// first, initailize igrd array

    // first, initialise igrd array

    snprintf( info, INFO_SIZE, "You drop %s.", str_pass );
    mpr(info);

    mprf( "You drop %s.", str_pass );

// Arrange items that have been selected for multidrop so that
// equipped items are dropped after other items, and equipped items
// are dropped in the same order as their EQ_ slots are numbered.
static bool drop_item_order(const SelItem &first, const SelItem &second)
{
    const item_def &i1 = you.inv[first.slot];
    const item_def &i2 = you.inv[second.slot];
    const int slot1 = get_equip_slot(&i1),
              slot2 = get_equip_slot(&i2);
    if (slot1 != -1 && slot2 != -1)
        return (slot1 < slot2);
    else if (slot1 != -1 && slot2 == -1)
        return (false);
    else if (slot2 != -1 && slot1 == -1)
        return (true);
    return (first.slot < second.slot);
}

    // Sort the dropped items so we don't see weird behaviour when
    // dropping a worn robe before a cloak (old behaviour: remove
    // cloak, remove robe, wear cloak, drop robe, remove cloak, drop
    // cloak).
    std::sort( items_for_multidrop.begin(), items_for_multidrop.end(),
               drop_item_order );

    return (delay == DELAY_TRAVEL || delay == DELAY_MACRO);

    return (delay == DELAY_TRAVEL
            || delay == DELAY_MACRO
            || delay == DELAY_MULTIDROP);

        // delay.duration-- *must* be done before multidrop, because
        // multidrop is now a parent delay, which means other delays
        // can be pushed to the front of the queue, invalidating the
        // "delay" reference here, and resulting in tons of debugging
        // fun with valgrind.
        delay.duration--;
        

        delay.duration--;