoint.GetBool())
				return false;

			float angle = atan2(fzy, fzx);

			float radius = cos(M_PI / 4.f) / cos(fmodf(angle + M_PI * 0.25f, M_PI * 0.5f) - M_PI_ON_4);

			float meme = fCircleGay / (radius + M_FLT_EPSILON);

			fzx *= meme;
			fzy *= meme;
		}
	}
	else
	{
		if ((fzx * fzx + fzy * fzy) > fCircleGay)
		{
			if (!r_radar_clamppoint.GetBool())
				return false;

			float ok = CVector2D(fzx, fzy).Length();

			fzx /= ok;
			fzy /= ok;

			fCircleGay = sqrt(fCircleGay);

			fzx *= fCircleGay;
			fzy *= fCircleGay;
		}
	}

	vec2Point = CVector2D((float(vec2WindowPosition.GetX()) + fzx) + float(vec2WindowSize.GetX() / 2), (float(vec2WindowPosition.GetY()) + fzy) + float(vec2WindowSize.GetY() / 2));

	return true;

}