abs(const local_type &x) | lala::Interval< U > | inline |
add(const local_type &x, const local_type &y) | lala::Interval< U > | inline |
additive_inverse(const this_type &x) | lala::Interval< U > | inline |
as_product() const | lala::Interval< U > | inline |
bot() | lala::Interval< U > | inlinestatic |
complemented | lala::Interval< U > | static |
CP typedef | lala::Interval< U > | |
deinterpret(AVar x, const Env &env, const Allocator &allocator=Allocator()) const | lala::Interval< U > | inline |
deinterpret() const | lala::Interval< U > | inline |
div(Sig divfun, const local_type &a, const local_type &b) | lala::Interval< U > | inline |
eq_one() | lala::Interval< U > | inlinestatic |
eq_zero() | lala::Interval< U > | inlinestatic |
extract(Interval< A > &ua) const | lala::Interval< U > | inline |
injective_concretization | lala::Interval< U > | static |
interpret(const F &f, const Env &env, Interval< U2 > &k, IDiagnostics &diagnostics) | lala::Interval< U > | inlinestatic |
interpret_ask(const F &f, const Env &env, Interval< U2 > &k, IDiagnostics &diagnostics) | lala::Interval< U > | inlinestatic |
interpret_tell(const F &f, const Env &env, Interval< U2 > &k, IDiagnostics &diagnostics) | lala::Interval< U > | inlinestatic |
Interval class | lala::Interval< U > | friend |
Interval() | lala::Interval< U > | inline |
Interval(const typename U::value_type &x) | lala::Interval< U > | inline |
Interval(const LB &lb, const UB &ub) | lala::Interval< U > | inline |
Interval(const Interval< A > &other) | lala::Interval< U > | inline |
Interval(Interval< A > &&other) | lala::Interval< U > | inline |
is_abstract_universe | lala::Interval< U > | static |
is_arithmetic | lala::Interval< U > | static |
is_bot() const | lala::Interval< U > | inline |
is_top() const | lala::Interval< U > | inline |
is_totally_ordered | lala::Interval< U > | static |
is_trivial_fun(Sig fun) | lala::Interval< U > | inlinestatic |
join(const Interval< A > &other) | lala::Interval< U > | inline |
join_lb(const A &lb) | lala::Interval< U > | inline |
join_top() | lala::Interval< U > | inline |
join_ub(const A &ub) | lala::Interval< U > | inline |
LB typedef | lala::Interval< U > | |
lb() | lala::Interval< U > | inline |
lb() const | lala::Interval< U > | inline |
local_type typedef | lala::Interval< U > | |
median() const | lala::Interval< U > | inline |
meet(const Interval< A > &other) | lala::Interval< U > | inline |
meet_bot() | lala::Interval< U > | inline |
meet_lb(const A &lb) | lala::Interval< U > | inline |
meet_ub(const A &ub) | lala::Interval< U > | inline |
memory_type typedef | lala::Interval< U > | |
mod(Sig modfun, const local_type &a, const local_type &b) | lala::Interval< U > | inline |
mul(const local_type &a, const local_type &b) | lala::Interval< U > | inline |
name | lala::Interval< U > | static |
neg(const local_type &x) | lala::Interval< U > | inline |
operator=(const Interval< A > &other) | lala::Interval< U > | inline |
operator=(const this_type &other) | lala::Interval< U > | inline |
pow(const local_type &a, const local_type &b) | lala::Interval< U > | inline |
preserve_bot | lala::Interval< U > | static |
preserve_concrete_covers | lala::Interval< U > | static |
preserve_join | lala::Interval< U > | static |
preserve_meet | lala::Interval< U > | static |
preserve_top | lala::Interval< U > | static |
print() const | lala::Interval< U > | inline |
project(Sig fun, const local_type &x) | lala::Interval< U > | inline |
project(Sig fun, const local_type &x, const local_type &y) | lala::Interval< U > | inline |
reverse(const Interval< L > &x) | lala::Interval< U > | inlinestatic |
sequential | lala::Interval< U > | static |
sub(const local_type &x, const local_type &y) | lala::Interval< U > | inline |
this_type typedef | lala::Interval< U > | |
top() | lala::Interval< U > | inlinestatic |
UB typedef | lala::Interval< U > | |
ub() | lala::Interval< U > | inline |
ub() const | lala::Interval< U > | inline |
value() const | lala::Interval< U > | inline |
value_type typedef | lala::Interval< U > | |
width() const | lala::Interval< U > | inline |