*   on the diagonal line closest to the target (or one of the straight line
 *   if cx == dx or dx == dy).

 *   on the diagonal line closest to the target (or on one of the straight
 *   lines if cx == dx or dx == dy).

 *   being 0 or 2*LOS_RADIUS depending on the quadrant.

 *   being on the edge of LOS, which one depending on the quadrant.

    }
    if (target1_x > target2_x || target1_y > target2_y)
    {
        // Swap the two targets so our loop will work correctly.
        int help = target1_x;
        target1_x = target2_x;
        target2_x = help;
        help = target1_y;
        target1_y = target2_y;
        target2_y = help;

    std::string sp = species_name(you.species, 1, true);

    std::string sp = species_name(you.species, 1, true, false, true);

                      species_name(you.species, 1, true).c_str());

                      species_name(you.species, 1, true, false, true).c_str());

w:20
__NONE

w:30

w:45

w:1

w:2

w:5

w:7