atlas::array Namespace Reference

Contains classes to operate with multidimensional arrays. More...

Classes
struct	add_const
struct	add_const< T const >
class	Array
class	ArrayAlignment
class	ArrayDataStore
class	ArrayLayout
class	ArrayShape
class	ArraySpec
class	ArrayStrides
class	ArrayT
class	ArrayT_impl
class	ArrayView
	Multi-dimensional access to a Array object or Field object. More...
class	DataType
struct	Dim
struct	FirstDim
struct	get_dim
struct	get_dim< Dim< cDim > >
struct	get_slice_type
struct	host_device_array
class	IndexView
	Multidimensional access to Array or Field objects containing index fields that are compatible with Fortran indexing. More...
struct	is_dim_policy
struct	is_dim_policy< Dim< cDim > >
struct	is_dim_policy< FirstDim >
struct	is_dim_policy< LastDim >
struct	LastDim
class	LocalIndexView
class	LocalView
	Multi-dimensional access existing POD array pointer. More...
class	Range
struct	Reference
struct	remove_const
struct	remove_const< T const >
struct	StoragePropBuilder
struct	StoragePropBuilder< StorageInfo, Rank, std::integer_sequence< std::size_t, I... > >
class	SVector
class	Table
	Table. More...
class	TableRow
class	TableView
class	Vector
class	VectorView

Typedefs
typedef std::vector< idx_t >	ArrayIdx

Functions
template<typename... idx_t>
ArrayIdx	make_idx (idx_t... indices)
template<typename... idx_t>
ArrayLayout	make_layout (idx_t... indices)
ArrayShape	make_shape (std::initializer_list< idx_t > sizes)
template<typename... idx_t>
ArrayShape	make_shape (idx_t... indices)
ArrayStrides	make_strides (std::initializer_list< idx_t > sizes)
template<typename... idx_t>
ArrayStrides	make_strides (idx_t... indices)
void	throw_OutOfRange (const std::string &class_name, char idx_str, int idx, int max)
template<int cnt, int DimSkip, typename DATA_TYPE , int RANK>
constexpr std::enable_if<(cnt==RANK), idx_t >::type	get_var_size_impl (array::ArrayView< DATA_TYPE, RANK > &field)
template<int cnt, int DimSkip, typename DATA_TYPE , int RANK>
constexpr std::enable_if<(cnt !=RANK), idx_t >::type	get_var_size_impl (array::ArrayView< DATA_TYPE, RANK > &field)
template<int DimSkip, typename DATA_TYPE , int RANK>
constexpr idx_t	get_var_size (array::ArrayView< DATA_TYPE, RANK > &field)
template<typename DimPolicy , typename DATA_TYPE , int RANK>
constexpr unsigned int	get_parallel_dim (array::ArrayView< DATA_TYPE, RANK > &field)
template<>
std::string	DataType::str< std::byte > ()
template<>
std::string	DataType::str< const std::byte > ()
template<>
DataType::kind_t	DataType::kind< std::byte > ()
template<>
DataType::kind_t	DataType::kind< const std::byte > ()
bool	operator== (DataType dt1, DataType dt2)
bool	operator!= (DataType dt1, DataType dt2)
bool	operator== (DataType dt, DataType::kind_t kind)
bool	operator!= (DataType dt, DataType::kind_t kind)
bool	operator== (DataType::kind_t kind, DataType dt)
bool	operator!= (DataType::kind_t kind, DataType dt)
template<typename DATATYPE >
DataType	make_datatype ()
template<typename Value , int Rank>
ArrayView< Value, Rank >	make_host_view (Array &array)
template<typename Value , int Rank>
ArrayView< const Value, Rank >	make_host_view (const Array &array)
template<typename Value , int Rank>
ArrayView< Value, Rank >	make_device_view (Array &array)
template<typename Value , int Rank>
ArrayView< const Value, Rank >	make_device_view (const Array &array)
template<typename Value , int Rank>
ArrayView< Value, Rank >	make_view (Array &array)
template<typename Value , int Rank>
ArrayView< const Value, Rank >	make_view (const Array &array)
template<typename Value , int Rank>
IndexView< Value, Rank >	make_host_indexview (Array &array)
template<typename Value , int Rank>
IndexView< const Value, Rank >	make_host_indexview (const Array &array)
template<typename Value , int Rank>
IndexView< Value, Rank >	make_indexview (Array &array)
template<typename Value , int Rank>
IndexView< const Value, Rank >	make_indexview (const Array &array)
template<class Value , int Rank, ENABLE_IF_NOT_CONST >
LocalView< Value, Rank >	make_view (Value data[], const ArrayShape &shape)
template<class Value , int Rank, ENABLE_IF_NOT_CONST >
LocalView< const Value, Rank >	make_view (const Value data[], const ArrayShape &shape)
template<class Value , int Rank, ENABLE_IF_CONST >
LocalView< Value, Rank >	make_view (typename std::remove_const< Value >::type data[], const ArrayShape &shape)
template<typename Value , unsigned int Rank, ENABLE_IF_NOT_CONST >
LocalView< Value, Rank >	make_view (Value data[], size_t size)
template<typename Value , unsigned int Rank, ENABLE_IF_NOT_CONST >
LocalView< const Value, Rank >	make_view (const Value data[], size_t size)
template<typename Value , unsigned int Rank, ENABLE_IF_CONST >
LocalView< Value, Rank >	make_view (typename std::remove_const< Value >::type data[], size_t size)
template IndexView< idx_t, 1 >	make_indexview< idx_t, 1 > (Array &)
template IndexView< idx_t, 2 >	make_indexview< idx_t, 2 > (Array &)
template IndexView< const idx_t, 1 >	make_indexview< const idx_t, 1 > (Array &)
template IndexView< const idx_t, 2 >	make_indexview< const idx_t, 2 > (Array &)
template IndexView< const idx_t, 1 >	make_indexview< idx_t, 1 > (const Array &)
template IndexView< const idx_t, 2 >	make_indexview< idx_t, 2 > (const Array &)
void	allocate_managedmem_double (double **a, int N)
void	allocate_managedmem_float (double **a, int N)
void	allocate_managedmem_int (int **a, int N)
void	allocate_managedmem_long (long **a, int N)
template<bool ReadOnly>
TableView< ReadOnly >	make_table_view (const Table &table)
template TableView< true >	make_table_view< true > (const Table &)
template TableView< false >	make_table_view< false > (const Table &)
template<typename T >
VectorView< T >	make_host_vector_view (Vector< T > vector_)
template<typename T >
VectorView< T >	make_device_vector_view (Vector< T > vector_)
void	interprete (const atlas::array::Array &a, atlas::io::ArrayReference &out)
void	decode (const atlas::io::Metadata &metadata, const atlas::io::Data &data, atlas::array::Array &out)

Variables
constexpr bool	host_view = false
constexpr bool	device_view = true

Detailed Description

Contains classes to operate with multidimensional arrays.