Vector3 normal;
double xyLen = cos(-pitch);
normal.x = xyLen * cos(-angle);
normal.y = xyLen * sin(angle);
normal.z = sin(-pitch);
normal = normal.unit();
Vector3 randomVec;
do {
    randomVec = (frandom(-1, 1), frandom(-1, 1), frandom(-1, 1)).unit();
} while (randomVec == normal);
Vector3 normalPerp = (normal cross randomVec).unit();
Vector3 center = pos + (0, 0, (height / 2) + attackZOffset);
Vector3 point1, point2;
point1 = center + cos(45) * normal + sin(45) * normalPerp;
point2 = center + cos(-90) * normal + sin(-90) * normalPerp;