#include <dirs.h>
inherit COMMAND_BASE;
string find_direction( object who );
int check_reference_point( object where );
/** @ignore yes */
int cmd( object *indirect_obs ) {
mapping details;
object *oblist;
string *show, dir;
if ( !check_reference_point( environment( this_player() ) ) ) {
add_failed_mess( "You can't make out a point of reference "
"to use to determine which way you're facing!\n" );
return 0;
}
if ( !indirect_obs || sizeof( indirect_obs ) == 1 &&
indirect_obs[ 0 ] == this_player()) {
tell_object( this_player(), "You are facing " +
find_direction( this_player() ) + ".\n" );
return 1;
}
indirect_obs -= ({ this_player() });
details = unique_mapping( indirect_obs,
(: find_direction( $1 ) :) );
/* This doesn't quite work, you get:
A is facing north and B and C is facing south. */
// details = map( details, (: query_multiple_short( $2 ) +
// " $V$0=is,are$V$ facing " + $1 :) );
/* So we will do this instead... -- Presto, 31 May 2000 */
show = ({ });
foreach(dir, oblist in details) {
if (sizeof(oblist) > 1) {
show += ({ query_multiple_short(oblist) + " are facing " + dir });
}
else {
show += ({ oblist[0]->one_short() + " is facing " + dir });
}
}
write(query_multiple_short(show) + ".\n");
return 1;
} /* cmd() */
/** @ignore yes */
string find_direction( object who ) {
int facing;
mapping directions;
facing = who->query_facing()[ 0 ];
directions = filter( ABS_FACING, (: $2 == $(facing) :) );
if ( !sizeof( directions ) )
return "north";
return keys( directions )[ 0 ];
} /* find_direction() */
int check_reference_point( object where ) {
string *relatives;
relatives = map( where->query_direc(),
(: $(where)->query_relative( $1 ) :) );
return member_array( 0, relatives ) > -1;
} /* check_reference_point() */
/** @ignore yes */
mixed *query_patterns() {
return ({ "", (: cmd( 0 ) :),
"<indirect:living:here>", (: cmd($1) :) });
} /* query_patterns() */
