}                               // end spell_direction()

}

        // are BOTH friendly or good neutral and stupid,

        // are BOTH friendly or good neutral AND stupid,

// This method is called in two cases:
// a) Monsters coming into view: "An ogre comes into view. It is wielding ..."
// b) Monster description via 'x': "An ogre, wielding a club and wearing ..."

    {

        // For named monsters also mention the base type.
        if (!(mon->mname).empty())
            desc += ", " + mons_type_name(mon->type, DESC_NOCAP_A);
    }

    // Print the rest of the equipment only for full descriptions.

    if ( ai == AI_SEE_MONSTER && is_run_delay(atype) )

    if (ai == AI_SEE_MONSTER && is_run_delay(atype))

            {

            }

            const std::string mweap =
                get_monster_desc(mon, false, DESC_NONE);

            // For named monsters also mention the base type.
            if (!(mon->mname).empty())
                text += ", " + mons_type_name(mon->type, DESC_NOCAP_A) + ",";

            const std::string mweap =
                get_monster_desc(mon, false, DESC_NONE);

                    + " is" + mweap + ".";

                        + " is" + mweap + ".";

    pbolt.beam_source   = 0;

                                       pbolt.target_x-pbolt.source_x,
                                       pbolt.target_y-pbolt.source_y);

                                       pbolt.target_x - pbolt.source_x,
                                       pbolt.target_y - pbolt.source_y);

            // random beams: randomize before affect

            // Random beams: randomize before affect().

 * note that beam properties must be set, as the tracer will take them

 * Note that beam properties must be set, as the tracer will take them

    // don't fiddle with any input parameters other than tracer stuff!

    // Don't fiddle with any input parameters other than tracer stuff!

    // init tracer variables

    // Init tracer variables.

                || (beam.aimed_at_spot && beam.target() == mon->pos()
                    && grd(mon->pos()) == DNGN_SHALLOW_WATER)))

                || beam.aimed_at_spot && beam.target() == mon->pos()
                   && grd(mon->pos()) == DNGN_SHALLOW_WATER))

        {

        }

                // non-beams can be blocked or dodged

                // Non-beams can be blocked or dodged.

        /* looks for missiles which aren't poison but are poison*ed* */

        /* Look for missiles which aren't poison but are poison*ed*. */