helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args > Member List

This is the complete list of members for helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >, including all inherited members.

All(const Pred &predicate) const	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
allocator_type typedef	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
Any(const Pred &predicate) const	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
BasicQueryWithEntity(BasicQuery< WorldT, Allocator, Args... > &query) noexcept	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inlineexplicit
BasicQueryWithEntity(const BasicQueryWithEntity &)=delete	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
BasicQueryWithEntity(BasicQueryWithEntity &&)=delete	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
begin() const	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Chain(OtherIter other_begin, OtherIter other_end) const -> utils::ChainAdapter< iterator, OtherIter >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Chain(const BasicQueryWithEntity &other) const -> utils::ChainAdapter< iterator, iterator >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Chain(R &range) const -> utils::ChainAdapter< iterator, std::ranges::iterator_t< R > >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Chain(const R &range) const -> utils::ChainAdapter< iterator, std::ranges::iterator_t< const R > >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Collect() const -> std::vector< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::value_type >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
CollectEntities() const -> std::vector< Entity >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
CollectEntitiesWith(ResultAlloc alloc) const -> std::vector< Entity, ResultAlloc >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
CollectEntitiesWith(std::pmr::memory_resource *resource) const -> std::pmr::vector< Entity >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
CollectEntitiesWith(std::nullptr_t) const -> std::pmr::vector< Entity >=delete	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
CollectWith(ResultAlloc alloc) const -> std::vector< value_type, ResultAlloc >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
CollectWith(std::pmr::memory_resource *resource) const -> std::pmr::vector< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::value_type >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
CollectWith(std::nullptr_t) const -> std::pmr::vector< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::value_type >=delete	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
CollectWith(ResultAlloc alloc) const -> std::vector< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::value_type, ResultAlloc >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
const_iterator typedef	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
Count() const noexcept	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
CountIf(const Pred &predicate) const	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
difference_type typedef	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
Empty() const noexcept	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
end() const noexcept	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Enumerate() const -> utils::EnumerateAdapter< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::iterator >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Filter(Pred predicate) const -> utils::FilterAdapter< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::iterator, Pred >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Find(const Pred &predicate) const -> std::optional< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::value_type >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Fold(T init, const Func &folder) const	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
ForEach(const Action &action) const	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Get(Entity entity) const -> value_type	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
GroupBy(const KeyExtractor &key_extractor) const -> std::unordered_map< std::decay_t< utils::details::call_or_apply_result_t< const KeyExtractor &, typename BasicQueryWithEntity< WorldT, Allocator, Args... >::value_type > >, std::vector< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::value_type > >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Inspect(Func inspector) const -> utils::InspectAdapter< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::iterator, Func >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Into(OutIt out)	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
iterator typedef	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
Map(Func transform) const -> utils::MapAdapter< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::iterator, Func >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
MaxBy(const KeyFunc &key_func) const -> std::optional< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::value_type >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
MinBy(const KeyFunc &key_func) const -> std::optional< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::value_type >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
None(const Pred &predicate) const	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
operator=(const BasicQueryWithEntity &)=delete	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
operator=(BasicQueryWithEntity &&)=delete	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
Partition(const Pred &predicate) const -> std::pair< std::vector< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::value_type >, std::vector< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::value_type > >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
pointer typedef	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
reference typedef	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
Reverse() const -> utils::ReverseAdapter< iterator >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Skip(size_t count) const -> utils::SkipAdapter< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::iterator >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
SkipWhile(Pred predicate) const -> utils::SkipWhileAdapter< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::iterator, Pred >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Slide(size_t window_size) const -> utils::SlideAdapter< iterator >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
StepBy(size_t step) const -> utils::StepByAdapter< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::iterator >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Stride(size_t stride) const -> utils::StrideAdapter< iterator >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Take(size_t count) const -> utils::TakeAdapter< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::iterator >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
TakeWhile(Pred predicate) const -> utils::TakeWhileAdapter< typename BasicQueryWithEntity< WorldT, Allocator, Args... >::iterator, Pred >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
TryGet(Entity entity) const -> std::optional< value_type >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
TryGetFiltered(Entity entity) const -> std::optional< value_type >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
value_type typedef	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >
Zip(OtherIter other_begin, OtherIter other_end) const -> utils::ZipAdapter< iterator, OtherIter >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Zip(const BasicQueryWithEntity &other) const -> utils::ZipAdapter< iterator, iterator >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Zip(R &range) const -> utils::ZipAdapter< iterator, std::ranges::iterator_t< R > >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
Zip(const R &range) const -> utils::ZipAdapter< iterator, std::ranges::iterator_t< const R > >	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >	inline
~BasicQueryWithEntity() noexcept=default	helios::ecs::BasicQueryWithEntity< WorldT, Allocator, Args >