bool message_current_target(void)

bool message_current_target()

        struct monsters *montarget = &menv[you.prev_targ];

        const monsters *montarget = &menv[you.prev_targ];

        if (mons_near(montarget) && player_monster_visible( montarget ))

        if (mons_near(montarget) && player_monster_visible(montarget))

            snprintf( info, INFO_SIZE, 
                      "You are currently targeting %s (use p/t to fire).",
                      ptr_monam(montarget, DESC_NOCAP_THE) );
            mpr(info);
            return (true);        // early return {dlb}

            mprf( MSGCH_PROMPT, "You are currently targeting %s "
                  "(use p/t/f to fire at it again.)",
                  ptr_monam(montarget, DESC_NOCAP_THE) );
            return (true);

    moves.isValid       = false;
    moves.isTarget      = false;
    moves.isMe          = false;
    moves.isCancel      = false;
    moves.isEndpoint    = false;
    moves.choseRay      = false;

        // Reinit...this needs to be done every loop iteration
        // because moves is more persistent than loop_done.
        moves.isValid       = false;
        moves.isTarget      = false;
        moves.isMe          = false;
        moves.isCancel      = false;
        moves.isEndpoint    = false;
        moves.choseRay      = false;

            // This is where we either finalize everything, or else
            // decide that we're not really done and continue looping.

            if ( moves.isTarget && !see_grid(moves.tx, moves.ty) )

            // A bunch of confirmation tests; if we survive them all,
            // then break out.
            // Conceivably we might want to confirm on TARG_ANY too.
            if ( moves.isTarget &&
                 moves.tx == you.x_pos && moves.ty == you.y_pos &&
                 mode == TARG_ENEMY && Options.confirm_self_target &&
                 !yesno("Really target yourself?"))
            {
                canned_msg(MSG_OK);
            }
            else if ( moves.isTarget && !see_grid(moves.tx, moves.ty) )

                // Finalize whatever is inside the loop
                // (moves-internal finalizations can be done later)

            // If the target x,y has changed, the beam must have changed.

            mesclr(true);

            mesclr(true);       // maybe not completely necessary

                // Draw the new ray
                ray_def raycopy = ray;

                // Draw the new ray with magenta '*'s, not including
                // your square or the target square.
                ray_def raycopy = ray; // temporary copy to work with

                        // Sanity: don't loop forever if the ray is problematic

        moves.isEndpoint = false; // only relevant at the last step