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Predicate fdset_interval/3
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library
clp
bounds.pl -- Simple integer solver that keeps track of upper and lower bounds
clp_events.pl
clpb.pl -- CLP(B): Constraint Logic Programming over Boolean Variables
clpfd.pl -- CLP(FD): Constraint Logic Programming over Finite Domains
in/2
ins/2
indomain/1
label/1
labeling/2
all_different/1
all_distinct/1
sum/3
scalar_product/4
#>=/2
#=</2
#=/2
#\=/2
#>/2
#</2
#\/1
#<==>/2
#==>/2
#<==/2
#/\/2
#\//2
#\/2
lex_chain/1
tuples_in/2
serialized/2
element/3
global_cardinality/2
global_cardinality/3
circuit/1
cumulative/1
cumulative/2
disjoint2/1
automaton/3
automaton/8
transpose/2
zcompare/3
chain/2
fd_var/1
fd_inf/2
fd_sup/2
fd_size/2
fd_dom/2
fd_degree/2
in_set/2
fd_set/2
is_fdset/1
empty_fdset/1
fdset_parts/4
empty_interval/2
fdset_interval/3
fdset_singleton/2
fdset_min/2
fdset_max/2
fdset_size/2
list_to_fdset/2
fdset_to_list/2
range_to_fdset/2
fdset_to_range/2
fdset_add_element/3
fdset_del_element/3
fdset_disjoint/2
fdset_intersect/2
fdset_intersection/3
fdset_member/2
fdset_eq/2
fdset_subset/2
fdset_subtract/3
fdset_union/3
fdset_union/2
fdset_complement/2
simplex.pl -- Solve linear programming problems
fdset_interval
(?Interval, ?Min, ?Max)
is
semidet
Interval
is a non-empty FD set consisting of the single interval
Min
..
Max
.
Min
is an integer or the atom
inf
to denote negative infinity.
Max
is an integer or the atom
sup
to denote positive infinity.
Either
Interval
or
Min
and
Max
must be ground.