float x1 = x[0];
	float y1 = x[1];
	float z1 = x[2];

	double d = sqrt(x1*x1 + y1*y1 + z1*z1);
	if(d == 0)
		return 0;
	double c = z1/d;
	if(c > 1.0)
		c = 1;
	else if(c < -1.0)
		c = -1;
	double angle2 = 3.0*asin(c);
	
	float xt = x1*cos(angle2) - y1*sin(angle2);
	float yt = x1*sin(angle2) + y1*cos(angle2);
	float zt = z1;

	//GOOD COMBINATION
	float sphere = 1.0 - xt*xt/225 - yt*yt/225 - zt*zt/225;
	float cube = R_int(R_int(1.0 - fabs(xt)/12, 1.0 - fabs(yt)/12), 1.0 - fabs(zt)/12);

	//BAD COMBINATION
	//float sphere = 255.0 - xt*xt - yt*yt - zt*zt;
	//float cube = R_int(R_int(12 - fabs(xt), 12 - fabs(yt)), 12 - fabs(zt));

	return R_int(cube, -sphere);