- Documentation
- Reference manual
- The SWI-Prolog library
- library(rbtrees): Red black trees
- rb_new/1
 - rb_empty/1
 - rb_lookup/3
 - rb_min/3
 - rb_max/3
 - rb_next/4
 - rb_previous/4
 - rb_update/4
 - rb_update/5
 - rb_apply/4
 - rb_in/3
 - rb_insert/4
 - rb_insert_new/4
 - rb_delete/3
 - rb_delete/4
 - rb_del_min/4
 - rb_del_max/4
 - rb_visit/2
 - rb_map/2
 - rb_map/3
 - rb_fold/4
 - rb_clone/3
 - rb_partial_map/4
 - rb_keys/2
 - list_to_rbtree/2
 - ord_list_to_rbtree/2
 - rb_size/2
 - is_rbtree/1
 
 
 - library(rbtrees): Red black trees
 
 - The SWI-Prolog library
 - Packages
 
 - Reference manual
 
[semidet]rb_map(+Tree, 
:G, -NewTree)call(G,Val0,ValF) 
holds, then the value associated with Key in NewTree is ValF. 
Fails if
call(G,Val0,ValF) is not satisfiable for all Val0. If G 
is non-deterministic, rb_map/3 
will backtrack over all possible values from call(G,Val0,ValF). 
You should not depend on the order of tree traversal (currently: key 
order).