aff Namespace Reference

Root namespace of library. More...

Namespaces
	anonymous_namespace{dump.cc}
	anonymous_namespace{dump_array.h}
	func
	util
	Internal utilities.

Classes
class	AllocException
	Exception thrown in case of allocation error. More...
class	Array
	Full multi-dimensional array functionality.This is the full array class template. It adds no additional functionality to its base class aff::ConstArray. But it provied acess to all member functions of the base, also to functions that allow data modification. More...
class	Browser
	Browser. More...
class	CArray
	Interface class to raw memory (C style array) More...
class	ConstArray
	Array base classThis is a multidimensional (array) container that uses a strided memory layout (Fortran shape) and counted references to data in global memory. For examples see the various test programs. More...
class	ConstCArray
	Interface class to raw memory (C style array) More...
class	ConstSeries
	base class More...
class	ConstSharedHeap
	This is the base class for const elements. More...
class	CSeries
	access Series contents through raw memory More...
class	Exception
	Base class for exceptions. More...
class	FortranArray
	Class to provide Fortran interface values. More...
class	Iterator
	Iterator. More...
class	LinearShape
	Shape for class aff::Series. More...
class	Series
	A base class for time series and spectra. More...
class	Shaper
	Shaper class for Fortran layout. More...
class	SharedHeap
	A template class to share heap memory for different array projections. More...
class	SimpleRigidArray
	A very basic rigid array class (with deep inline copy). More...
class	Strided
	Shape for a rectangular array layout. More...

Typedefs
typedef unsigned short int	Tdim
	Type to hold an array dimensionality. More...
typedef size_t	Tsize
	Type to hold the size of an array dimension. More...
typedef ptrdiff_t	Tsubscript
	Type to hold an array's subscript value. More...

Functions
template<class T >
aff::Series< T >	series_from_array (const aff::Array< T > &array)
	create a series container from an array container. More...
template<class T >
aff::ConstSeries< T >	series_from_array (const aff::ConstArray< T > &array)
	create a series container from an array container. More...
template<class T >
aff::Array< T >	array_from_series (const aff::Series< T > &array)
	create an array container from a series container. More...
template<class T >
aff::ConstArray< T >	array_from_series (const aff::ConstSeries< T > &array)
	create an array container from a series container. More...
template<class T >
aff::Series< T >	series_from_raw_memory (T *pointer, const unsigned int size)
	create a series class from raw memory. More...
void	dump (const Strided &shape, std::ostream &os)
	dump shape More...
void	dump_map (const Strided &shape, const Tdim &i, std::ostream &os)
	dump index mapping of shape More...
template<class S , class T >
void	deepcopy (const S &source, T &target)
	deep copy More...
template<class T >
void	dump_array_values (const ConstArray< T > &array, const Tdim &i=(Strided::Mmax_dimen-1), std::ostream &os=std::cout)
	Dump array values only. More...
template<class T >
void	dump_array (const ConstArray< T > &array, const Tdim &i=(Strided::Mmax_dimen-1), std::ostream &os=std::cout)
	Dump array values. More...
template<class T >
void	dump (const ConstArray< T > &array, std::ostream &os=std::cout)
	Dump array shape. More...
template<typename T >
void	dump (const aff::ConstSeries< T > &series, std::ostream &os=std::cout)
	Dump series contents. More...
template<typename T >
void	dump_layout (const aff::ConstSharedHeap< T > &sharedheap, std::ostream &os=std::cout)
	Dump heap layout. More...
template<typename T >
void	dump (const aff::ConstSharedHeap< T > &sharedheap, std::ostream &os=std::cout)
	Dump heap contents. More...
template<class T , Tsize N>
void	dump (const aff::SimpleRigidArray< T, N > &array, std::ostream &os=std::cout)
	Dump aff::SimpleRigidArray. More...
template<class T >
const AFF_OPERATORS_CLASS< T > &	operator+= (const AFF_OPERATORS_CLASS< T > &container, typename AFF_OPERATORS_CLASS< T > ::Tconst_reference value)
template<class T >
const AFF_OPERATORS_CLASS< T > &	operator*= (const AFF_OPERATORS_CLASS< T > &container, typename AFF_OPERATORS_CLASS< T > ::Tconst_reference value)
template<class T >
const AFF_OPERATORS_CLASS< T > &	operator/= (const AFF_OPERATORS_CLASS< T > &container, typename AFF_OPERATORS_CLASS< T > ::Tconst_reference value)
template<class T >
const AFF_OPERATORS_CLASS< T > &	operator-= (const AFF_OPERATORS_CLASS< T > &container, typename AFF_OPERATORS_CLASS< T > ::Tconst_reference value)
template<typename T , Tsize N>
T	inline_product (const SimpleRigidArray< T, N > &array)
	Product of all elements. More...
template<typename T , Tsize N>
T	inline_sum (const SimpleRigidArray< T, N > &array)
	Sum of all elements. More...
template<typename T , Tsize N>
bool	inline_anysmaller (const SimpleRigidArray< T, N > &A, const SimpleRigidArray< T, N > &B)
	Returns true if any of A is smaller than corresponding B. More...
template<typename T , Tsize N>
bool	inline_anylarger (const SimpleRigidArray< T, N > &A, const SimpleRigidArray< T, N > &B)
	Returns true if any of A is larger than corresponding B. More...
template<typename T1 , typename T2 , Tsize N>
bool	inline_anylarger (const SimpleRigidArray< T1, N > &A, const SimpleRigidArray< T2, N > &B)
	Returns true if any of A is larger than corresponding B. More...
template<typename T , Tsize N>
T	inline_innerproduct (const SimpleRigidArray< T, N > &A, const SimpleRigidArray< T, N > &B)
	Returns inner product. More...
template<typename T1 , typename T2 , Tsize N>
T1	inline_innerproduct (const SimpleRigidArray< T1, N > &A, const SimpleRigidArray< T2, N > &B)
	Returns inner product. More...
template<typename T , Tsize N>
T	inline_strideproduct (const SimpleRigidArray< T, N > &A, const SimpleRigidArray< T, N > &B)
	Returns strided product. More...
template<class C >
aff::util::Slice< C >	slice (const C &c)
	Wrapper function to select correct type. More...
template<class C >
aff::util::Subarray< C >	subarray (const C &c)
	Wrapper function to select correct type. More...
template<class T >
AFF_OPERATORS_CLASS< T >	operator+ (const AFF_OPERATORS_CONSTCLASS< T > &container, typename AFF_OPERATORS_CONSTCLASS< T > ::Tconst_reference value)
template<class T >
AFF_OPERATORS_CLASS< T >	operator+ (typename AFF_OPERATORS_CONSTCLASS< T > ::Tconst_reference value, const AFF_OPERATORS_CONSTCLASS< T > &container)
template<class T >
AFF_OPERATORS_CLASS< T >	operator* (const AFF_OPERATORS_CONSTCLASS< T > &container, typename AFF_OPERATORS_CONSTCLASS< T > ::Tconst_reference value)
template<class T >
AFF_OPERATORS_CLASS< T >	operator* (typename AFF_OPERATORS_CONSTCLASS< T > ::Tconst_reference value, const AFF_OPERATORS_CONSTCLASS< T > &container)
template<class T >
AFF_OPERATORS_CLASS< T >	operator/ (const AFF_OPERATORS_CONSTCLASS< T > &container, typename AFF_OPERATORS_CONSTCLASS< T > ::Tconst_reference value)
template<class T >
AFF_OPERATORS_CLASS< T >	operator/ (typename AFF_OPERATORS_CONSTCLASS< T > ::Tconst_reference value, const AFF_OPERATORS_CONSTCLASS< T > &container)
template<class T >
AFF_OPERATORS_CLASS< T >	operator- (const AFF_OPERATORS_CONSTCLASS< T > &container, typename AFF_OPERATORS_CONSTCLASS< T > ::Tconst_reference value)
template<class T >
AFF_OPERATORS_CLASS< T >	operator- (typename AFF_OPERATORS_CONSTCLASS< T > ::Tconst_reference value, const AFF_OPERATORS_CONSTCLASS< T > &container)
template<class A , class B >
AFF_OPERATORS_CLASS< A >	operator+ (const AFF_OPERATORS_CONSTCLASS< A > &container1, const AFF_OPERATORS_CONSTCLASS< B > &container2)
	binary operatorsThis makes use of AFF_OPERATORS_THEBINOP and AFF_OPERATORS_BINOP More...
template<class A , class B >
AFF_OPERATORS_CLASS< A >	operator* (const AFF_OPERATORS_CONSTCLASS< A > &container1, const AFF_OPERATORS_CONSTCLASS< B > &container2)
	binary operatorsThis makes use of AFF_OPERATORS_THEBINOP and AFF_OPERATORS_BINOP More...
template<class A , class B >
AFF_OPERATORS_CLASS< A >	operator/ (const AFF_OPERATORS_CONSTCLASS< A > &container1, const AFF_OPERATORS_CONSTCLASS< B > &container2)
	binary operatorsThis makes use of AFF_OPERATORS_THEBINOP and AFF_OPERATORS_BINOP More...
template<class A , class B >
AFF_OPERATORS_CLASS< A >	operator- (const AFF_OPERATORS_CONSTCLASS< A > &container1, const AFF_OPERATORS_CONSTCLASS< B > &container2)
	binary operatorsThis makes use of AFF_OPERATORS_THEBINOP and AFF_OPERATORS_BINOP More...
template<class A , class B >
AFF_OPERATORS_CLASS< A > &	operator+= (AFF_OPERATORS_CLASS< A > &container1, const AFF_OPERATORS_CONSTCLASS< B > &container2)
	unary operatorsThis makes use of AFF_OPERATORS_THEUNOP and AFF_OPERATORS_UNOP More...
template<class A , class B >
AFF_OPERATORS_CLASS< A > &	operator*= (AFF_OPERATORS_CLASS< A > &container1, const AFF_OPERATORS_CONSTCLASS< B > &container2)
	unary operatorsThis makes use of AFF_OPERATORS_THEUNOP and AFF_OPERATORS_UNOP More...
template<class A , class B >
AFF_OPERATORS_CLASS< A > &	operator/= (AFF_OPERATORS_CLASS< A > &container1, const AFF_OPERATORS_CONSTCLASS< B > &container2)
	unary operatorsThis makes use of AFF_OPERATORS_THEUNOP and AFF_OPERATORS_UNOP More...
template<class A , class B >
AFF_OPERATORS_CLASS< A > &	operator-= (AFF_OPERATORS_CLASS< A > &container1, const AFF_OPERATORS_CONSTCLASS< B > &container2)
	unary operatorsThis makes use of AFF_OPERATORS_THEUNOP and AFF_OPERATORS_UNOP More...

Detailed Description

Root namespace of library.

This namespace contains all modules of the library (see Modules of the library). Here you should find all components, the user needs to work with this library.