xt::xview< CT, S > Member List

This is the complete list of members for xt::xview< CT, S >, including all inherited members.

accessible_base typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
assign(const xexpression< E > &)	xt::xsemantic_base< xview< CT, S... > >	inline
assign_temporary(temporary_type &&)	xt::xview_semantic< xview< CT, S... > >	inline
assign_to(xexpression< E > &e, bool force_resize) const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
at(Args... args) const	xt::xaccessible< xview< CT, S... > >
back() const	xt::xaccessible< xview< CT, S... > >
backstrides() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
backstrides() const -> const inner_strides_type &requires(data_interface_expression< T >and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
backstrides_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
bit_and_assign(const xexpression< E > &)	xt::xsemantic_base< xview< CT, S... > >	inline
bit_or_assign(const xexpression< E > &)	xt::xsemantic_base< xview< CT, S... > >	inline
bit_xor_assign(const xexpression< E > &)	xt::xsemantic_base< xview< CT, S... > >	inline
bool_load_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
broadcast_shape(ST &shape, bool reuse_cache=false) const	xt::xview< CT, S >	inline
build_view(E &&e) const (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
const_container_iterator typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
const_linear_iterator typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
const_pointer typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
const_reference typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
const_reverse_linear_iterator typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
const_stepper typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
container_iterator typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
contiguous_layout (defined in xt::xview< CT, S >)	xt::xview< CT, S >	static
data() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
data() (defined in xt::xview< CT, S >)	xt::xview< CT, S >
data() const -> const_pointer requires(data_interface_expression< T > and strided_view_concept< CT, S... >)	xt::xview< CT, S >	inline
data() -> pointer requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
data_element(size_type i) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
data_element(size_type i) const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
data_element(size_type i) -> reference requires(has_simd_interface_concept< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
data_element(size_type i) const -> const_reference requires(has_simd_interface_concept< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
data_offset() const noexcept	xt::xview< CT, S >	inline
data_xbegin() noexcept (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
data_xbegin() const noexcept (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
data_xbegin_impl(It begin) const noexcept (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
data_xend(layout_type l, size_type offset) noexcept (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
data_xend(layout_type l, size_type offset) const noexcept (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
data_xend_impl(It begin, layout_type l, size_type offset) const noexcept (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
difference_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
dimension() const noexcept	xt::xconst_accessible< xview< CT, S... > >	inline
divides_assign(const xexpression< E > &)	xt::xsemantic_base< xview< CT, S... > >	inline
element(It first, It last) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
element(It first, It last) const (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
expression() noexcept	xt::xview< CT, S >	inline
expression() const noexcept	xt::xview< CT, S >	inline
expression_tag typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
extension_base typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
fill(const T &value)	xt::xview< CT, S >	inline
flat(size_type i) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
flat(size_type i) const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
flat(size_type i) -> reference requires(has_simd_interface_concept< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
flat(size_type i) const -> const_reference requires(has_simd_interface_concept< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
front() const	xt::xaccessible< xview< CT, S... > >
has_linear_assign(const ST &strides) const	xt::xview< CT, S >	inline
has_trivial_strides (defined in xt::xview< CT, S >)	xt::xview< CT, S >	static
in_bounds(Args... args) const	xt::xconst_accessible< xview< CT, S... > >	inline
inner_backstrides_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
inner_shape_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
inner_strides_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
inner_types typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
is_const (defined in xt::xview< CT, S >)	xt::xview< CT, S >	static
is_contiguous() const noexcept (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
is_contiguous_view (defined in xt::xview< CT, S >)	xt::xview< CT, S >	static
is_strided_view (defined in xt::xview< CT, S >)	xt::xview< CT, S >	static
iterable_base typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
layout() const noexcept	xt::xview< CT, S >	inline
linear_begin() (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_begin() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_begin() -> linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_begin() const -> const_linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_cbegin() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_cbegin() const -> const_linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_cend() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_cend() const -> const_linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_crbegin() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_crbegin() const -> const_reverse_linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_crend() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_crend() const -> const_reverse_linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_end() (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_end() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_end() -> linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_end() const -> const_linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_iterator typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_rbegin() (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_rbegin() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_rbegin() -> reverse_linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_rbegin() const -> const_reverse_linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_rend() (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_rend() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_rend() -> reverse_linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
linear_rend() const -> const_reverse_linear_iterator requires(data_interface_expression< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
load_simd(size_type i) const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
load_simd(size_type i) const -> simd_return_type< requested_type > requires(has_simd_interface_concept< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
minus_assign(const xexpression< E > &)	xt::xsemantic_base< xview< CT, S... > >	inline
modulus_assign(const xexpression< E > &)	xt::xsemantic_base< xview< CT, S... > >	inline
multiplies_assign(const xexpression< E > &)	xt::xsemantic_base< xview< CT, S... > >	inline
operator const_reference() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
operator reference() (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
operator%=(const E &)	xt::xsemantic_base< xview< CT, S... > >	inline
operator&() & (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
operator&() const & (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
operator&() && (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
operator&=(const E &)	xt::xsemantic_base< xview< CT, S... > >	inline
operator()(Args... args)	xt::xview< CT, S >	inline
operator()(Args... args) const	xt::xview< CT, S >	inline
operator*=(const E &)	xt::xsemantic_base< xview< CT, S... > >	inline
operator+=(const E &)	xt::xsemantic_base< xview< CT, S... > >	inline
operator-=(const E &)	xt::xsemantic_base< xview< CT, S... > >	inline
operator/=(const E &)	xt::xsemantic_base< xview< CT, S... > >	inline
operator=(const xview &rhs) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
operator=(const xexpression< E > &e)	xt::xview< CT, S >	inline
operator=(const E &e) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
operator[](const S &index) const	xt::xaccessible< xview< CT, S... > >
operator^=(const E &)	xt::xsemantic_base< xview< CT, S... > >	inline
operator|=(const E &)	xt::xsemantic_base< xview< CT, S... > >	inline
periodic(Args... args) const	xt::xaccessible< xview< CT, S... > >
plus_assign(const xexpression< E > &)	xt::xsemantic_base< xview< CT, S... > >	inline
pointer typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
rank (defined in xt::xview< CT, S >)	xt::xview< CT, S >	static
rebind_t typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
reference typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
reverse_linear_iterator typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
self_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
semantic_base typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
shape() const noexcept	xt::xview< CT, S >	inline
xt::xaccessible< xview< CT, S... > >::shape(size_type index) const	xt::xconst_accessible< xview< CT, S... > >	inline
shape_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
simd_return_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
simd_value_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
size() const noexcept(noexcept(derived_cast().shape()))	xt::xconst_accessible< xview< CT, S... > >	inline
size_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
slice_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
sliced_access(const T &squeeze, Args...) const -> size_type requires(!is_xslice< T >::value) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
slices() const noexcept	xt::xview< CT, S >	inline
static_layout (defined in xt::xview< CT, S >)	xt::xview< CT, S >	static
stepper typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
stepper_begin(const ST &shape) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
stepper_begin(const ST &shape) const (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
stepper_end(const ST &shape, layout_type l) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
stepper_end(const ST &shape, layout_type l) const (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
storage() (defined in xt::xview< CT, S >)	xt::xview< CT, S >
storage() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
storage() -> storage_type &requires(data_interface_expression< T >)	xt::xview< CT, S >	inline
storage() const -> const storage_type &requires(data_interface_expression< T >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
storage_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
store_simd(size_type i, const simd &e) (defined in xt::xview< CT, S >)	xt::xview< CT, S >
store_simd(size_type i, const simd &e) -> void requires(has_simd_interface_concept< T > and strided_view_concept< CT, S... >) (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
strides() const (defined in xt::xview< CT, S >)	xt::xview< CT, S >
strides() const -> const inner_strides_type &requires(data_interface_expression< T >and strided_view_concept< CT, S... >)	xt::xview< CT, S >	inline
strides_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
temporary_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
unchecked(Args... args)	xt::xview< CT, S >	inline
unchecked(Args... args) const	xt::xview< CT, S >	inline
underlying_size(size_type dim) const (defined in xt::xview< CT, S >)	xt::xview< CT, S >	inline
value_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
xexpression_inner_backstrides_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
xexpression_inner_strides_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
xexpression_type typedef (defined in xt::xview< CT, S >)	xt::xview< CT, S >
xview(CTA &&e, FSL &&first_slice, SL &&... slices) noexcept	xt::xview< CT, S >	explicit
xview(const xview &)=default (defined in xt::xview< CT, S >)	xt::xview< CT, S >
xview_semantic< xview< CT, S... > > (defined in xt::xview< CT, S >)	xt::xview< CT, S >	friend