stock get_targetXY(ent, const Float:origin[3], Float:hudpos[2])
{
	static Float:origin2[3]
	origin2[0] = origin[0]
	origin2[1] = origin[1]
	origin2[2] = origin[2]

	static Float:ent_origin[3]

	pev(ent,pev_origin,ent_origin)

	static Float:ent_angles[3]

	pev(ent,pev_v_angle,ent_angles)

	origin2[0] -= ent_origin[0]
	origin2[1] -= ent_origin[1]
	origin2[2] -= ent_origin[2]

	static Float:v_length
	v_length = vector_length(origin2)

	static Float:aim_vector[3]
	aim_vector[0] = origin2[0] / v_length
	aim_vector[1] = origin2[1] / v_length
	aim_vector[2] = origin2[2] / v_length

	static Float:new_angles[3]
	vector_to_angle(aim_vector,new_angles)

	new_angles[0] *= -1

	if(new_angles[1]>180.0) new_angles[1] -= 360.0
	if(new_angles[1]<-180.0) new_angles[1] += 360.0
	if(new_angles[1]==180.0 || new_angles[1]==-180.0) new_angles[1]=-179.999999

	if(new_angles[0]>180.0) new_angles[0] -= 360.0
	if(new_angles[0]<-180.0) new_angles[0] += 360.0
	if(new_angles[0]==90.0) new_angles[0]=89.999999
	else if(new_angles[0]==-90.0) new_angles[0]=-89.999999

	static Float:fov
	pev(ent,pev_fov,fov)

	if(!fov)
		fov = 90.0

	if(floatabs(ent_angles[0] - new_angles[0]) <= fov/2 && floatabs((180.0 - floatabs(ent_angles[1])) - (180.0 - floatabs(new_angles[1]))) <= fov/2)
	{
		hudpos[1] = 1 - ( ( (ent_angles[0] - new_angles[0]) + fov/2 ) / fov )
		hudpos[0] = ( (ent_angles[1] - new_angles[1]) + fov/2 ) / fov
	}
	else
		return 0;

	return 1;
}