Aleph::Vector< T, NumType > Member List

This is the complete list of members for Aleph::Vector< T, NumType >, including all inherited members.

abs(const NumType &val) noexcept	Aleph::Vector< T, NumType >	inlineprivatestatic
all(Operation &operation) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
all(Operation &&operation=Operation()) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
are_equal(const NumType &n1, const NumType &n2) const noexcept	Aleph::Vector< T, NumType >	inline
chunk(size_t n) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
count_if(Predicate pred) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
default_epsilon	Aleph::Vector< T, NumType >	privatestatic
divide_by_scalar(const NumType &scalar)	Aleph::Vector< T, NumType >	inline
Domain typedef	Aleph::Vector< T, NumType >
domain_ptr	Aleph::Vector< T, NumType >	private
DomainPtr typedef	Aleph::Vector< T, NumType >
drop(const size_t n) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
entries	Aleph::Vector< T, NumType >	private
enumerate() const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
epsilon	Aleph::Vector< T, NumType >	private
equal_to(const Vector &other) const noexcept	Aleph::Vector< T, NumType >	inline
exists(Operation &operation) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
exists(Operation &&operation=Operation()) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
filter(Operation &operation) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
filter(Operation &&operation=Operation()) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
find_index(Predicate pred) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
find_item(Operation &operation)	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
find_item(Operation &operation) const	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
find_item(Operation &&operation=Operation())	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
find_item(Operation &&operation=Operation()) const	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
find_ptr(Operation &operation)	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
find_ptr(Operation &operation) const	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
find_ptr(Operation and operation=Operation()) const	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
find_ptr(Operation and operation=Operation())	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
first() const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
first_or(const std::pair< T, NumType > &default_val) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
fold(const std::pair< T, NumType > &init, Operation &operation) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
fold(const std::pair< T, NumType > &init, Operation &&operation=Operation()) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
fold_left(std::function< __Type(const __Type &, const std::pair< T, NumType > &)> operation, const __Type &init) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
foldl(const __Type &init, std::function< __Type(const __Type &, const std::pair< T, NumType > &)> operation) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
for_each(Operation &operation) const -> decltype(self())	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
for_each(Operation &operation) -> decltype(self())	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
for_each(Operation &&operation=Operation()) const -> decltype(self())	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
for_each(Operation &&operation=Operation()) -> decltype(self())	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
forall(Operation &operation) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
forall(Operation &&operation=Operation()) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
get_domain() const noexcept	Aleph::Vector< T, NumType >	inline
get_domain_ptr() const noexcept	Aleph::Vector< T, NumType >	inline
get_entry(const T &i)	Aleph::Vector< T, NumType >	inline
get_entry(const T &i) const noexcept	Aleph::Vector< T, NumType >	inline
get_epsilon() const noexcept	Aleph::Vector< T, NumType >	inline
get_it() const noexcept	Aleph::Vector< T, NumType >	inline
get_itor() const noexcept	Aleph::Vector< T, NumType >	inline
has_value(const std::pair< T, NumType > &val) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
index_of(const std::pair< T, NumType > &val) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
intersperse(const std::pair< T, NumType > &sep) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
is_zero(const NumType &val) const noexcept	Aleph::Vector< T, NumType >	inlineprivate
Item_Type typedef	Aleph::Vector< T, NumType >
join(const StringType &sep=StringType{", "}) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
join_str(const std::string &sep=", ") const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
last() const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
last_or(const std::pair< T, NumType > &default_val) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
length() const noexcept	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
Map typedef	Aleph::Vector< T, NumType >
maps(Operation &operation) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
maps(Operation &&operation=Operation()) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
max() const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
max_by(Compare cmp) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
min() const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
min_by(Compare cmp) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
mutable_for_each(Operation &operation) -> decltype(self())	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
mutable_for_each(Operation &&operation=Operation()) -> decltype(self())	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
none(Predicate &pred) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
none(Predicate &&pred) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
nth(const size_t n) const	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
nth_ne(const size_t n) const noexcept	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
operator!=(const Vector &v) const noexcept	Aleph::Vector< T, NumType >	inline
operator()(const T &k) const noexcept	Aleph::Vector< T, NumType >	inline
operator()(const T &k) noexcept	Aleph::Vector< T, NumType >	inline
operator*(const NumType &scalar) const	Aleph::Vector< T, NumType >	inline
operator*(const Vector &v) const	Aleph::Vector< T, NumType >	inline
operator+(const Vector &r) const	Aleph::Vector< T, NumType >	inline
operator+=(const Vector &v)	Aleph::Vector< T, NumType >	inline
operator-(const Vector &r) const	Aleph::Vector< T, NumType >	inline
operator-() const	Aleph::Vector< T, NumType >	inline
operator-=(const Vector &v)	Aleph::Vector< T, NumType >	inline
operator/(const NumType &scalar) const	Aleph::Vector< T, NumType >	inline
operator=(const Vector &v)	Aleph::Vector< T, NumType >	inline
operator=(Vector &&v)	Aleph::Vector< T, NumType >	inline
operator==(const Vector &v) const noexcept	Aleph::Vector< T, NumType >	inline
operator[](const T &k) const noexcept	Aleph::Vector< T, NumType >	inline
operator[](const T &k) noexcept	Aleph::Vector< T, NumType >	inline
Pair typedef	Aleph::Vector< T, NumType >
partition(Operation &op) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
partition(Operation &&op=Operation()) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
pfilter(Operation &operation) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
pfilter(Operation &&operation=Operation()) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
print() const	Aleph::Vector< T, NumType >	inline
product(const std::pair< T, NumType > &init) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
product_by_scalar(const NumType &scalar) noexcept	Aleph::Vector< T, NumType >	inline
rev() const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
scalar_product(const Vector &v) const	Aleph::Vector< T, NumType >	inline
search_entry(const T &i) const noexcept	Aleph::Vector< T, NumType >	inline
TraverseMixin< Vector< T, NumType >, std::self() const noexcept	Aleph::TraverseMixin< Vector< T, NumType >, std::pair< T, NumType > >	inlineprotected
TraverseMixin< Vector< T, NumType >, std::self() noexcept	Aleph::TraverseMixin< Vector< T, NumType >, std::pair< T, NumType > >	inlineprotected
LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >::self() const noexcept	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inlineprotected
LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >::self() noexcept	Aleph::LocateMixin< Vector< T, NumType >, std::pair< T, NumType > >	inlineprotected
FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >::self() const noexcept	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inlineprotected
FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >::self() noexcept	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inlineprotected
set_entries(std::initializer_list< T > ld, std::initializer_list< NumType > lr)	Aleph::Vector< T, NumType >	inline
set_entries(const Container< T > &c, std::initializer_list< NumType > lr)	Aleph::Vector< T, NumType >	inline
set_entry(const T &i, const NumType &value)	Aleph::Vector< T, NumType >	inline
set_epsilon(const NumType &e) noexcept	Aleph::Vector< T, NumType >	inline
sliding(size_t size, size_t step=1) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
sum(const std::pair< T, NumType > &init=std::pair< T, NumType > {}) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
take(const size_t n) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
test_epsilon(const NumType &e) noexcept	Aleph::Vector< T, NumType >	inlineprivatestatic
to_dynlist() const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
to_list() const	Aleph::Vector< T, NumType >	inline
to_str() const	Aleph::Vector< T, NumType >	inline
to_vector() const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
tpartition(Operation &op) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
tpartition(Operation &&op=Operation()) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
traverse(Operation &operation) const	Aleph::TraverseMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
traverse(Operation &operation)	Aleph::TraverseMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
traverse(Operation and operation=Operation()) const	Aleph::TraverseMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
traverse(Operation and operation=Operation())	Aleph::TraverseMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
unique() const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
unique_by(EqPred eq) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline
Vector(DomainPtr d, const NumType &zero=default_epsilon)	Aleph::Vector< T, NumType >	inline
Vector(const Domain &d, const NumType &zero=default_epsilon)	Aleph::Vector< T, NumType >	inline
Vector(const Vector &v)	Aleph::Vector< T, NumType >	inline
Vector(Vector &&v) noexcept	Aleph::Vector< T, NumType >	inline
Vector(DomainPtr d, const DynList< NumType > &l, const NumType &zero=default_epsilon)	Aleph::Vector< T, NumType >	inline
Vector(const Domain &d, const DynList< NumType > &l, const NumType &zero=default_epsilon)	Aleph::Vector< T, NumType >	inline
zip_with(const Other &other) const	Aleph::FunctionalMixin< Vector< T, NumType >, std::pair< T, NumType > >	inline